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The book portrays a new industry of computer technology (hardware, software) free from monopoly. As a product line start, the operating system will give investors insight into leading edge technology methods that employ the newest cloud computing techniques. Further refining their study within this market competition, the new media presentation and publishing features provide insight for delivering stunning performances with user ease. Next marketing and business processing within the new digital economy is tackled to encompass retailer needs. An application line is presented for the social computer user of modern day, providing a relaxed and comfortable atmosphere within the consumer market. The book details how the digital publishing information can be used for global communications. Finally, new technology hardware products are unleashed to illustrate an inventive, cost effective and forward thinking market.
Many research firms, academic institutions and corporate knowledge must be used to deliver these technologies. From this technology plan, global paths in cooperative economic endeavors can be traversed with delicate lovingness. The product line is vast, and will require establishing technology integration points with many foreign electronics engineering firms. Modern technology plans are not the risk of a single country. Technical relationships shall fruit VLISM name spaces and compatible products, room is provided for the future. Several oversight committees will be established as a result. Some groups include Database language,Visual rendering, Compiler Technology, Distributed Cloud Computing, Meta Tool User products, Language localization, Economic Engine Management and Software.
It is hoped that development projects attained through interpretation and language translation of this book will carry forth to create a model that is capable of global deployment. First, in document form to be agreed upon by the use of scientific specification. There is a VLISM specification provided within this book as an example for computing scientists to start discussion. In turn countries, provided with the complete base model specification and binary streaming structure, will compete based upon the products described within this book. Advanced societies such as the United States of America, Russia, France, United Kingdom, Japan, China, Egypt and India may wish to develop their very own economic engines because of internal procedures related to governmental body practices. Initially, this is one reason a textual document format is better suited for international cooperation than binary software delivery and hardware delivery. These economic engines will be the future of all balanced economic societies world wide. Mankind has an established system of economics to suite its needs and desires. Yet sometimes these systems fail to deliver to all and leave suffrage to be viewed as a flower. Populations are growing and a future for our children must be provided. In some cases, the economic engine will be instruction as well as an enabler to third world countries wishing to build again. Peace is often levied by full bellies and an income.
As a book composed from many locations within America, it makes an interesting read. Some dry humor exists but it is not overly excessive that it deludes from the main goal. The book is well suited for many types of individuals. There are a couple of technical articles that discuss algorithms, however most of the content can be easily digested by technology officers and business professionals. Please keep in mind that I do not have an editor, proof reader, or publisher. I gave it my best shot. Studying the economy from multiple perspectives was difficult. These are my suggestions to maintain and strengthen the economic future.
The portable computing platform is an important tool for computing users of modern day. Many portable platforms exists, some even as common as the cell phone are very sophisticated in the details. However, none of these single devices ever seem to meet the user's total needs. So each consumer gathers devices that are specific for a purpose. But each device that a user accumulates adds another type of resource that they need to manage data for. Music, cell phone address books, books, documents, videos, games, photographs and websites addresses are among the many data. From use of these various devices a user gains an electronic persona that when combined paints a user portrait. One that portrays their many habits, financial wellness, learned knowledge, personal likes and wants about the user's self in the real world. While the industry may never tie together completely the electronic world persona to the physical one, it would please users more if their persistence were portable, securely protected and easily managed - that means centralizing the source using cloud computing architecture.
To centralize the data source for a user would mean that their information is to be stored on a remote computer safe. The ability to access resources that are locked away in a closet, for example, adds another level of security. Many Internet storage sites exist today that allow users to store their files on a web server, however to use them properly, the user must download the entire file to operate, use or edit. The edit and use operation must be performed more precisely using a combination of intelligent client and web server buffering to allow a better use of network computing resources.
Centralization of the user data source will allow each device they have to manage every type of data file the user has, if it is within the devices potential and need. To accomplish this, a common drawing and command language that each device can use must be created. HTML and JavaScript are such technology languages but they are most suited for textual renderings. As well, the implementation of HTML as an ASCII (or UNICODE) markup language makes it a poor choice for network transmission as typically binary implementations reduce overhead on parsing and transmission requirements. A drawing language that, while in management form on the server is textual, during transmission is pure compressed binary will provide a link to the next needed technological leap for the World Wide Internet network; a resource everyone holds dear.
To accomplish this task will take the cooperation of many research companies. It involves making each device in existence compatible with INET Web Server technology. Connections to the web server can be made using Blue tooth, phone ADSL, modem, LAN or WIFI. The device composition and use will determine how the local storage system is utilized. That is, some devices such as compact digital cameras will just upload images while MP3 players/recorders will both download and upload audio.
Sometimes a completely wireless link may not be practical. For example, a device that facilitates edit and creation of high definition audio and video must be adopted for an ADSL phone or LAN network connection. It is expected that when a user plugs this device into a data network sharing point that the user's data bank be accessed as a primary resource. This will occur by using the device identification and registration configuration information. Other options will also be provided to allow the user access to commercial publication banks or public domain banks available through the data network sharing point. The user must be able to quickly change play lists or download additional play lists to the device and go. The opportunity must exist for the purchase or rental directly from the device for high definition multimedia. INET Devices are equipped with secure finance processing.
Transactions can be managed securely for the user because banking transaction communication is made using the user's centralized storage. This allows banking account information to be never communicated using the local wireless device. Only a transaction confirmation is sent from the bank to the device. The on board electronic wallet within the INET Device can also transfer electronic money. Electronic Tender is not readily available yet as a means of Legal Tender using the United States Treasury Department, however the system will be planned. It must be noted that Electronic Banking and Electronic Tender are completely different forms of technology implementations. Using INET Web Server Transaction processing places the transaction security directly to the financial key hosting provider (electronic banker) and the user's current encryption/transport method.
The financial transaction itself will be authenticated real time from the client device. INET Electronic Banking will be the primary access to the user's banking institution. When Electronic Tender becomes available to the public, a system will have to be in place to detect counterfeiting. The most comprehensive method for Electronic Tender authenticity checking is scanning the entire network for unregistered tender. This is a system much better in effective time to discovery than current methods.
When a transaction request is being made, an authentication request is sent to the user's preferred device. The authentication request can be registered to a cell phone or the new INET Transaction Authentication clothing button. The INET Electronic Banking system provides time locked authentication to protect a valid transaction from being decrypted and the information being exposed. Using an advanced encryption algorithm to send the authentication enables a very secure transaction. The granularity and tinsel strength of the encryption algorithm is defined to be very secure within the computational stochastic domain. It uses very large keys stored within the device. If a user spends on-line, it must be from a registered device. If the device is not registered on the user's account, the decryption algorithm will not function. When the banking institution gets the "yes" transmission, their methods of transaction processing fall within the realm of your service provider and the designated financial institution.
The important thing about the computing device being anonymous to your banking information will be a task of registering it at your banking institution directly. To the consumer, it will be an experience liken to getting a new credit card number at the counter, only this number is extremely large. It will be transferred to the device while being plugged in at the banking institution. The user will run a specialized program and be on the phone with the hosting provider to release the identity. The number cannot be gained without using forcible methods on the user's device itself, physical. Theft of the device can be compared to theft of a credit card and will be incorporated within the system using the consumer's durable response, a phone number is called to report a stolen item.
By law some hosting contract providers will not be responsible for stolen commerce devices. These institutions will rely on banking security to stop the theft of money. Some hosting contract providers with the appropriate security accountability will work with any banking security operations to stop the theft of money. The Web OS will have the ability to suspend device IDs by the device's description using system administration privileges. The service a user receives will be dependant upon their terms of service contract with the hosting contract provider.
The terms of service contract will be supported information-ally using identifiable iconic logos. A common user must be able to quickly identify the types of services and technology options available using a pictorial information guide. A portion of registration classification of a hosting contract provider will be authentication of these certifications. The Web OS also allows the geographic location of a device to be made aware. Finding it can be easier but includes the risk of thugs. Remember, its the device that is registered as a transaction capable member, not your operating system. The security system is in effect; it works and is trustworthy due to weapons. However, the encryption method will still be far superior in authentication. More secure for ecommerce spending than transmitting a credit card number, name, address, check number, ATM bank card number and a personal identification number.
The user's portable platform must be built to be as compact and energy efficient as possible. This can be accomplished by simplifying the client platform itself and offloading complex computing tasks to a host provider where electricity is abundant. By providing a robust, efficient rendering base model that facilitates the drawing of windows type interfaces, input validation and 2d/3d vector graphics a user will be very happy with their experience.
Many methods of render and client interactivity will have to be available on the web server to allow this platform to operate within acceptable usability tolerances. Stream download times may vary depending on network traffic, a decision made at the server level. By using video compositing, text overlays, image compression, vector compression, numeric compression, textual rendering, audio compression, and CGI rendering compression the client and host computer will have a significant link that can provide an interactive experience that utilizes minimum network bandwidth and smooths spike requests.
The soft generation of overlays by the web server that facilitate real time operation is essential for the user to gain the full use of the platform. However, this means that less coupling between objects is needed in the executable form of the application. For example, the drop down menus at the top of many applications are typically facilitated by a plethora of code on Microsoft Windows. The compiler will automatically extract the menu system for streaming. This will include the code of the menu event, the final visual result, and the text information the menu is comprised from. Transmission of the menu will be the visual elements first, that is how the menu draws itself when clicked, colors, images, etc using the common drawing language. One of the most difficult and important factors when making the compiler system is hiding this functionality from the developer so that connections to a client computer are transparent.
The connection between the client and the web server must be adaptable yet conforming. The laptop client must provide several logic and visual build up operations to be performed when a different style of interface composition is needed.
Using a mainframe for the hosting operation will reduce the cost of user management and allow cheaper laptops to exist. But this does not prohibit users from owning their own back end hardware. Perhaps a new kind of insulated environmental closet for keeping electronic hardware will become available in homes; the lullaby closet. Users will no longer wait for the clunky notebook PC hardware to do the tasks because they will have a huge elephant doing the job. And a viable upgrade path for the user will be adding new CPUs to their computing cluster by plug. The web server operating system must have the capability of adjusting itself automatically for new hardware.
Mainframe network computing will allow users to easily choose different operating systems, rent or purchase software from an on-line electronic library and have all their data stored in one place. The perfect GUI marriage of a small client platform and big power server.
With this new system any company can host an operating system. So for specialized platforms like a Korg audio synthesizer their loop creation tools may be specific enough to facilitate a complete interface for music production. Professional quality rendering of the note information can be performed using their networked synthesis banks while the output is routed back and mixed real-time into the playing audio buffer. Having the basic development tools available for creative operating systems with specialized hardware on the back end can exist. The INET Web OS base model will provide the tools for this to exist. For capability purposes, the base OS model will allow any INET compatible device to use the resulting software.
A standard hard drive should be used so that current technology can be implemented. The local hard drive of the computer will be used primarily to store the interface rendering information of the application screens and associated binary code. Each application screen will have an ID associated as well as a version time stamp (CRC) that is compared to the server's version. The drive probably does not need to be a large size. Alternatively, a persistent memory card could be used. A four or two gigabyte implementation may be sufficient. This will, in the end, only allow greater flexibility in power usage and hardware design. Typically the hard drive uses much of the computer battery resources as motors spin a disk at high speeds. A directory file naming schema needs to be maintained that compares the versions of the rendering interface to the server's version so that cached versions are quickly located and displayed.
KeyboardThe INET Web OS Smart terminal has a keyboard as its main user input interface. The layout is a standard QWERTY keyboard. The keyboard has tactile feedback to alert the user when a typing error has occurred in format. This will be especially useful in heads down data entry. The keyboard has Internet enabled features for easy browsing. Keys can finally be programmed for macros by the user. By application use. The keyboard speed and delay repeat time can also be set per application.
Name space Locking ButtonsTo persist network and user security as a definitive goal, new strides in electronics will arm the device with effective buttons. The input will be translated into read only ports. Some devices and setups will include locks with keys that change these port information in the same way as the buttons do. Advancements in BIOS monitoring will benefit application security. The technology is also used for low level and diagnostic installation access. Device drivers cannot be installed or changed without the function being turned on. This will prevent many types of security problems due to the short or sporadic usage time. VLISM Name space Locking technology integrated within the motherboard super structure will combine physical world actions with digital decision information more accurately and securely within the domain of user interfaces than modern in process objects do.
RAMThe speed of RAM must be effective as a shared resource among the new parallel processors. The ability for compression to be used will also speed DMA transfers, L2 cache transfer and block memory algorithms. The portion used by video subsystem will support lossless compression directly (RLE) to the DAC from video memory (A000). However the information stored may already be compressed using a lossy streaming format (LOD.PANITBT.NSM). The memory management processor will support logical block operations even though the underlying data is compressed. To operate on a pixel or segment within the video buffer is desirable; not latch registers, not compressed data. New access operations will support two dimensional block access, transparent sprite management, segmented scrolling, circular based scrolling, page flipping, vertical block access, and horizontal operations.
Tracking Pointer Input (Mouse)A standard mouse should be available to the platform laptop. The system will support in hardware color pointer location rendering. Either the touch pad style or the detachable USB mouse style. The button states read from the port can be tied to Internet operations.
DMA ProcessorThe DMA processor will be a multi-channel DMA controller that allows independent access to various parts of the RAM. As well it should be implemented as an easily controlled device as many other processors on board will be utilizing it. Parallel processing will occur between several parts of the motherboard.
Intel ProcessorA standard Intel or compliant processor in place. Various versions can be made available. The nature of threading model should be oriented within the basic hardware design. Therefore Stack, Registers, EIP, ESP and L2 instruction cache can be implemented in high speed processor cache. This will greatly speed context switching. Perhaps advancements in optical BUS technology could extended the memory usage to an alternate location like shared memory.
BIOSThe BIOS will contain the latest routines that enable the computer to operate in a shielded Internet capacity. It will protect itself from viruses. The BIOS will be expanded to work within modern object oriented programming. This will reduce code space upon the CPU. A prime example of rewrite is the keyboard and text printing routines. Disk access will also be expanded to work with security and quota management. BIOS engineers are asked to provide fully functional implementations of needed routines.
Video ProcessorThe video processor is the main ingredient of the platform that smooths the interface rendering for a quality user experience. The card provides video acceleration of 2d and 3D drawings and animations. Some embedded device configurations only provide 2d capabilities. The specialized processor provides font rendering capabilities in the 2d graphics realm and supports vector based graphics with anti-aliasing for clear lines. The graphic card accepts drawing lists in a buffer that includes text (Unicode byte), pixel image data (2D and texture map), curves (NURB) and polygon triangle display lists (3D). Optionally for space each of the draw list components can be a memory address to shared ram for BLIT operations using DMA. The microprocessor will be freed from rendering fonts, lines and image data.
Parallel processing in video has a very popular demand. If users can afford higher resolution and faster 3D graphics, more video processors can be added to render specific areas of the screen from the tree. This design also allows innovative freedom within the defined pipeline instructions that are interpreted by the three dimensional processor.
Since parts of the interactive experience will be CGI video playback, a specialized research project needs to be accomplished that determines the likely hood of real-time CGI video over the web at sixty frames per second. This research project will prove that by abstracting light maps, gradients, and anti-aliasing information from the render stream and sending this information as a separate package will enable the bulk graphic portion of the image to be compressed with a higher ratio to decrease transmission bandwidth. Then to facilitate sixty (FPS) frames per second, which is the standard, a real-time frame change algorithm will need to be implemented. This will enable minimum 3D processing on board the client and rely on the host for most of the render.
The video processor or math processor must also be adept in video and image composite, stenciling, image resizing (bi-cubic, bilinear, smart), convolution filter matrix operations and advanced drawing commands. Advanced drawing commands will include smooth gradients, compressed image display and video rendering of various formats. Supported video and image format in line decompression include mp3, mp4, jpeg, png, gif and tiff. Some of these features will never change, for example line drawing or smart resizing. The unique motherboard design supporting parallel processing should incorporate communication of data between the appropriate computing facilities to reduce redundant logic (new ASM instructions; CALL).
Audio ProcessorThe Audio processor (DSP) will have mp3/mp4 capabilities and wav form playback capabilities. Music on the Internet is so wide spread that a hardware implementation of a compressor, limiter, EQ and other audio features is a INET Technology standard. It should support the normalization of audio to a specific DB so that audio never raises above a level that will damage ears. The audio component should allow sampling and real time encoding of mp4 audio using the compression processor for uploading and synchronization to the server.
Compression ProcessorA new compression processor will be designed to operate as an independent hardware object on compression and decompression of memory sources. Supporting Huffman compression, arithmetic coding, real time audio uLaw, mp4 encoding and other advanced compression algorithms is the design goal.
The compression ratios seen in stream formats like ZIP by PKWARE are impressive for many forms of data. The methodology of choosing good compression techniques for the current data-set is also a process that is included within the hardware design. There are many archive formats that will be supported by the file system. However, it should be noted the focus of the compression processor is a memory source. The specialized computing device will be able to work with ring buffers on input and output while maintaining state during external buffer consumption. Operating on high frequency and multiple channels (memory pointers), the processor will be used in low level network communications. Data should never be compressed multiple times, and signatures within the data will ensure single algorithm cycle.
The encryption processor enables packages received in the communication pipeline to be efficiently encrypted and decrypted for upload and download. Because it will be a hardware resource, the strength of the cipher is greater than modern methods.
The system employs a bit level encryption algorithm that does not increase storage space considerably for most packages. The system also uses hidden keys. Companies like ElcomSoft, a Russian held computer technology firm, specialize in unlocking encrypted sources. Hidden key segmentation uses each position of the identity for operating commands while gathering which parts of the key to use from the host. A specialized Internet encryption method, each data package will yield electrical engineering hurtles for reversal analysts to solve. Packages that use Financial Encryption are time locked so that the usefulness of the contents is only for a short duration. Each package will be uniquely signed by a distinct order and group of algorithms to ensure complexity. Hidden keys will be difficult to impersonate, each identity containing about a million bytes.
Internet Communication ProcessorA new processor is added within the INET Smart Terminal design to perform the queuing of the high speed traffic on the connection lines. The Microprocessor operates as a TCPIP stack operator. The INET Smart Terminal has the capability to boot from a URL that supports the INET Stream format. The new BIOS hardware provides this support natively. The user will add or type the information at prompt when starting.
Memory Management ProcessorA new hardware solution is included within the INET Smart Terminal to solve various memory management functionalities. Some of the functions include memory allocation, deallocation and block sorting for a large performance in memory intensive applications. The functionality within the Memory Management Processor also includes searching algorithms and storage of data structures used in modern application design. This processor is designed as a parallel processor so that it can reduce user wait time and increase flexibility for CPU time. The memory processor also offers an advanced memory overflow cache operation. The cache operation is connected directly to the BIOS (hard disk drive) to provide natural memory extension. The end result of the functionality will allow many applications to be loaded without ever shutting them down.
Math ProcessorA hardware solution that solves various math routines and decimal point issues is also included. Modern computation relies on the Arithmetic Logic Unit (ALU) within the processor. As well solving the MSB and LSB storage order for various platforms using hardware supported data types; conversion
Fiber Optic Bus Advancements for Server Home BaseThe integration of a high speed communication system within the terminal will require forethought to allow limitless additions to the microcomputer bus architecture. Most likely, it can be incorporated in INET Server Technology for expansion use. Designs to include the technology within the user embedded device (INET Smart Terminal) may not be cost effective. The feasibility of including this feature is high for server technology while in tune with the cost technology curve. There are numerous patents pending for optical bus communication systems. Including the technology will further the modularization of subsystems within the server providing for a very strong server computing fixed asset.
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The device identification tag is used to identify the computer on the Internet as a unique device. As well, the information is used in the encryption algorithm. The ID Tag acts as an anonymous serial number that is registered in the user's Web server account. If the device is stolen, this ID can be quickly taken out of the INET Web OS Device Registration so that access to the user's data remains secure.
SpeakersFor multimedia use speakers, headphones and a microphone jack are available.
Device DriversDevice drivers that are used by the local rendering operating system (INET Smart Terminal) will be drawn from the Internet connection at the time of the new device installation. The system will check the local cache first before downloading. This allows the operating system vendor to be a different entity than the device driver provider. Device drivers will come from the INET Smart Terminal manufacture registration database. By using a new set of local functions stored, called IIOS, named after BIOS, device drivers will be quickly downloaded, compiled and installed. Overlay functionality may also be possible so that concurrent download and device use can take place.
ConnectionsAbsorbing the static void of the button bubble by clicking on the paint in Software Design and engineering is hard to do since you have so many strongly gifted individuals. These people understand that the key to writing a good technical document requires discipline; that which is unheard of in the mortal.
C++ code for example, does blister the eye of thousands when studying the details of the textual information. When programs are complete, the result is considered to be a highly crafted technical document. Writing C++ programs can be likened to balancing descriptive words in a sequentially flowing logic. The document is a lightly based English one as most authors use decent names. This forms a flowing logic document called source code. Like English, these documents have sections that can be compared to paragraphs called routines. These source code documents have to be almost perfect to work correctly. When they are, you can compile them. The term compile means that the textual information is translated into a binary form; one that a digital computer can easily read.
In reality, compiling only increases the size of the information as the microprocessor instructions that unfold are more detailed. Compilation produces subset documents called object code that contain machine code. Digital computers can only execute machine code and they usually do so with small steps. Moving memory, adding a series of numbers, performing a search in memory or comparing two items for value are examples of small operations. It is usually by the comparison of values that most programs make decisions. A series of two dimensional decisions, also called a decision tree, can perform additional mathematics, transfer control of the program execution to another portion of the code or any desired programmer instruction within the given set.
Stack operations are important to modern object oriented programming. They facilitate transmission of data, or parameters, from one section of the code to another. These sections of code are called routines. Routines are small chunks of logic that are given to a specific task and at most times have a generalized reuse quality associated with them. In a stack, items are placed on the top with a push operation, and taken off the top with a pop operation. The routine, or snippet machine code actually uses the stack memory base address with an offset that points directly to the parameter data. When the machine code inside a routine requests a variable, the address of the stack parameter is given and thus is used for the memory operation. Now let us discuss how this relates to a network like the Internet.
Modern programming techniques use a hybrid approach. Some of the programs that users execute on the Web are not considered direct machine code. A program has to run that interprets the intermediate code. This program is commonly known as a PCODE engine or a virtual machine. These specialized PCODE engines, usually have the design of an object oriented central processing unit - a sort of step above in simplistic microprocessor mnemonics. Dot Net and Java are the leading examples of this technology. This soft model of a CPU allows greater robustness, platform independence, smaller instruction payload (program size) and an objected oriented flexibility that just does not exist on pure machine instruction models like INTEL.
Since software engineering can make more robust design leaps quicker, that is soft, design patterns can be projected from the metaphorical faster. Modern design tactics suggest that object oriented approaches provide better management of source code. This is proved by the complexity of modern software compared to yesterday's implementations.
Currently the two models for Internet PCODE machines are the Java Virtual Machine and the dot Net Virtual machine. Since the block is authored as an object, as well as PCODE based, the code is much smaller in comparison to raw machine code. This makes Virtual Machine code an ideal format for Internet transmission.
An expansion to the Java methodology offered as VLISM is the goal of this book. By expanding the instruction set for a softer model, applications written in many different programming languages can be managed. Other characteristics may include that the stream is sorted for Internet execution allowing for heavy use of overlays. The main purpose for the new format is a multi-language capable code that preserves space. The program will be compiled to machine code locally on the terminal giving high performance. This translation will also occur for device drivers stored in a web server database by product model identification.
The future of computing has already been foreshadowed to be a networked and distributed processing resource. Users of the future will no longer have to carry around sophisticated and battery dependant equipment to do complex tasks. The heavy processing of the application can be off loaded to a server. However, network coverage and stability must rise to the occasion. Modern Internet reliability is very high.
The computer that modern users carry or have at home are very complex in nature, possessing many operating electronics. The mainframe computers of yesteryear are sometimes not as powerful when compared to them. Yet in reality, the user does not need such a sophisticated laptop device to modify data. The INET Smart terminal is specialized in graphic display, al la visual output and has the audio processing capabilities that are in modern PCs. Most of all, the terminal has a base operating system that includes a high performance virtual machine language compiler.
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The implementation of a compiler system that is designed specifically for Internet execution and distribution should be flexible enough to adjust itself for user response time in proportion to the available connection speed. It will be a goal of the render client to accurately measure the download stream time and keep this information up to date and readily available. This information could be communicated as part of the protocol using an internal time stamp, by using statistics of gathered response metrics or by request means. Full blown applications, in machine code that is, are typically very large and therefore require time to download. Applications that rely on API are much smaller but run slower. Using an overlay system and dynamic background loading during program startup in conjunction with the Very Large Instruction Set Model (VLISM) will facilitate the needed boost in speed that allows the user to quickly start working. The overlay functionality generation will be dynamically created by the Web Server and this will be a complex problem to engineer.
One architecture to explore would be to use a predetermined list of bit rates. Connect each bit rate to a series of overlay bank process through relation. The overlay processes contain the most important functionality first, even sorted by historic use. Visual information, state changes, validation logic is the likely order.
To anchor the generalization that is needed, template oriented overlays can be used during compilation. The functional requirements of a user interface will include the editing control objects, image, sound, animation, textual data, numeric data, and super data types (dates, times, currency, web URL hyperlinks, etc.) will each have a multiple flow path definition for stream production. Size of each of the object's assets thus including the binary object itself will be a recorded value.
Within validation logic, key acceptance is one of the most important functions. A mask and parsing filter is present within the INET Smart Terminal that includes date, time, numeric and currency formats to solve this. The input filter is complete in its implementation focusing on event processing. Machine code can be placed within the filter pass that allows conditional key acceptance. The INET Smart Terminal features an on board feed back system for invalid user input that is appropriate for the user. Operational characteristics include tactile feedback upon the keyboard or a click sound. The Terminal also provides minuscule sound of a key press.
Use cases that arise were the complete VLISM foundation library is not present will be processed on the server using a completely different overlay path. Machine identity, and software state is a known constant on machines that are registered as an INET Smart Terminal. The INET Smart Terminal emulator that runs on Microsoft Windows, once fully installed, will measure software binary versions to communicate to the INET Web OS to make sure streams managed on server and local cache are compatible with the machine. In the use case, an unknown Microsoft Windows terminal is used to connect to the INET Web OS, first time ever, appropriate measurements will be benchmarked that categorize the machine's abilities in operating system version, available hardware, software and drivers. Stream key encryption will not be private unless the device is registered with a Hosting Provider. Machine code (Dynamic Name space Engine or VLISM) will be produced that contains the necessary stream of Windows API calls for the operating system and their human input devices. Users of DOS, Linux, Mac OS X, Windows 3.1, 95, 98, ME, XP, Vista and current will be able to run the new software included in the Web Operating System.
The template overlays will expand or contract based on the specifics of the user interface requirements. The stream composite will provide first the basic rectangular, polygon coordinates, short object pointer of SoftSpot components within the user interface. The textual data will be associated with a screen object. The event machine code will be attached to events as a streamed source. The code bank process will allow change over from client code to server code based upon previous transmission history. The detailed screen image will be populated by a stream as well. The overlay banks would be switched dependant on the connection speed and therefore the only real noticeable artifact would be graphic image downloads and real-time audio playback quality. The audio mixing will be performed on the server of multiple channels so that a nice compact mp4 audio stream is available to the simple client.
Programs compiled using the system will allow the Web Server to query visual interface details ahead of time. If the program is document based, that will be a parameter of the query. This will be a service that runs under the web server category and will automatically be transparent to the users. Its job will be to store in a database all of the visual drawing language and startup overlay information. When execution of the program is requested by the client, it will be a fast SQL statement similar to "Select * from UserPrograms where pid='WordPad.exe' and Document='ReadMe.doc'" call to the database management system.
The visual interface drawing command language will be an XML dataset that describes the coordinates, color, fill type and other rendering functions associated with the visual appearance of the interface. There are many languages already available like the Microsoft RC file format, and HPGL. Perhaps some would even consider HTML to be one such language. However, VLISM contains a consolidated combination of these languages that is specifically designed for Internet transfer. A HTML document may compile to several text location commands, the textual data, and several text color changes, font changes or image position commands. These commands are natively supported by the VLISM engine. The VLISM is robust so that when time or space can be saved the appropriate functions are available.
A new protocol utilizing UDP packets, much like HTTP, that communicates hardware platform details including client display type, resolution, color depth, and media features available will be needed by the host computer when preparing the VLISM stream information. This way many different client devices can connect to the same centrally stored user information but through a different version of the VLISM stream. One that is specific to the client device connected. One reason this is a great benefit, for example, is the resolutions available to Pocket PCs are completely different than laptops. So by creating a unique visual interface for each platform, the same code will execute on the server. This is a very important feature of program maintenance.
Dividing the interface drawing logic and product from the work logic at this level allows greater client portability. No matter what device they are currently using be it the cell phone, mp3 player, portable next Gen laptop, or a pocket PC an operating interface will be there for the device. While the cell phone interface would be completely different than the full blown laptop version, the same connection point to the user's data can be utilized. The features available to the user are now increased tenfold because the data interconnectivity between devices is an absolute. This interconnectivity would be purely a function of the operating system interface vendor to enable.
More research is needed but a viable solution can be provided within a web server environment and development environment that encapsulates this functionality. Adoption by the industry of a standard Internet Assembly will also have to be accomplished (VLISM). So that, for example, when a user buys a new cell phone they simply encode their personal URL or plug in the INET USB Security Key into the phone and all the software, interface and connection points are gathered by the web server on the back end.
Historical computing methods have lead computer scientists to craft a cornucopia of programming languages. Some examples are c, C++, Prolog, Ada, COBOL, Basic, Lisp, Python, TCL and Java. But there are still more. Investigations of language interoperability and platform independence have lead to the invention of virtual machine technology. Java VM and .NET Framework are the shining examples of this technology architecture in use. A public domain broad study of computing languages must be maintained to advance Internet Assembly. This study can be used to produce a symbol code that houses all structured logic, object oriented, media streaming and artificial intelligence goal seeking languages. Exploited methods are: teleoperated assembly, JVM, and CP40. See Virtual Machine
The new symbol code or virtual machine assembler must be maintained as a open source standard of the computing industry to solve risk management issues. The Java VM has been released using the free and open source software, (FOSS), under the terms of the GNU General Public License (GPL). The industry must own this new architecture, designed for all computing languages, as a design implementation; a general public license agreement. The information source of the library word space domain will be contained and explained in book form as its basic reference. This will allow several manufactures the implementation set choice with expansion capabilities known by application. The development tools will support the transfiguration as well as the translation of source text to the instruction set.
The Very Large Instruction Set Model is the most viable solution to the Internet Assembly issue. An important result of using this new virtual machine assembly design is the reduction of transmission bandwidth. VLISM web technology solves this issue by producing the most efficient in code space while considering the available name-spaces on the client. Compiling can optionally take place on the INET Stream compatible micro device or as binary output from the server direct to the device. The most preferred method will be compiling on the local device using a JIT. Some devices may not be capable of compiling, cell phones, digital cameras and click panels for example. Therefore, the process of transfer and compilation must be fault tolerant and capable of error recovery due to transmission problems.
A facet of performance that INET Web OS will improve is the data management and transfer functionality associated with current object technology. Incorporating compiled machine code or (VLISM) instead of using interpreter technology (JavaScript) and ahead of time memory allocation (size) on client device will shorten CPU cycles. These features lead to better type system management, garbage collection and performance because some aspects of program operation can be known about at the time of transmission or at compile time reducing redundant and erroneous operations.
For example, textual lists will be transferred directly to the user interface control memory areas via high speed block transfers or pointer operations. Modern methods rely on loop population logic and a large amount of message handling. The cache version of the list held within the client can be measured as an incrementally updating entity within cache. So if the textual list information is the result of a database query, and that portion of the database has not been modified, retransmission will not be necessary.
Memory can be managed more effectively due to ahead of time memory size server calculations for a consolidated memory foot print. Linked list and vector array buffer sizes can be calculated which will reduce memory block gaps. This will result in better memory management. Since the conditional output of machine code (VLISM or ASM) is decided at the server level, components that use block operations as these will be safer. JavaScript applications that make heavy use of strings for example, will benefit greatly in speed due to the nature of type safe UNICODE operations. Even managing the level of UNICODE package formats can be tailored in machine code to perfect the performance based upon the language use of the terminal.
The Very Large Instruction Set Model (VLISM) includes all of the run-time libraries that are common to modern programming languages. VLISM contains a robust virtual machine assembly mounted for numerous programming languages (compiler) to transform to without twisting design. VLISM provides file handling, database connectivity and open architecture dialog entry components. It is fashioned for business, data entry and getting information in the most efficient way. The local operating system will maintain the correct balance of user state information with the server providing the most fail-safe operation by application design. Information will be safe even if the device loses power or network transmission errors occur.
Each of the interface components are object oriented in design. Some of the best oriented naming structure can be derived from the W3C; Widgets Examples of common INET interface components are: file locater, document locater, image locater, movie locater, audio locater, data locater (databases, record sets), visual diagramming, name fields, numeric, alphanumeric, paragraph text editor, credit card entry, checking, payment, email, phone, currency, shopping cart, catalog, spreadsheet, graph, reporting, number fields, address and identification. Some of the entry fields are derived from the base masked entry editing component. Yet the resulting interface object withstands interface internationalization thus conforming to the localization defaults. Specializations that extend the user interface components may sometimes require external communication for validity; payments, credit card verification, geocoding, etc. Localization server details are applicable to this logic as well.
All of the INET Widget controls have improved operation for usability and accessibility purposes compared to modern designs. Spell checking and grammar checking are built into the text editing components. The address entry fields support geocoding lookup. Interface components that support highlight and segment selection allows redo last selection state upon a friendly key state combination. This is important to someone that spends time highlighting a portion of text. Inadvertently, due to a stray mouse click or a keyboard error, the selection state is lost. With the new set of controls, to redo the last known selection state, the user would hold the keys CTRL, Shift and Z. This feature will also be very useful with lasso and rectangle selection schemes used in diagramming and graphic editing controls.
Multiple segment selection of textual information and box selection will also be supported within the paragraph text editor. Controls that support cut, copy and paste commands will be linked to the INET System Wide Transfer Collaboration Buffer. The INET System Wide Transfer Collaboration Buffer can be managed using strictly mouse and keyboard operations. The INET User Sphere Workspace also supports a graphical management panel of the buffer to allow historical views of previously transferred items and their source. The controls that allow copy and paste will be expanded compared to modern UI to include Tree views, List boxes, and other read only views. Other screen objects such as labels can be copied using hot key combination in conjunction with the mouse. As well, copying the image to link retransmission communication or print processes will be checked by security privileges.
Upon the operating client, application usage can be recorded visually. The captured information will be a vector draw list. Including CGI animation will allow video capture of application usage. A single frame can be manipulated. Sound and voice over can be set upon the video segment. The video editor (Film Fabricator) supports variable frame type rendering for mixing multiple media package types in stream. Typically these functionalities within media system designs are called Codecs. This vector draw list format is realized within the INET Network Collaboration suite. In communication practices, an animated segment of an application's performance is better suited to vector draw lists due to their transmission characteristics. The common use of the captured form, as a modal communication method, can meet the demands of many curtailed views. The ad-hoc system of print screen or cut and paste is redefined for business standards and business communication for formal usability purposes.
Within the transferred vector view, if the capturing process was configured for live data, fields will contain the latest live data when the object is reviewed. This package can be emailed or retransmitted. This will simplify creating a viewer application for many software packages. The operation works as an extended print screen facility for a user while the INET Web OS handles the complex engineering solution. This will work for most application interfaces.
The official technology name is INET Data Snap Applications. As the name implies the technology allows complete ease when transferring views of application data. Other configuration panels may be appropriate for these derived mini-applications. Items such as database login and security viewing privileges are necessary to track. Form building and generalized reporting is also an important feature that can be configured during the presentation. The user is allowed to configure what fields are shown and where. A basic painting application is provided with the UniGlue suite.
Software developers can reuse INET Data Snap Applications within other applications. This will provide an extensible framework to begin building advanced information systems. This is a common request within inner department and inner company business proceedings. User Based UniGlue tools are provided to create robust experiences that can include the captured view, office applications, reports and other applications.
The vector draw list interface capturing and rendering is a base technology feature. The high performance method is used for recording, playback and real-time streaming of application visual responses. The technology also has the ability to optimize the visual output of application frames due to the flexible architecture of the INET Visualization System and Octopus Controls. For example, even though the information is recorded using a selected object skin, the playback can be configurable to utilize any defined control skin. This will make application high quality video squeezing possible. Optionally a designer may change the playback skin by limiting the output to black and white polygon line information. This method is useful when designing training applications that have to re-size a normal full screen view to a forth of the size.
The publishing views are designed for the subject and the customer. The system will allow the delivery of data using personalized template formats. Matching the information format to the user's or business's desired visual communication policies and methods (IIP Dialect). Making ordinary seem more obvious in friendly format fits the eye of the beholder. If the object is a broadcast consumer task communication of a record set, and the information is a dyna-set view, the entire report including the details might include lacy graphic frame borders around the edges. These options are fully configurable during publishing. Dyna-set view, an informal word, means here that the view is inclusive of the entire customer relationship. e.g. A sales slip will include the totals upon the screen as well as several other agreement paragraphs. The application feature provides an interface when quick reports need travel.
Communication of ideas, tasks or errors can also be more precise, providing the exact view of on screen information. Providing stream operation masks for censoring broadcast to be void of unneeded information and formatting during a relationship will solidify partnerships with publishing requirements. As well, providing link copy protection within the distributed information will allow preview of restricted content but not allow retransmission or duplication. For example, recording a three dimensional model rotating with user mouse movement can provide a good preview.
Some search and find applications to databases that are in-house or industry specifically published information systems will require INET SpotOut Technology. INET SpotOut Technology, an information Sanitization (classified information) processing filter that is within the broadcast render pipeline, can be controlled using rule dictionaries (IIP Dialect). Data marked as classified that is stored within a file will track the file's copy status to prevent network transmission. Based upon the rule database, the file may not have the proper security to be copied. The destination of the copy may also play a major role within the permissions check. That is the file may be able to be copied to a place behind a firewall but not travel outside of it. Sanitization also refers to contents within a file such as a database record.
Since management of a record, field or cell is accounted for by security, a high priority rule will suffice when a business just does not want a field to be published. Several methods of blocking these operations can be effective. It will be important for the system to monitor compounding security rules and flatten the processing stack upon duplicated associations. This form of object inheritance is a desirable feature..
The database management facilities also include covering the specialized requirements of a trusted information device. Interesting relationships fan out in the complex recursive processes. INET trusted information device, as defined within the INET Web OS, has operations that remove items within a publication before communication occurs. The software development results and practices achieved through portal database communication methods as seen in low level ODBC will be managed effectively. The INET Web OS base Database Object API sets will be managed and monitored through this system.
Within the object code that the compiler produces, use of database secured fields will be managed in a virtual protected memory. The best use of a machine within the context of trusted information, is its ability to view the information but not retransmit the information to an non-authenticated recipient. Derivatives of the data can be tracked for retransmission artifacts closing the hole by analyzing the object (vector) code. A process that without server processing would lead to great complexities while tracking within a single computing entity setup.
Through compiler design, secure data fields are tracked for their projection upon the screen. That area of the screen is flagged as private protected by the client render operating system. This information comes from tracking information that the INET Stream compiler implants. If information is derivative, the historical cycle can be shown (user documented) within the associated publishing security administration application for a business system analyst to make a well informed decision. By cataloging these items, a search can be performed that will refine the information search boundary of a specific database field and its use within the entire application or system.
Applications that utilize any of the Octopus Controls will be certified to make use of the technology. The publishing rights are also managed by linking application use to a security privilege database rule structure. Rules can be even specific to a dialog, cell and field. Providing an administrator vast compilation changes with the right click contextual button like operation, a new tracking feature is distributed to all views and uses of a field column or data cell.
By centralizing the selection source and associating all references considered siblings and parents, data access rights management can be cradled for many businesses. Typically, only business analysts know the true results of information exposure. The verifiable output of a formula has significant meaning to the reader. In some circumstances, only a business analyst is educated properly to determine what the deductive implications of a field or cell asset has by being published. This feature will be supported within all aspects of VLISM technology.
In the operating lifestyle of an office person, setting security of information should be tied to a management audience. In most modern approaches, the best benefits are realized by using the base operating system security bits. These systems are located under the hood. Configuration and management of them becomes a systems administrator's task.
When the security panel is opened for a business directory on modern operating systems, immediately one can notice that there are many groups and many user names. Each of them has a detailed control panel associated. Not only are the control application specific traits in view but also the full operating system security traits. To consolidate and simplify the maintenance of these very important functional attributes, the INET Web Operating System will cater a new method. By altering the application access security to be contextually incorporated within the user work sphere and application interface, a stronger conceptual intention is gained.
Tying the items into an application's interface for common use makes sense in usability because initially that is the access layer management will know of. The signed on user must have the correct privileges to manage an application's security group. When the logged in user has the necessary security privileges, a new option will show upon the system counter-top space. Clicking it provides the application's security console. Within this view, the application's settings and security attributes are displayed. The view and information contained within relate specifically to the given application. The integrated system level component allows definition of specific named objects by a developer.
The functionality will also give designers and developers a way to define a primary set for an application that makes functional sense. For example, report printing or transfer. As well, new traits can be added by users. These traits will be specific to a application output file, application communication transmission task, dialog view, an application field, database field access, or application command button. This user interface concept provides a precise tool path to easily promote the proper security decisions being made by the right person.
The INET Application Usability model will provide suitable starting places for application user interface structure. These application behaviors will be stored within a template library for user by Web Publishing and Development tools. Within the Business Web Publishing layout structure, users can select templates that correspond to A desired user interface facility. Within the INET Publishing model, users have the capability of designing user interfaces that support a variety of searching and data mining. Multiple controls are spaced with proper underlying logic connections to provide a suitable platform for the template. For example, the user wants a database view search facility. The left panel contains a search field along with results, while the document view contains the detailed data. Dialogs can be made from raw data easily and as well databases created to hold the structure of the dialogs.
Supporting entry and editing capabilities of these control components might at first seem simple. Yet each of these fields on an international level could be an operation specific to the region; identification, address, phone. Based on the location and preferences of the user (locale), standard use is guaranteed. In addition to those special items, the W3C database of control names that were arrived at by opinion from the development community. GUI operation will be supported providing for the most advanced UI designs on the market. As the global community learned more, their breath became wind.
VLISM encompasses many bounds of computing science. Pushing the hurtle and crossing the line first, the object model absorbs distributed processing by allowing definition and measurement of object code, application data throughput, and dynamic microcode analysis of object use. These measurements allow the web server to deduce future operations of the user application context. A precise stream rendering will reduce data transmission bandwidth.
The system analyzes source and object code providing attributes that describe size, execution order, performance characteristics, and resource usage. The system records function input requirements and function output interpretation to reduce call invocation options. That is some calling interfaces will not be needed until a specific program operation is selection. The state code path incremental stream linking and incremental stream linking operations will reduce data transmission using block operations to expand and contract VLISM Spider JIT mnemonic routines.
These attributes are used to cross index a rendering rule database during many levels of an application's life cycle. The searching structure of the rendering rule database achieves inheritance and overriding capabilities within its dictionary syntax to allow developers a confining territory of explicitness. In some circumstances, automated facilities of code and architecture that produce subset data need tuning when observing human created applications.
The VLISM name-space provides a robust library of mathematics that include digital signal processing. Likewise, compression algorithms, encryption and image processing are accessible. VLISM includes objects for audio streaming and video streaming that are held within the context of the quality of service manager. Audio editing and are supported over a network as well.
VLISM includes objects and mnemonics for string operations, array management, searching, sorting, tuple spaces, grammar parsing, socket communication, http, ftp, mail, HTML, web scripting languages, web navigation hierarchy control, two dimensional animation, three dimensional animation, three dimensional modeling, natural language processing, optical character recognition, font typography, robotics, language translation, sales (transactions) functions, business object linking, artificial intelligence algorithms, digital data management (DRM), threading, graphical interfaces, USB functions, and three dimensional transformations (distributed balanced tree network scene-graph). Multi-user network collaboration is also within the domain.
The INET Client VLISM Spider JIT provides good performance balanced with transmission speed using incremental stream technology. While researching good formats, as a reference the Java Byte Code is an excellent resource for maintaining CPU model cores with an object oriented call style. In fact, the INET Web OS platform incorporates Java Byte Code as a intrinsic application format. Supplying a secure operating system and client platform model for java byte code and the entire Java JRE within the compilation and transmission schema strengthens industrial compatibility. Common Intermediate Language is a very comprehensive format that is high performance. However both implementations lack the expressiveness of Internet application usage that facilitates basic Internet stream to platform support. VLISM also has platform and operating system service capabilities enabled. Some aspects of the VLISM stream container format are a higher form of object assembly that also supports distributed application interface usability. From the server the image of the user interface is shown. The model also maintains a closer native relationship with the device. More research needs to be done to complete the list and ensure package comprehensiveness.
When the server and client handshake using the model, product id, and machine ID, a mask is loaded that defines what instructions are supported by the device. This information is used to design an experience that is compatible for the device. For example some advanced mathematics routines will run on the server but the output will be sent back to the device when needed. Server side processing will output the most efficient stream the device can handle while considering the supported instruction name-spaces and general machine use. Users can imply their needs directly by using the stream residency widget. The stream residency widget, shows state of application connection as well as providing menu operations to refine the experience. The stream residency widget also controls render compatibility. This architecture provides backwards compatibility and allows existing application products an upgrade path in high performance distributed web computing. New stream segments (components) could add different hardware capabilities.
The VLISM name-space incorporates modern video format streams with rendering filter support audio stream support. Filtering of video content will take place upon the server. Controls such as brightness, saturation, hue and contrast will be processed in stream at the server. Options such as a comb filter, noise reduction, and sharpness convolution matrices are supported at the server. Using inheritance, the rendering cycle also includes user preferences by device as the last stage in the pipeline. Size is reduced or enlarged for the proper layout upon the terminal. The playback render-er supports quality of service automated buffering. As well, users may set manually the time window of the anti-skip QOS media buffer.
The local device will provide a security layer for applications or rather individual operating systems. The security sandbox consisting of: protected memory access, protected code access, ring level services, window functions with context desktop, censorship protection (INET SpotOut), file system access, device driver compiler, VLISM compiler, object version manager, local quota management, program to program communication, Internet stream encryption/decryption, virus protection, locked VLISM name-spaces using a physical button and program/data recovery held at server side. A limit on minute playback and rewind are possible paths to explore within mission critical environments. Protection methods of modern CPUs rely on masks that identify ring and access privileges for memory access. Instruction execution privilege also relate to ring and source.
The INET Smart Terminal hardware includes encryption, decryption of Internet streams so that the integrity of ecommerce can be maintained. That is, program data must be held in strict confidence in some circumstances. The banking ecommerce functionality of the IIOS is such as case. Cipher Key integrity must be maintained. The device driver that handles stream encryption/decryption, a driver registered for direct access to the new INET embedded processors, will be will be secure.
Code blocks will be considered successfully transferred by using data integrity checking algorithms like CRC or a better method. Protected memory access will keep programs from modifying non owned or non shared data. Protected code access will ensure that applications only access a code base secured for the Internet channel and application of context. Quota management will allow applications to use storage capabilities of the device while not affecting security.
The VLISM compatible device will contain hardware assisted unrolling of functions. This will provide an efficient environment for the Internet assembly engine. The hardware unroll assist includes a memory bank switching algorithm in conjunction with template processing. The routines will be quickly copied from specific ram locations to instruction cache ram using computed tables consisting of memory location offsets, code lengths. An essential performance enhancement made at the Direct Memory Access controller (DMA) will provide the necessary registers to contain the numeric array.
The new DMA controller has a special memory operation that allows finite recursion. Some VLISM code will be furthered reduced to the native CPU instruction set as a block operation from memory. So the new DMA controller will be able to quickly build buffers from several locations given a set of instructions, the computed tables. The copied code is expanded using template instructions during the time of memory to instruction cache transfer. Instruction banks are changed based on the operating system object being requested. The routine or method is unrolled in line providing for the fastest execution while saving memory. This expansion is independent of other memory transfers to provide the most seamless through put.
The advancement of Internet computing does rely on usability of the applications. VLISM enhances this by applying a new higher level API name space that reduces transfer load while tracking the model base on the machine. Speed is also increased by allowing the design of applications to be pure streams sorted according to use. So only the instructions needed are downloaded first. Users have to be impressed with speed while providing for the best distributed computing capabilities. New hardware instructions and a new computer design must be sought to magnify the process of compiling and executing applications under the VLISM virtual machine. In short, hardware support of these operations will be essential to the Internet application performance of tomorrow.
References to consider:
Software development efforts of the past have first sought to deliver a working product. As platform technology expanded, application development only got complex. That can be understood from comparing MS DOS programs to Modern Windows programs. While there are more features, specifically relating to usability, most of the misunderstood development tasks relate to integrating with the core platform. Developers and System Analysts know the core language, business logic and their tasks in usability. When problems occur they can be debugged.
After the company has spent years developing a software application, most of it is thrown to the wind because it is incompatible with the latest and greatest. Yet the core logic never changed and the core language did not change. The INET development environment, a technology platform of Internet streaming, plans to embark upon a more ethical relationship with developers and businesses. By focusing on methods that allow the developed technology to be integrated within other products easier, the company's software holdings will have higher fixed asset value over a given duration.
A facet of deployment is integration with other software packages. Well thought out methods of open source data sharing such as the Microsoft technologies OLE and Active X are of good benefit. Yet the user cannot make the decision of what to tie together. Integrating complete applications together within the Microsoft platform is a task that requires finesse in some circles. Message sending, hooking and window message capturing is one route, yet the data is still not integrated.
It is the plan of the INET system to further the sharing technology by allowing developers and users to glue applications together if needed. Seamless user interface integration and data sharing is a goal feature; Uniglue. Menus, toolbars, application fields, calculations methods, inner application frames and of course complete windows will be suited for a drag and drop glue. Linking two fields together using a data clone method, will make one field read only thus depending upon the parent for the data. The relationship can be broken using an option upon the associated contextual menu. In effect this ties to two applications together relying upon code execution to produce the value. Circumstances may require additional setup, controlled again by interface and automation; e.g. primary or secondary application log-in. There should be no limit to the chaining of these items. For example one application uses a field that displays a calculated result. A secondary application uses this value, produced by a series of database operations, to arrive at a new product. The new product is used again in a third application for view. To derive the final result, if only the third application is summoned forth, multiple code bases will need to be tied together.
Consider for example an application that does inventory control, a restaurant menu, a purchase order system, and a time clock employee time keeper. The difficult tasks in allowing integration will be in developing a platform object system that maintains a catalog of field input/view data items that relate to screen input. Once combined together at the server to create the stream, performance will not be affected. Other aspects of an application that need to be instance based because of file access storage can be handled by storing the information within the database. File handling APIs will connect normally through the existing application logic.
Users will have access to this feature in all applications since the INET framework will support Uniglue objects. This includes base applications, reporting/publishing and third party developed software. Of course applications that are written specifically for the platform, by conversion or new development will have greater support. This feature will be served within the development languages themselves. The feature will be available to applications that are transferred without magnificent translation, but on these applications there might be limitations on data sharing. To the user, converted applications will respond and allow glue objects appearing normal.
Benefits of reusable technology better known as object technology are its ability to speed development and deployment. The reuse qualities lie within the development arena and its purpose has little to do with the end user. Automation will be built into the objects which will enhance usefulness, To the user it is simply a common program library that applications use. Deployment strategies of modern component technology integrates binary version tracking of the library and alias names. The underlying architecture of the INET object system will be robust enough to handle partial transfer of logic and visual rendering lists to provide flexibility during overlay processing.
The underlying object management system for both visual and logic objects of the INET web server technology will include version tracking. A major benefit of stream service will be tighter integration of object messaging, parameter passing, method realization and method invocation. The format of the binary object will include a dependency tree for each property, method, instance variable and code path, making the object storage size on the server larger. Other metrics about the code path will include CPU requirements, object dependencies, memory requirements, special hardware requirements, and graphical user interface response blocks. This information must exist for the code path, method and entire object. The information will be used by the web server to make intelligent decisions about application execution over the duration of the device registration and use life cycle. This will allow incremental library updates for application specific requirements. Example, one object uses a library routine with a string parameter. After further use, an application is installed that uses the same library routine yet uses a string and a numeric parameter. The portions of code change will be applied to the first block to morph a suitable dual routine. As well, the compiler system must include a block tagging system that will identify the code as server oriented or client oriented. Artificial recognition means do lead to productive cycles however several cases arise when the developer will make a better decision.
The dependency tree will be used to calculate order and instruction content for the stream. Consider for example an application input screen designed with the spreadsheet application. In this form, the user can input a series of numbers and several formulas update automatically. As well, graphs are available and the information is uploaded to a database. Graphs will be rendered from the server while the formulas will be processed on the local machine. In this example, the benefit of INET Object Technology will be the formula update performance and VLISM code realized. Most formula processors work by first parsing an input string that defines the complete calculation, Hungarian notation or postfix stack. But in an input only template, the complete formula processor and associated math library will not be needed. So a concise version of the user formula will be executed on the client. This will the developer and user higher effective use of the on-board processor by reducing instruction space.
The web server will compute a near optimum implementation for the connected device while retaining the many benefits of object discovery within the development process. Most of the realized advantages of object oriented programming are within source code text, not execution.
Several benefits can be achieved by the implementation of such a distributed system. By isolating the interface rendering logic from the operating system and application using a steaming object command system such as suggested by the INET platform, multiple code bases can be combined together thus further reducing the cost of maintenance internally at many software firms. Developers will be able to be competently ensured that their application programs will run on any platform, be capable of Internet distribution, real-time Internet streaming execution and being served on a full blown modern desktop personal computer.
It has always been a desire of the public to use a fast, smooth and slick visual interface on computer systems. In fact it has been the main attraction to the Personal Computer as the adopted platform. Color screens are a good argument for fact. By implementing such a system, it gives developers the ability to reorganize the name space.
The graphic vector output structure will exist in three dimensions and combine with a model editor. Using fast direct video memory access at the application interval will provide tight pixel control and large area changes quickly. As well, the fluidity of image magnification will be high because of base platform requirements. The user will be able to dynamically increase the size of the entire view port or objects within the view port. As a usability feature, the centroid of magnification will be based upon the natural states of the user interface. Users re-size something they are viewing to read or enhance the definition. The area that the mouse is over will take precedence during re-size and remain stationary. This will help with usability.
The object oriented graphical control construction kit that the INET Web OS incorporates will give focus to fields in the desired order. The object's methods provides easy visual state modifications by container (object) name using the animation format. Incorporating user interface devices using an event and super event system gives the developer real time control with quick response time. Using high speed and high definition to deliver content will be visually appealing for the user. The best attributes of robust mainframe technology and consumer grade electronics will be combined using a streaming object oriented design.
A total artistic composition is not completely implemented with stage dramatics, lighting, and crafted CGI artwork to be used for dynamic interface rendering within the medium of computer applications yet. People want ray traced images to view because they are more accurate for the eye. This is what the eyes naturally are designed for - photographic images. Ray tracing can provide visual materials more accurately including: glass, plastic, metals, gold or any material really describable within scene graph technology.
Rendering the fonts on the server could be argued for some devices. Yet in reality a dynamic font system will be necessary for robust functionality. This will be a management of the server itself to perform on the client, ensuing the proper fonts are cached locally for rendering. Anti aliasing information can be associated in structure with the data sent to the device. A vector stream will describe character representations in draw list format.
By detaching the graphic user interface rendering system from the main message communication system into distinct processing cycles; a streaming architecture can be utilized. The stream management will consist of a display list, a dynamic display list with state logic, data dictionary object and user interface device hardware communication object.
One function of INET VLISM will be the management of user interface rendering details, supporting state logic and response validation (HID) as well as a state manager of user input; mouse click. Using stored cache renders on the local device will speed visual response on the second use. This will make a record in a database. By grouping the drawing command structures and machine code logic associated with dialog and visual interface operation to be a consolidated structured stream, the INET VLISM Stream format will be an important architecture entity providing future growth in the software market.
When users are logged onto the system, a pool of record connections will be maintained for a given directory / file state. Database connections will also be held. This will provide robust ahead of time computed information for browsing, summary, and application startup stream formatted for their device. One click and data is sent. One could argue the case for File Allocation Tables in memory simply enough. This is a network device and user response will be a primary function.
The web server operating system will be more robust than a personal computer operating system as it will communicate with numerous devices in native format. Remote Internet devices and local wireless devices will be authenticated for user connection. This will allow users running large hardware computing centers at their home or central office a small laptop version with excellent security. Since the queue, user data, program data, and Internet overlay stream for the device have been precompiled, encryption can occur quickly if that is not ahead of time as well. That is encryption methods may be different depending on the device connected.
In short, the INET system should be designed as a completely independent system that can run on its own microprocessor and as a base system that connects to a mainframe, or on a robust personal computer platform such as ones existing today. The Internet distribution of operating system components, and application components, does not enable cross platform computing. HTML web browsers currently are not advanced enough to support good user interface applications. Java is not a complete implementation of this system and the distributed interface rendering model allows more flexibility and faster performance than currently available.
Available Technical references
The ability for the INET Web OS to project interfaces to multiple versions of existing thin clients must be well planned and supported. This only strengthens the ability of world wide support for the Operating System and its applications. One must consider security functions within each of these environments for application and operating system function is relevant. Where necessary, encryption transport will be desired. Yet in default circumstances, the advanced encryption cannot be supported.
Currently the most widely distributed interface method comes with an Operating System. Internet Browsing precedes the Web OS interface cast (VLISM Spider JIT) or projection in its modern raw form using a HTML HTTP browser. Explorer, Google Chrome, Firefox and Safari are the leading web browsers. Technically with these interface technologies, top entry points to user interface display with validation and response are JavaScript, HTML, and CSS. The INET Web OS will support this interface cast allowing configuration of the compiler output to this form. Interfaces can be built more precisely using heavier graphic output loads. While other compiler output configurations for browser technology will lead to light streams.
Most Internet browsers also support a version of the JRE for Java applets. The complete Java application framework may be available upon the machine allowing for a more directed application experience. The INET Web OS will support both the Applet and full fledge Java Application interface cast. Java byte codes will be directed as the compiler output is configured for the application experience. Adobe Shockwave is a largely distributed streaming engine that will be supported. Mobile devices typically use the Java Micro Edition. Each of these engines will be supported by the INET Web OS, allowing any distributed application to function flawlessly.
A best experience attitude must be adopted by the version detection logic during log in. The user should also be able to modify the projection face plate style to suit their preferences, hopefully from within the dirty sandbox. A selection list that notes availability is be the preferred gadget.
If a Windows Operating System face plate is selected, operations may vary based upon the historical use of the machine. A committed transitional user interface technology point is the distribution of the VLISM Spider JIT. In its form is as an Active X COM component it can operate within a selected browsing application. The format between browser applications is different but the stream format will be common for the INET Web OS.
Only the necessary, least amount of download must spawn the usage of an INET Web OS. The ability to support fluid synchronization interfaces and operations will be easier with this open technology. This facet will provide more interest to everyday mobile users. The COM component will be important to quantifying migration points of INET Technology within the user's lifestyle.
Consider the versatility involved within the main entry points of the INET Web OS. The first use of an INET Web OS application may draw most of its operation by directly using the Microsoft Windows API library. This will undeniably provide the absolute minimum install operation to view a bitmap image, for example, since the base API has several functions to facilitate.
Further transmission and use by the second will fan the internally expanding macro microcode space VLISM Spider JIT to utilize INET Web OS Specific Technologies such as image display (LOD.PANITBT.NSM), font technology (vector 3D), instruction compression (OOP algorithms), device management (quota management, synchronization, cache, security, tracking), memory management (allocation, union, garbage, clean), game mechanics engine and other libraries. This will provide a selectable cohesiveness to the user's current operating model fashioned securely in place. Ultimately this will control how applications are executed. Features of each of the technologies may later be added to bring more precise operation and configuration.
The transition between qualities should be verifiable by the install and make purposeful sense to activities. The bottom line will be the best machine performance; Games. Due to base operating system; security will be a big venture. Perhaps, strides by Microsoft could overcome some of the design issues but, eventually a new broad stroke will need to take place to flatten the Internet sphere.
And secondly, but primary in its function, install choice will coexist as a hard drive boot partition, providing a boot strap for the INET Web OS. This boot strap can also persist upon a USB key to directly tie the power on function with a remote computing resource. The motivation will be drawn directly together to encompass the VLISM Spider JIT within an autonomous personal computing operating system to provide optimum performance based upon machine use.
There are features of an operating system that some applications rely upon to operate. It is hoped that even the kernel and running state cycle can be tuned and monitored to be most effective. Relying on the major contributions of Linux as a reference base, booting the OS will retrieve last memory states from both the local and remote device. A secondary boot strap can start a specific on the go desktop that has known order. Capturing the user's common communication and application use based upon history, the desktop starts in a snap to allow quick use.
Device driver management will be accomplished using the Internet. This operating system disk will provide users a complete change over experience. Marketed on CD/DVD/BluRay for modern personal computing devices, INET Smart Terminals and trusted information devices, with the level of encryption and security certification. Facets of operation allow translation and transfer of old data to new Web OS formats.
There is a performance gain by using a system that deploys distributed applications and distributed operating systems, the machine will not be over burdened. Modern operating systems do allow one to select components to install, however they do not allow a foot print image control as granular as the VLISM Spider JIT; except methods requiring Linux kernel compiling. The system will provide the best experience available to older hardware also. The Operating system is distributed as a precise block version for the machine and computer use.
The light model of the INET Web OS Client (Smart Terminal Emulator), will unlock the machines potential by not placing unneeded application and OS components into process queue and memory. The machine will be there to run applications while the server will be used for all of the intensive data tasks.
The minimalist face plate implementation can be taken upon initial use of the INET Web OS. JavaScript and HTML as a thin layer entrance to provide fluffy web content is a usable feature some users may not vary from. Compression of HTML elements will be a first migration point; JavaScript variable and name-space alias included within script. Transmission of binary HTML tokens can reduce in transmission types and be formed by the initial use of the JavaScript document model operations.
Within the scope, to fully consider the platform support for the browser and the make does affect render operation and performance. Render operations will be managed for HTML as an object persistence, modeling the W3C version of the Document Object Model as a priority. Second, the render layer will consider the browser specific implementations of the fluid platform components and technologies. This will increase the flexibility and performance of the user experience. The JavaScript version will be necessary to support as a distinct Web OS entity. A library of available objects within the sandbox is also very potent to interface delivery. Microsoft Internet Explorer includes a plethora of JavaScript network safe COM pastries: Image Effects, Direct X, Direct Sound, Direct 3D, and Data Access Objects that can be used during the transition.
Poor benefits can be achieved while using older hardware due to the nature of the COM architecture and its use within the browser. As well, some user interface content, fully drilled, can be too large. Using too many layers as a means of placing information into the browser can cause user wait time and jerkiness during use. Some COM technologies applied with older hardware can cause periods where the interface locks. Issues with consuming too much memory, overuse of memory management tasks, overuse of the processor, searching, and token verification can be experienced. This is overcome with a code space tighter in cohesion to the nature of the machine duty cycle; VLISM Spider JIT. After all, these technologies (GUID identity) make development of software easier but not ran better within the user space.
Security and unwanted management time occur to users of these OCX, COM, and DLL packages. It can become a witch hunt sometimes. A dozen versions of a name space duplicate software installation beyond the management capabilities of most user's knowledge; something upon their drive, something in their alley to sweep.
By the main program skeleton they are catapulted into a checked persistence using a gum rapper as identified by most modern computer scientists. The library system and communication method adds labor upon central processing unit of the user's in hand device. Each component, adhering to design with inner and outer walls for communication. Formatting the memory to be plugged into the corresponding class as a basic call method must be a form fit during the compile step that is specific to the application and its use of the function. Providing modular component use of this kind can be performed as a micro incremental step using the INET Object Architecture.
The icloud OS, a competing technology platform, is effective because it increases the logical access quantity of the small foot print device to a larger magnitude. One hundred and fifty gigabyte storage capacity on an iPhone is an amazing feature. The team at icloud provides an on-line desktop to facilitate this need. The desktop is attractive and extensive. The system includes several applications. The development process includes new compilers that use pure textual web input and output. There are even apps that can be downloaded into smart phones to provide information synchronization between multiple devices and operating systems. In some cases, the email system these phones incorporate is used for transfer. Users can manage multimedia for multiple portable devices. The user's data is stored on icloud's drive where synchronization centrally takes place. There is an application that users can employ to upload all of their files at once (Windows, MAC). icloud's product fills usefully a technology gap for many users.
One of the drawbacks of using browser technologies is that VLISM and machine code can not be directly executed on the client from the server. Configuration of an INET Web OS Faceplate emitter to use JRE or Java ME will have better performance for many computer languages (also applications). The Shockwave SWF presentation engine can also provide a very effective experience for the user also. In conclusion, the best performance operation of the INET Web OS on a third party client will be the INET VLISM Spider JIT. The INET VLISM Spider JIT's library cache can persist on a USB drive, allowing for less download between multiple computing devices. A version of the JIT will be designed for Windows, Unix, Linux, and Apple Mac OS.
LCD and computer monitors of today are capable of displaying photographic materials in captivating detail. The application side of the presentation lacks the broadcast quality that mass media demands. By including ray tracing of solid three-dimensional models with the appropriate scene graph held server side, photo-realism can be achieved on the desktop and in applications. Batch processing will be essential and produce amazing results. Server processing and ahead of time batch processing is used because ray tracing is a computationally intensive task. Graphic based objects that are made for Internet network usage, called Octopus controls, provide the tightest integration between client and host delivering. The objects deliver a robust development experience that is comparable to modern OOP controls. Most of all, graphic assets are sent using a new streaming method to provide the quickest usable interface to the client device. Octopus controls are consumers of the web stream relying upon the parts of the stream that are intended for their respective display area.
Currently modern graphical user interface (GUI) applications operate in a visual draft mode. Most of the visual output seen within GUI applications is the result of real time drawing algorithms that use two dimensional vectors. Some advanced techniques of the controls support gradient shading. Also, some applications display graphic images in the background. By using ray tracing on the server side, a higher quality output can be achieved and save local central processing unit (CPU) time for users. This will save CPU and memory resources for the user. And most of all, the quality of output will be much better than modern methods.
INET Web OS Server streaming applications are different than executable programs like that of windows applications. In the real time execution of a windows application, the controls and background visual output all occur as part of the execution of graphic primitives. These graphic primitives rely on the CPU to calculate, draw and page buffer render to the video card. Most of these functions operate within the context of a video buffer or off page memory buffer. The functions that draw lines, points, arcs, circles, and block image transfers operate logically one algorithm cycle at a time. Most of the control areas are covered with a rectangle area that is filled. This gives the output a flat quality. That is almost no shading is used to relieve the continuous space. In INET Web OS applications, once the rendering portions are completed, they are stored in a compressed cache. A program can then simply reference the dialog and the entire image or draw list is transferred to the rendering engine.
Windows applications must be installed on the machine that is being used, most of them by default design do not load in a stream. During initialization the application executable must load its initial layer and allocated memory blocks to support later logic within the program. Stream applications already have a VLISM compatible platform engine installed within the BIOS of the Hybrid Embedded device making the size of the program much smaller. INET Stream applications also have several pre-compiled visual renderings to boost user response time regardless of the transmission medium. The transmission medium could be a hard drive, an Internet cable, wireless connection, USB key, etc.
By application design, a scene graph is created from the database table that stores the drawing information. The server side visualization system creates controls that are composed of high definition textured polygons, triangles, NURBS and 2D vector functions. These data structures are populated within a scene graph. By placing these onto a plane using standard 4x4 matrix transformations a window view is built. The plane is representative of a window background and GUI controls. The window background can be augmented to include bevels, light maps, bitmaps and also include bump maps. INET Octopus Controls are greatly enhanced due to the next generation output technology. The output possibilities are now endless by integrating artistry, creativity, logic, math and science.
A pipeline process becomes apparent, likened to a graphic production studio standard, that incorporates layers, texturing and blending. Perhaps even new usability strides will be made due to these new output capabilities by third party advancements. Any business will be able to deliver their very own platform or application at the precise output quality; utilizing in any capacity the display area that is secured for their view channel.
This generation of business assets is more valuable than a company's current holdings due to the longevity of the open design and premium output quality. This increases the success of consumer attraction and enhances the user's experience by allowing the business to project interfaces that are dedicated to their business appeal and processes. In short, a more distinct and direct branding approach is available within the INET Web OS through three-dimensional animation modeling.
Please note, that the hypothetical algorithm, viewer, level of detail operations and network transfer mechanism is referenced as LOD.PANITBT.NSM to include entire system concept reference within a small space. Computing scientists should accept this descriptive form as shown below of the system (LOD.PANITBT.NSM) as creative input to consolidate working features, functions, and operational characteristics desired for a proper display technology. This is how the technology is envisioned to function within server storage capacity, server computing facility, client codec, and client viewer.
Many improvements of screen real estate is understood by incorporating the new LOD.PANITBT.NSM image file format on a thin layer software window. Even providing some hardware acceleration of functions can be available. The LOD.PANITBT.NSM file format incorporates the use of lossey compression, lossless compression, resizing level of detail (cache or algorithm), morphing size blender, multiple animation aesthetics emphasizing usability, and a sequentially sorted stream visually keyed upon render quality to project on the client display device. The technology is significant and is an integral part of the INET technology platform. Once complete development of the CODEC and Viewer is complete is will be available for re-license as open source. This product provides near lossless compression given complete transmission.
The LOD.PANITBT.NSM image format uses a multidimensional file storage mechanism; much like directory based ones are designed today. This allows high performance access to block detail information and resizing information stored and sorted for sequential Internet stream transfer using random access methods. The end result enhances the usage of LCD in modern day, giving artists and consumers full range at server level while providing balanced high performance views.
By creating a smooth transition between lossless and lossy similar to jpeg - DCT (jPeg compression technologies or a select filter type) less information is sent creating a stream of intelligible visual output for the client first in pure stream form. When an interface is magnified using the proper human interface device controls, a morphing size blending algorithm enhances visual output while any additional information is loaded from the network image. This enables the client a request method to view a specific area of an image in great detail offering a preview quickly. Because the image tree is managed in a cache mode, memory requirements are reduced.
Level of detail is important to track when large images are present for view. When artists use a fine grain, the subsequent data store is vast. Level of detail in this case provides a subset data store to reduce bandwidth usage for a view. The original high definition image will still be maintained for other use. Perhaps the image will be bought and placed upon a eight by three feet canvas for example.
Other architecture elements of the INET LOD.PANITBT.NSM file format encompasses LOD change data transmission, storage, and prediction. The computer language implementations of the component (viewer) includes automation of zooming with numeric speed sets. This feature is important for users that wish to view a very large image at a specific level of detail without interaction to change the view. The view will move automatically in the configured direction: left to right or top to bottom. Enabling direction, quadrant changes and panning to easily occur is a great viewing component software feature.
One parameter of the LOD file format is the upper and lower resolution bounds of the absolute pixel storage to establish a range. Another will be the unit resolution separation, that is the distance between one real image resolution and the next. Compression takes place for the storage of resolution decreases. Compression of this type of information is likened to Mpeg's video compression algorithm. The inter frame data is the specific term however the data change within these frames are detail subtractions. The codec on the server side has sufficient logic to use this information for rendering the requested client image.
Morphing and blending the LOD images on the client side using a high frame rate interpolation algorithm greatly benefits Document Imaging and Medical Imaging. This provides a more natural visual response to motor functions when the user is managing the view.
Image processing using LOD is essential to the reduction of data to transmit. Speed of the User Interface is not affected because of additional image resolution details that appear later upon reception. These changes occur smoothly within the window in an asynchronous thread. The file format is designed to persist as a memory structure capable of adding information real time, either compression loss information or resolution enhancements. This is a major winning factor in usability that allows reduction of visual response time while network operations occur.
By measuring the quality of service, response time can be a controlled variable of compression quality and detail. It should be noted that LOD compression and Jpeg's compression quality are distinct. This LOD compression distinction is very important to discern as it enables the INET web server operating system to deliver very high resolution images.
This file format, as an image container for a basic image frame will be the basic unit of the INET video file format and subsequent CGI animation frames. The file format is capable of storing other related video items of varying dimensions than the parent as individual objects to maintain object encapsulation. For example, one frame may be a large image of a graphic user interface while child elements store related animations to play within areas of the interface. This gives the format the capability of storing multiple elements or event dialogs with distinct animations.
For the user, this multiteir LOD storage facility provides a better click response or an enhanced mouse over to be available; animated. For the developer it provides a concise structured visual presentation hierarchy that is separated from event logic. Multiple files and segments within the file can persist for different devices. The code base that maintains event processing will be managed as a single implementation. This makes interoperability for multiple devices much easier to design. For the business owner, the file format provides absolute freedom of choice for asset compilation. The business owner can choose from several distinct skinning operations, or for precise delivery of the entire pixel domain. The server is able to attain this video information in a random access format for precise stream production. If for example, the user clicks the OK button before all video LOD package information is downloaded, precise image details of the OK button video stream will be sent immediately along with the next related item.
The viewer client component has the ability to configure itself to real world measurements considering display technology. Input of the measurement information may come from a specialized camera that takes measurements using a laser, from optical recognition of the image with a ruler, or more typically from user input using the metric or English system. When a request is made for accurate display metrics an image is shown in proper view. This is very helpful for retailers and engineers when a client wants precise details. The details of the actual size will vary from device to device. A great example is matching cloth or a button from a catalog. A customer may simply display the item in real size mode, and then eye ball the dimensions by using their hand held phone. The technology can also be significant for remote control toys, automotive parts and many other worldly items.
As an image file format, the storage directory schema also supports multiple views of an item. The front, back, side, top and full rotation information can be stored within the LOD image file. If enough views exist, INET's image processing algorithms can produce interpolations for between frames when necessary for full rotation. The file format is also capable for storing alpha transparency channel information as some videos and CGI animation frames need alpha compositing during playback.
The idea behind raw image data compression is simple. Just reduce the amount of variance or describe the variance in a smaller space. Some discoveries have lead scientists to reorder data using algorithms that can be reversed. One method is called the Burrows-Wheeler Transform. The BWT is a non specific data algorithm, that is it is not directly related to image processing but can be useful. The BWT algorithm offers a new stream order that can be compressed using RLE. By reversing the operations on the data positions the original package format can be rendered. BWT may be helpful in some circumstances, while Huffman performs better in others. Numerical Compression is also a very useful compression algorithm that performs well on some types of data. The algorithm used to compress raw image data will be chosen based upon algorithm performance. Raw image data is transferred during the Polygon Area Network Image Tree Balance Transfer.
Methods have been developed by World Scientists that reduce nearest similar colors in proportion to visual observation. This enables the Huffman compression algorithm to gain performance due to less complex data. DCT is the selection algorithm that chooses the best pattern and color depth for a given block area, usually a 16x16 area. The DCT algorithm reduces color variance inside a given macro block. The DCT selection is used within the jPEG and mPEG products. The result shows square artifacts within the image. This structure does not allow details to be later populated. Level of detail is also not considered. As well, network bandwidth is never taken into account during transmission, and the user must wait for the contents of a frame to be transmitted before render can happen.
A new method rooted in statistical analysis, polygon areas, color range plotting and edge detection is more effective for network usability. People take images of order and coherent items. Natural groupings are there. The best streaming algorithm will produce visual results quickest that is likened to the final result. The data structures within the software viewer will allow details to be later transferred and integrated into the view without noticeable visual artifacts using computed bandwidth credentials.
Take for illustrative example the alien image file format . The format provides the basis for a color tree structure and network packages to add to this tree. It is given that initially the color tree is empty on the client while the tree is populated on server. To solve the tree balance - display - one tree must be equal to the other. If the end result of the tree balance is to be lossey, the streaming mechanism will still function to provide details quicker while the detail information is progressively added to the client tree. The accumulative size of the stream is managed to consolidate transfer for a specific byte size.
To visually cause a change that takes into account the major viewing area, transmission of the major background colors using polygon areas along with their colors is the first visual requirement. A render will occur at that time of this basic polygon information when it is transferred. Next, the detail data within the polygon will be transmitted within the stream. This detail data will be computed from what was missing from the previous transmission by level of visual importance. This information will be compressed in two forms. First by reducing the color variance (data complexity) and secondly by using once of the standard data compression algorithms (BWT, Huffman, Numerical). The algorithm also takes into account the amount of data to send at once as a proportional relationship of the point to point network time.
Color variance or data complexity is one of the complex issues that the DCT selection algorithm solves. Because it can be tuned for quality, it makes it a good choice for inner polygon (importance) work. The loss information resulting from the standard jPeg DCT should be maintained for later transmission if required by the request configuration. It is unknown if another algorithm fashioned that can be used instead of square macro block color reduction and selection. Polygon macro blocks seems to be a natural choice for inner polygon transmission. That is, organics are not square.
Proposal that inside the important polygon structure that macro block color reduction can take place using statistical neighbor relations may be of great benefit within many photographic materials and CGI content is hypothetical. The color differences may be described for a given area using a relative color index, a nibble or a two bit sequence. This method is similar to uLaw within lossless Audio and works well since signals are analog wave forms. However the compression algorithm will be much more complex than DCT because of recursive polygon searching.
The Inner macro block color reduction technique that the LOD.PANITBT.NSM codec employs may sort the stream to reduce network data using the pixel's weight. By statistically inspecting color, neighbor relations and position of importance within the image, each pixel will be assigned a weight. This allows neighbor colors to be described by bit change statuses (2, 4, 8, 10 or 12 bits) which are relative colors within the download stream (defined polygon). This allows the related small color changes to be described in less space. This is an artifact highly noticeable and enabled in many high color definition images. That is, many forms of gradients occur naturally and in CGI productions. These bits signify the closest color match within the current palette context; an offset. Multiple polygons are formed from the tree using color edge detection described by the previous statistics making the algorithm's conceptual relationship recursive. The major colors are used as the polygon's edge while the bit change statues are used to describe the smaller change.
The major polygon (important) structure is populated and filled within the tree as specified color. This polygon structure populates the tree using a draw command resulting from the polygon's point and color definition within the stream. Within the client tree structure, suited for dynamic growth, if the leaf is not there during search (a quadrant collision to match for color index), the color bit status is used set the render color to a numeric domain allowing a nearest color to suit. The search or polygon population algorithm within the server stream compression (or planning) ensures that duplicate paths do not exist within the stream. Subsequent updates of color occur upon decreasing weight values to provide the sorting order. Therefore, network image compression quality or the balancing of the two trees occurs according to the neighbor's color relationship.
A node tree will be formed in memory from the color bytes. These data nodes will branch out to other relating neighbors using position, color and luminescence to form their link. The origin will be calculated as the centroid considering overall area luminescence. This origin is the first within the display stream. Information tangent will be described the same way but only occurring later in the stream. The codec uses this tree to flatten the results into a stream. The stream is stored as the basic image frame within the overall file format.
To solve the display, compression and LOD issue more concisely will require storage of this information ahead of time. So this variance or detail data between the two trees will be held within the server file, computed ahead of time. This provides for tighter integration and higher performance on the server. The algorithm and storage schema also takes into account that most images when viewed by a user will be displayed lossy at the specific device resolution unless specified full.
The real time rendering will be more pleasing to the eye during network transfer because the user will get the abstract first. Details and quality will be transfer and blended. The product will be that visual response time is drastically increased while quality is based upon network speed. The consequent video codec will factor in network timing information for real time performance, thus automatically compensating for network latency.
The basic frame of the LOD.PANITBT.NSM file format will relate itself to LOD neighbors to allow for finite transmission. Devices will only show the appropriate size for their display area. By applying this technology as an open source high fidelity on the fly image compression algorithm, document imaging technologies, cataloging systems and image service, viewing image media will be much improved for everyone. By providing intrinsic support of the compression on the INET device, transferring CGI content such as the desktop asset images will be faster.
LOD.PANITBT.NSM and many formats of compression will be a server only operation due to the complexity of building the relational data structures and computation tasks. However, the resulting LOD.PANITBT.NSM package will give artists full range, allowing the user to select the level of detail and magnification of any image source. This will be installed as a major component within the INET Smart Computing Terminal.
For pixel based formats many codecs for stream playback are already in existence. Some code bases have performance better qualities but lost in the market usability due to burdened security testing. However, the mathematics behind these compression algorithms is still very relevant to explore within the realm of handling legacy stream formats. For example, a large driving name for video playback used to be the Indeo codec. Codecs like these have certain performance characteristics that make them well suited for high frame-rate and high quality playback. In modern day, some aspects of technology such as color depth have transcended these stream formats. Supporting these stream formats will be an exercise of server processing.
The display component provides real time algorithms exposed OOP methods to resize and clip images during playback of animations. Other real time features are also supported such as vector based masking and image compositing. These methods are typically invoked through stream command structures. The purpose of these real time routines is to allow for animation reuse when using multiple controls on a GUI screen that are similar. A decision based on compiler output. The functionality will not be limited to data entry objects only. These methods are generalized image and display list methods.
The algorithm and subsequent code base will be GNU License. Integration of this format within major modeling applications must be accomplished. Truespace, Maya, Autodesk, are the industry's leading commercial packages. Each of these modeling programs can be expanded to serve as a UI designer and control designer with the open format.
See Also:
Commercial web browsers such as Microsoft Internet Explorer, Safari, and Foxfire are used by many users of computer systems to explore the realm of vast information stored on the web. To accomplish this feat the web browsers utilize two protocols named TCP (Telecommunication Protocol) and IP (Internet Protocol). They are commonly known together as TCP/IP. TCP/IP is a unified communication system that provides a reliable way to send and receive data on the Internet.
Web Servers communicate with the web browser using a data package format called HTTP, which is an abbreviation for hyper text transmission protocol. Many complex things are indeed hidden from users as they peruse the Internet's information. By decreasing the amount of data sent to browsers using compression in addition to pre-formatting the HTML information for easier parsing using binary entities, users will experience a tremendous speed boost when using the Internet.
The INET Web Browser will transcend these methods by incorporating the needed information to plot the digital data using coordinates. The format will include coordinates, color, font vector data, vectors, triangles and geometric model forms. Large payload data that is used by web OOP components will be clipped by view-port into stream form (Shockwave, Media Player, Quicktime, etc.). The data within the stream will be sorted to deliver impressionistic qualities visually to achieve the highest bandwidth performance.
The browsing communication to other web servers, a HTTP Request, will be ran upon the server while the interface runs on the client. Technically this makes the web browser upon the INET Web OS a distributed application. However, the functionality will be more responsive than modern platforms. The interface of the web browser will vary based upon the device screen size and requirement.
Logically implemented as an API set to allow third-party development of browsing interfaces, the code base will unify web textual programming, data with translation needs, Octopus interface controls, OOP and compilation methodologies. The API will also provide intelligent translation of web pages that are geared for specific web browsers to native form. This method of interoperability will follow forth into the third-party web server deployment strategy to strengthen compatibility with all web browsers. HTML and its accouterments are source documents to be accounted for in many forms. The primary w3C standard will be the main adopted form.
The INET Client VLISM Spider JIT (Web Browser) command stream interface is tuned to handle many granular forms of transmission command blocks. This will provide the capabilities for installing components real-time while seeing image results first. This simulation experience is developed by the INET Web Source API set. The system maintains the balance between HTML, script and associated data with the terminal and the host. Video games are a highly flexible genre of software that communicate rapid speed stories. Titles like these may see great benefit from this feature. Three dimensional models are not malicious.
A window that displays text such as an HTML browser needs special attention during interface magnification. One must consider that text and the rating for usability as implied by natural use is practiced by usability, individual preference and device capability. To consider the single frame as a two dimensional vector view-port will strengthen the association with the items as a display list. Including two dimensional images and textual information as a stream line will provide a breezy calculation upon re-size using the scaling transformations. Realizing boundaries and implementing word-wrap, after touch modifications, links, and glow will be associated with data structures within the scenegraph. An operation that needs careful attention using C++ or ASM.
Providing these capabilities for any application will increase global acceptance of the platform as a better platform technology. The performance increases can be shown first hand. The operating loop cycle of the application interface architecture will have a tighter call stack to facilitate a web browser or application interface. The broadcast grade application will punctuate the display area using templates and logic events. Even working more precisely by macro-block pixel using a network image balanced tree transfer for images and video will benefit the experience. The LOD.PANITBT.NSM stream spread will conduct bitmap data using compression while providing ultimate quality upon a lazy basis. When frame rate consumption is too high while playing video (buffer under run), the data transmission format will modify itself to operate within a tolerance. Just like anything, people need the now.
Decreasing the amount of data sent to browsers using compression is a key factor in reducing bandwidth usage. Many dial-up providers use compression methods now to allow users faster Internet usage. Characteristics describing the type of information being sent will be sensed within the INET Web Source API technology to determine the best compression algorithm to use. Limiting the information with a view port clip first will also strengthen the display speed. These algorithms will be distributed within INET Web OS Publishing suite to achieve prefabricated data content yet still maintain its open source use of HTML. Historic use will intelligently balance the sever work for device usage. The system will still use the transformation process to send non cached data first; an algorithm that is well tuned.
The Huffman algorithm is commonly used for textual and dictionary data. The algorithm first calculates the frequency of all the character data or repetitions of characters in the package. Then by representing the information in a binary tree, the most frequent letters or pCodes are represented by the least amount of bits, the bit stream is constructed. Typically for standard text documents a 10:1 compression ratio is achieved. So that means transmission time of the standard HTML will happen ten times faster.
Another useful set of compression algorithms are dictionary based. When the dictionary is pre-built, stored on the target machine, indexes are sent in the stream to denote the word or phrase. Planning to use the centralized source of the spell checking dictionary will introduce new design aspects that affect the database interface and search. The design with the extra columns in the data structure will speed the index search during decompression. The column will be a transform of the dictionary compression; an assignment.
Another type of dictionary compression uses a dynamic system in form; LZW. LZW is used when the dictionary is unknown. LZW uses a sliding window to look for dictionary items ahead within the buffer offset. Scanning for matches and balancing size for the window. Thus the dictionary is built dynamically. By replacing the items in the stream with the dictionary identities, the information is reduced. This algorithm is well suited for binary and textual data. Media specific compression for three dimensional game engine data and program logic will be specified for the domain. Lossy Logic, a new type of overlay and data type compression will be implemented for the specific domain.
Formatting the HTML tags to be known stream structures using binary entities (tags) will enable a web browser to quickly display a web page because the parsing will already be accomplished. These can be considered instructions with payload data. Optimum yet non fail safe methods will be a union structure. Validating the object and parameter integrity can be considered failsafe if the package passed validity check using the signature. HTML compression can occur by assigning each HTML tag a unique 16 bit numeric. A small reduction of the data-set will occur but more importantly this will enable a binary file format.
Increasing the compression focus for HTML syntax may prove bit-level by compression experts. Structuring the stream for identity and payload for direct stream consumption will ultimately spindle flowering messages among VLISM instruction implementations. The structure of this binary file format will simply load into the Document Object Model (DOM) of the browser directly from the web server. Most of the time, if web pages do not use scripting excessively, the DOM can be partially filled or excluded from creation during the session; a display only scenario. This information will need sensing and communication of it to the translator, compressor and compiler pipeline. The information will be sorted so that the display takes place in order of importance. And not all of the HTML information has to be sent to the user when it is not in view; font vectors; layout block instructions, compressed instructions, and data.
The streaming qualities of the HTML format should not be tampered with as this is an important feature of the Internet. The W3C group maintains a high quality standard, yet others often argue differently. The INET Web OS system plans to compress data before transmission with binary structures that implement the desires of HTML document view as well as the fluid application dynamics associated with high frame rate applications. It plans to increase the throughput of the stream. By including broadcast application interface pixels or vector data with associated event response logic in VLISM mnemonic stream format, the computing form will be illustrated flicker free and with almost native performance. The new processor hardware assists for JIT compilation templates will provide a steady cycle. The browser will support protected data queue processing for upload and download in asynchronous mode clarifying the data capturing instrument necessity. INET Octopus controls will possess polygon areas of the scrolling view port. Scene-graph technology seems evident in a practical manner for this model.
Within the conceptual context of web applications, asynchronous threading models are often poorly handled as the user's workspace grows with more document tabs or work. Ineffective use of related core technologies and architecture transform into the gigabyte memory usage easily within modern browsing applications; on one machine. It is the desire of Microsoft to use the awesome layout capabilities of official HTML within its platform capabilities and products because of its extensiveness. Comparing nicely, using a view-port clipping algorithm while still enabling all the functionality of third-party vendors with the distributed stream interface component architecture, the INET Web OS system, will link numeric precision and its quick search capability to scene-graph technology; display list. A hardware buffer that contains the dirty draw list is the desired method.
HTML and all of its functionality will not be easy to manage. A heavy client implementation of HTML parsing is not necessary to instruct the client drawing facilities in a complete page render. WML is a comparing train of thought but is a directly correlated to a markup language proper and not data structure oriented; c struct. The WML DTD is quite trim and will be supported as well.
On board, the system will use the stream's ingredients to populate the scene graph object's hierarchy. Perhaps sixteen bits as an binary index to mnemonics representing a total of sixty five thousand five hundred and thirty six instructions will be sufficient. As well, a Unicode Compressed index used for referencing the font vector array to produce drawing mnemonics for the symbols is necessary. Algorithmic data compression, and dictionary compression will happen before this render function process.
Unicode is the international standard method for representing basic textual data. The capabilities of the compilers and their display logic will be supported. Unicode is a four byte standard for character symbol representation (see Wikipedia: Unicode). Researching will find that GB18030 is included as well to support Chinese applications and information. GB18030 is the Chinese government's standard. The Unicode Compression described here is the method that is recommended for native use, storing and transmitting. This increases the complexity of the core API but supports natively, international code pages.
The Operating System's and its APIs capacity to operate upon this data effectively must be primed first and logically transparent. When considering software adaptation to the INET Web OS platform model, some reference operations that are absolute byte addressing will require modification. String operation logic for internationalization must be more generalized, a practice adopted by the developer. The INET System will provide this functionality automatically as Java does. As well, by including a library of Unicode String operations, native (managed) processing language programmers will have a standard working set. These issues do effect the entire design of the INET Web Operating System, the underlying C++ compiler, the meta languages and VLISM Spider JIT compiler. Microsoft dot NET and Java implement these information technologies to solicit international use effectively.
Maintaining relating links during international team work of development projects and user application sharing is beneficial because of language sharing issues. Chinese for example, consumes less space per word and thought than English does. Comments and string literals within program source must be handled properly during translation (machine or human). When two developers from different continents or languages create, modify, view or compile a source project, literals are extracted and placed into a distinct data space managed by code page language within the object code, VLISM Stream or Language Resource Table. The program editors, text editors and file handling technology will be more complex, yet gain a considerable payoff within architecture cohesiveness; less code less bugs.
Planning for the VLISM architecture to include a viable threading model to suspend view change logic upon tab change will be likened to a formal task change in windows. As well, it will allow background data operations and application defined logic operations. Albeit, these threads are a responsibility of the Web Browser process (also User Sphere Explorer) space when applications arrive within surfing data, the time slicing algorithm will be distributed better. That is, not waiting upon browser code.
The INET Web OS and its web browser will continue the support of pure textual web development and include user editing tools as a base product. Users must be able to manage content from the basic syntax structure and have access to tied documentation about the form (reference, book and example). These tools will support language translation and information sphere building. Integrated as a textual editing component to support spell check and grammar, the tools will be very useful. Database operations that are sometimes available to browsers using specific language syntax will also be supported. Another tool will provide the capability to enable page editing and layout tasks without HTML in the forefront. New tab view will be available using the UNIGlue object technology within the user workspace. Information is synchronized between the two properly. HTML is an accessible language to many.
The Web Browser will have its own process stack. Applications can be launched from within the frame that become a web process entity as so understood by the INET Web OS security model. Controlling security risk instruction set availabilities by application type, owner, license and location attributes is a function of the INET Web OS and its communication to the terminal running the browsing interface logic. If applications are formally installed, they can be granted an amount of trust which is different than alternate sources.
Web pages and web applications have a distinctive mask that subtract potentially intrusive operations. Because the encompassing system is implemented as a high performance JIT, little noticeable speed differences will be realized when the user changes from local to remote applications. As well, more trust can be placed in the transmission format due to the encryption and cache methods. Remote applications may take time to download into cache but include the additional user interface benefits available for the terminal. Providing quota and storage management functionality will be a function of the security mask interpretation.
Web browsers of modern day include the Java facilities but lose cohesion when many different technologies must be used together. Providing good user interface operations using current technology and future technology, regardless of ownership competition, is a mission critical goal of the INET Web OS System. Doing so will enhance the user's experience and allow for a more robust user interface to be presented to the user. Some competitor products block the input of information and hamper its execution upon the platform because of competition. The JavaScript language, being object oriented, does provide adequate hooks for the operation of control objects as an integrated experience of the web page. However, when mixing systems, the coding scope and user experience become unsteady.
By modifying the web browser to allow standard operation of tab keys from one field to the next, more advanced user interfaces than are currently available would be within grasp to many platforms. Integrating the complete functionality of copy, cut and paste within the system is a success story. Covering Digital Media Rights Managements security within this context is relevant. Dynamic screen resizing is also an important factor with Java Applets. If the information has to be full screen based, or fit within an HTML table column. The layout must flow evenly. The information must be readable and utilize the screen resolutions of the client machine effectively. Providing a seamless interface aesthetically and functionally by allowing matching output properties of HTML, Java, JavaScript, Shockwave SWF, Silverlight, .NET, and any other web stream technologies is quite beneficial. Enhancing the Java paint target algorithm to include transparent and polygon applet shapes will increase its dynamic usage within web pages. Targeting a method of unifying these technologies as they use server database and file tasks is essential for usefulness, maintenance plans, and the learning curve.
The flexibility for HTML view to operate as a textual markup language that is used to render multimedia will be broadly distributed among all application technologies, e.g. Reporting, Database Processing - XML/XSL, HTML in games. The applications will be web enabled after compilation. Adding the functionality to expand upon the description of the font should be an INET only experience; 3D fonts.
Users of INET Web OS Internet publishing suites will experience higher speed in all Internet application interfaces while offering to the third-party market a compatible experience. The Web Browser will be a trusted information viewer (consider copyrighted materials) to allow robust and higher quality content; individuals that are paid are devoted. Providing open source of the binary transmission format (VLISM) is as necessary as the HTML consortium itself. The result will achieve more professional communication activities and actual multitasking operation. The view port stream clipping algorithm will combine many forms of application data and event logic; a large pipe line process. Some parts of the algorithm will operate within a cache structure for optimum efficiency.
To incorporate these features into existing web servers will be difficult as many web pages are not static but are dynamically created. Providing hardware assists that take a string and convert the HTML tags and words to binary form matching the dictionary version on the target machine may be appropriate for third party support. Using an additional pre-transmission filter on an Microsoft IIS web server will work but is a performance related task. The INET Web Server OS will provide this as a base feature. Java scripts inside the page will already be in VLISM form so that execution of them is quick and snappy.
By using compression and a binary file format together web users can experience a faster Internet. By using these existing techniques, bandwidth usage will be reduced. This spread world-wide will allow more effective cost management of the global Internet resource. That is preserving the resource: bandwidth. It is a goal of the INET Web Operating System to accomplish this. Just as Alchemy is relevant within science, the INET stream format will provide on-demand, disease free experiences.
ImageMagick is an amazing collection of scientific image processing routines. There are many tools that utilize the code for product expansion. A web component that utilizes standard ASCII commands stored in files is necessary. This component will allow easy title creation, type setting, dynamic image creation and vector LOD.PANITBT.NSM file creation at the server side. Imagine being able to, through just changing the ASCII text on a web page, kick off an miraculous render of title text; the kinds you can only get after hours of editing in a good graphic editor. This component will enhance applications, web publishing and websites due to the dynamic generation of high quality graphic images. As well, it will increase productivity, maintainability and re-usability of valuable marketing assets.
The INET Server component will be
seamless because the time stamp on the file will be compared to the status of
the render commands. An example implementation within the HTML file would
enclose itself directly in the src parameter as follows:
This operation can be likened to that of a cache operation, but it will use the file system as its storage. Glows on text, alpha blending on graphics, will be extremely detailed. Styles of textured text with user augmented geometric forms and multiple layer compositing using color blending will be an easy option to invoke.
People spend a lot of time making something look perfect for a reason. Yet sometimes, some graphic elements or layers might change depending on business mood or personal mood. By incorporating the component at the ASCII text language combined with a YACC parser, or a better grammar definition utility in the server implementation, the ability for a web server to automatically generate the graphic image (png, jpg, bmp etc.) will be available. As a logical static image, the asset could be rendered on off line time or when the file timestamps of the render do not match the source dimg (Dynamic Image) file. This flip flop logic will aid when many new titles are modified or if files are copied to the server.
The graphic and typesetting language should be well defined schematically. This will allow ease of usage and propagation within the market. The language will be designed so that it has connection with many user's knowledge bases. For example being able to do simple things like just create a button with a great bevel and make it look three dimensional should be one or two lines of options. Creating additions should be as easy as creating a layer and adding items to it. Therefore an object oriented paradigm will be essential.
Making the language object oriented will allow reuse of external texturing and shader object definitions. For example, to get a certain type of glow effect, some authors may already have the artistic knowledge of the language to define a nice one, so it should be a name space include of the file. Allowing users to include the glow object definition allows ease of implementation and re-market of title board source. This type of system will fit nicely within the confines of the HTML page, or external files due to the textual nature of web source. A complete reference implementation of the language must include vector graphics, color controls, tool operations, layering, texturing, three dimensional geometric form build up, network source modeling ray trace (model reuse), model skeleton animation (Both embedded AI and complex index), bump mapping, lighting, stenciling, masking and include a robust library of effects. The language structure should support version for backwards compiler compatibility and allow version mix where appropriate. Internet discovery of objects and name spaces during compilation can be a nice feature yet this raises issues of security. Allowing for a file dependency hierarchy within the YACC graphic rendering language will also promote maintainability.
Creating a compiler that produces VLISM code for the title board asset build while maintaining a parameter based input will speed build performance. Likened to incremental linking and compilation, parts of the asset can be maintained within a known working directory on the server to increase throughput even more. To reduce code redundancy, libraries will support the VLISM draw list. The user should be able to adjust textual information of the message as well as parameters to the effects. The resulting program executable should rely on textual and parameter input from a file that is easily modified within the constraints of web source.
The compiler should optionally build an editing application for the title board parameters and provide feedback as the GUI input changes. The application should use the interface glue object architecture. A panel notebook interface or a tree list with a property panel view is appropriate. Security for this asset maintenance tool is essential. Some aspects of the draw list may not be effectively managed through this interface. A detailed line drawing for example. These image characteristics will be left up to the INET Title Board illustrator application. The focus of the editing application must not be forsaken. It is a tool for a web administrator or Sales/Promotion Analyst to modify text output, font, style, texture, layer order, and effect chain parameters, not the underlying vector line drawing. With the application they should be able to modify the coordinates of a specific layer. The title board source must always match. Editing the image directly will result in it eventually getting overwritten.
Website maintainability is increased due to the reuse of information and by allowing aesthetic based changes to occur easily. Most importantly, the main message can be easily modified. For example if the user wants to just change the logo text on the third line, a text edit will suffice. Or if a specific graphic layer is dependent on output of another program, this can be a function call or parameter. In all cases, the parameters for generating the item will be stored in the source file rather than a flattened image file. A combination of server side photo editing, and ImageMagick is a viable market. Both should conform to a specification of the dimg graphic rendering language.
The underlying font system of the INET Web Server OS will be intrinsically vector based. Providing symbol definition through lines, function curves and ellipse. At most times, the font system is used to display two dimensional renderings of characters. Yet providing methods to populate a plane within a scene graph must be readily available. The geometry within the characters themselves, that is the surface face of the font, must be variable. Several augmentations may apply including bevels, spheres, jagged rock, clay sculpture, wax spikes, and hairy geometric forms. Of course texture, lighting and animation apply after.
There are two uses of the font system: 3d or 2d. The 2d vector output should be translated for the best fit for the device stream: a font palette. The 2d vector fonts will be the most used. Anti-alias and LCD edge color correction information should be included within the palette. This information will define sensitive areas where curves exist. During the render of the symbol display list, this information will become an alpha composite instruction that smooths sensitive spots thus improving readability.
The dynamic font system should support variable property configuration of face specifics. The amount of change should be measured proportional to the pixel space usage and font mold. Notice the sharp spikes on the "M" character. Being able to project the Baseline of a font to a desired vector or curve within a geometric volume is necessary. As well, the ability to define a morph target or geometric shape augmentation mesh will expand the artist's palette. The following list includes the most common terms used to describe font characters and symbols, object representation will be necessary. Ligature, Letter-spacing, Kerning, Majuscule, Minuscule, Small caps, Initial, x-height, Baseline, Median, Cap height, Ascender, Descender, Diacritics, Counter, Text figures, Subscript and superscript, Dingbat, and Glyph.
The title board technology should be available for installation as a web component or any web server. Target platforms include Unix, Apple and Microsoft operating systems. Yet the main integration target is the INET web server. This does not decrease the profitability because the program that creates the dimg graphic file would be marketable as a stand alone application. Perhaps a market for dimg objects will be created as well. Because the technology will be standardized and open format, many web authoring tools will employ this imagining technology, The system should include ray tracing as an option. In short, this addition to web technology will deliver richer content to users and allow web masters easy access to maintenance aspects.
Designing a database that houses all of the capabilities contained within ROM, CPU, and Hardware Resources of yesteryear platforms will bring many application benefits to the INET Web OS. The database is filled on a function basis so that native application translation to VLISM can occur. The goal of this important subsystem fulfills a life time benefit to business design and procedures of the entire digital industry worldwide. There are many applications that were written yesterday that will need to run tomorrow.
Because these ROM and hardware capabilities come from a group of knowledgeable software developers, the database can be considered to be an expert knowledge system. Most attempts at emulation are from the token aspect and they require real time performance consideration. Translation in the INET web server will be a background batch task since users register devices. Hence the applications will run faster due to native performance. As well, since many application technologies will be distributed processing web enabled, access and security to these older business systems (generalized applications) will be more flexible.
Good production tools developed by the appropriate companies along with scientific resource procurement, global distribution technology, and global education are key factors for competition within the modern application market. The change from a command line compiling to an Integrated Development Environment (IDE) made software development much easier because editing source code, debugging object code and operating the compiler were menu user interface driven; less had to be learned initially. Borland Turbo Pascal/C++/Basic/Prolog during the late eighties was a leap ahead in technology not because the hardware technology of the time could not perform the function, but simply because the creator sought a new design. Other companies quickly followed suit and even expanded on the user interface technology. The INET Web OS will also use this platform technology for application development and application translation.
One of the most difficult problems that computer scientists working on the INET project need to start thinking about is "What is the most efficient case of web server programming with streaming overlays to an embedded device with time constraints for server access, encryption, transport, decryption, render, embedded state?" . Another problem is what should the server send first. And how to get that information.
By using a high performance database design for compilation on the web server while structuring the application development tasks for stream production, the user will experience quicker application startup. Exposing the interface objects by categorizing them by functional purpose will provide necessary logic routes for subsequent accesses. Labeling in the application database that menu items within a dialog are menu items for a certain access level. The access level is derived from user application access. That is the first route of the application interface will include the top level menu and the most used menu items. The database record will also contain an order tree numeric that will be used by the stream service. Permutations of a menu state are sought by function state thus altering the visual menu for purposeful distinction. The database records that compose the visual rendering are stored by compiler design. List population and other related database entry population for each field are stored logically within the application database. Control states and rendering characteristics are also stored within the database.
The INET web server will compile the application code to the database to produce simple, complex, render command list, ray traced image picture, animations, language machine translations, VLISM version target, testing, and machine code records. This will occur in batch. If the device connected is a simple dumb terminal or a high speed INET embedded terminal the appropriate stream will be available for access quickly. The user data and underlying object code will remain in a separate table from the visual application stream.
Depending on server settings arrived at by usual connection characteristics, the output stream that is created for the device(s) will provide the most effective "use" proportional to bandwidth measurement while considering response time. For example, the data in the first network package (stream) not contain the entire string array for a given control object. Yet it will contain the most effective description of the visual rendering along with a partial string list that fits into the buffer composite. The buffer composite will be built real time by mixing the appropriate tables for the device to reduce redundant data storage. Because INET Octopus controls are flicker free, down stream population will not affect visual renderings. Usually the most note able problem is the number of items needs to be computed so that the scroll bars are proportioned correctly.
By balancing the computing payload between the embedded device and the server, the web server operating system will solve the distribution problem, take better advantage of modern hardware and provide competition given a good ethical business model worldwide. Because the INET Web OS is a very complex stream service engine, several components should be available for resale to other vendors. Some efforts of software development would make these targets open source and free but the research and development time needs appropriate profit. The VLISM Compiling Web Server platform, Device Driver Database, and Digital Data Protection Transfer Service should be available for resale to Web OS vendors. This does not mean that there could not be competing VLISM compiler engines with unique designs, in fact competition is desired within the market. For example, the Sony Corporation creates a new computing cluster available to home users. The device is distinct and unique in design so that it has specific hardware. Yet because of the object oriented design, a specific VLISM platform compiler is needed. That is the platform has database specific hardware for faster storage and retrieval. An object oriented design of this nature will allow competition within the Web Operating System Market, the included desktop features, and provide flexible competition in the base application distribution. This will allow any country, any company to be a provider of a desktop operating system.
User data should always be transferable to other systems without transmission flaw. User data, the result of programs and human device input should be easily condensed to atomic state but retain memory of the original source. This is the XML XSL argument for editing and typesetting. Compiled code that is VLISM stream compatible will be stored in a database table. All of these forms of data structuring provide a leap in providing future transmission of user data to alternate forms. The server operating system will balance the amount of data held local on the device allowing for storage of compiled code, dialogs, and user data depending on the type of device connected and preferences.
Second is how to incorporate older systems into the conversion process that will need to take place. Take for example the Timex Sinclair ROM. An emulator or binary reader will load the exact system, port identifications and hardware resource identifiers with a relating database of capabilities. These capabilities will be associated with a usage so that conversion may take place. Even going so far as to place a relationship network of capable code is imagined. Then loading a standard Z80 BASIC program will be queried for output and input necessities while detailing the logic in a historical tree structure for later inspection. There are so many valuable programs already written that reuse will be effective for users. Even providing math routines of TI ROM will be nice.
Allowing for modern storage capabilities will be an excellent opportunity to define and implement for these platforms. See operating systems in www.wikipedia.org for a detailed list. The final destination will be reuse of software that was not available to most users before. Calculators, pocket computers, game systems, windows applications, cell phone software, and other embedded devices could be managed within the system. Any software engineer appreciates the time it takes to deliver an application or software system. Each device will have a distinct name space within VLISM so that many systems can be managed within the server operating system. This will allow for new forms of streams to be registered for transmission as well. Adoption of older systems may be useful depending on how old they are. That will be a decision of product release, yet incorporating the concept in the INET web server operating system will be essential once the ball is rolling with millions of people using the embedded devices for their applications, videos, pictures, music - all centrally stored; safe.
See Also:
The first overlay stream of the INET system will be the basic line drawing information (or control identifications if installed) and the textual information of the edit screen. This will include vector coordinates of both the text, and rectangles (controls). The user can begin editing immediately to allow excellent user response. The client operating system will handle the editing, transmission, and rendering of the Internet connection in multitask allowing for the greatest seamless performance.
In most cases, the controls that are necessary for operation will already be installed on the device. The code base that is installed will be part of the world standard. In the case when they are not installed, it is important that the overlay process take place. This will allow greater dynamic range of the device itself and give flexibility to the hosting provider. An interesting point will be the visual transition between the basic data entry screen sent within the first packet, to the fully detailed version. This aspect will have to be tested for usability to find what the best method will be. A fade in will do nicely but remember this is only for the use case that the controls and dialog screens are not stored in cache.
One important aspect of the web server operating system is the information storage and retrieval system held in a logical drive server side. By application design, most program information will be ready for the user's device in a database table or linked file for quick transmission. When users add new devices, their applications and interfaces are collected from the manufacture and stored on the server. Using a relational database design; the engine can also link to a file on disk when desired; as the basic storage system, further refining program logic concepts and objects will yield a one to many information transfer. That is for one application, there will be many types of streams and versions of the application that can get transmitted. Yet for the user's context there will perhaps be at most ten versions. Or precisely, the number of devices times the number of users allowed on their account. Visited here is application licensing, now being able to prevent more pirating by tracking number of users according to uses at the server side.
When comparing INET Web OS to modern technology many improvements will be made in the distribution of computing resources. When a user state is being held in the server computer for example, a pooled context of the user's known applications will be in the memory array waiting for transmission. Memory and disk speed alone can account for this. Client connections will be provided with a quality of service agreement that is appropriate for the bandwidth pipe. Administrator privileges can modify the group or individual client.
Robust linking of information using machine reading comprehension could be furthered by using a specialized cataloging system and recent advancements in Artificial Intelligence. Users will have access through hyperlink every topic within a document using on-line resources. Definitions of words should be a seamless interface along with other relevant information. Most times users want a specific type of information that relates yet is in a different media form. This can also be achieved using cooperation with media publishers and cataloging, an already on going effort. Manual methods of sorting can be enhanced using visual recognition trained for noun object recognition. Typically these algorithms do require an exhaustive computing effort compared to desktop performance, yet the gathered characteristics summary is simple enough that searching can take place by textual descriptions. This type of linking is typically only performed on servers anyway. Providing these capabilities are possible with INET web technology.
See Also:
The high performance multi-tier data access and free format file system the INET Web OS offers includes buffered ASCII, Flat File, high-level file access of application data, Unicode, multiple language edit control, random access byte oriented, random access fixed structure, cross platform variable record access, hierarchical, keyed, hashed, segmented, sequential, historical, change data, format versioning, secure access XML, language translation, object database and relational database access (VLDM) in one unified model with source target chaining. The data access layer supports URL based requests robustly. Enabling server based parsing for reference access to any formatted data on an authenticated server. Utilizing keyword, id, numeric GUID, with direct server based indexing of information will provide businesses the knowledge (formula, conversion, report, field, data typed value, text, INET SoftSpot) they need for completing publications. The ability for publishers and consumers to manage a list of URL requests for public domain reference or paid lease while incorporating publishing laws will enable more precise data to be shared upon the Internet. Providing a local streamed performance cache algorithm will provide the necessary performance for multiple requests to the data set. A necessary sport of the high-level file access is that it include application, audio, video, sign, report and image formats. Translation formats. The system is a syntax light object data pipe once operating source is defined. The output can be anyone of the objects within the INET Universal Data Domain, a breathing entity.
By centralizing applications to be distributed over the Internet, as described by the INET vision, a new era of global application sharing is enabled. Most developers of business applications, or any type of application for that matter, do not themselves have the resources to produce international language applications. These skills are quite rare in the market. However, with machine translation, the language barrier is broken. How difficult is it to translate the OK button, or the &File menu?
Modern methods of software development offer string tables as a solution. To use them, the developer must identify all strings within the source code, user interface definitions, information messages, and status bar text. The developer then makes a short identifier name for each string. Each of these identifiers along with the corresponding string is entered into a resource file. The source code then is altered to contain resource identifier references for each textual string. For each language that the application will support, a separate file is made. During compilation, the appropriate file is named for the correct table to be placed into the data segment portion of the executable. Within the INET development workspace, strings of this nature will be identified automatically and tagged for translatable text. This will make development much easier.
There are other types of translation that need to occur for an application system to work globally. Entry fields such as names, addresses, and currency amounts are at the top of the localization requirements. One design solution the INET Web OS uses to solve this is by providing multiple panels of these localization items. The panels change to fit the location of the user interface. The data stored within each of the information panels is mapped to a complex database field (eg. currency and date). This feature makes it very simple for developers to deploy international applications. To account for all of the location scenarios, an artificial intelligence database is maintained that describes each of the cases. During application deployment, the process offers matching results to complete the stream.
The advanced executable storage format enabled by the INET compiler makes automatic translation possible. Some tools exist in modern development that cover the area yet are often not employed due to the need for a resource file. Business rules also apply to localization cases. The INET Development system offers developers and business analyst the ability to easily manage multiple data input flows based upon local ID. By enabling the web server applications of INET to tightly integrate with machine translation, broad spectrum global data processing is a reality.
Employing machine translation will benefit application deployment to many nations. GUI elements like field names on entry screens, menus, and some pop up messages will be a target for the machine translation engine. With INET's International control library, that is an adherence to the international consortium for GUI usability, fields like name and address will be logically transferable. Yet machine translation's depth and accuracy does need fine tuning in some circumstances. Therefore a direct editing feature is also provided for all INET Web OS Publications.
A communication application is in place to enable full depth translation of all INET digital data publications. The application is project based and made for the work flow of a translation consultant firm or individual. It incorporates tools like spell checking, machine translation, versioning and other specific tools the translation arena uses.
Scheduling is an important feature that can be measured based upon time projections made by the translation consultant firm and updated automatically by the system as progress is made within their work flow. The translation firm may have a steady stream of business to account for. The billing cycle can be configured using many methods. Typical cases are that billing is on an hourly basis. Larger projects require a commitment so an entire project schedule is accounted for. Within each billing cycle, a system administrator can view the project time line. The application records metrics of the consultant's progress so that estimates can be calculated.
Payment can be made using several methods. A credit card payment is the most common method. A single user may pay for an accurate translation of a specific publication. During this period, the project can be appraised for translation to inform the user of a cost estimate. A translation company can deploy a language translation cost estimate algorithm that uses a similar method that a flesch kincaid test uses. The result will be a quick translation cost to be calculated. This cost is based upon availability and rate of the skill set within the organization. This estimate is not a contractual agreement but allows several companies to compete for business within the translation market. Once a price is agreed upon for translation, the project is submitted and therefor the mutually agreed upon price will be contractual.
The audience of the INET Translation Application is continually assessed to fulfill the globally unique market space it requires. This application is key technology that is the forerunner for International communication standards. Many application interfaces, publications, and media are handled with absolute integrity for the data. The target audience for the first delivery is cycle is shown to be a non technical individual. In most cases, the application user interfaces conforms to the type of data being translated.
In document and publication based information a heads down interface is deployed with the translation application. The translator can use a print out while the interface that is driven by keyboard allows entry of the new language. Information translation position is tracked visually and recorded. The application is designed with a high security standards and maintains current state to account for device and communication failure. The translation list is sorted and accepted in the same format as the print out. The interface is configurable to allow a user to move panels of information around so they can be comfortable with the work environment. There are several uses for the heads down view. It is plainly selected from the main menu. The content being translated is also shown but it is not editable. The position of the item is shown within the interface by highlighting the columns. Easy use for left to right readers, or the specified language direction is deployed within the interface.
For application interfaces the INET Translation Application provides previews of dialog windows as they are translated. The list of symbolic names and resource strings is shown in a heads down type list. The information can also be changed directly within the dialog preview. An important facet of showing a dialog preview is elevated by the resulting translation's impact upon the layout of the interface. At times, measurements may be adjusted.
The INET Translation Application provides a user friendly workspace that manages many features associated with translation. The ability to mark original content that has been translated, sentences or thoughts, is a beneficial feature included. Proof reading is an integral part of the translation process. Within a consultant's work flow where other team members may play a part the scheduling operation is maintained.
Accuracy, a firm's rating, is one very important function of translation. Translators and proof readers are tracked within the system for future verification and integration within a legal system as necessary. Some document forms requiring translation require legal contracts to deploy. If a firm's translated document has been intentionally changed, vast changes in the wrong direction will occur. Therefore having a backup proof reader is an acceptable cost. In these cases, the proof reading firm will manage the translation aspects with the original translator. The firm can be selected independently as the same company or alternate company or specialized individual. The progress and project time line are managed for the end user to evaluate.
The content of the translation is stored in a database using version, historical and hierarchical storage methods. The INET Translation Application is designed to work using a live network connection or intermittent connection; both of which are remotely secure. Some facets of the translation may require communication by voice, fax, email or video phone. Contact information is maintained within the project database. The user email system or VOIP communication suite of their choice is seamlessly integrated to provide an efficient workspace. A complete log is maintained by the project coordination event handler which affects scheduling and project time line estimates.
Considering that the INET Internationalization application is project based, it integrates into the appropriate target data repository on the Host. This is the functional case whether it is a development project, presentation, seminar, user document, text to voice over for film production, multimedia project, digital office data or other output. Changes are not committed by this procedure but require the host administrator to validate acceptance. Validation acceptance is also in some contractual agreement scenarios an agreement to release funds.
For example, development projects typically use a source repository and database tables for storage. This process should not conflict with ongoing development projects but maintain stable state and allow a conscious integration within the project. User documents or seminars, will simply be a database update and rebuild of the seminar stream being served. So the submission of the translated digital data will cause notification events and will support a background automation event. This will inform the user that there translation is available.
The application must tie home users, businesses, government, developers and translators into a community, enabling effective project management, secure translation resources and proof reading of digital data. Some translations need secure proof reading for accuracy; government materials for example. Yet another possibility would be pen pals translating as a favor. Do not forget some translation companies may only work with a type of data or project. A locked setup of translation resources would be beneficial in some scenarios. And some translations must be privately handled within the confines of a secure network environment that is inside a firewall perimeter; an inner office group solution like the United Nations. The INET Internationalization Application is robust enough to handle all these cases, confirming the security and accuracy of the translation produced yet it maintains a general user audience. It provides good choices for resources based upon the user's need and offers no confusion. Their digital data is important.
Version control is maintained between milestone digital data releases. For example, new software release is a milestone. If dependent changes were made, only those changes are highlighted and managed within the translation request post. The historical notes of the translator is maintained as it is useful in a team environment. The language choice is served from the application server to the INET device in the default selected language. The language choice is easily modified on any INET application using the language tool bar. In conclusion, the INET Internationalization application is an integral part of nation to nation communication; the content must be accurate when desired.
See Also:Methods of modern software engineering have been derived through the improvement and progressive integration of work flows associated with team software development. However, one of the biggest hurtles a development team has to overcome is quality analysis. Integrating a suite of object oriented testing tools that are API based, that can be utilized in polymorphism by third party tools if desired, within the development environment of the INET platform web operating system is a key goal. This will provide a quality stable environment for consumers and business that was not available before.
The development tools associated with the INET platform will incorporate all modern methods of software production and modeling. Some aspects include: source repository control, installation management, deployment, usage terms (free, licensing, rental, trial), help/support system, unit testing, and quality analysis. Within quality analysis and unit testing; major focuses are error recovery state, resource allotment tracking, code coverage, use cases (combinatorial testing), multiple user load testing, business defect detection, logic defect detection, stochastic use stability, repetition use stability, user interface standards and high load stability. Other factors such as interface usability and requirements meeting design implementation are decisions for humans but will be part of the tracking environment integrated. Defect tracking will be a standard application programming interface and designed within the interface to capture by the individual testing. Because defect tracking is integrated within an application interface during deployment, reproducing and capturing error details will be a snap for developers.
The INET system encompasses all computer languages through the VLISM model. Therefore the quality analysis system, help/support system, data modeling, software modeling, defect tracking, source repository control, installation management is built so that any Integrated Development Environment developed for the INET Web OS platform will have access to these objects. That is, the creation of or use of associated assets will posses these capabilities. This major direction, typically not handled by modern vendors in a cohesive form, will benefit INET platform users because developed applications will be held in the spot light for errors. As a result of completing multiple rigorous tests, applications will be more effective, robust, secure and stable for distribution and deployment.
If a study were done on all of the deployments in history of computer software, the first major issue customers complain about is that application design does not always meet requirements. Second, but not least, are operating bugs and glitches. Bugs are the worm of the industry. Since the INET Web OS system includes testing and tracking tools for any IDE or meta tool, employing any language, vendors will be able to make leaps and strides quickly providing the most productive environments tailored for the project type. Development environments are complex to design. Programming language products and meta tools can rely upon standard debugging and testing techniques included within. Application definition, stability, and usability are major focuses inherent for INET platform developer. The INET Platform will manage these aspects of software development as part of a software development life cycle providing a growth pattern to exist for most development projects. As a result, all applications developed for the INET Web OS will possess many astounding qualities that make software great for users.
Reducing the operational attributes and language implementation of asynchronous applications by incorporating the port based model H Dispatch as a language feature will optimize threading issues on distributed applications and provide ease of use to developers. INET's Multi-core Server Model using the fiber optic bus will only be a handshake to the object oriented application architecture. This will enhance the distributed model to many forms of hardware design and provide high performance while reducing the overall message communication.
A very attractive feature of the INET Web Server Operating System is its broadcast quality output. Incorporating production studio ray tracing engines such as Indigo, PhotoRealisticRenderMan or YafRay will be effective at delivery combined with the high quality font output system. However to truly be competitive in the market the INET Web Server OS provides a well designed robust OOP component that encompasses all visual needs of user interfaces. The component accommodates multiple rendering algorithms and multiple input methods for platform extensibility.
Imagine the dynamic output of a program that produces a bar chart, for example. Since the image is produced from numeric computations that vary based on input, high quality batch enabled ray tracing may not be effective for a quick view. Texturing, lighting, and many other characteristics of the image will be managed using a less computing intensive algorithm. Real time data acquisition needed by input formulas may affect the view as well requiring a intermittent refresh rate for the graph view. Therefore scan line rendering implementation will be more effective in process to generate the animation. Optionally the user can wait by preference for the highest quality output. The comparison of draft quality scan line and high quality ray trace is not effective because the quality measurement depends on the amount of details the scene has. Scan line rendering can be very effective in most cases.
The INET Ray Tracing Visualization Component, the central visual brain, is flexible enough to accept many forms of output control. Sometimes, a direct call implementation using an application programming interface (API library) with object oriented methods is the input an application uses. The compiler system will adjust the parameter information by IDL definition within object output and memory allocation to provide interoperability between languages. This will even allow simple scripting languages and pure C++ applications use of these visual APIs. The syntax will be the same for most languages.
Programs that compose a scene graph, application or entertainment, might also incorporate the use of two dimensional vector graphics on any Z plane. These applications can function with high performance because of the vector compilation within scene graph. The process will setup and use a single flatten buffer for achieving final output. This makes image processing in layers possible providing the capability for layered output samples. The image output pipeline refers to a stack of objects that are used to produce final flattened output. The visual pipeline object stack, or vector array, will transform the scene graph rendering functions to be formatted for a specific devices. The pipeline may also contain objects that perform contrast or sharpness filtering depending on user settings. Masking is yet another operation that is considered within the visual pipeline object stack.
Another form of control the INET Ray Tracing Visualization Component provides can be formatted as an XML record set with instructions. This record set may be the output of a program yet most likely a database table. The XML schema, well defined, is simple enough to allow users to enter the information by hand is they desire. Providing high level drawing commands within the record set makes it easier for developers to produce the record set. This flexibility also enables the input to be a network transaction. This makes application installation easier due to the necessary batch operations.
Another flexible method is using a pure textual input designed as a semantic language source file. Processing the file will craft image output using the object oriented rendering language. The language includes advanced cross language communication capabilities that allows dynamic linking with other API calls for parameter input. The language is designed to provide module level encapsulation giving object oriented creations the capability for distribution reuse.
The language is robust enough to support many drawing capabilities associated with interface rendering as well as accompanying aesthetics. Including high and low level animation commands is an important feature. The language includes textual output links using the INET Font System language. This component simplifies the creation of interface objects like buttons, grids, or boxes. For example, drawing a text box with a plastic piece covering the textual input is a common task.
Microsoft has a format that is commonly referred to during development with C++ named Resource File or RC file for short. A conversion filter is supplied for use within any INET Web OS IDE. The RC file format was propagated within the development strategies of other compiler systems such as Borland's C++ compiler. As well, many other C++ compiler systems employ the use of it. But the file format and usage is not specific to C++. Another popular programming tool used by corporate programmers is named Visual Basic. Visual Basic has a specialized format that is different from the standard RC file format. This format is also supported. The most current version of these dialog definition file formats are included within the Microsoft dot net technology. Since these technologies compile the source code with the RC file attached, the dialog information is structured within the resulting executable. The ability to generate dialogs by parsing a Windows executable file is also maintained. Other formats exists such as CICS, a mainframe technology, are included within the conversion filter. The conversion filter provides asset reuse to previous designs of data dialogs. User interface design is a laborious task and carefully considered by the INET platform.
All control methods of the Visualization component uses a unified model that enables polygon mesh and NURB creation to occur. Most of the time this is done in three dimensions using resolution independent floating point numbers. Some methods for building solids use primitive shapes and perform geometric transforms upon the model using methods that add or subtract other geometric forms.
Additionally a modeling tool that integrates with a development environment is included when shapes get to complex. Modeling will most likely be the ultimate choice for many. Yet no compromise is made within the tool set that forgoes the manual input method. The scene graph produced also may link to external data acquisition functions allowing variable real time input.
The INET Ray Tracing Visualization Component has a production pipeline that supports masks, layers, image processing, bump maps, reflections, effects, and alpha channel composites. This allows the dynamic image builds to be as effective and precise as the creator desires. Textual rendering is also important task within the component as the information needs to blend onto the layers where appropriate.
For example, a stage light exists that projects in a forty five degree angle and its presence covers in variation about seventy five percent of the viewing area. It is a significant source of light, yet its power of illumination decreases about the last third of its projection area. Text placed into this area, if textured and beveled must effected by the light source. Therefore the pipeline processing will have to compute appropriately. This ray tracing process is inclusive of assets included within the object pipeline. Changing the order of the text object within the pipeline will remove the specific light source.
Yet some effects may only affect the output of a single or group of layers depending upon configuration. The chain item or stack command order is important. Relationship of the nodes to siblings is important as well. A relationship may be established to form a grouped object pipeline process that details several functions that only apply to a textual rendering. All of the associated lighting definitions within this object stack does not affect any images outside of the group definition.
A software developer will quickly see the object oriented development tasks here. The high definition capabilities of the INET Web Server Visualization System will be the leading edge for a long time to come. The production tool set and durability of the output image file format is effective for wide audience of users. Glittering, sparkling, and shooting stars will be available making interface assets that are dependable for years to come.
The output format and the granularity used for reducing transmission overhead will be greatly varying. The output format will change from a streaming format. The granularity of the output may also change due to bandwidth restrictions. That is, some lighting characteristics of an image, or texture maps can be extracted for later transmission. Ray tracing technology is typically used as a one stop process, By managing a scene graph with accompanying object and image data, compression of complex interface presentations can occur.
Cybercrimes are becoming common using modern technology platforms. The INET Web OS intends to solve some of these issues for unsuspecting users by incorporating a new type monitoring system that is managed within the server side as well as filter processing upon the smart terminal. The system accomplishes this by searching a rule database during data capture and while any remote transfer process is taking place. The INET Information Integrity Portal Platform component is a needed new age technology that will safe guard many facets of a user's identity.
A user’s personal information and location must be only given or revealed during the appropriate circumstances. Several methods of obtaining this information exists today that many users are unaware of. Even consider the manufacturer of the device and the software engineers new to some of the entry points. Hackers are always coming up with new methods; that is their job. Crimes varying in many forms of severity and dysfunction arise due to digital information tracking techniques that hone in upon a user's identity traits. Yet a user identity will exist for most forms of digital data. Therefore identifying, tracking and controlling the release of primary and secondary forms, that information obtained from deductive reasoning, of identity must be protected.
Identity within the context of digital computing and digital information has several facets of purposeful meaning. A digital Identity can include attributes such as three dimensional position or information about individual's person. To an untrained eye, these real life traits can seem difficult to compute or process. Keeping safe a person's known paths of travel is also very important. An individual's vehicle color, make, model, license tag number, VIN, and other operational necessities of the automobile's up keep are very important facets of a human's persistence to track. Even where the individual buys their gasoline can be gathered with the proper tracking information. Last but not least, regard the ever lasting characteristics of the user's self: their physical appearance, their life endeavors, their material possessions and their consumer desires.
Digital pictures captured by some models of cameras is a target for digital hunters. In modern headlines, Geotagging is a feature that captures location information and automatically attaches the coordinates to the resulting digital picture. This Geotagging information can be used to easily reveal the location a photograph was taken from. To circumvent this from occurring, the user simply turns off the feature making the feature non operational. Sometimes, geotagging does have an interesting catalog feature that makes it useful. For example if an individual were to take pictures cross country, snapping photos at leisure, several thousand photos would result. The Geotagging information can be used to sort the photographs and place the information upon a map. So with Geotagging information, the INET Information Integrity Portal Platform decides when to publish the information making the feature still available for use upon the digital camera but hides the information from the public eye.
Other aspects of personal identity information can be haphazardly released due to the security level of a channel during a textual writing session. Text entry is a basic function that is used in chat rooms, cell phone texting, email, and database collaboration applications. For example, an individual may tell of their geographic location and approximate arrival time to an event using FaceBook. FaceBook is an open air domain. The use of such social networking sites, a known information technology term that sparks recognition of a purposeful role even in broadband media, must be monitored yet not hampered. Entry, collection of the data to transmit, viewing, searching and summary are the primary data functions of such systems. The intent of these database systems is not deluded by the INET IIP system. The information placed upon them is monitored to exclude personal identity characteristics if the user chooses so.
Modern social networking sites are a known prowling arena for some types of burglars. By using simple deduction, a burglar can be armed with a time table of when you are away and when you are at your residence, office or automobile. This does not make social networking sites themselves an insecure medium in its functional implementation. It is the user's decision to release private information (named or deductive) that is the security problem. They may do this accidentally without thinking, but the problem is there. The INET Web OS system will monitor for such information leaks using advanced parsing, database, and artificial intelligence to warn the user when this occurs. As well, it does contextually considering people you are chatting with. That is, some individuals may be a close friend while other individuals are new to you. Therefore the INET Information Integrity Portal Platform ascertains the transmission audience to provide secure freedom.
The INET Web OS will provide blended digital censorship on all forms of transmission media where re-servicing content is necessary. Example, the user does not want any pictures of their face, home or automobile on-line. In cases where photographs are to be release yet contain important information that divulge location or personal identity traits, these attributes will be blotted out. Censorship and the amount of impact it has in this context is dependent upon the media type. Textual media when censored will be void of the information. Visual information can either be rejected for transmission or have some areas of the image blurred to achieve recognition.
The INET Web OS platform will spend distributed processing time to warn the user when scenarios of personal identity leaks are occurring. As well, the multiplex query and update of many information services that are used to access the Internet is a propelling effort. When information is placed upon the web that can be found using search engine technology, the underlying digital data will be reformed to the necessary content specification. The necessary content specification is derived and activated by information law enforcement. That is the information law enforcement is invoked through rules established within the INET Information Integrity Portal Platform database. Sites like PeopleFinder.com, People Yahoo, and ZabaSearch are search engines that anyone with addresses where a person is living or has lived at in the past. Sites like these will be managed to be void of this information.
Privatized services providing authenticated and investigative partnerships, may exist for certain kinds of data. Digital cameras are a popular electronic that anyone can use to snap a photo and publish it upon the web. Users may wish to cultivate their tarnished identity projections to a more beneficial reflection using a fee based service. Some rules noted by information law that appropriate direct modification of digital data may not be precise enough to warrant the needed inspection requested by a user. For example, a user gets too many emails and would like the situation examined. A couple from Paris, France came over and snapped a shot of you wearing an awful outfit. The INET IIP system will manage the removal of your persona from internet images, modify the likeness or modify specific attributes such as clothing to fulfill a private identity desire. Providing visual search capabilities of this nature is a complex server task. The search will be tuned to the likeness of a user.
The INET Web OS Server is has a cooperative publishing system that will impound data created by any user or program that leads to unwanted illumination if the appropriate rules are selected. This technology is encapsulated within the INET Collaboration API, the file system and the publishing API. This decision will occur for every INET User automatically for all of their devices for ultimate protection because the process is part of the centralized operating system.
Providing this functionality is contextually based upon rules established by the conversation. The application or media in question is inspected. If the application is known to be a collaboration application such as a chat program or a video conference application, the system takes uses recipient of the transmission as a search key to access the rule database. Parsing to identify potential identity information leaks will require high performance routines installed within the common use editing objects. The device and location of the device the user is using to capture information is also an important characteristic of the conversation the INET IIP system uses during scanning. Upon a road trip several facts can be established about the user's position and their identity. These high performance routines will operate using patterns and logic populated from the results of the contextual database query; the INET IIP rule database.
This endeavor will succeed modern information technology security concepts due to the new informative real time nature of the technology. The system will provide this functionality before complete transmission occurs thus retaining the highest form of identity concealment. The goal of the system is no secure information leaks. Implementation of such functionality operates both upon server and client logic bases to supply a robust, intelligent and efficient data gathering and sensing interface.
The INET Information Integrity Portal Platform is a design feature implemented within the entire data entry capturing process. This includes quick link INET SoftSpot components that process photography, audio, music clips, three dimensional video and INET 3D Fonts. The additional component logic increases professional secure productivity for many users of social networking and Internet communication. Authenticity of the multiple connecting persona is a concrete requirement. The user must be able to assume multiple types of identities based upon contextual use. These states are easily selectable within user interfaces. And if they are anonymous, the state must be known.
The INET Web OS platform is designed to be cooperative with official investigative units such as the Cybercrime divisions of the American FBI, Interpol and other world authoritative bodies. The INET Web OS manufacturer proves this by releasing the encryption methods and storage access facilities with a supreme privilege access suite (INET SPAS). The INET SPAS is a distinctly unique hardware and software setup that requires guards and restricted area protocol to fulfill the global information law certification. In striving countries, a known level of censorship and protection will be advertised that describe an agency's proficiency and operating attributes. A trust worthy relationship and team model should exist in any country the system is distributed. The meta tools provide the team of investigators an information access architecture that is identifiable by Law.
Using the United States code of search and seizure, users will know when they are being scanned. A court summons may also be enacted electronically to provide the same functionality. The design of such features will need further refinement during planning and design, yet make undeniable sense to include for most people. That is, most people do not intend to use a computer for crime. Providing the opportunity for one to protect themselves from infringement and investigation is cooperative with platform design. Data can be erased to a certified level that is not retrievable with modern emergency retrieval methods (Data erasure) by using a specialized erase method.
The historical tree describing a digital data object for INET Web OS clients contain tracking information that describes where a file was copied or cloned to. The tree traversal logic during the secure erase procedure will include branching if the object is a source data object. This will include erasing from the location the digital data object was copied to. Locations can include a USB key drive for example or if the object was sent within an email as an attachment. During secure descendent erasure using the historical information, logical actions are readily available within the user interface to appropriate the functionality.
The system also includes random access elements that were duplicated, moved, or cloned from the data object. Including cut and paste features within this granular context is difficult yet not impossible. The system employs a powerful archival database for this purpose. Upon confirmation, all historical records associated with the data object are removed securely from the system.
All INET Web OS clients will track the copy and erasure of a descendant file location. The results are propagated back to the logical owner source. Therefore tracking also includes ownership rights. Tracking the individual copy and transfer of digital data object sub components during editing using appropriate user interface logic provides an intended perfect history tree for analysis during the data sanitation action. Software emulating this control upon third party operating systems is a desire. However, the embedded smart terminal provides this feature natively.
The INET Information Integrity Portal (IIP) platform feature is designed to steer and warn users of inappropriate or unwanted behavior during communication and use. The assimilation of IIP encompasses a broad range of operating system architectures, making it a system wide feature. Typically, modern operating systems employ such technologies as add on features making them outside the designed security protocol. Therefore breaching the security of such third party systems is easier. Breeding upon a new base operating system architecture, the integration points of IIP are inspected to decrease inherent security risks associated with the functionality.
Information that is gathered and stored about the home automation system is secure and protected under this system. As part of the component design, limited access to the automation functions and associated devices are established. Environmental Sensors used by home automation and robotic systems are held in private as well. For example, a score of environmental sensors may be installed within a typical home environment. Therefore, releasing interior images captured by these sensors is to be for specific parties and applications only. Securing the Robotic Path Log for tamper proof is also necessary for future investigations. It must be known if a robot was programmed to destroy and by who.
The ubiquitous implementation effects of IIP is broad. Including interface control objects, information search and retrieval functions (remote and local) and backward compatibility support for older application frameworks is a large umbrella. Older framework support will make Internet technology developed with HTML forms more secure as a result. The system will provide automatic recognition of high security fields such as name, home address, business address, phone number, SSN and credit card to secure the items. In the cases where the identity controls are used, the system will use secure interface controls instead of the relaxed, non-adhesive controls. In places where the automatic recognition is circumvented, the transmission security portion will monitor to prevent a leak. For example, some web sites exist that show mock up forms that require a user to enter personal identity information. The system will ensure the integrity of the web application as being a viable business or personal relationship. The system accomplishes this by querying the dynamic spoof and fraud database.
Most users do not intend to commit crimes or be a victim of a crime while they are using computing terminals. However, without safeguards in place, the ability for a modern terminal to be used in crime or to facilitate yet another cyber victim has a lot to do with the authenticity of the running software and the transaction. An open space to roam has no boundaries.
Personal finance requiring identity can be linked cohesively within the user interface and provide matching for known user privileges defined within the user bank database of the Web OS. Scenarios requiring alternate names can be handled discretely by policies set by the terminal coordinator for banking ease. Example, if the terminal is used for business, only company cards can be used in financial transactions. In some cases, this can increase the productivity of employees, however, the main task of the feature will be monitoring financial transactions upon a business owned network. Some system plans may block the use of the computer terminal from financial transactions completely. Terminals that have the capability turned on could be monitored specifically (live recorded video) to track the possibility of fraud by an institution. If the identity is foreign to a terminal and it used on a home machine or in a purely consumer fashion, important considerations for the behavior of the user interface will percolate into being. The IIP system embedded within the smart terminal also includes protecting residue financial information. Residue financial information in this regard means that an guest used the terminal with a their own credit card. When the transaction is complete, the individual can be confident that their personal identity information is erased. Typically, an individual does not want their credit card number floating around upon multiple terminals used as a guest. However, recording an event within the transaction database is useful during an investigation. In short, the INET IIP system provides a secure natural interface link to electronic commerce using standard interface concepts.
Because of the way INET compatible embedded computing devices work; they will be located easily within the domain of a geographic area of any place in the world due to network operating procedures. This makes a lost or stolen device easily locatable. As well, remember that user data is stored in a mainframe computer or one located at their chosen establishment. If a loss occurs, the INET system administration can be called and the device's access privilege is removed. At this time the device is placed into a lost and found mode or stolen mode. The system provides location information to local detectives that may try to find the items. As well, the location information can be reviewed by the owner.
Location technologies are not new. For example, the Traceroute command will show all of the network routers that are used for the transfer of the information. Network routers are located through out the entire united states and globe that can be identified. Most of the major information is collected into URL names. This information has to be known about so that a quality telecommunication conversation can take place. It is unknown at this point with wireless router technology increasing in distance if the signal strength can also help to identify a tighter spherical region. In short, location knowledge using the properties of the physical network layer (the L1 layer) is essential for this feature to work.
A system as this proves that the best way to protect your data assets is by using a cheaper device for remote connectivity; the INET Smart Terminal. The LCD and electronic technology that technological giants such as China and Japan can manufacture is beneficial in many ways to its cost effectiveness. Incorporating the INET network technologies within the device itself allows easier distribution within many different devices. This off loads main computing tasks to a host mainframe computing device. Nevertheless, one of the many benefits are tracking of the device.
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There are some developers that work diligently to undermine communication tasks of web servers by flooding a target web-server with invalid page requests. Use of an INET Web OS terminal for such purposes will be monitored and restricted. There is a difference in use; software development requires this during a testing duty cycle and sometimes this may be necessary for large scale promotions. Home users most likely to not require such powers. As well, there are software methods that commit true communication crime on boundless systems. Moving the operation of high volume digital data flooding to be an electrical engineering task separate from the INET Platform will further insure the device's compliance within information law making it a friendly tool. Ensuring the bounds of the device to be a non military computing grade platform through common sense restriction (hardware and software) will specialize methods of formal communication disruption (Cyber warfare). A warning to restrict the terminal's use to send a large amount of information to an array of foreign servers is a necessary monitor also. A movie publisher or a writer may do this. But most likely, a home user would not do this. Recording these events into a database will be important to information investigation.
SPAM results from the desire to advertise in a high volume form upon the Internet medium. Given an array of email recipients, information can be duplicated and sent automatically to each address. However, there is a difference between using communication for the right reasons and the wrong reasons. Ultimately such endeavors can lead the recipients to inarticulate and unethical business experiences and practices. The INET terminal will limit logically the use of such technology features.
The INET Web OS will be integrated with a database of known Internet scams to filter electronic mail. This database, a repository that is regulated based upon the standards of information law, will contain many definitions that spawn user interface selections upon the client device. Identifying known sensitive web pages, illegal content, information scams, security leaks, and other Cybercrime related issues; the system will house industry knowledge of such crimes. ScamBusters.org, Top 10 Internet Scams, and FBI - Internet Fraud are reading materials related to such frauds.
Since the INET Email system will catalog information known to be typed by hand verses a generated message, identifying personal targeted mail is easier. The mimic of such instrumentation record is a security risk to inspect. The generation source is an information attribute to be protected. This will be accomplished using the package format.
Some usage laws of copyrighted materials may change to be more accurate with the intentions of the medium, the publisher and the maker. Specifically within the music industry, if a new song has a great composition that listeners like, the song can be recommended by people easily; making them a personal coordinator of music. Simply click and send the song to a friend. The INET Web OS will identify the song as an owned copyrighted material and pass this information along to the other user. Recording the efforts of a personal coordinator can also show returns. Integrating a reward system with complex media publishing is a healthy boon that relates the financial cycle to marketing practices. The user will not receive infinite play rights of the audio file. This feature actually works in favor of advertising, eventually making the user buy the song to listen further. By managing the link, with quality, number of playbacks and frequency of use, the implementation reduces illegal use of content while not damaging the consumer relationship. The software rules of temporary license may vary based upon the medium and the product specifics. Some digital data objects may not allow any transfer or sample at all.
Businesses that own networks of computing terminals must be able to effectively monitor and administer the Web OS IIP feature. Monitoring the use of computing time for personal verses business time processing will give information auditors the much needed statistics during the calculation of profit margin. Monitoring all communication to be fluid within a specific style of business conversation is also very important to retaining the social identity of a business. Two people may use an unofficial friendly tone during an email. The email also contains a payload of valuable concepts. During formal review, the friendly conversation attributes would be deemed inappropriate and most likely an embarrassment to the open party. The INET Web OS system will be a good business partner by warning the employee of the undesirable clutter during editing and before transmission.
Other aspects of a business's persona and their practice within the global information consortium may require specific rules of conduct to be defined. Rules of conduct can apply to legal terms, specialized medical formats, formal business functions, or even company management desires. Functionality for these standards of practice will include their necessary page layout. A header and footer may be required before transmission and should be incorporated within the editing interface for preview. Some companies use logos and business signatures upon communication as a standard. The rule based engine will incorporate document template formatting as well. Providing an in-line retrieval of the interface standard to match the document transmission can be accomplished several ways in user interface mechanics. Selection lists, or context sensitive keyword built within the compose portion of the email system is a user friendly feature.
Providing dynamic parse data rules for information sanitation that relate to business intelligence will reduce security leaks. A corporation has a custom inventory database. There are two columns within that define price. One price is wholesale while the other is a consumer grade price. Passing incorrect price quotes is inconsistent with the company's sales procedure. Before transmission, and during editing, sensing this information through cross reference, drag drop functionality or paste functionality is very important to the security of a business. Another type of rule can be defined that distinguishes access privilege by the communication recipients. That is, some people may not be privy to such a database report.
Building a linked system to the company's business persona (projection) can remove imprecision during critical thinking time by its customers. Business and analysts are invited to create an information standard platform of their information systems and business knowledge during the definition and configuration of the INET IIP. The conclusion that these rules must be manageable by a business must not impede the flexibility of the system and the user interface. The rule database will also be the subject target of hackers and must be a secure access information store. System functionality for business and consumer processing must include tracking compliance within the Sarbanes-Oxley Act SOX (American). Modern systems of this nature are identified as Enterprise Content Management and are facilitated as the server based processing components.
Providing an IIP dialect, that is packaged as a rule database along with any other of its dependencies, can be a prefabricated intelligence system created by industry experts. This information package is identifiable as a system administration choice and as a security entry point. The system is object oriented in nature providing for the feature override and inheritance of rules within its searching algorithms. The capabilities of software installation and use control the searching context within the rules of conduct. Software installation can create new rules of interactivity and use guidelines for the application and operating system use. A common distribution combination will be with INET User Sphere (desktop or workspace) deployment. For example, a user wishes to refine some information standards for their home policies.
Transfer or retransmission of a user's desktop operation (remote access) to a pubic terminal using a password key must inherit the rules of conduct the terminal publishes. System administrators may wish to limit the search and retrieval of entire noun and synonym domains. Or limit access to a specific list of web addresses. In modern system design, third party tools provide this in a poorly designed user interface experience. A user requests the information and waits for the server to respond. The IIP system will reduce this cycle to user interface operations without a large amount of server processing.
Entry and management of the IIP dialect can provided based upon varying levels of scope; granularity. These rules can be linked to system wide use, a formal user profile or user group profile. Common dialects will be included with the INET Web OS that portray an equal division of use properties; public terminal use only, safe Internet filtering, business communication, personal communication, age group communication, game top and educational communication.
The monitor of these events (rules of conduct) and their consequence upon the user interface will vary greatly. In some scenarios, blocking operations and functionality all together while in others the logic will provide a warning with links to legal ease. Censorship contexts may be defined consisting of textual properties, image analysis, and audio analysis. Information views of digital data objects will be censored of the inadvisable components. As well, the system will allow hand modified censorship digital replacements to be used in-place if the digital data objects are authentic and owned. For example, to filter professionally an audio source of slang can function within the artistic range.
Specific use of hardware and its functional operation can be affected by these rules. For example, blocking all audio playback, recording of audio, picture taking or viewing video content is relevant to some system administrators. Letting audio and video be streamed only from named resources is another instance. The granular control over hardware and information censorship will be one of fine grain to allow complete description and optimization of the desires of the host computing resource. Useful and feature filled experiences during terminal use can also be more secure than modern operating system use. Typically, most intuitions block the entire process of software installation and use. It is invalid to identify all software as invalid resource.
Rules of conduct as implemented in IIP will indeed brighten culture barriers. Softening the rights of access to offensive material, user tolerances can be defined to reduce the emotional impact. Rule definition can be based upon gender, age and user preferences. The use of the intended media broadcast attribute tags will be a primary source of the search parameter query. For example, these tags can be used during search of the rules of conduct to provide copy protection of textual data. If the textual data has a copyright protection invoked the interface will not allow cut and paste without tracking using an MLA format. These rules of conduct are extremely flexible in their interpretation characteristics. The format provides a syntax for Boolean logic operations that refine the formation of inclusion set and exclusionary set information relationships.
Providing the necessary format for common business operations must not impede business productivity. The target goal of using an IIP dialect should improve business performance. The many resulting facets of digital communication can be difficult to measure, yet must be accountable on the bottom line. Providing IIP dialects for small businesses will be specialized. For example, an IIP dialect will exist for a restaurant, a small store, or an medical facility. Each dialect will start implementation use void of any user input. It is expected that the individuals heavily modify and enhance the rules of digital data conduct. Yet, giving a template that is a starter kit will help with deployment. This does not detract from the completeness of the shipped dialect however, a fully puffed model. Even a specialized consultant position will spring into existence requiring legal finesse as well as knowledge of the INET Information Integrity Portal (IIP) platform component.
Providing a safety-net for unsuspecting users is very important because the crimes that result are important legal issues. However, most judges are shrewd enough to determine if a Cybercrime is professional and intentional. The INET Web OS Information Integrity Portal (IIP) is designed to prevent unintentional crimes while controlling the access to intentional crime paths. IIP is also designed to censor communication information and access privileges. The system provides a highly granular filter that restricts the use of inappropriate language and imagery. Nevertheless, the image filter is not fault tolerant as some forms of work can be manipulated to pass through. With an on board info-structure in place to handle Cybercrime and the investigation of such crimes, resolution and new searching techniques will be a viable partnership to explore with the appropriate information specialists. In conclusion, the INET Web OS will provide an interface for publishing data that allows control over user identity reflections when necessary to protect users from Cybercrime, crime planning and inappropriate content.
In modern day, the hacker is ever prowling within the realms of secret government data. There are many forms of hackers that create many types of disruptions. Most of the time these individuals are nuisances compared to the true intelligence work of a terrorist. The work of terrorists using secure data must be thwarted. Because most of the leak problems are internal with any intelligence agency, the only way to truly drive spies out of a system such as these is to change every operating system, computing hardware, and all encryption methods.
There are corporations, some even with military security clearances, that would stand to earn large amounts of money from such a prospect. After all, to consider every national employee of every country is a large group. The development efforts would at first seem daunting without some prospect of rapid application development. My best advice is to use a virtual machine, web network technology, and all internal development teams. Developing some form of a virtual machine like the Java VM. However, Java does not support all of the critical runtime that a secure data facility will need. Therefore, the best alternative is to use a macro mnemonic virtual machine design like VLISM.
A machine such as VLISM is designed as a self sustained engine capable of running on any modern hardware with high performance. Facilities must use hardware provided by Intel or Motorola for best industry supports. The VLISM technology supports current hardware assets owned by many facility to minimize initial transistion costs while allowing staged migration. Providing a robust web service can still use the tried and true UNIX and Linux environments to support user friendly graphical user interfaces. This is the only way a national employee can be sure that secure data is safe. And secure data will be safe without the hindrances of outside corporate developers already ridden with foreign intelligence agents unknown. A system that is developed internally will not have published security holes that are widely known about. To truly propel the efforts of multiple levels of cooperative data management, VLISM is a fat model to expand upon and secure. Within this book, numerous examples can be found of how rapid application development can occur. Providing a bullet proof high performance macro mnemonic virtual machine will ensure the highest success and longevity of failsafe operation for many generations to come; the best investment of resources.
The INET Web OS provides a specialized file attribute for sensitive data. This file attribute allows an administrator to specify options that facilitate secure document and application handling for security professionals. The file attribute conceals the related catalog search information from generalized searching by placing the index information into a separate database. The operating system allows centralized management of this data file attribute. There are several configurations available for the management of sensitive data. These configuration options provide different capabilities that are reliant upon the user's security rights. The sensitive data attribute option works naturally with applications, data, encryption and pass-codes due to its inclusion within the INET Web OS file system. In any instance, the recipient of such a file or object will need prior configuration within the user access rights database managed for the network.
Several configuration patterns are available that are installed as a grouped set of base options. The system provides each of these functions in a cohesive entity form while the underlying feature rich functional control is distributed within many subsystems. This offers fine granular control to the security system administrator during configuration. The Sensitive File system is integrated within INET IIP to ensure low level protection. It should be realized architecturally that INET IIP is a compiler related function as well as installed within terminal services of the INET Web OS. To assist with typical internal regulations and names that many secure organizations use, several features and functions can be grouped together under a security super set implemented as a named security privilege. For example, the United States Marine Corps, a department of the US Navy, has extensive policies for physical security. Each security component is labeled and named as a code (see Marine Corps Physical Security Program Manual). An organization such as this will need to use their own names for each type of security access privilege. The INET Web OS provides this capability within the INET Sensitive Data Administrator Console.
One configuration option of the sensitive file support does not allow the information to be copied at all. The actual data resides upon the server in its original format at all times. The file cannot be renamed or moved. The low level disk manager also protects access to the physical location or disk clusters. The INET Web OS server ensures this. The file can only be read while the owner source computer is within network focus according to the client terminal. When a sensitive file of this configuration is sent through any service such as email, or directly copied, only an access pointer is made to the object. In its functional implementation, a pointer link describing the access location, access method and encryption technology used is created. The clone file link can be copied as permitted to multiple locations within the network as a cloned resource. A client may even use USB key drives if the configuration permits. The protected resource can be configured so that it cannot be accessed outside of the secure network, even with the clone file.
The sensitive data option works with all software naturally because of its intelligent integration within the file system. Alterations that a user may make to files can be distributed in two ways. The first configuration option is provided by using a random access edit format. The format provides the locations and changes that the user accomplished during an editing task. Using the random access edit privilege requires that the source file located upon the centralized network be locked. This does not prevent others from viewing the current source in read only. That is, only one person can modify the file. Changes are stored upon the client device using encryption. When the computer is connected within the secure network where the source file is located, the changes are applied.
Another option for edit provides real time updating of the file over the network. If the sensitive options are set properly, the modifications are checked in using the remote network connection. Only the change data is sent using the random access edit format. This real time merge facility uses encryption during transmission to complete the modifications. If multiple users check in changes to a file at the same time and collisions are encountered, the collisions are marked for manual merge and the two parties are notified. Any computer terminal that is using software to render the contents of the file will be notified of view pipe line changes. That is subsequent, buffer segmentations will automatically include the changes if the access to the file is appropriated through a sensitive clone link.
Functionally this provides an easy and secure interface for sensitive data file management. Less data leaks will occur while using this technique over time than the ad hoc technique provided by modern operating systems because of the focus. This is important to an intelligence organization that use sensitive data files numerous times repeatedly. Ultimately this ensures less errors are made during general use. One of the main risks when using the INET Sensitive Data facility is making sure proper settings are maintained using the INET Sensitive Data Administrator Console. The sensitive file attribute can also include read only and read write capabilities.
When any attempt is made to open a file of this type, a pass-code may be is required first. The INET User Security Management facility and the INET Sensitive Data Administrator Console are used to configure specific terminals or user accounts for use of the data object. Program dependency trees can also be configured so that only certain software can access the sensitive data. When a file is labeled as sensitive data and a secure erase takes place by the file administrator, automatic erasure will be scheduled for any existence of the cloned file automatically. As well, information copied from the document to other documents will be automatically managed. The INET Sensitive Link Manager will remove all hyper links that any documents within the network contains to this file.
If a user cloned copied the sensitive information to a USB key drive, the next time the USB key drive is placed into a drive within the secure network facility, automatic erasure will occur. Access to the sensitive file using the USB key drive outside the network will cause an erasure of the clone file link when a user tries to open the file.
The sensitive file can be configured to not allow any information to be copied to an alternate location by any software running upon the machine. This includes cut an paste. As well, IIP can be configured to scan textual information that is typed to limit the text to only new information not related to the in view document. IIP also generates protected memory access codes to ensure that only a named application uses the data. IIP makes sure the data does not travel outside the bounds of the sensitive data facility during named pipe operations, channel communications, local terminal disk activity, or API calls. In the case where the data is locked from update the machine will only allow the information to be viewed. IIP ensures that the information cannot be printed. The only way information can be copied is by taking a picture of the video screen or writing it down.
Another risk that is managed effectively is for the professional is when they have to travel with sensitive data. During this use case, information can be copied or sent only to their device. The information is encrypted and requires a password for access when any program tries to access the data. The information cannot be copied to another location apart from the device that the individual is using. Optionally, accesses to the file can be tracked using a network verification. When this option is turned on, the file cannot be accessed without passing a network verification while the information resides locally upon the device. This is a good feature for remote work.
Sensitive data can also be released using a live person confirmation. That is, the operating system provides a queue operation for an administrator. Before access rights are granted, several documentation facets may be required for logging. The actual data file still resides upon the server. While using this system option, releases of a file or a folder is dependent upon an official owner or manager. Before permission is given, a policy may dictate that the official owner must be contacted by the administrator. During which the several hard facts about the terminal and user may be required. This information should be readily gathered in real time. Extended operations may also be required such as providing a video phone interview that clarifies relationship parameters. The call can be recorded and placed into the access log database. While waiting in queue, the sensitive data administrator either releases the information or denies the request based upon the results of the official owner interview. In some cases, depending upon the availability of the parties involved, the process may take considerable time. This feature allows an organization to build a process around certain types of sensitive data that is aided electronically. Depending upon the amount of resources available, the system can operate like a library resource thus depending upon a queue managed by the INET Sensitive Data Administrator Console.
The sensitive file system provides critical logging of all access and associated transaction data to a sensitive file. Before any data is revealed, specialized encryption occurs that is specific to the registered device. The system maintains the capability of real time review using biometric readings direct from the terminal. As well, current technologies like the Smart cards are also supported with encryption using an optional reader.
Sensitive database access is an elevated technology that is in cohesive form within the INET Sensitive Data Suite. To provide easy to use functionality, sensitive databases are managed within the Sensitive Data Center Management facility. In technology terms and interface comprehension, databases are handled almost the same as sensitive files are. For the intelligence facility, this strengthens the process of access management. That is, features and options of both data storage mechanisms operate using the same protective principles and technology terms.
The underlying sensitive database technology for database access is implemented within the SQL drivers installed at the client and server machine. The SQL drivers implement encryption on a per database privilege that is configured using the management facility. These drivers are protected to ensure that they are the only technology that can access the database. This protection is ensured by using INET Sensitive Registered Device Drivers. During initialization and periodically throughout general use of the INET Sensitive Registered Device Driver, the state is managed to ensure authentication. The terminal, the driver, and the accessing application dependency tree must be identified at the server level to use the sensitive database properly.
The sensitive data implementation for relational databases is proliferated within the primary SQL commands. The ALTER, CREATE, DROP, RENAME and TRUNCATE statements are used to modify a relational database schema. These commands are usually only used by administrators or application setup procedures. If an application uses them to dynamically modify relational database schemas, then the application must be registered within the Sensitive Data Center Management to allow it.
The SQL statements: CALL, DELETE, DO, HANDLER, INSERT, LOAD DATA INFILE, REPLACE, SELECT Subquery, and UPDATE are protected for each database, table and record within an INET sensitive database. Users can be configured to not be allowed view of particular records. For example, if an application is used to display all of the employees of a particular department, some employee records may not be visible to some. The administrator can set these privileges using several methods. The first is by using a a standard SQL exclusionary statement. Most features of this sort are established by a column within a database by application design. By using the column value (value, range or set), records can be included or not included within the result set.
Procedures for record elimination or record inclusion may also be instantiated as a range list. In which case, the administrator will receive a file describing the access privileges given to a user. These instructions can be easily scheduled and run from the management facility. Alternatively, the administrator can exclude rows from operating contexts by using the raw database browser within the management facility to mark the rows as visible or invisible. This security information is linked to the user and client machine identity. These security attributes can be named as a group that can also be related to other sensitive database operating parameters. For example, some tables or records may be only visible when the terminal is within the operating bound of the secure network. Data invisibility is defined within the INET sensitive data suite as non existant as far as applications are concerned. The same functionality exists for all of the primary commands native to relational database usage.
Each of the commands during execution is logged and available for roll back when using the INET database technology. If an application or user goes haywire, the damage can be repaired easily. SQL injection attacks, if they occur, can also be sensed, tracked and negated. Network attacks such as denial of service can be monitored, investigated and corrected within a native reporting system. Typically rules of access are established as part of an application setup procedure, however these rules can also be managed from within the sensitive management facility when necessary. Each rule established is plainly shown within view within the sensitive management console.
Rights of access can be established for a user based upon the location of the user’s computing device. Software that uses sensitive database access can even work offline when outside of the secure network. This is a common practice for applications that generate a lot of database records based upon data entry of new records. This protective option means that new records are never sent across an open network connection while the application is still operable.
When using the configuration of access granted by terminal location, it is important to consider application specific database requirements. Some applications may require that certain tables be present when an application is working offline. For example, populated information within combo box controls are likely candidates for database queries. The Sensitive Data Center Management provides configuration options on a record, table and database level based upon the user’s device location. This enables remote field applications to be used with sensitive data. The information entered during use of such applications is stored upon the client device in encrypted form. The data is synchronized when the machine comes within focus of the secure network facility. If data is marked within a database as sensitive and not allowed outside the secure network, the data will be erased immediately when the sensitive data terminal is turned on or moves outside the range of the secure network. Database records can also be updated real time from the field using encryption. The applications operate normally as expected with multi-tier and client server applications.
Applications for the intelligence field may vary greatly in functional implementation according to computing needs. That is, through the process of analyzing data and data mining many new algorithms and procedures are introduced and implemented within subsequent programming logic. The ability for multiple intelligence organizations to manage a library of qualified applications deemed appropriate for a specific user base is very important. Without applications, computing hardware is useless. The INET Sensitive Data Management facility allows multiple administrators to set policies that manage the allowable software footprint within the machine. Each user can be unique. Each user may only be qualified for select applications. As well, tight regulations may be a focus that restricts the application selection to only those within the sensitive application library and nothing external. It is a known issue that external applications can introduce unknown side affects.
The Sensitive Application Management facility within the administrator console provides specific functions that promote stable, healthy and productive environments. For example, new terminals can be configured in parallel for multiple user types. Another important feature - multiple existing machines can be set to a specific state. This state is ensured. Most importantly, the system provides the ability to manage these tasks as an item within a workflow life cycle. If terminal machines are not connected, the state may be forced upon next connection. All automation routines and processes are logged for later review when necessary.
Other options provide application support routing for individual users and applications. When software bugs occur, correction and distribution can be critical for the success of the organization. The system uses the built in features of the INET Web OS to manage these tasks securely. Software assistance can be guided through secure remote terminal collaboration also. Software assistance and user help can be scheduled using a work queue.
To provide a data center operation facility for a multitude of data, users and terminals is a primary function of the sensitive data suite. The data center suite provides the ability to manage users and terminals from a centralized location with ease. Most of the distributed functions can be scheduled and operate from a queue. Within the facility, each software running upon every terminal can be inspected and corrected to ensure proper state. As well, individual applications as well as the entire software footprint can be managed for each user individually. These tasks are dependent upon the INET System Administration portion of the INET Web OS. To facilitate a system that can become an integral part of standard operating procedures within an intelligence organization, the system allows the distribution of work flow based upon administrator rights. This provides the ability to supervise a team that handles multiple services for sensitive data management.
Several reporting facilities are available to the defined administrator within the INET Sensitive Data Management application. For example, an administrator can query all hardware that is allowed access to the network. This is important if a series of machines is deemed inappropriate for access; obsolete and insecure equipment. The administrator also has control to secure erase files within the device. Terminals can be scheduled for destruction if they include INET Acid Chips, a private access is required. Other statistics such as number of users inside and outside of the secure network may also be important. For example, consider that a database design is updated to include very secure information that is not allowed to be viewed outside of the secure network firewall. From the console, the system administrator will provide the new classification as well as schedule the secure erasure of this information from any device. These services provide appropriate secure communication to users when necessary.
The INET Web OS provides the ability to configure encryption algorithms or a chain of encryption algorithms by data object, database or folder basis. These traits are managed effectively from the administrator console. The ability to provide encryption algorithms dynamically ensures multiple institutions using the sensitive platform options can effectively utilize their own resources. Ultimately as a center stage developed product, the INET Web OS can be effective for increasing productivity within the sensitive department as a base product. That is, their own development team will supply a specific encryption algorithm or group of algorithms that the INET Web OS uses.
Many functions can be associated with complex encryption algorithms. Typically the best practices of such systems operate using stochastic data as a key. These access keys can be assigned per file or folder tying the data objects themselves to an algorithm and private key. Access keys can also be assigned to databases, tables and even records from this facility. These keys can be stored separate from the objects themselves in another location. Internally, three user access privileges will need instantiation for correct operation. Access rights to the file or database, access rights to the private key record and terminal access rights to the network. The administrator management provides ease of configuration for each of these items within the user's profile. The highest risk for penetration is an illegal user having terminal access rights.
Terminal access rights are handled by the embedded device as an IIOS function separate from any running software or operating system component. These aspects of device operation are natively handled within hardware functions to provide a secure foundation for the VLISM rendering client. This is the primary subsystem of the device that handles TCP/IP and network communications. The layer is protected from any application and operating system component as these systems operate on top of hardware private key encrypted TCP/IP terminal stack.
To reduce risk of terminal access rights being granted illegally, the system offers the institution of multiple methods to turn on the terminal. It should be noted that this type of terminal is based upon the INET Smart computing terminal, however other functions are stored within the BIOS ROM that provide secure terminal access. The secure data ROM USB key drive method offers the functionality that the key must be present in the slot for the device to operate. The USB key drive can be removed from the device providing a portable but physical security consideration. Removing the USB Key makes the terminal inoperable for any function.
The second method is using a physical key. The specialized lock interface is designed to limit picking. If any attempt is made to pick the lock without the precise key, the system will not function and will require professional maintenance to boot again. Optionally, the system can also include chips that automatically release an acid upon their interior that dissolves the important silicon components when tampering occurs. No maintenance is permitted upon the INET Sensitive Data Terminals that includes INET Acid Chips as part of the product package design. A version of the INET Sensitive Data Terminal is designed in a form molded material that does not allow entry. The chassis must be cracked and pried open for entry. Forced entry upon units that include INET Acid Chips automatically release the dissolving liquid.
Another method provided for terminal security is biometric identification. Biometric identification is incorporated within the IIOS subsystem to provide low level uninterruptible operation. Before the secure computing terminal device can be engaged, a finger print reading must be established. Alternatively, retina scans can be utilized. As a separate, password input device, the user places the cup over their eye while the device is plugged into the device. Once the input from the INET Retina Scanner passes by comparing the data stored in the device using BIOS, the device can be used.
Last but not least is the common method of requiring a pass-code before the terminal can be used. An uncommon feature of pass-code entry is present within the terminal. The specialized entry routine provides measurement of the amount of time each segment of the pass-code is entered in. For example, during login, the first part of the pass-code can be expected to be entered within ten seconds. Then the user must wait for a range between ten to fifteen seconds to enter the last portion of the code. Within the implementation, no results are shown until the final keystroke of enter is received. The INET Sensitive Data Terminal can be configured to halt operation and use if timing tolerances are not met. As well, the pass-code length and strength are designed to be significant proportionally. The option of BIOS configuration provides the use of INET Acid Chips with pass-codes as well.
Printing full page documents will be a thing of the past. However difficult to overcome is the simplicity of walking up face to face to a friend, stranger or coworker and handing them a slip of computer printout. Email is the typical interoffice medium. The INET terminal and operating system will introduce the use of location wafers. A location wafer is a small slip of disposable and recyclable paper that has an URL encoded within a small space. The location wafer can point to any digital resource INET Web Servers disseminate.
The location wafer will be read quickly and accurately by the location wafer lens; perhaps a bar code reader. It is not known at this time what sensor configuration will be the most cost effective and within the realm of hardware user interface requirements. It is suggested that the optic medium be used, preferring infra red. Two dimensional barcodes seem to be the most viable choice. QR Codes is the modern deployment method.
The location wafer as a means of advertising will allow inexpensive distribution of full motion video, applications, music and other materials to consumers. A location wafer could point to a secure location that must be released to a named party. Example, a new client is registering at the library for a new membership card and the form needs to be filled out. The location wafer can be integrated with the product being sold; a cup or candy wrapper for example. Printing these items for distribution on a standard 8x11 paper must not be a foreign task either. This gives optimum redirection and cost effective advertising capabilities to the seller. Even providing a lottery of sorts would be a fanciful game to play. In short, it can be a new feel kiss on the lips from the lady of your dreams, the new song from the metal band, a newspaper or the business card from the billionaire.
Optical character recognition is a field of computer science that is well established. Typically there are two distinct groups of recognition that categorize algorithm complexity and algorithm accuracy. Typeset and hand written, hand written being the most difficult because of the variance. It will be included with the OCR algorithm package as it is necessary for the complete model.
OCR and its integration with operating systems is typically that of a specialized application. The process of OCR takes on a task centric focus which for some very useful needs detracts from the technology. Some systems require image input and rely on external programs to perform the scanner device reading and image storage. A typical OCR application will produce standard text files after recognition and then the user can edit the information with another program. The entire process requires three or four distinct operations making OCR difficult for data entry purposes.
The INET Web OS model plans on including OCR as a means of data entry for applications. Imagine the system of shipping and receiving, a physical and electronic domain. Orders are placed onto trucks where they are driven to customers. When it arrives, the business owner signs the receivables slip after careful examination; a piece of paper.
The customer must then update their inventory system to match the order exactly. If they differ, a hand written number, note or scratch off may be there. With the INET Web OS, shipping slips can be used as a direct interface of data entry for the inventory system or what ever application might be in place. The INET Web OS OCR model provides facilities to set repetitious and multiple segment entry based upon page layout and row/column arrangements; automatic iteration.
The integration of OCR as a data entry facility must not be cumbersome nor intrusive for the single time use, the multiple field dialog or the long term repetitious (also sparse) usage. For the single field, a preview image temporarily overlays the user interface allowing the user to draw a rectangular area selection of the needed contents. Row by row iteration allows columns to be set for each instance. Upon confirmation, the next row is entered into a new dialog. In other circumstances, document layouts that span a page require field to area mapping. Page by page confirmation will allow a good entry flow for users. The system also provides for cases where two or more pages are used to collate entry of information.
The memory of the document layout, row and column assignments are contextually tied to the data entry screen, Invoking the memory map, if desired by the user, is accomplished by using quick access buttons upon the countertop. The user clicks the button and an image overlays the viewing area denoting the mapped field information. If minor space adjustments need to be made, the keyboard and mouse can relate the map more precisely. As well, intelligent location assessment can be an automatic operation. Its adjustment of the individual field mapping, row, column and page document field mapping positions are facilitated by previous use data and recognition of white space that is typical of such paper reports.
Document field mapping can also be set by parsing the data after recognition has taken place. Such variable document formats are present in American State Identifications (bar code information). In this case, the user can use field description keywords, assign logical pixel space and detect upon a maximum ASCII text length. A scripting interface is also present for advanced users to provide logic for parsing, translation and regrouping.
OCR on the INET Web OS will allow creation of eBooks that are stored within the user’s electronic library easier. The creation of eBooks allows line drawings, illustrations and photographs to be stored accurately. As an integrated task, users can enjoy books from any location without the need to carry the heavy weight of a paper book or hard back. Creating an eBook does require that the user own a copy unless it is considered public domain. The digital media rights management system will provide the necessary links to publishers to ensure copyright infringements are not grossly violated. Optionally the user can buy the rights to store a book electronically. A service that will be integrated with the digital media rights management facilities and the publishing house. The funds will be processed for the author as they should be.
Optical character recognition during the process of the Hidden Markov algorithm develops a fuzzy numeric that represents the probable character (task’s) accuracy. This information is important to ensure the integrity and accuracy of the translation. It may be reflected within the user interface using textual color. Moving the text caret over a word and pressing a system hot key presents a percentage graph with an alternatives list. Moving the mouse over the word produces an equivalent functionality. Lighter colors reflect probable in accurate matches in character or word. This is especially important in handwriting where recognition errors are more likely. INET Textual fields have spell checking as an intrinsic feature and this does aid in the process of OCR (alternatives list). Other special purpose entry components such as date, numeric and financial amounts rely upon internal self checking format verifications for entry.
It may be favorable to have the output of optical character recognition be transferable automatically to an associated application upon scanning. The INET Web OS system includes contextually based cataloging of pertinent information using selected text (INET Wiggle) as the main entry point. For example, the contextually based cataloging process will show a list of applications that store names and addresses; contacts when a name and address are Wiggled within the web browser. Some books that are image only such as common format for public domain materials would be well suited to have definition appear. It is desirable to have OCR function within this capacity, yet structuring the presentation interface will be different.
Consider the times when needs of this nature may occur; drop some notes off at your desk or home desk. It is even seen to have an INET Robot Paper mate that will handle the chore of placing it for scan. Most of the time, while scanning multiple pocket items, the slips of paper will be related. A stack of business cards for example. The cards or note slips can be placed spread in oddly rotated positions. The system will offer a stream line process to scan items in batch as well as a list of appropriate target applications. Upon the list, the Note Taker, and Formula calculator should be readily available.
As a stand up and walk away feature, the system will make use of the response time window effectively. If no items are selected, that is the person just dropped the items off at the basket, the default input application will be selected at a specified time expiration. Grouping the items within one entry segment, perhaps cataloged within the calendar by time of entry will be beneficial for access. Since the task was communicated to the device in a non interactive format, the processing status results will be iconic. A basket of chores the computer has accomplished while you were away would be appropriate.
The OCR engine that the INET Web OS provides is one of the most versatile on the market. The OCR engine enables live video to be used for recognizing various forms of disbursed information within an image or video. The additional text information is stored within the captured video file or image file noted by coordinates. Book type faces, compact disc, and other consumer product labeling type faces are supported for easy input. Many users will use these features for resale and catalog building. A user will simply point the camera for input of the text. The orientation and number of items is accurately handled so that information is rotated is needed.
Using a live video feed from a camera is an extravagant feature to research. The most likely target use will be still frame photograph oriented but not exclude video stream. Imagine going around the town with a camera, video camera rolling. There are lots of words, phrases, pictographs, and ideograms that can be mapped using OCR. In the scene, these items will be cluttered by the common masks of the environment. The best practice will allow complete processing of the entire clip(s) as an offline batch process. The algorithm will relate the textual data within the video clip file. The textual data will be linked to the frame by the bounding polygon coordinates.
It might be pleasurable to search this data by text keyword to find film segments that possess the text: Street or restaurant name for example. If the integrated map system supports a spell checking search, the words, store names, and street names can be corrected after the formal OCR process. Using the Geo-tag information will be important to localizing the spell check domain. As well, many street names are fictitious and are not official dictionary words. Providing an interface of the data as a spell check extension dictionary will require some modifications by the map system provider.
Providing the capability of searching multiple video clips as a single search domain will strengthen the server features. Several people may wish to tie several videos together that are in a general area. The use of Geo-tagging will be advantageous for cataloging in this circumstance. As well, the technology does not have to be public domain access to be used. The Optical character recognition will be integrated with the cataloging operations of an individual's home or a private system. This will allow private use of Geo-tags that are not broadcast within the public eye as a protection of personal identity. Optical character recognition from a binocular stereo camera will also function within this capacity as the algorithm accepts three dimensional image formats.
The INET Web OS document management system will also offer the use of location wafers that link to on-line sources of the information, an option upon the printed material or separate card. In both cases, data entry will be managed effectively for the client as an integrated user interface operation. In conclusion, the interface for OCR as an integrated data entry component within user interface spaces will increase productivity and accuracy for many computer users world wide. The user will have to have a scanner.
The ability to create database connections, manage databases, transfer databases, translate databases, pass database tables through email links, and allow multi-user data entry is a focus of the database storage mechanism within the INET Web Server Operating System. As many developers are acquainted with database management, in short it can be a complex subject. There are many characteristics relational, relational object databases and indexed binary data blob files include. Some examples are field data type, precision, keys, server stored procedures, SQL and relational design specifications. The INET Web OS will deliver the first language tight Data Object APIs that are syntactically coherent. As well in application form: database management, database transfer, database translation, database entry, and data reporting.
Quick data access to data storage at the base VLISM layer will supply pre-calculated location values matched for index. The beneficial speed gained in interface population is solved within INET application architecture by the inclusion of index cache to disk cache algorithms. The system balances search indexes on client index memory and host index memory to the numeric values representing absolute disk storage location. The retrieval will be one of the fastest on the market; a driver pass. All of the members may be present upon the dialog within the data set; disk cluster. The database system will allow connectionless editing of database entries for times when no Internet connection is available.
Matching field names to byte locations within the stream while allowing versioned type safe or binary storage within the allotment provides quicker reaction of visual changes. The assumption that most data existing on disk must logically be considered to be impressed within the magnetic technology for a long consumable period unchanged allows this access method to be first priority.
Browsing data on the INET platform in raw state will be easier. Consider for example the generations of Microsoft Internet Explorer. First being a web browser and then becoming a main user interface ingredient of the file system browser. With a web browser's ability to place items into columns, change fonts and display images; it becomes a screen layout utility. Like so, the INET Web OS (User Sphere) will provide this interface connectivity and allow flow and interaction of information easily including databases. The logic and program architecture will not interfere with a developer's ability to glue these nicely designed data viewers and editors together to form a package. The INET Web OS application framework (UniGlue) will include data and logic sharing that further blurs the user's portal to concise information.
Users when preparing live data publications or seminars for web publishing must be able to include database links within their project. The ability to present a User Interface grid for data entry must be a quick process. Consider for example this use case scenario; the manager of operations at the shipping department of an ink manufacturer needs the customer information to place on labels for packaging. The sticker will go on the outside of the barrel and of course they must be accurate. The manager must make a database table containing Ink Color Batch Name, Customer Name, Street Address 1, Street Address 2, City, State, and Zip code. The customer, whom the plant made the ink for, must decide what ink goes to which address. There are two hundred thirty fifty gallon barrels of Ink total to ship, including finishing varnishes.
Creating a database table must be quite easy, entering a name and data type. The manager will enter all of the ink color batch names first into the database table. It is an import from a COBOL program. This field will not be available for modification by the customer, so user rights must be authenticated properly. However it will still display. Do not forget the end goal: to allow the customer to easily decide where barrels of ink are going. So the database table is made. The manager has two options at this point: send an email that has a database table user interface link or allow the customer to sign on to the web publication for entry. Consider that the email link is an anonymous authentication while the web publication has defined credentials.
The customer gets the email containing the database table link. The customer has a spreadsheet containing all of the addresses of plants that ordered. Almost all ordered red Ink, seventy five percent ordered blue Ink, all order varnish and there are some odd balls. Using a drag and drop interface for entry, sorting, multiple selection and minor amounts of data entry, the task is complete. The customer clicks the done button and the plant manager is notified. So for the end user, the database publishing/entry system must be well defined and easy to use yet robust in implementation. The system must account for multiple users, database field types, data translation, import/export functions, grid entry and guided user interface. Import and export functions should be extensible as they will be downloaded and compiled by the client machine depending on the criteria. And do not forget that the customer actually goes back once to the email and makes a correction, clicking the done button should not cause confusion to the manager; just highlight the changes that were made.
Data format and symbolic name recognition is a leap ahead from the drag and drop method of import. It is a system with a light parsing engine that will recognize similarity in field names of the source and target and provide matches. This will be enabled in all productivity suite software. Translation of data format hierarchy is an advanced transfer property that will be accounted for. Upgrading and transferring databases of earlier technologies will be accomplished using one of three methods. First method is a binary file reading system that parses the data file. The second method will be accomplished by using a native connection to the data storage engine of the data populated model. The third method, and newest method in technology, will be accomplished through the data storage and reading objects within the software application itself.
The reporting functionality built into the INET WEB Operating System will be based upon a set of OOP API objects. The ability to create dynamic, near real time, and readable page layouts for screen and paper is the focus of the subsystem. Most reporting packages of modern day rely on the final paper cut for the medium. However remember the INET platform, being Internet centric, will perform these operations for secure Internet viewing. Report readers typically use header and footer information, while the middle of the page is saved for detail data. The detail information located in columns and rows in the middle of the page. The summary information is located in the front or the back of the pages. Applications called report viewers display the information. Users may highlight a couple of lines for reference. As well some readers cross index the information to other data. There are most likely more use cases for physical paper report handling.
The INET Web OS Reporting API object system will advance production reporting streams technology to provide a firm screen layout, use the 3D WEB OS vector font system, provide high definition color output, allow ray traced animation, allow user highlighting/cross reference, easy motion magnification and scrolling within the viewer. Applications such as office products, multimedia, and third party will be easily tied in using INET UniGlue technology. Report format translation will be a focus of the Reporting API system. Formats will include modern windows, UNIX, Linux and MacOS operating systems. These functionalities will be provided first in API form then in Application Form.
The supported database binary and engine model import is a large set. As well, since most data warehouses challenge change for security and stability purposes, it is a mission critical project function to integrate yesteryear and modern database engines.
With Internet distribution, printing is sometimes archaic compared to the green planet benefits of on-line display. However, you cannot escape the physical medium when nothing else will suffice. A method of localized city, specialized canvas, and custom frame artist printing for Geographic destination output will be installed in the INET platform printing process. Imagine being able to print at the corner print shop directly from your computer. Considering the addition to user interface, the integration of the feature will be easiest by incorporating an additional line in the print menu or in the print confirmation dialog itself.
The Print Media Manager component must manage contact details, customer billing information, print packaging details and scheduling output. This option must allow users to view available printers successfully advertised by local printing business sorted by printing needs and location. Since extra packaging materials that service the print itself will be available, the dialog must facilitate selection of these items. The user may be able to choose frame type, wood, plastic, varnish color. Normal Glass or Plexiglas may also be offered by the shop. Advancements in three dimensional image scanning and printing may allow specialty prints that duplicate palette knife depth. Other times, the user will adjust the page format to fit the available medium. The corner shop has stickers that can be printed in oval and rectangular forms. However, the maximum size that can be printed is six inches by four inches. INET software will react appropriately with the service vendor to respect the medium. As well, project, with lighting correction to adjust for the varnish artifacts of the material, the real size according to monitor space the image. Other types of signs may include electronics inside for radio wave broadcasts and illumination. Specifically within the realm of visual radiance: color light bulbs, animation, liquid crystal or LED should be modeled in view to match specifically the sign model being sold.
A series of industrial robots that paint will be made available to clean up the sides of buildings with specialized coatings that rough textures deserve. At a weekly or monthly contract, the paint contractor will set new or fixed bruised images. In this case the medium for the artist becomes the brick wall, or more likely a range of varying textures and contours usually associated with a building. Covering intricate doorways and window ways by laser measurement and precise masking will create a new generation of available patterns never before seen in paint. A benefit of large media management on the INET Web OS. The details of the buildings exterior, walkway and sidewalk properties can be captured to prepare the instructions sent to the cleaning preparation stage and paint guns. To integrate with modern city object plethora, a simple sturdy cart machine on stable motored wheels, please remove all objects from pathway machine, two wheels on the sidewalk, and four or more on the street.
Details of the extras should be left up to the packaging business provider, allowing for the highest yield in competition. Printing contractors in cooperation with users must be able to schedule jobs, process payment options, and allow custom features easily, e.g. a service that offers delivery of the items to their door. As well, the LOD.PANITBT.NSM image file format must allow artists to track their works by signature. The printing contractor’s software must collaborate with copyright laws. Artists will be able to market prints this way and get the money they deserve for their imagination and content.
Users can receive email sent directly to their INET computer account. This is different than modern operating systems, they do not include an IMAP or POP server by default. The messages go to a separate host first and then mail clients access the message box using SMTP. Using INET Web Mail, users can be confident in knowing that friends, associates or business partners got the message. The unique world wide identity and automated verification provides tracing information that can be used for authenticity. Captcha code generators are used in some electronic mail systems for this purpose. These codes are also used to make sure that an actual person is sending the email, not a robot.
By expanding the email address criterion, the same way a physical mailbox address works, an email can be attached to a physical address or a specific device (personal identity) for formal purposes. An alias can be registered for the address as well; the most likely case. People do like pet names but some wear off. Or sometimes an identity mistake occurs and the person has to change their email name. Having a backup or secondary name rather than using the primary fully qualified name allows for sorting based upon meeting type.
Tracking and verifying the sender’s identity is accomplished easier by server software. Physical addresses typically take three or four lines to describe. Only one person can have a unique address but several people live at that address. By allowing a web identity to be as unique, email and web publishing will be more direct to a verified location. Even allowing some addresses to be certified for a physical address can increase the ability to receive formal business correspondence.
One of the major issues in modern day is receiving too much email for reading. Offering a summary of emails according to history is a feature that will be included. Emails with electronic coupons in them (purchase power) can be separate from other busy mail. Other Methods to counter spam use algorithms that scans for irreverent content. This does reduce the overall exposure, yet does not totally provide effective categorization.
Using mail clients that can detect if the message being sent is one that was type by hand will be important for reducing spam. It will also ensure integrity that a person developed the text or multimedia presented. If the message was copied and pasted or if it was a resend is an important attribute to maintain. This will be a difficult engineering problem, however, tracking these traits will be included within the INET Smart Terminal, the VLISM Client, and INET Web OS. INET target goals would lead into tracking sources of the document content's robustly; machine identity. However, designing a system that is tolerant to spoofing content is difficult.
Part of the web server and new electronic mail format will be the labeling of the data object for a specific subject or target within the user's information domain. Currently there is only a priority attached. A data mine example should produce a list of about eight to ten subjects or categories for easy management. Incoming mail will have the label of General, Business, Education, Alert, Bills, Media, Home, Advertisement, Friends.
New methods of information law practice will protect a label so that information sent will be restricted contextually and syntactically for the channel. By allowing dynamic categories to be added under these main categories, further refinement of the mail can be made, thus allowing advertisers to effectively place content such as video, sound, coupons or user interfaces. The user can subscribe to these channels to get enticing offers. This will open the market for advertisers allowing their free creativity to be more effective than a simple email.
A live connection, phone, VIOP or text, can be established when an email is being examined if it is an INET Live View Registered Mail. Example, a customer makes an order with related inquiry. Payment verification is required and they want to make sure the item is of their tastes and quality. It is known that the customer wants to make a purchase of the item that is generally described. Click and they enter the waiting queue using an INET Live View Registered Mail. Options of the INET Live View Registered Mail feature allows users to define a proper window of time when they will be available. You ordered today, but want to talk to them in two hours after dinner is made. The INET Live View Registered Mail auto answer option allows a default message to be sent back or forward it to another source. As well, users can their answer projection time of in queue processing.
The INET Web OS Electronic Mail system has the ability, as formed in OOP API, to direct input and output to any database connection. When application implementation define requirements other than the default email accounts, the API will allow easy management of the facility. Making it a good office communication product to integrate with custom billing and accounting. This will allow third party vendors to include secure communication within their applications.
Allowing the software vendor to govern the storage database points, sorting categories, valid email address book entries, loaded forms, valid surveys or other SoftSpot components, integration with secure information systems can be accomplished easier. The index and catalog system will also store its results for electronic mail within the corresponding storage database address. The GUI portion of the mail system will allow tailoring of application specific domains, groups and other relevant interface facets.
Recently with the invention of large storage hardware for personal computers and stabilization of the software platform itself, users can now install more applications on their system. But doing so leads to usability issues in modern menu systems. By applying the science of Information Architecture to workspace icons, application identity, application startup menus as well as a more refined use of images, users will be able to effectively manage their many applications easier.
An installation is a task that is typically performed once and a while for a given application. However, the user is going to use the application more than once, hopefully. It should be the design of the menu system to organize the application names according to its purpose on the user's system and user's life style settings within its display structure. Simply placing a name under 'programs' does not effectively grow with user's needs. To solve this problem, software designers should identify their application(s) from a standard list, in many distinct and descriptive ways. With more information about the program's usage communicated by attributes on the installation, an automated or semi-automated classification system can become a reality.
Many applications are also overly named, that is, there is too much information in the name itself. For example, "Microsoft Word", "Microsoft Excel", and "Microsoft Access" all contain the word Microsoft. Each user, after several accesses of the program, quickly learns that information. However, it does not take that amount of information for the user to retain what the application is used for. Some names are not reflective of the actual function of the application.
Spread Sheet, Document Editor, Statistical Graphing, Music Player, Music Maker, Audio Editor, Painting, Publishing, Web Surfing are some examples where third parties come up with their unique names. The system will allow defined purposes to link relationally to third party names. The effects of nonspecific names upon culture would be reduced and provide effective competition among vendors for the SoftSpot.
Excessive names do complicate the field of view upon the monitor. Typically after several accesses, the user will remember the general position of the item within the menu system. A secondary focus is the seek operation of the object within a given rectangle confines is sought by the skilled eye; positional sorting. The system should allow the use of short names, ones that exclude the word the software provider from the name. Short names should be facilitated as part of the installation process by the software developer so that implementation is open. Its usage and implementation should be based on the start menu panel so that the users can control uses.
Screen real estate is important when it comes to usability and pictures communicate more effectively when it comes to space. Most icons in the window interface are poor at communication because they also rely on words and the vendor's imagination to communicate. And sometimes they are just a beautification of the interface for aesthetic appeal. By allowing pictures to do what they do best - communicate - on a stand alone basis, more screen real estate can be saved. This should be implemented on the desktop as well as on the start menu.
Items that are accessed most are the "Programs" folder. Programs should be changed to Software because Program is a technical word. The Web Server OS market has a chance to further refine names for general usage by all ages if more precise, easier and real world terms were selected. This information can become a selection of user mode as well, thus taking into account the user's age and perhaps education experience. For example, the term Control Panel does not really communicate the entirety of the folder contents. It is a technical term. Much research has been placed into this area, yet an outside consultant familiar with general audience attitudes, appeals and usage should be utilized for this purpose; not a technical person.
Some users may even want a total visual implementation or a hybrid combination of pictorial and text interface. This could be easily accomplished by placing more pictorial usage emphasis on items in the start menu that are located at main branches and accessed more frequently; to the left of the hierarchy. Items that are the main stay of the system, like the main menu button itself, "Programs" Folder, and all the items on the main trunk might be total image display. Then when a branch is chosen that has several items in it that are specific and not group image labels, word labels should be used. So a refinement is accomplished by using ray traced images for category.
The classification system must be manual and automatic in its form. It is a complex task to facilitate a usable system that maintains its coherency over a long duration of time. Users come to expect things to be in a certain place while other items that they rarely use could go into the dust bin so to speak. One thing that needs to be decided, if it is going to be semi automatic, is at what point do branches occur and how to facilitate the configuration in user interface terms. If items that are rarely used are placed into a dust bin, how many days does it take and as well users may want to turn this feature off for specific programs will have to be answered? This feature also ties into a system recommendation of cleanup. That is, programs that are never used, could be slated for removal or cold storage.
In short, the stabilization of standalone GUI desktop operating systems has enabled users to install many applications on their system. Managing this many applications for average users is a difficult and time consuming task. A system should be enabled that allows the operating system to manage its list of applications easier by implementing a small form of Information Architecture. As well, the user interface of the start menu could be further refined by depending more on pictures. These features should be cascaded into other parts of the system such as the explorer, but that is another discussion.
See Also
Norton Commander was an excellent product that allowed complete drive management for PC DOS and MS DOS based systems. The pure pixel oriented graphical desktop space front ends were first commercialized in the Mac OS in 1984. Microsoft later released Windows as an extension of DOS in 1985.
Architecturally, the application idioms that spawned forth from the creator ’s dream were primarily accesses to hardware located within the User’ s base CPU. A fast computer of the time, the IBM XT operated using an Intel 8088 clocking at 4.77 MHz, blazed painting the interface consisting of content from a hefty ten megabyte hard drive and 128k dual sided floppy drives. An application named File manager consolidated at least ten functions (Copy, rename, delete, find, print, etc.) associated with hard drive management. But that was long ago.
The INET Web OS User Sphere workspace is the most versatile, feature packed, and visually compelling workspace known to modern form computing. The User Sphere workspace will provide suitable work environments for customers based on feature need using advanced objected oriented components and the highest detailed pixel renderer. High color definition animation and still frames will be shipped to the video card using the best techniques to impress speed, frame depth, and multitasking.
To provide a versatile user sphere one must ponder the noun range within the computer information boundary. Within hardware terms these can be finite. Within the pleasure realm and at play more words are entered into the group. Within an office department select words are transfered. Within a home environment still more is listed. The entire noun domain used within the interface will be critiqued for each user group. Age, gender, culture background and language capabilities. Considering the financial awareness, personal interests, and hobbies is of great benefit for each layout design. The system will provide freedom for the user to incorporate many information portal designs (components) into super form at will.
Users buy something first to use then to learn. The user sphere workspace will deliver an effective visual interface for the audience, their mood, life style and age by rendering an appropriate layout from a relational data structure. The relational data structure will be derived from many sources: database, expert system, current settings and on-line information.
Incorporating the formal use of audience must not betray the usage intent within the design. The INET Web OS User Sphere workspace has the ability to accept a high degree of secure branding resulting from market focused commercialization. These object packages give a designer the capability to design, package and deploy User Sphere environments. A painting tool persists the functionality in providing access to system level and application SoftSpot components. Interface designs and behavior rules can be established using this interface tool for creating the perfect form fitting environment. Several workspace designs will be provided with the base system.
Home users will be able to beautify items for their own stylish purposes with plenty of beauty globs from many sources. Functionality of the interface designer incorporates enough control to deliver User Sphere environments to elementary schools, middle schools, high schools, and colleges. Information domains delivered within the User Sphere Environment can limit communication to your friends, the local neighborhood, local city, or state.
Several instances occur everyday where configurable workspace interfaces of this versatility are necessary. In an office meeting the desktop must not be crude, but show a business attitude during a presentation or while someone is looking over your shoulder. The view may contain all the items within the work folder. Using a simple decorated button map useful applications that are suited for a business meeting are also shown, you never know what can occur. Another type of desktop may be appropriate for entertaining guests. The desktop is designed for a two person entertainer night; it will be movies, popcorn, music and video chat with community friends.
Other engineering fields such as software development require many tools that are complex to learn, manage and investigate. Adding multiple projects to a software engineer can be managed with specific desktop environments. An audio mixing studio is a special beast altogether, requiring multiple sound monitors and mixing channels. The necessary hardware and SoftSpots will allow this to occur. A college student going to class may require a specialized note taking, video and voice recording workspace that is designed as a calendar. The desktop environment provides specialized review of the information. Live rock performances that require hardware configuration management can deploy their own interface designed to meet their specific needs.
The ability to install (learn) new Spheres through the Internet or other device media is a major feature. Say the buzz team at PBS Financial has a great retirement savings plan desktop for distribution. The package will include specialized software, a new account plug-in manage, email links, links to your current 401k, investment links and wonderfully styled graphics. Movies can be played within the sphere. Software spots or portals will exist for advanced management functions, continuing in investment accounting, a link to current banking portfolio, a who is that in business diagnostics and a diagnostic proving authenticity of contractual and Internet agreements.
The INET Web OS User Sphere workspace will enable flow of staged multiple complex editing tasks, provide flow control of related data objects, centralized repository check in check out data update tasks, support readable tasks with instructional links, report summary view to show project readiness, project time estimates, provide spot links to software resale, rental, fully enabled but also limited software (INET SoftSpots). Some views will be iconic picture gram. Key search-able by alphabetic name. Software advertising will promote itself by first identifying itself within the noun domain. The software spot will be in use by the INET Tabletop designer. The spot will be linked to the specific need (Video edit, Sound, text, fancy text, etc.)
A sphere developer would make a workspace for all of the tasks associated with making a film. Perhaps even specialized desktops could be made for a genre. A major object would be the software included. A special effects studio could even design video processing hardware that encompasses controlling and visually capturing movements of robotics. The ability to control camera position, camera angles, and close ups will magnify capabilities. Scene aesthetics and live acting could also be rented. Where motor functions are controlled over the Internet, bounds and operating parameters must be locked on the studio side.
At most times the creation of professional movie sets are very expensive. It would be important to include lighting information that directly relate to positions upon the stage. Indoor and outdoor scenes will apply. Some users may want to modify the set some. Providing the necessary development and deployment technologies so objects can be moved or excluded from a processed image will be reliant upon measurement and identification by the studio. Video input from the user to be a composited will masked appropriately. The lighting information can be used to augment objects fitted within the scene. Users want to make a professional film and make it quickly. Yet depth of content must be followed to provide excellent educational experiences. Typical information strides may teach story boarding. plot development, themes, acting skills, vocal skills, and visual expressions.
The system will make broad use if not incidental use of window layers. The same could be true for a song production, musical CD production, photography, or cooking. The system should be able to adapt to creativity from others. Establishing a working relationship with the user will be part of product development. Recommending that desktops encompass starting and managing a specific type of resale business is an end benefit. The desktop architecture will be simple enough to just have a game jukebox around for guests.
The INET Web OS User Sphere workspace will streamline modern business desktop deployment and provide a stronger foothold for supporting complex information projects because of its audience directness and tooled style. The public education system, home school audience and distance learning community will finally be able to design comprehensive usable interfaces suited for age group while tracking progress and time. The ability for components to integrate with other spheres will be a common feature that is used. Common components that integrate finding information will be included within the framework. In short, the INET Web OS User Sphere workspace marks a new era in distributed computing and will provide a better teaching space.
Providing a growing and self stabilizing mechanism for the user that allows multiple entry points for information within User Sphere Explorer and Internet books using associative characteristic recognition is essential for the new ease of use features. The automatic categorization, capture and labeling of digital data of items stored within low level file system and database includes textual data.
Analysis of textual data will produce search able: abstracts, summaries, thesis, titles, misspells, contacts, opinions from group, source references, encyclopedic references, dictionary references with pronunciation audio, broken links, old links, improper English, related subjects, opposing arguments, literary value (scoring number e.g. 1-10; personal, article, personal letter, business correspondence, academic text, humor, fiction, nonfiction, newspaper sections, magazine, horror, mystery, word problem), author, author’s others, author’s website, syntax, language, usage count, weight within user knowledge domain, and table of contents. Objective entities will include fields within the document: address, phone, email, formulas, algorithms, and processes.
An Internet reader must be able to find related articles, continuing more focused information and consider the source from multiple languages. Technically within AI recognition, correlating writing styles and layouts with concepts will be narrowed by the produced summary data structure. Consolidating multiple web broadcasts that report statistics must be more accurately matched. The type of numeric is most important. Knowing how the value is calculated from formula will ease logical matching for algorithm classification.
It is desirable by a user to view tables of information from different broadcasts (web servers) that relate or cross reference content in consolidation. It is desirable by a user to drill and data mine specific details within the view context. Layout and order is important within the recognition process. Extending the view using graphs may also be important. The system that performs Contextually Based Cataloging of Pertinent Information will cross apply directly here (INET Feeder Applications). The information browser will provide direct input to the graph generator.
Finding related articles on the Internet can really be refined after the initial recognition that a broadcast contains information that directly relates to current article. An important facet of the relationship would be if it is a shallow or deep relationship. Shallow meaning technical characteristics such as those entered by the author or derived from measurement. Deep relationship modeling will be derived from counting keyword content, positional weight, relationally structured network matching, overall weight and relating nouns through synonym of text. Alternatively specialized processing for extended media formats will also be an important factor (video, audio, image).
The browsing interface will show small colored graphs that display the proportions of matching supporting information with current context to new concepts. The information used by INET Web OS to render cognition within the interface will be primarily stored within search engine databases. Calculation of these values will be performed by each Web OS and transferred (queue) to the centralized search engine catalog. The cataloging process will offer the user refinements during opportune times for them. Spreading the classification (recognition) task from server AI processing to the creator's hands. Most appropriate, detailed interface views of a data object's properties allow refinement in classification. During initial creation and finalized writing it will be present as default. Macro directory (folder) operations, industry specific automations and manual tagging will benefit precision.
Describing the content to classify the object within a relational network will be important for natural language syntax searches as well as User Sphere Explorer associative views. Therefore the INET Noun Classification Domain System will provide an entry pointer to start the relationship search. (animal, form, organic etc.).
Office documents such as spreadsheets will include specialized scanning facilities that categorize numeric, their precision, and important formulas. Important factors about the specific application features, operation and product must be considered in great detail. Relating these items logically within the INET Noun Domain Classification System using a pointer will ease searching for users and User Sphere Explorer associative views. eg. Show all documents that use financial calculations to project a budget, show all spreadsheets that calculate distance or documents that produce tabular reports made last year.
Statistics and syntax conformance on individual objects will also be captured: size, binary counts, entity counts (words, HTML tags, xml tags, is the document well formed, etc.), last sought within a noun domain (pointer usage), captured statistics of use and changes, data source application, data application chain, source location (local, soft, or remote), source country, user, date, time created, time accessed, historical use time characteristics. Assumptions on historical use of computer can lead to document distinction relating time and date to document type. Yet for the most solid classification weight overall, input or selection of the category by the user must be maintained during document creation. The INET Digital Data Object Classification System will be an integrated component in applications that create or modify.
Specialized content analysis within the image domain include visual color probabilities matching to content noun relationships, visual expression (photograph, hand formed painting, art formed, painting genre), visual shape recognition, visual object mask separation (focus object from background, objects, face, human attributes, animal characteristics ). Moving picture files will relate script, rating, actors, genre, related video. Some aspects of the catalog may depend on fingerprint signatures and external movie database look up. Some information may be required to be localized while other information will be found by soft pointers, the information will be discovered at the time of access.
Audio files have specific attributes that are associated with content and rendering. Lyrics and Actor’s voice, Music or Speech, number of instruments, instrument type, number of speech sources, speech source fictional or nonfictional, artists. Genre, etc. Technical aspects of the file contents such as playback DB, DB density, and spectral characteristics will allow further deduction (high voltage distortion, soft mellow, easy flowing, rock music tempo, rapp, techno, etc.).
Management of this data as an object allows new forms of international communication to exist. Movies, for example, have a script that is textually based. It is a format by which each person working within the captive exposure experience follows. New strides in audio technology found within the INET Web OS can automatically remix the voice over to produce results for any language. This will make content available quicker to a world wide audience. Controlling the rendering of the mouth can be integrated within a high quality blending function.
One of the most common tasks a typical computer user executes is finding a data object that was recently created. By tailoring INET User Sphere Explorer to present data objects by category, time attributes, and scheduled appointment times, items are within reach easier when they need to be. Operationally, this occurs naturally within the desktop interface. Integrated within the INET User Sphere Workspace, contextual panels are pronounced at the top. The default location of these panels can be set by user preference. These panels are named Table Tops.
A Table Top exists listing recently used, modified or created data objects within the view. The data objects are concise, pointing out the objects or applications that where accessed by hand. Depending upon the object type, activating it quickly shows a document preview within the workspace area. Mail, social media, web sites, books, files, reports, pictures or download completions are commonly connected. The document preview can become the full application facility if desired. This preview facility provides the quickest method to review a context of the user's last work.
A search panel also exists within the Table Top. The search facility is one such context panel. The search panel contains three normal search modes and one that is application specific. A single line, advanced category listing and advanced syntax provides extensive search capabilities that is linked to the application within focus. Single line view is the easiest, enter the keyword and press the find button. The advanced category panel gives an application within the workspace area context to list categories that refine search credentials. The advanced syntax panel offers interface options to build complex query strings. Depending upon the application context, these options will vary. That is, from SQL data view mode to file listing mode, many search modifiers are distinct.
Activation of the search panel is accomplished for each application using the same user interface operation. The search results that are the product of the query is displayed in the associated application window. When the user changes the application focus window, the search panel retains previous settings and defaults for ease of use. All of these panels (Sphere Explorer, Search, System, etc.) can be snapped into the desktop interface, hidden/activated, or transparent on top. The INET System provides integration points within the application architecture to fully utilize the interface capabilities of these panels. As well, the capabilities of the indexing system, search panel, and other system related tools are exposed within the OOP application architecture for easy integrated application building. The Table Top idiom provides an effective deployment methodology within graphical user interface design. Users easily retain the experience and use of these panels within the context of the application.
Another intrinsic feature of the table top area is a row of application buttons. The INET Web OS associates folders and files with the application no matter where the file or folder resides. When a user is browsing information within a viewer application, these buttons change context to note the association of the detail data object. This is an expected application setup for systems that are document based.
Modern methods of information propagation are centric upon the data objects themselves rather than the contents. To place an emphasis upon content is the key goal of the INET Table Top browsing interface. The user will at an instance peruse contents in a read only fashion. Functions upon the table top derive their usage from a rule based relational data structure while relying upon discovery for application object specific methods. Opening a data object for view or editing will unfold new tabs and place new items within counter top space. It is important to keep the area simple and useful. The usefulness of application functions may also be necessary to relate directly to the user by application. The Table Top browsing interface offers three modes of the application work buttons using a simple tristate control to suite.
An interesting facet of user interface operation that the INET User Sphere workspace orchestrates more promptly, actively, and functionally than modern desktop operating systems do is the incorporation keyboard control. Extended keys such as Menu, Ctrl and Alt functions provide quick access to many application features within the Table Top area. Dutifully, keyboard operations command the interface strictly for on hands approach. Graphical user interfaces of modern often rely too heavily upon the pointing device, which slows application usage.
Data objects within the INET User Sphere Explorer include objects local or remote and whose type includes database, multimedia and the many forms of textual materials. One of the major forces behind the useful User Sphere Explorer is that the integration of preview materials is the result of offline application specific renders. This information will be gathered by a system service that maintains the indexing and catalog database. These catalog and index functions are exposed by the INET OOP application design. To provide exceeding preview performance using direct video memory access is the goal. Users want to browse and search for information quickly.
User Sphere Explorer offers a pagination view where large amounts of data is summarized without activation of the application. Within the pagination document view, the specific page can be accessed randomly during the activation of the document application. Several pagination functions are provided that allow the user to configure the view for optimum work: side by side, magnification, split views etc. The preview information is a consolidated package (draw list) suited for transmission over many communication mediums. The package does contain useful information that can be utilized by the application if it is activated. That is, it comes alive, switching from preview to execution mode.
Using the data object catalog, views are built that classify information using nouns and adjectives. The display hierarchy will expand and contact based upon number of objects and browsing context. The purpose is to allow easy navigation within an information or media specific portal. For example, a user that is looking at movies stored within their information access domain will be pleased when the information is categorized by genre. In turn, this gives the user a chance in maintaining a large number of objects for browsing.
To provide this facility, the catalog system uses media specific classifications to build the view order. So the data object catalog system will maintain a tree structure that resembles directory states yet when the classification system is the serving object container, more concise attributes of the data objects are shown to the user. This simplifies reading, browsing and eye scans. Content monitoring is in place as a function of security. A user might not want those password files showing up in a meeting.
The classification object hierarchy will be built using grammar rules that apply to the data specific needs. These rules may change the appearance and order based upon the category within its group. The appearance can be affected by these sibling relationships. Offering a very natural and usable order to browsing order. For example, one hundred videos exist within the user sphere. Twenty are comedy under the PG 13 rating. Thirty videos are drama while thirty are action. Of the are thirty action videos, fifteen are rated R, ten are PG 13, three are PG and two are G rated. A typical straight forward approach that modern browsing interfaces apply is a directory listing of all the files. The user can apply sorting based upon extended attributed listing within the columns. However, this is not the best choice.
Best usability practices are applied by refining the browsing view according to media type. In the example, film genre will be the primary sort order. To reduce the amount of columns listed and refine the browsing interface is the goal. So, the INET User Sphere Explorer, reduces the column spread by building a tree classification denoting genre. Other attributes gathered by the classification system are shown and applied to the sort order within the view according to importance. Rating, running length, ownership license, and audio attributes are some of the media specific classifications. When the user wishes to change the context of the classification tree, a new search method can be invoked using the search panel. The search remains within context allowing the user to refine within previous results or request a new result list. For example, a user wishes to find all the movies that are in storage that include Steven Seagal and Sean Connery as actors.
A classification system as applies to users that have large terabyte drives strictly for media. The media system also allows tracking of removable media which is the typical case of modern day users. Entry of removable media is streamlined by using the ordinary scanner and UPC code. The UPC code (or INET Tag) is automatically cross indexed with the appropriate media catalog information system on-line. Sites that maintain vast databases of information such as IMDB are selectable within the entry process.
Music is the applicable target for most user's home drive. Alternatively, the user can package their entire DVD and blue Ray disk collection and ship it to one of many third party services. These services provide real time on-line streaming using INET's Media Server technology to any device. A user establishes a private account and can then view any of their materials as a drive resource. Within the INET User Sphere Explorer, these services are integrated as part of the file system, search catalog and indexing system. Rebroadcast restrictions may apply when users do not have a direct relationship with the license holder of the media content after content has been spliced. Users may be permitted to loan materials according to the Digital Media Rights Management policies set within the INET Web OS license manager.
The data object catalog will also modify the tree based upon frequency distribution within the superset compared to the subset. Order of the tree may change as well. Groups with more files should be displayed first if the view is thumbnail for example. Other times the listing may be strict alphabetical when that is the best fit. Hidden from observation are the file security attributes which typical of browser behavior when using a file system. That is, system and hidden files are not shown.
Statistics may also change the behavior, appearance and order of the display. Frequency of use, time of view, segments played within the file, frequency of views within a given time are statistical values captured that are important.
Content continuation is an important factor to sort order as most videos on the web are segmented to multiple file objects, that is the name is alphanumeric; the sequence numeric trails. In this case special sorting methods are required. To further the effort of grouping files, continuation can be detected by image recognition or using a field similarity check on the beginning and ending frames. The algorithm will include a small splice time variance as a tolerance.
Data objects when identified as a media type have several characteristics that users recognize first: title, rating, genre, related fictional characters, actors, script text content, etc. In these cases, movies can be group together to form a relationship between one item and the next. Undoubtedly music has interesting characteristics and fine grain variations that can be used for identity; title, album, content, rhythm, genre, source, artist, instruments, musicians, singer, writer, production studio, lyrics, etc. The classification system handles all of these cases using database cross references.
The ability to group data objects together within a list file format is important for media management. The user must be able to quickly create a M3U file with a button bounce upon the counter top. Packaging several files or data objects together for transfer to another machine, user or state (archive) is a common procedure. Processing several video files into one, a click burn operation, or click zap to mp3 player are functions users should not be hampered from doing.
Leasing and rental terms for content is integrated seamlessly allowing artists to gain a foothold within the market due to relationships. User clicks on SciFi Group and sees ’It Came from Outer Space’. That is, related movies from that time period could show because the film is known to be old. An detail option providing continuation provides this for the user to see other related content on-line within the browsing window without losing interface coherence. Other contextual information categorizations also apply. For example, the user clicks on SciFi Group and sees they currently own a copy of ’Alien’. Within a nearby area within the window, titles Alien 2 and Alien 3 are not far beyond view.
Other batch oriented operations may affect a file when it is rendered real time or in some cases permanent. The ability to apply a filter or DSP algorithm to a group of audio files, video files or both is useful for many users. Users could let the band equalizer adjust music based upon speaker manufacture or perform a normalization with a soft limit on DB to provide appropriate volume levels throughout their jukebox when playing. The system supports filters in a render chain, rule based auto-sensing and permanent changes to files.
Common dialogs will make use of the system but allow application specific category locking. The architecture of building applications may involve propagation of tagging and catalog information. Providing common dialogs that integrate with cataloging is included. The user has the ability to override and set the tags (ID3 Tag) of a file within the classification object system; that is the group. The User Sphere Explorer will support modifications of classification both internal and external to the file. Advanced information attained through recognition and cross referencing is editable as well. Users will be happier to know their files are found easily.
The INET User Sphere Explorer is an extensible application providing an OOP Link between Data Objects and Applications. Typical uses will fin a many to one relationship, that is more objects are to be found than a single object emitter. The ability for User Sphere Explorer to host applications as a blanket viewer is integrated within language source and INET Application Architecture. Programs that utilize the interface unity of INET User Sphere Explorer to accept data objects, provide cache operations, manage repository and provide multi-user object locking include the necessary OOP protocols within their design. Using databases, database tables and application specific file formats within the browser automatically manage the appropriate objects and resources.
The INET OPP User Sphere Application Architecture API layer provides the necessary tools for a hosting application within the User Sphere Explorer. If an application that makes use of Sphere Explorer as an interface component is started, interleaving the loading function with catalog gathered renders will allow quick presentation of the GUI screen. That is, building previews and catalog information is handled automatically by the application architecture. For example, start the Media Player and user explorer is already in frame. Operating rules of the data object may add the burn button to the Counter Top when a file is associated with the media application.
The rendering portion of User Sphere Explorer is very flexible especially the portion that renders to the data object pane. Appearance, colors, odd even rows, background, columns, column widths, fonts, multi-font, subtitle rows (genre heading), fly out over information panel colors and fonts are well established. Object name-spaces are well formed for current set and future expansion giving developers a solid base for development. The memory and CPU weight of User Sphere Explorer is dependent upon loaded and associated features making it an obvious choice for many developers. Finally, there is the ultimate listing control.
INET User Sphere Explorer is a data object manager that provides all related applications including the INET OPP User Sphere Application Architecture API a portal container. Users will have a welcome mat they know to make sure the object is the object they want. The plethora of features found within base INET Web OS User Sphere Explorer applications will be readily available making the user interface comfortable. In short, the data object catalog will bring new smiles to users who just want to use a computer without having to remember where all the objects went to.
The flexibility of digital information is infinite because it comes from a natural creator. For example, materials attained from network transmission sources can contain many forms of super types. Dates, times, financial amounts, pictures, good quotes, memorabilia, songs, movies, schedule appointments, confirmation numbers for on-line orders, job listings, rental listing, classified items for sale, formulas, algorithms, academic reference texts for use with MLA citation, graphs, and hyperlinks are some conceptual containers that users identify with, but there are more dependant upon the user. To provide a way of using the human mind as a decision maker in the catalog of soft, dynamic and hard linked information, the INET Web OS will provide an extensible framework for parsing selected data and shipping it to a related application for memory storage.
The framework conceptually contains four operational characteristics: an INET feeder application, parsed recognition grammar traits, recognized grammar match relating application automation, and historical source tracking. Examples of INET Feeder applications are an Address Book, Phone Book, Dictionary, Thesaurus, Machine Translation, Photographs, Appointment Scheduler, Spread Sheet, Calculator or Relational Database. INET Feeder Applications derive their data transfer linking protocol from well defined OOP APIs. INET feeder application protocol will be an object interface supported by major platform components and applications. The system will give significant might, usability and data gathering capabilities to the web and digital information consumer.
Imagine going to a web page that contains a table of information. Varying upon the information within the columns, a list of good memory storage matches (INET feeder application) are made. The array feeder invocation interface is executed (e.g right click context menu) to summarize options available. Clicking database will provide entry into a new table or existing tables as historical and real-time fan out occurs. Identifying the underlying data format and column names will create better databases and providing better catalog performance. The page will be linked and have the availability for a routine synchronization with event processing.
Supporting parsed recognition grammar traits will allow third parties to develop their own software easier. Recognized grammar matches that relate application storage protocol will provide contextually smart operations that fill data objects of applications. The information storage can take place behind the scenes or prompted validation for submission. Example, on a web page a business is listed along with its phone number, email and website. The user draws an encompassing rectangle around the information and presses CTRL while right clicking the mouse. The information logically could be placed in a number of places within the users information sphere. The system should list best candidates in a pull down menu or other UI implementation. Add to Phone-book, Search on Map, Write a Letter, Send a Business Email, Related Articles, and Contact by Phone should be in the list. However if the user had only highlighted the phone number, Dial Phone Number and Add to Phone-book, or Fax Paper should be in the list. The grammar parsing is smart enough to inspect the surrounding areas to locate associated content specific to the storage application. So if the user only highlights the phone number but chooses Add to Phone-book, the possible business name and address will be populated in the appropriate fields. The Relational Database Feeder application will be the most dynamic. By allowing the user to create at will form, structure and utilize grammar rules for relational database storage will give dynamic tailored storage memory to the user. Creating reports, searching, and linking will give a tailored flow that benefits usability.
Historical source tracking is important for users who wish to backtrack where something came from. Optionally on selected cases information can be stored locally or logical remote (cache local). When items are stored in a remote location, the opportunity for dynamic reevaluation of the contents can be automatic. However, this kind of automatic feature might be cumbersome for the user since the data and relationships to the sibling products can vary greatly. When items change, the user may need to make house keeping modifications to maintain validity and coherency of document flow. So the automation of data object revaluation will need excellent planning within the structure of the graphical user interface and provide safe usability measures.
The use of the keyboard combined with mouse operations, mouse over and mouse click, should be configurable with ease and tie alphabetically with useful functions. Remember the nice old DOS days when terminate and stay resident programs became available; Borland Sidekick. These programs remained in memory after loading. By hooking within the chain of the keyboard interrupt, keystrokes could be scanned for matches. The useful dictionary became quick to use as the program just popped up. Technology and operating system design has changed in so many ways since then.
As an information consumer of textual information, the formal dictionary is a necessity. However, its integration within modern desktop operating systems is poor. The best way to create a more steady flow of reading and comprehension is by using INET Hot Mouse Keys in conjunction with INET Feeder Applications. INET Hot Mouse Keys are configurable within the bounds of the INET User Sphere Workspace. The most useful would be the Windows Menu Key, the shift key, and D and a mouse over operation. Upon mouse over of a word, with a half second delay after mouse steady, would show an alpha composite layer that has definition and pronunciation. Future AI practices may extend the first definition in the list to be contextually related: noun, adjective, first definition or second definition. While the keys are held tight, the window may be scrollable and provide navigation. Clicking on the title will may it sticky, that is not disappear after the release of the INET Hot Mouse Key.
Another useful INET Hot Mouse Key user interface operation is the INET Wiggle Selection; a soft selection for INET Hot Mouse Keys that includes long segments. In this soft selection operation, the user wiggles the mouse over several words and then leaves the mouse cursor at rest upon the soft selection indicator. The function is activated.
The system is intended to be installed as part of the INET Web OS experience. Therefore the relationships grammar and feeder applications will be set as a default feature of the operating system. The system will be active for any application within the scope of the User Sphere Workspace since it is commanded active by the user using the CTRL and Right Click interface combination. The cataloging system will provide OOP structure for third party advancement based upon the directional purpose; no sense in allowing confusion to enter usability. When the contextual grammar parser is filled properly with super data type recognition, new forms of productivity can be had and understood by the user.
The control of the basic API syntax and the effects of them upon applications that come with the INET OS for reference of original implementation will be available as an INET SoftSpot Object. INET SoftSpot Objects allow replacement, multi-version management and rollback of individual applications and pieces of application workspaces at user will.
Imagine a physical implementation analogy such as a grocery store. They sell Strawberry Twinkies, Raspberry Twinkies, and extra Vanilla Twinkies. The store should not block the inventor and provider of the Raspberry Twinkie. Therefore tools such as the User Sphere Explorer, what was used to create them is implemented as a INET SoftSpot component, INET Application, a UniGlue Object or OPP API.
INET Software Spots will provide real-time usage of components and trials. But for the entire market to function freely, compliance in digital data format and object description format must be maintained as a licensing and testing agreement. So if a user wants to try a new video editor that has snazzy ray traced effects it will not cause errors in future operation. If the user wants to use the product of the video editor, but not keep the editor as the default one, a rollback operation can be executed with two taps; double tap roll. INET Software INET SoftSpots have an implemented (OOP) translation interface with the INET Format Translator. Hosting applications that wishes to query multiple INET SoftSpot versions will ask for their list of native format. Text, Image, Video, Numeric are large domains and most applications can host a variant. INET SoftSpot objects will also support Automation.
The software cataloging system for the INET Web OS is a comprehensive digital data manager for the INET software industry and fantasy entertainment industry. Digital data includes meta formats like video, reference film, book, reference book, three dimensional models, textures, cgi animations and music. Software for the INET device includes INET Applications, INET Device Drivers, INET Web OS User Sphere work-spaces and INET SoftSpot components. The user from the INET User Sphere workspace will have the ability to manage software installed within the Web OS and from within applications. Some software may be resident upon the device itself while other facets of software distribution may be persisted at an array of remote servers. The Digital Data Store Business System will be an integral part of safe software and industry digital data management for users worldwide by incorporating a reference source metric that notes original binary properties. An entity's preference will be to balance to reference editions.
A secure authenticated connection between the INET embedded device and the off-site large computer manager (home base) will exist by network computing designs. A software publishing house authority that manages digital data transfer will close many issues related to software corruption for the application resale and distribution market. System administrators can lock a Smart Terminal to only allow installation of software from a list of specific Digital Data Stores. These Digital Data Stores, much like your favorite restaurant you eat at in your own home town, will be a physically secure environment. One will exist for your consumption from people that you know and trust.
The system will manage protected identification of the software imprint according to the source. When a system administrator performs routine diagnostics for maintenance, software will be check summed using these values. The software version and binary signature must match the license policy attained. Disconnecting functions during this phase is handled by the rules defined for the user's software relationship. A software disconnection phase might provide a formatted wizard to pay by the minute or translate user output into an owned application's format.
The new BIOS created for INET smart terminals will allow an administrator to introduce steps during terminal boot that verify the base INET Smart Terminal's resident operating system. As well, integrating itself into the application start pipeline to before execution, will allow real-time network checks of software authenticity.
By providing a focused digital data connection and appropriate GUI integration points within the INET User Sphere workspace framework, users will achieve higher success and satisfaction from their endeavors in computing. The ability and potential for software vendors to compete fiercely within the realm of fair intellectual competition will be promoted by this model. Commercialization, and advertising of software within the space should be developed using a fair yet profit oriented design. Using INET Point to Point Security Identity Transaction as a means of authentication to a digital data warehouse will give high security to the process of software management. Something today is just a file download and click to install.
Anti-piracy law as a function of software management is an important yet often poorly integrated within the realm of the user relationship. Most developers and vendors have to supply their very own methods without support from the operating system. Because Anti-piracy support is not built into modern operating systems, low level developers can overcome software locks by disassembling the application using its binary machine code and then modifying the protection code with NOP operations or provide hacked keys. If the application is advanced enough to perform self checks, again this can be overcome by NOP.
Other aspects of anti-piracy establish a poor user relationship. Users must keep records of license numbers. If a system failure occur or their machine is stolen, investments in machine setup time and software are lost. When a machine pleases users, typically a large amount of programs are installed. The user must remember where applications were distributed from. And what was that license key? License numbers were built for users to solve a copy protection issue; or at least being able to track duplicate entities within a domain. CD and DVD copy protection have their own work, some very sophisticated in operation but ultimately lacking completeness in solution due to physicality of the medium; it is a DVD; it can be copied; it can be installed on another machine.
The INET SDDS Business system will employ an anti-piracy software management feature that is the best known method to known date by utilizing a centralized repository. Digital data objects are controlled as they are transferred from the vendor to the client. The system imposes licensing by delivering the precise version. As well, restricting logic based upon the source country's and target country's import export law. Registered software users are tracked. By possessing such tight control on installed software, the system will ultimately reduce, by a large number, illegal copies of digital data while insuring digital and application integrity of the system for a life time.
The software market and its policies of dealing anti-piracy were cultivated on an as needed basis. Of innocent being, each engineer under takes a task to complete to perfection, useful and within agreement. This cannot always be accomplished, yet the traits of a working relationship are there. These individuals do not think about theft in terms of physical property. They immerse themselves in the logic of digital data. It is obvious that copying a creation is easy. Software locks were developed as an after thought to correct the problem. The entire model of handling both physical world items and digital data items within standard culture is misguided. The intent of the industry is filling a technology need or fulfilling a fantasy. The end result is that the software engineer, author or publisher wants to receive financial gain for their creations. Game programs do take an enormous amount of time to complete. The same is true of a film, song or art work. The INET Software and Digital Data Store Business System will support software promotion in a natural ways.
Software promotion accomplished by allowing a user to suggest a piece of software to an individual is a great concept that the system includes as part of its anti-piracy policy. Users will be able to give free software rental time of a specific application as an introductory gift, the price wizard. Optionally without expenditure, the software can be positioned in front of a user for a trial use. It must be done so without extraneous information such as computer generated packages often note. The software management system will do this proficiently within the application frame for consumer software titles. Items such as specialized editing packages will now get the notice they deserve.
Communities of game fans are sometimes tied together by innate culture similarities; kids play together, the office has a team of role players, or you like life like simulations. The system will allow the definition of a group of recipients that are either public or private. Groups and users are defined through the standard operating system interfaces thus also connecting the information source to business and personal contact databases. The group will be defined to be recipients of software titles. The originator may only let select individuals within the list. Including the item as a packaged format title, considered web published, should be comparative to the operations of an email. Some personal communication within the portal box will result. Games and interactive seem to be the leading explorer of the realm.
This underlying software advertising and in-line redirection feature will be supported by an API set to allow developers logical inclusion of the technology within their applications. The system will structure the software catalog and associated promotional operations to offer ease with linking and promoting software. If user policies permit, the system will enable tracking of potential customer bases to directly market specific types of applications and well as complimentary products. This will enable the quality, conformance and excellent attributes of software to be a humanized function of communication.
Imagine the ease of use and knowledge propagation found within educational titles; a list suggested by mother goose herself. A school may include several specific titles that follow close to teaching guidelines within a group and send this to her student's laptop. This group and its information can be directly attainable by the hands that will use it. Providing for flexible payment plans out of stream from the student teacher relationship is necessary. The teacher can give the student a location URL that suggests such software. Hopefully this will make it home to the parents where they will use their fitting adult computing devices at some time in future to select a payment plan. The children will have their very own computing terminal, rugged, durable and water proof geared strictly for educational content. Potentially several versions of INET Smart Terminals can exist, even ones that glow and have space cadet plastic with graphics for boys and pink lace for girls. However, there is an argument for school books being released by the public school system. It makes logical sense to have school assign computing tablets.
The INET SDDS business system provides finance plans fitting software industry needs. By doing so, the software industry can become more successful in propelling favorite software practices and development. First by reducing the broad focused, negative social impact of illegal software use. And second, by providing a finance schedule payment plan. The goal is to solicit potentially nourishing users by embarking upon a sensible relationship.
By providing a rental, quick software loan, GPL License, Tracked Free Software, Trial Plan Agreements and Software with Royalty Licenses within flexible payment scheduling, more investments will occur. The system can measure actual software use more profoundly. GPL software and Tracked Free Software is under the terms are free. However, Tracked Free Software records the user and terminal for potential marketing advantages. Specifically for development, a specialized payment plan will exist that distributes income at the point of sale during the transaction of a super-application. A super-application is an application that is constructed of multiple third party technologies. Based upon a defined software license, the super-application may use many components for development ahead of time for free or a nominal fee. The INET SDDS business system issues royalty payments as necessary, splitting the net sale as imposed by the software license contract. This will benefit competition due to the subtraction of the initial investment costs for quality third party objects. Software quality and versatility within the market will increase due to the new freedom found by small yet creative software development teams.
Software trial plans are defined within a database containing rules that exhibit savory variations in methods used in logical display and functionality. Implemented as a light syntax embedded within the source model, development costs associated with full bodied applications will be managed more effectively and securely. The system provides precise granular control to enable, hide or disable functions of applications. Server based authentication will manage the software license and software trial license within the context of these rules. Several versions of these rules can exist that combine name-spaces of trial or version specific controlled features. These name-spaces are analyzed within the context of INET Object Technology to provide a precise copy of the application. That is the user never gets the entire code cut block until a proper software license is achieved. As well, some attributes of information technology law as instructed logic will result with these databases to facilitate import and export laws to and from countries.
When software trials end or the time block is expiring, the ramp down software process should offer count downs, persuasive content and provide a descent stage. Providing a social exercise such as this is common in a retail environment. The practice will form more meaning within the context of software promotion. If data was created by the software use that the user desires and values, translation of this data might be pleasing. The data translation of trial application output should not be blocked but promoted. Cleaning and removal is also an afterword process that can be instructed by the trial and feature database of rules. At some times, complete software removal will be the target. Providing a soft link to this software using INET Web OS archival memory will also be a beneficial feature.
The ability for Virus, Spamware and Spyware malware to arrive within an operating system is typically gained via the Trojan horse method. Users download something and expect it to contain only the information described in the product description. Methods of detection are evident in modern form diagnostic programs. By ensuring integrity of applications using these scanning methods, verification of digital data version with software vendors and provide manual testing assessment statuses by an authorized software warehouse manager, the ability for intrusion will be drastically lessened. Just like a California bicycle rider, you must have a license to publish executable content.
The ability to register developers and vendors will be management function of the system. It is expected that one be able to track and possibly keep changes to the program up to date. Software payment to the developer will be achieved through the system. The registered developer information is intended to provide a software contract relationship between the user and the vendor (developer). It provides a professional interface to query user needs, their support help and provide an interface to correct logic errors. Official investigative methods will be built into the system. If an application or developer is reported to misuse technology as in terms of information law and known to cause malicious damage, the signature will be installed into the block list. Within these facilities, reporting and digital data management will be a functional role.
Most users realize the capabilities of computing rely on software. The ability to find and research products is essential for learning. The INET Software Catalog system will provide a hierarchical relationship model that defines application implementation boundaries. As well, Digital Data Objects (music, videos, textures. audio, sound, animations, and 3d Models). INET Software will be labeled. as a server store component, the information portal will render software use, the manufacture, company historical data, previous user relationship data (anonymous), user reviews, and related products will be in warehouse queue. The system will allow branding, visual flow control and business object integration so that third party vendors can integrate application resale as a business cycle.
As a protection from malicious code, the computer terminal and INET Web OS operating system will use a single point to retrieve an INET software distributor list. The Software Distributor List will be a super list formed from the INET industry list. It will include all servers that are hosting the INET Software Store Business System. Country, line distance, application usage, specialty, license cost, and original language will most likely be the main separators between each store business system. These Software Distributor List subscribers, will be authenticated using several protection methods.
One method is software application and component authenticity. The item and quantity of it will be maintained in parallel state with the appropriate business references. Financial distribution costs will be held in confidence as a digital data contractual agreement. Financial gains will be quantified and distributed at the time of sale. A minimum of one software purchase must take place to start the distribution method. In other words, the re-marketeer will establish the promised license rental and capacity will be set and understood by both parties (Software Distributor and Retailer).
Ensuring financial transactions work properly is essential. Software rentals can function freely within the retailer market due to location and hardware asset distribution. Establishing a private whole-seller software rental time unit price will allow retailers room for adjustable markup. Backing this information up through network activity monitoring is characteristic of the risk. If the fund splitting process is blocked by hacking into the system, the disarrangement will be identified. By measuring the data throughput characteristics in proportions to financial transactions to provide investigation data, INET INET Software and Digital Data Store Business System will ensure the company's companionship as a wholesale software buyer.
A trusted statistical system externally monitoring network traffic will quantify and sample streams. Sensing the differences between software demonstrations solicited by an anonymous potential buyer from an official distribution method is one of the system's tasks. The retailer distribution markups, that is, why they are in business, will be secure as seen in physical implementations of modern day.
The capability of a retailer using their knowledgeable software and implementation expertise is promoted within the INET Seller Program. Their education can be used beyond that of just serving the creation of another individual. They can re-market items or collections of software selected bounded together within an INET Web Sphere desktop for example. Therefore their knowledge of software study can be implemented in many facets of customer relationship. Allowing specialization and on-site support solidifies these necessary ingredients. The business owner will use the tools and their knowledge along with other hardware products. Hand in hand some markets go. INET Web Sphere desktops include automation scripting support for specializing even further to reach full potentials.
A company product registered as a SoftSpot component or INET Application will have the ability to be installed real time within the system. Allow use of the while installing and no reboot in the end. Any data translation that needs to occur to allow new software to operate will be processed. Applications can be trial based by number of uses, full function free, rental by hour/day, purchase time block (gaming or specialized software), purchase as you use (functional), Pre-use Layaway (lifetime guarantee; license) and full digital box set (lifetime guarantee; license).
Health check statuses for the software will be easily readable by the user. Users will be able to tell how many people (percentage wise) already use the application. The system will provide an effective way to determine if bugs exist within the application and if they are very serious issues or just minor stuff; screen pixel glitch. The INET embedded device will contain low level code that tracks software to determine if Anti-piracy laws have been broken. The software will be disabled from execution and revert to the disconnected phase. That being said, in most cases comparable fully functional applications will be available and suggested incorporating the free software foundation.
The catalog system will add professional re-market value to applications for local area advertisers. Knock off duplicates will not be allowed. The system will provide integrity checks of all registered warehouses within a digital neighborhood. That is to determine if they are a legitimate holder of download-able materials; information arrived at by cross electronic reference. The INET Web OS and embedded device will contain logic to disable pirated software.
The catalog system provides a self functioning forum desktop that thrusts business relations. A method of mapping new titles gained in inventory and then suggesting them to a select list of clients is captured within the facility. A list can be viewed that displays available software that is absent of currently owned software. Collaboration functions will unfold to multiple function purpose. Establishing a software publisher investigative connection will be exciting.
The catalog system will promote the capture and distribution of funds by sorting the availability (including bandwidth) of software by geographic location. This will provide a good income distribution method for branded digital data stores. Some consumers will enjoy shopping at the local audio and video store on-line. A natural practice in metropolitan shopping. Other circumstances tie software necessity and use to a specific region. Example, a system that runs Taxi Cab companies using broad band wireless technology would be a competitive product in urban areas where taxis are plentiful.
The system will also protect the software licenses the user has accumulated over the life time history of a user persistence. So if at any time a user wishes to change service providers, their bought applications can follow. The system will also provide tracking of off server large byte files; movies and groups of audio. Instructions for scanning content will be given by the INET Web OS to the client device to execute. Allowing a movie studio to possess and track licenses of digital movie owners will provide integrity to digital video over the web. The system of software and digital data object management will be designed as an integral, useful and easy part of the user experience and developer application life cycle. The INET SDDS business system provides the basic retail store portal for digital data. As a unified process, users will incur less trouble and be more affirmed in their software desires. In confidence users will cheerfully escape common computing insecurities.
The INET OS web operating system will provide scheduling, automation of events, automation of scripts and automation of applications. Applications can receive automation data sets from a database table, XML document, or parsed parameter Internet transfer to populate the fields accessed by an automation script. Windowless entry or silent mode can be optionally selected during playback of any automation script. Logic that provides data type and syntax checking on entry components as object events can optionally be active. An XML DTD document may also be appropriate. The output from errors and success will go into a queue associated historically and hierarchically with the passed dataset, script and event.
The collection of the Automation events, managed within the OOP API architecture, will include dynamic web actions, local system events or remote system events. The target for the subsystem is corporate architectures where batch processing is performed on a regular basis. Applications that are used in other parts of the corporate data domain yet are not used in everyday forefront processing can still have up to date use with this system by linking the modernized everyday use system to the less important one. Cloned data pointers may be useful here; a database construct. An event is defined as a operating system event. This includes setting file system events, or events based upon hardware interruption. Other events can be spawned by service applications as well. For example, a motion detection algorithm that cycles while the user is not operating the computer can be set using the camera application. When the algorithm gets a positive result, an event can be fired that actives an automation script. Events are the most versatile form of automation allowing coverage and connection of many applications.
Scheduled events can be time based while others will be based upon successful competition of previous processing. The API will support queue dependency processing, success or failure of an event will trigger rollbacks or the commit action of the transaction (job). Mainframe computing professionals commonly refer to these functions as batch or job processing.
Interfaces to the scheduling API will be computer language based and GUI interface based. The GUI interface based application may not be able to support all the logical combination features common to resulting products of object and structured programming languages. An accompany application that presents a calendar user interface will provide access to the core scheduling and automation API. Security must be at the forefront.
The INET Macro Recorder will produce sessions of the user's actions so they and third party add ons can enhance the INET User Sphere productivity for their own objectives. Suggesting an output to automation scripts with a large frequency of programming language support. The system is intelligent enough to track modifications within the environment and allow in flow modifications and by user debugging. Applications that subsequently run underneath or invisible of the macro, will post into a queue status. Macro Recorder applications will also support GUI interfaces. This is a large component of the underlying architecture of INET User Sphere workspace.
Some industries and home users will plan on having their own INET Web Server OS with a group of INET Smart Terminals. Hotels, for example, often have computing resources available for their guests. However, asset catalog, software/access control and branding are typically left up to the local manager. This is not a good deployment as the skills required for system administration of this nature are specialized on modern platforms.
Many features of the INET Web OS apply within this distribution example. But most of all, the cost of each terminal is the important factor. Several versions of the INET Smart Terminal will exist for businesses and customers to choose from. For the operation of the INET Web OS Client Terminal, internal web OS logic will depend on the amount of local cache the terminal has. In some scenarios no cache will exist identifying it as an INET Smart Click Terminal that has an embedded operating system.
The INET Smart Click Terminal is the most cost effective solution, and a typical implementation for hotel guests. A typical hotel guest business center may have four terminals. These four terminals can be operated directly using the INET Server. In other cases like WAN distributed INET Smart Terminals, an on board cache may be present. Large computing facilities like city libraries may use this configuration as computing resources are more distributed. In this case, the main server does not provide each terminal with a continual operating interface.
Most aspects of the user interface are configurable, allowing a novice user to quickly build a suitable kiosk interface. Along with a designed user interface, other aspects of computer usage affect policies. Time accounting is a major policy that libraries use. Each library in the United States has several variations of usage policy. The configuration of usage policy for INET Smart Terminals or INET Laptops must be very flexible. Each location has different rules for use, membership, time (duration) and allowable content.
The INET Web OS system will provide scheduling for use. Potential users are either an unregistered guest or have a computer rental card. Using a terminal that is labeled for computer sign in access, users request a slot of time. During their scheduling process, users can choose from groups of terminals. The group a terminal belongs to is defined by the library hosting center and can take on many distinct meanings. Some of a library's terminals are labeled according to their floor, or the software they have installed. Other terminals are grouped according to their intended age group; tiny chairs.
In the computer rental policy, users wait until their slot of time occurs. If a previous user that has the terminal leaves early, the next in line for it may be able to slide in sooner and get a few more minutes of time. In library politics, the registered name within the schedule is displayed on a rolling marque, monitor or LED sign. Alerts activate or show upon the display when a terminal becomes available or a user on the schedule is up for bat. Users have typically five to ten minutes to sign onto the terminal before the it is released to the next in line. Operators can override this security making sure each customer is happy. User can cancel or reschedule their appointments as they deem necessary. Sometimes, users can schedule appoints days in advance.
Other system administration functions deal directly with the terminals themselves. An administrator must have the knowledge of what is in inventory. The terminal administration faculty includes the query of all hardware component manufacturers, model code, product id, revision date, serial number, absolute capacity, logical capacity, quota management, and CRC version of FLASH embedded machine code. In the past, developers created a series of complex diagnostics and identification routines that identify some aspects of hardware that modern personal computers possess. For example, calculating CPU speed is calculated by the implementation of a looped set instructions with high resolution timers.
Descriptive information that is textual data can also be acquired. Latest revisions of microprocessors have a specialized mnemonic appropriately named CPUID which loads the vendor string into string pointers. INET Hardware components and INET Smart Terminals have this capacity explicitly within its low-level instruction set. Compatibility features with legacy hardware will still require the programming finesse to query this detailed information. This information is used by the terminal administration identity cycle to communicate and decide precise driver and software images.
The system state and administration portion is considered mission critical and an image recovery manager is maintained with necessary security privileges. Communication failures are accounted for within the subsystem. A large dependency problem is solved using new INET hardware that is integrated seamlessly with software user interfaces to perform system or application specific roll backs of current RAM image, local storage and server storage with precision. The manager allows selection of system wide states, per application in storage, and per application image in RAM.
Per application image in RAM recovery is a new feature that allows data recovery of dialog fields, picture, audio and internal program data. The INET Web OS software management subsystem will be accessible within this user interface. In administration mode, the system supports driver image, FLASH BIOS, application ring executable, VLISM machine code, and data file incremental updates. Providing a base, automated structure for segmented replace and expansion of binary data within all rings of the INET terminal and legacy hardware platform will solve management features necessary for friendly developer and user communication. Using a segmented replace allows for greater performance during an update operation.
Security of human interface devices must be handled correctly for the user so they are used in a desirable way. The INET Web OS Client must not allow images from the camera and sound sampled from the audio card to be transferred over the Internet when it is not requested. These become a privacy issue as shown in California where students were spied upon in their own home by a hacker that activated a camera. The operating system must allow only the correct program to gather readings from the keyboard. Private and financial data should be held in secret and only allow the correct programs to be linked.
The INET Smart Terminal BIOS will have the ability to log unsatisfactory information about the user's functional experience into a database. This database will be accessible to the system administration series of query applications, artificial intelligence rule based solvers, and resolution tracking services. The rule based tracking engine, accessing from the server, will have direct access from the BIOS and communication layer to protected memory ring access functionality, private device input, CPU and video overlay priorities. When a problem occurs, the INET System Administration Web OS Series can help resolve the issue.
By incorporation of this feature as a low level terminal service, the system will have a vulnerability to prying eyes when the system is placed into administration mode. Because the process facilitates uninterpretable services, it can be considered a large access point and a technical risk. However, this functionality is needed to interrupt misguided services like viruses, malware, and spam that may be introduced after deployment. It is also needed to ensure basic operations are functional; a low level diagnostic. It will be the ultimate duty of hardware and software engineers to safe guard this name-space of the VLISM instruction set. This will be accomplished using buttons upon their terminal that are not used all the time. Users will get the operation technique by the location of the button.
This system administration subsystem of INET Smart Terminals, will operate in four modes: Global Application Layer, Select Application Layer, Investigation and Officially Certified Investigation. The Global Application Layer mode will allow users to report issues with any faulty applications. This service and resulting information will be treated as a system wide monitor that allows developers an insight into the terminal's and web operating system's application layer. Only communication with the web hosting provider will be available.
Select Application Layer will allow users to report application issues to the original software designer. Only the code and data associated with the application(s) listed will be accessible. In this mode, only the certified software designer can inspect, update or modify the application session. The first issue to solving an application specific issue will require it to be duplicated. The system will provide the necessary monitoring information to the code debugger to speed this process. This will be the most common access layer.
Investigation mode will allow only communication from the registered web hosting provider. The mode allows low level diagnostics to be performed. The hosting provider can install FLASH BIOS. or roll back operating system components. All software installation and write accesses to the critical areas are available for inspection.
Officially Certified Investigation mode provides third party representatives with low level access to the terminal. The primary attributes of this session type only allow physically certified keys to be used in low level diagnostic access. It must be a new key, one gathered. This provides technical services to be available when hosting service providers do not have adequate resources. Within this a growing service industry will be more secure. Typically keys should be sent in sealed packages or gathered at an office location. Each of these modes cannot be scripted by automation and will only operate by strong initial user authentication. The system will provide detailed rollback analysis of any changes.
The system encompasses the many forms of information about the various equipment directly in contact with the user. The keyboard, mouse screen, audio jack, flash memory reader, lights, power button, embedded hardware and any other connected equipment. A large range of characteristics about each device will be recorded. Thus including: physical properties, wear and tear, physical attributes, low level agent diagnostics, device identification, functional state, last accessing programs and related programs.
Issue resolution will be dependant upon the identified terminal's administrator. For example, the keyboard has a way to report a broken key on the keyboard or video display issue. If the system is handled by a group administrator, perhaps there is a spare keyboard that the individual will bring and plug in, within minutes of the notification. If it is a personal home user machine, directly in line would be listing local repair shops, and new keyboard distributors. The resulting rule based server based engine will be filled with thousands of scenarios that are executed in various ways when issues arise with hardware or software.
Physical buttons within hidden compartments can be used as ultimate insurance of hacking these rarely used low level system administration diagnostic tools. While the INET System is specifically designed to guard against public intrusions, because it uses technology that is within the physical science realm (consumer), that is network cabling and microwave transmission schema, the ever useful matter occupying lock is an excellent choice to include within deployment capabilities. A human has to press the button or turn the key before an diagnostics can occur.
VLISM name-spaces can be unlocked within a button's reach. The same functionality can be sought by using a special terminal USB data key. A button or USB data key will be a consumer related operation. Using unrelated technologies such as metal keys is also implemented. Some specialized installations require that software be installed by secure lock. In this case, the physical key is brought in by a guard while the terminal is updated.
Using INET VLISM Name-space Locking technology in an open format such as buttons that are placed in a separated group area within the user's computing area is also important. On some devices, the lock button may be located away from the keyboard entirely and nearer the display area. While on others it may be located upon the CPU housing structure, keyboard extras or other device.
The ability for VLISM name-spaces to be insured functionally inoperative and then active for a given duration will be important for secure Internet computing. The electronic operations of the device will ensure this. Apparent within ordinary use would be incorporating specialized memory status management used by the application layer and port reading facilities. The port must be read only to most functional equipment, while securing the write operation through electrical path. Only the physical user interface button or key lock turn should be able to modify the port state. All queries of information to this address, thus including parameters to the BIOS functions will be caller certified real time to validate proper error handling by an application; validated. So if invalid requests are spoofed by a virus, the status will not get reported incorrectly.
Imagine you are using your cell phone as an electronic wallet. At present you are strolling along with forty eight dollars and sixty three cents stored inside. Because the financial transfer button located at the top right of the LCD display is not depressed, no funds can be transferred and erased from the device. The button is designed this way. The transfer and erase fund instruction within the CPU that operates upon the electronic money memory will be nonfunctional until this button is activated.
Other aspects of the memory's integrity for holding financial data will also be present due to this fact in operation. The port's information must be accessible to other hardware within the BUS. Other object based electronics incorporating agent based instruction sets will react appropriately to secure their domain. However, at this time, the device may be asked to report electronic money signatures to validate legal electronic tender. These are read requests and signature calculations not transfer and erase instructions.
Interfacing with this subsystem component should be very easy for the user. A reference should be associated within the main task bar overlay. Video overlay functions will ensure the iconic spot is shown on top. As well, terminal services will ensure that the correct interrupt will receive the event that is denoted by the polygon hot-spot structure. The system will use the same internal pixel map hardware window manager functions used throughout, but have high priority focus upon the terminal.
Since many operating system vendors will provide operating systems, the subsystem component's focus will be a standardized component that is certified within BIOS marketing. This will provide a great integrity to the releasing of electronic tender when it becomes legal. As well, when financial transactions are requested for confirmation, no spy ware can automatically authenticate the request. These functions will be soundly protected for the user's financial identity.
A count of software usage and access information can be used to investigate and track progress of information change and development. For example, a user spends time making a movie or digital experience. At some point, a user will want to know how long a task took because they have a similar project. Access to at a glance statistical information consolidating the period in time during the use of the computer terminal, operating system, and user identity is more accurate. This is so because the details of the task, what was 'learning', what was the 'first time try' and what was 'actual work' is difficult to analyze. If the user can page through previous uses of application usage by playback to highlight the details, even processing power usage can be summarized. Providing the logic and space within the UI for easy time based accumulation using a marking system (highlight) will provide the data drilling necessary. Projections can be based upon this information.
Some configurations of the INET Web OS may require cost effective storage solutions to be used by a given group of people. Libraries are a prime example of how this is necessary. However, in modern computing, utilizing hard drive quotas distributed by protected identity or temporary protected identity, requires third-party software. The INET Web OS has this functionality built in.
Consider the functionality and application data mapping that is needed to allow a user a ten megabyte account. By rules of the account type, it will expire after thirty days of non use. Another portion of the quota policy states that users have to use the actual library machine for the time usage to count. Remote access does not count for quota time. Within the library computer network, the account can be accessed on a daily basis and the drives map corresponding to their library card. When the user sits at a terminal, the quota cache manager transfers files that are considered a in work in progress to the local cache of the terminal.
If users do not have a library card, a guest pass is issued and will require a different setup for the quota drive. A user name password combination, location wafer or a USB security key will define access in this case. Balancing the data for read and write performance based upon statistical use makes the system more friendly to use; a nightly task. As well, the cost advantages are greater because server space for the account storage is not needed. The INET Distributed Quota and Cache Management System will be of great use by many places within the industry. Most of these featured tasks now are engineered as single server technology.
This data occurs within the WEB OS model as a meaningful entity. Considered attainable for life protection with a quota and respected sanitation after centralization has occurs. The network file system with distributed quota management dedicates algorithms to tie repositories together. These repositories and their priority of ownership can vary. Creation of the ownership rule or home base repository can occur at different times.
The user is able to access their own or private computing resources from any terminal by inserting their USB terminal key. Public terminals allow the terminal administrator to set privacy issues that effect projected content on the public access terminals. For commercialization references, a software rating for the Web OS market will dictate compliance level for each of these services. In short, administration will allow management of INET Terminal resources from a centralized host. This is important for business users, home users and general product consumers. The system supports direct vendor server deployment for developers and users to maintain product stability.
Many facets of music production are assisted by the use of computer technology. In fact, many studios would be out of business if they had to rely on older technology alone. Recently, music composition, that is the actual rendering of the audio musical notes, has become available on the Personal Computer. Programs like Acid, Fruity Loops, Adobe Audition, Reason, and Cakewalk all facilitate this new technology of audio rendering on a client machine. Limitations still exist when using these programs and that is a reduction on polyphonic notes and sound quality.
Ever heard the Korg Karma play an electric rendering or a TRITON EXTREME render a symphony? The depth quality is far superior in many ways than real time synthesis on modern computing platforms. A keyboard is a highly specialized embedded device, and many would go further on the description. The new forms of software rendering using VST, a plug-in format for the software render, limits much quality on output. Only specialized settings and professional products come close.
The VST model is extremely flexible in implementation and as a pooled resource on a mainframe server, a group of them would perform well and allow for higher fidelity digital descriptions. Higher fidelity is achieved using mathematical models that produce more unique and detailed data. The encompassing system will provide higher density products (sets) to achieve high resolution audio, large storage library of analog sample data (RAW, WAV and Synthesizer Specific) and more logical parameters to achieve unique segments and compositions. Samples drawn from the audio system can be ahead of time provided that the loop midi data is present. The resulting sample will be used in place of render to save CPU time.
One of the main purposes of the INET vision is to offload computing power and resources to external devices using network technology. The highest quality sound setting does mean expensive clock cycles on your CPU. By offloading the rendering of the audio signal to a remote network resource, higher quality and better scalability can be achieved effectively while controlling costs. That is, controlling costs for the manufacturer and the consumer at the same time.
Modifying modern audio synthesis components to be a networked resource will not be an easy job. Playing audio is an extremely time sensitive task; one millisecond off and it could be an entirely new sound. Most modern keyboards respond to and send MIDI data. MIDI stands for Musical Instrument Data Interface. MIDI is a condensed binary format that describes several characteristics of a play note as well as containing a plethora of commands that are used to modify musical equipment parameters. By sending this information through the Internet, using Universal Data Packets (UDP) for example, the receiving computer could route MIDI enhanced (Internet) commands to a rack of sound bank synthesizers which in turn will output a raw sound wave. This raw wave form will be routed through the host's internal high speed network for further processing.
Time to loop or segment audio is a factor when playing live. The product series will provide a localized hardware solution for this functionality. With the INET System, samples for all offered keyboard, drum machines, synthesizer, rack device or your own samples are loaded into the INET Universal Synthesizer; a real time high performance synthesizer. Supporting up to 8/16/32/64 notes polyphonic depending upon model, a new synthesizer emulation can be installed on the road in minutes; connection download time.
The INET Universal Effects processor will sample four or eight channels and offer to mix out real time; fiber optic or analog. Supporting lengthy effect chains using a hybrid approach of machine code and DSP hardware is one of the device's most becoming features. The hardware can be controlled naturally within the Musical Keyboard interface and by user interface on the INET Smart Terminal.
The Live performance product series includes a digital sound event manager (INET DSEM Live - Digital Sound Event Mapper) for live show synchronization. For example, employing the use of gigantic robots can be a powerful entertainment experience. The movements and craft of visual arts will surround themselves within the motor gear control cage kit. The system can use large ray traced graphics, environmental effects (fog, etc.), standard video, standard stage craft electronic interface equipment signals and switches during a performance show that will bring new captivity to stage dynamics. Specialized stage software can be used to produce a simulation. A simulated view of the presentation can be mapped upon the screen to show the entire sequence unified for better planning. The robot, a sturdy metal cage can be dressed by the renters however they so please. Specialized, software allows the dress to be designed. Fabricated with plastic and the proper painting, the robotic dress is intellectual property and copyrighted. The dress fits upon a specific model of live performance series. The INET Live Stage Craft is a visual publisher, instrument monitor and events controller. Want fireworks to happen on the sixth snare hit? Set up the rule and sensor programming within the show's context. The system includes events to power a three dimensional animation engine for audio synchronization. These properties are easily accessed using interface technology. The plug and play architecture allows integration with existing stage electronics.
Digital CD quality sound in raw form actually has too much data in it to be transferred over the web in a real time capacity. Just one second of high quality CD audio in raw PCM form takes two channels * 16bits (or 24bits) * 44100 and this equals 1764000 bytes (1.7mb). That is more than one floppy disk just for one audio second!
A compression must be used for near real-time play back when using a the Internet network; currently an electrical based networking solution. By routing the sound signal to a network audio compression unit, the information can be reduced for the given real time Internet bandwidth limitation. However this is not to say that near CD quality cannot occur. Modern streaming technologies are a testament. High quality can be achieved for near real time live broadcast.
Effects processing will also be a part of the instrument setup or a channel layer depending on the composition requirements. This will happen before the signal compression resulting in the highest logical quality. The network flow control of the audio data on the server side should reflect this. A network audio effects processing unit will perform its operations on the raw PCM (pulse code modulation) wave form. The potential for a limitless network based audio and video studio exists distributed to an INET VLISM compatible device. The device, because its main purpose is music production may have sound loaded and have a small music keyboard input device.
Sound in its natural form is an analog resource so the capacity to transform audio using a high speed DAC (digital to analog converter) for analog audio operations such as tube amps could be a combination. This may also be needed for some analog synthesis technologies and a hybrid step to integrating current methods to the process. The signal will need to be sampled from this analog resource back to digital PCM data. It is important to note that the possibility of signal interference may occur giving the artifact of noise.
Finally the stream will be reduced for the requested medium transport. An audio compression network unit must be designed for the task. When the audio stream has been reduced for Internet transfer it can be routed back to the client computer. The client computer should store the sample along with the associated time stamp and mix the audio in real-time during local playback. The end result will be high quality sounds at a low CPU cost. Most central processing units over the 1.0 GHZ range can mix several audio channels together without any problem.
All of these audio operations will be controlled using preset values while being overridden from values contained within the connection stream. Applying pooling technologies with a rack bank architecture will be the live performance goal. This new form of connectivity should not prevent plug and play of synthesis technologies at the local domain; a network plug device to an INET VLISM smart computing terminal. Also building a specialized hardware server computing platform (mainframe) that manages user MIDI state banks, provides audio synthesis, and manages storage for the sample will enable high quality creativity at the consumer and professional level will using an INET VLISM smart computing terminal.
One thing that is an interesting side effect of this vision is that now audio synthesis banks are reusable as a network resource. This adds a new level of resource allotment, procurement and could possibly offset accounting principles of music equipment. Can I rent the Mars network for two hours while I render my tracks? As well, it presents the opportunity of synthesis resources being located globally. So for example, the system could play German, Russian, and American synthesizers all in the same song. As far as I know nothing like this project has ever been completed.
Music production in modern form is set upon a time base where events occur at a specific time. At a desired time set by the composer, audio samples may play. Given that this functionality of production is supported by the INET Web OS Audio API, pure flexibility of music production, the individuals sounds, effects, patterns and play list will also be supported as a textual input.
There are many things that can be represented within the context of time and pattern composition within text. Sample banks that adhere to event firing based upon a toggle switch within a time based event storage data structure is the natural interface. Representational of a drum track hit, could be a string of characters as shown below. Expanding upon this readability will lead to using other similar characters that are common with note formatting. Notes can be represented using the standard letters, ABCDEFG, along with sharp and flat characteristics. Characteristics of the note should be defined schematically using object form. The octave can be defined using a numeric constant next to the note letter as is common is form. There is a default octave used for composition. The length of a note is very important. Describing it in standard beats per second and actual time is accomplished within the textual syntax specification.
Modern synthesis technologies have numerous parameter data that is attached. Reverb for example, can require at least five parameters. The parameters, when the object is compiled within the INET Text based music environment, are defaulted to logical settings using OOP inheritance style when all parameters are not specified. For VST, these parameters can be stored in a FXP or groups of them in a FXB file. The use of this OOP style makes it easy for less experienced text composers to achieve sensible high fidelity. For example, defining an effects channel can inherit from existing configurations. Providing a loose syntax parser of the music information is important for broad audience distribution. See Audio Programming Language for more information.
The language will allow use of VST objects for integration within current platform technology. Loading and activating a VST for Effect, signal processing, or sample render is achieve through the symbolic name for easy reference. Naturally because these items are objects, the methods and names may be of some use. However, given the nature of programming, a relational data dictionary containing name-space segmented logic paths will be of more use to allow English traits.
Audio production within a context such as this can be considered a technology that is representative of a wide range of information. Classification takes precedence for any logical searching. Groups are represented by quality of synthesis, accuracy (depth, realism, simulation), and algorithm used. Samples can represent an instrument's major sonic qualities. These PCM based data packages are captured and labeled for events. Specific events or controller attributes use these pieces to reactivate a natural instrument. Different stages or meaning is reflected within the midi stream. In hybrid synthesis technology these parameters supply note (music notation) and sensor readings. The ADSR envelope (Attack, decay, sustain and release) standard controls several functions of the note render. The information can also include the volume level, pitch bend amount and after touch readings. specific lengths of time also effect the breath and depth of the instrument.
Instruments are classically group into categories like: electronic, environmental, sampled, keyboard, string, wind, flute, picked, strummed guitar, and percussion (see Musical instrument classification). Within electronic and other synthesized members, attributes that align the signal based upon frequency spectrum to an information domain are typical: Bass line, lead, and chime. Because there are many more instruments that are simulated, the classification takes a more fictional approach sometimes. Searching for instruments within a catalog will be an API standard that supports audio palette. An audio palette is important for instrument selection because it give the composer a preview of the signal. Signals can be previewed in a specific octave and with several characteristics. The information is supported for textual web note rendering; the catalog may operate using XML record sets for ease of display.
To control rendering parameters using word will be instrument and group specific. The additional information will be best suited as an adjective or adverb. For example, the phrases "play piano clumsily", "strum guitar cfg", "pick guitar acd", "panic", "straight". or "child like" affects each of the ADSR envelope attributes as well as other intelligent audio attributes. The classical style play verb is suited for many instruments. How the information is interpreted is localized to the instrument; classical piano and classical guitar for example. The search for parameter settings as derived by the compiler will be based upon OOP technology inheritance. The descriptive object modifier, if it is near random based, exposes parameters that act as an algorithm seed. Because performance needs recreation, the precise parameter setting will compute the same results.
The INET Volumetric Physical Simulation series of VST instruments push the technology envelope to include more descriptive audio signal composition that cannot be made with electronic equivalents. The acoustic guitar is an instrument that can be described in this way, a road for many musicians. You can strum, pick, twiddle, tap, pick tap, hit the top, strum the face and even break a string. Playing attack styles that are common of professionals like Eddie Van Halen could be programmed to some extent. Violins are also very versatile as well and can be model within the system. The system uses physics to model the environment to at an very detailed level.
The microphone placement and sound stage setup can be described in using natural composition. Adhering to common materials within simulation mode and dimensions for room, cave and pit sizes will be informative to the audio simulation modules. This is important when defining stage size or recording room size. Positioning the microphone upon an instrument is typically based upon the type of instrument. The microphone can be mounted upon the chassis of the instrument or set upon a stand in front of the instrument.
When more descriptive information is needed during the interpretation of the musical notation, extra information within the edit text will be tied to the block. This will make a text compatible editing of notes and time. Recording through a midi device, event editor, or using the in line staff editor will translate this information. However, of most importance is the textual nature of the musical description. Because more precise information is given about the note, a separate block can be used that contains the timing information. A typical data segment style may be sufficient.
The flexibility of the OOP style parser will be inclusive of many formats, not adhering to a nailed standard form. This is different than most logical computing languages. Including professional layers that provide syntax for verbose descriptions is important for the acceptance of the tool as a construct. Advanced functions that provide logic for pattern loops, toggle time base, time frequency functions, sample editing, proportional relations, additive and geometric functions are included. There will be several formal syntaxes available. The loosely fitting grammar will come through by incorporating use case testing and allow simplified content production. The design is so that the tool and learning from it can grow with the user from many different age groups. Inputting just note text will provide audio output. An inexperienced musician can play a String quartet.
The lessons of music from an illustrated point of view can be transferred using audio composition and paper. Two artists come together for a jam session. During which time, they practice, learn from each other, and teach. In a class room environment, students will receive more formalized training. Yet in both of these circumstances, using a computing device while holding a violin, or guitar is difficult. In these environments, a scratch pad can be used. So textual format, allows transfer with pencil and paper. This is useful for younger pupils where they seek the knowledge of what sounds good. There are several formats that are accepted using OCR. Key notation - CFG, or staff musical notation. Other items that effect the rendering characteristics can also be placed upon the page. Beats, BPM, instrument selection, short hand repeating bass lines (refer to by symbol later), slides, and vocal composition-lineup markings.
A dictionary defines the path and location of the object and its parameter set. Several dictionaries can exist that define a total synthesizer implementation. A short name becomes the symbolic name of the instrument. Instruments are loaded upon a channel, and can use one or multiple channels (stereo). Several Instruments can be attached to a channel with varying effect chains. The INET text based music API will provide a flexible solution to polyphonic rendering using a VST, sample bank or midi instrument. Because rendering is done in offline (not real time), the number of channels can be greater due to compilation methodology.
Sound as a wave form has many characteristics that can be modified. The system will also provide a language capabilities for digital signal processing. Sound DSP functions that output a wave transformed can be reused and mixed within other buffers any number of times using an object name paradigm.
An important facet of text based music production is the ease of composition. This limitless approach to polyphonic composition can exceed simulation qualities that are very expensive in synthesis form. This will spawn a new human cognition of parallelism relating text based note notation to parallelism in audio. The aspect that the buffer input is textually (8bit ACSII or Unicode) based will preserve transportability for network transmission. The format will be easy for text based authors and those that use a musical staff. Some may expect that XML be used, yet, a flexible text structure will lend itself to a more broad user base. One important aspect of the format, is that it must not delude uniqueness of the pattern and signal. This is to preserve creativity as an art form. This technology can be used in many content production engines.
In conclusion, the future of looped based music production is a network based solution because of resources. One that is versatile enough and consisting of open source architectures to allow world wide distribution. This does permit reuse of many resources and this offsets costs for the user and manufacturer. The network based audio system will be designed first as an API resource allowing definition of patterns, tracks, effect parameters, musical data and other effective parameters. By using a distributed synthesizer audio source as a pooled resource, modeling an orchestra set of violins can be more realistic provided that the subtle human variances are accounted for in the parameters among the production engines. Imagine the Krell network lighting up all the way in a 1024 polyphonic compilation on a device that is almost disposable.
See Also
The flexibility of the INET web Server OS will allow remote installations to give optimum choice and freedom to the consumer. This will promote sales and upgrades by pleasing customers more. Remote installation by a portable INET device to register newly purchased hardware or software will quench the time savor thirst modern customers demand.
Imagine this scenario, a short drive down to the local Radio Shack or Borders Books where they will sell software and or hardware for INET compatible devices. Proudly walking out with the new item: game-top, camera, or INET radio you get to the line. Check out, the credit card went through! Now its a mad dash to the car to go home and install, or really? Remember this is the New technology frontier.
Using your cell phone or other INET device, you can enter the registration ID or IR scan of the bar code and the software for the item will be installed onto your central server account. During your peaceful drive, a sound bounces (optionally) upon your car radio, "New software installed". During the software installation, streams are created for each of your devices that can use the new component technology the consumer purchased.
If the INET Stream software is completely new to the device, and the INET operating system was not previously installed, a remote experience will be developed for the device consisting of image display, decryption algorithms, compression / decompression, graphical user interface, and stream services that will match the bandwidth and existing OS until the components are installed. The user can choose to use existing browser technology, or preferred method of a small footprint pCode engine. The method of quick response install is a dynamically loading engine which downloads microcode instructions and allows use of installed OS APIs to be called from the server; a small pCode Engine. The engine's instruction cache will change dynamically as time progresses to further refine the experience on the existing platform. Assigning IDs to the API and microcode block instructions will shorten future transmissions (machine code macros). This will allow the user to gain control of the INET OS quicker without waiting while the download of all other options occur in the background.
The user of INET Web OS Software is able to define where the software will be ran from long term. This is appropriated within the user interface in a context that makes natural sense. The user can also configure where applications are ran from when no connection is available but will be in the future. This makes absolute sense with batch data entry applications where multiple items can be edited or added. Later when the system is reconnected, a synchronization task takes place in the background. For this to work flawlessly, record and file locking occurs at the granular level. A review stage is presented for items that changed during disconnection. This will allow users working in remote environments where network connection is unlikely to still function.
While software is running in a local, remote or primary host context, the viewer must display an unobtrusive visual cue to reflect this state. From this visual cue, transfer of execution context must be available. Use Case A; a user of Microsoft Windows tries the new INET operating system and then decides to install locally on their hardware for full fast performance. Use Case B; the user has a purchased a new software painting program for their existing INET primary host. They began immediately using the software from the remote host provided by the software vendor. While they are using it, the data and all of their creations must be transferred seamlessly, and have a noticeable context change.
Most likely since INET devices will have the INET OS Render Client operating system installed already due to the embedded system design, this feature will be used by new Apple, UNIX and Microsoft Window users. The streaming services will handle connections with the local file system, allowing the remote host the quickest access to documents that the user would want to modify. The host must account for partial file upload parsing so that immediate interaction can occur. For example, a one megabyte word file should not require all of the contents to be sent to the host, transferred, and resent to the mini INET OS. This is accomplished using random access file handling within a machine code macro mnemonic.
The purchase of new devices and software will be a pleasing experience for the customer because they will not be bothered. Prompting for them to handle disks, configuration prompts, and access privileges while the software is being loaded is often viewed as a nuisance. The work load will not happen at their local machine but on the server; modern day likened to an old IBM 350 disk storage unit whirring about. In short, the installation of software will be more successful due to the automatic configuration derived by historical use of such software. New configurations sought within the user interface will be dynamically installed.
Audio and video processing on the INET WEB OS platform encompasses critical support of associated digital signal processing using OOP API library support. The object layer includes support for visual special effects, film editing, time line synchronization, project management tracking specific to medium production, work flow status notifications (segmented group works), multiuser segment locking, and audio DSP functions. A object format is named for plug in capabilities to allow third party enhancement as necessary.
Audio information is edited in compressed form on the local smart terminal if the terminal supports audio while the high fidelity format on the server maintains parallel state. Service for integrated device consoles and controllers such as mixing boards, wheels, knobs, and foot pedals are included to provide natural interfaces for queuing, time alignment and splicing (see Digital Audio Workstation - DAW).
Video editing is performed in a similar fashion to audio using preview compression. The visual streaming format will supply details as desired allowing for high color range and high pixel ratio media format support. The native format will be the LOD.PANITBT.NSM video file format. The user has the capability of importing and exporting common formats of audio and video files. Segments can be selected as well.
For optimized playback the operating systems provides the ability to associate rendering preferences associated to an audio clip. Internally this will instruct the cache management system to store the transformed content. The entire media system provides this system of association for all media files including video. Associated preferences may be soft-locked for future broadcasts. Soft-locks do not permanently modify the signal. Soft-locks work naturally within the historical and hierarchical digital data object file system.
Within the user interface context, to soft-lock means that the settings are recommended within the audio player user interface. Soft-locked preferences will be embodied within the initial stream qualities when audio is activated for listening. Users can override these settings using the appropriate interface components. Internally, the soft-lock relationship inheritance rule also includes the licensed ownership policy managed within the Digital Media Rights Management system. When the license owner specifies a soft-lock filter setting, the relationship is preferred when new users listen.
Guest users can set their own preferences using soft-locks as well. When a guest user listens to an audio clip that does not have soft-locked preferences the default is used. In some cases the default may be set by the license owner. The guest user can establish their own soft-lock settings for the media. These settings do not affect render operations when the license holder or any other guest tunes in the audio file. The guest user settings will be known by its inclusion using a menu selection status thereby acting implicitly without tarnishing the initial audio stream. The original factory stream will be transmitted first. Bad guests would otherwise have the opportunity to play practical jokes. For example, setting the high frequencies to high or making the vocals sound like a chip monk.
Policies of DRM are maintained for multiple listeners, only one output device at a time or for the license count. Soft-locks can be stored for a specific device or transducer setup. This means that the two versions of headphones a user has are adjusted correctly. External speaker qualities can vary greatly as well. However, in general, metal and rock deserves to be played at a higher amplification level. Again, soft-locks are supported for all media files including audio and video media. The soft-lock information is stored in a private database and is used by the stream rendering system.
The audio stream renderer provides limiters, frequency band equalization, signal dynamics processing, and amplification upon decibel scale for audio in a pipeline queue to entice audio listeners. The highest quality sound supported is Dolby stereo. For ease of use and transportability, the quality of network service effects the rendering bit rate. Optionally, users that wish to enjoy the highest quality sound over a high traffic network can employ anti-audio skip buffering. The technology works by providing a maximum bandwidth headroom. Once this buffer is filled, play can start. The buffer is continually filled and adjusted to keep ahead of the current play position.
This buffer size can be controlled logically by the user. At times, users may know that connections are bouncing within their area, and request a two minute buffer. An interface will suggest and allow entry of the anti skip buffer time window. The buffer is also calculated automatically by capturing the amount and variances of time out spikes. The automatic buffer window size calculation will include historical information captured by the quality of service manager. Capturing the distance from the source, the network time-stamp and the network saturation level provides an accurate automated buffer length calculation. So as the user listens more day by day, sound and audio will be less likely to skip; ever.
Content can be controlled to perform the highest quality of response by instructing the audio render-er to increase the amount of loss during compression. This does not affect the original audio source. Because the audio streaming API also supports editing facilities for owned content, two audio streams are maintained to allow preview sampling. Owned content within this capacity integrates within the Digital Media Rights Management system. Owned content can also be the product of music production software.
Audio sources that are managed yet allow segmented copying will maintain a relationship stack to the original source. This will provide sound effect studios a tracking method to also facilitate while you listen financial processing. The original owners of sound effects that materialize within a song for example, can receive royalty payments upon sale, or listen. This in turn will open the door to professional asset usage by initially an armature. The INET Software and Digital Data Store Business System provides the facilities to effectively manage licensing policies.
During an audio editing interface, editing parameters and subsequent function states are reflected upon the server to exercise maximum use of network efficiency. The parameters held in state by the INET Web OS and INET VLISM Spider JIT support are supported using a stack and its associated operations; pop, push. If the audio stream is used in a tool such as a loop sound mixing studio where audio is played repeatedly, a specialized multi-source channel can be created. Repeated use and listens of an audio clip will clarify until the client threshold quality is met. Changes to an audio mixing channel will be reflected back using incremental audio mixing. If the audio mixing channel is modified drastically, the clarifying process will reiterate. It is unknown if Huffman compression will operate effectively given that it is bit level.
A musical inspiration is usually accompanied with physical activations. While driving you can see many forms and examples of this behaviour. Individuals may be seen with thumbs tapping to monstrous bass rhythms, fingers clicking at the snare or using the index fingers with rest of the digits for fictional notes and rhythm play. Using visual recognition technologies as input will captivate, strengthen and propel musical creativity cost effectively. The INET Camera Tree with motion activation will automatically align the cameras to the best viewing position for the scene.
Playing an instrument can be as easy as drawing an outline of a piano on a piece of cardboard. Presto, a grand piano or other instrument sound will be rendered real time. A child may wish to draw a series of circles of varying sizes upon a cardboard paper with textual labeling: snare, bass drum, and hat; a drum machine is made easily. The number of input devices can be almost limitless using the camera tree. The INET Camera Tree is also used for other software applications that use gesture recognition. While the camera tree automatically adjusts the position of the three cameras, a single camera can be used. A single camera setup may only be able to identify duration and note but not attack, velocity or pressure.
To create new instruments and forms of tone control would be a likely experience. The visual recognition algorithms are dynamic enough to read color codes that may be within view. A person could where red circles upon their shoulders, blue dots upon their finger nails, and orange upon their knees and feet. Making a one man band from weird gestures will likely require instrument rules. The instrument rules section, a logic instruction table that is scanned (executed), defines how gestures are interpreted to develop sound (notes).
Audio editing and render buildup functions can be specified as an audio editing script. This will allow mixing, effects processing and musical composition to be played as it it were logically an audio file listed within the play sound API function. For JavaScript browser functionality or other web based systems, the will provide in-line capabilities using server computing for stream production. A consolidated audio command string can also be positioned as sound API parameters. A functional implementation exists for full script transfer or abbreviated tokens representing the render stream commands. E.g. PlaySound('Funky.mp3', '\uDefault=(-normalize -declick -eq -20hz+3.4db_250hz+5db -800hz+4.3db_14000hz+curveDistribution(2.4,4.4,6.5)) \s(Background.wav, Hatszx2.wav, SplitFunk.wav, Song.midi) -Default(all) -render(1,1,1+2,1+2,3,3+2,1+2+3,1+2+3) \omp3 -stream \oauto -stream \ncache(/usr/WebOS/Funky.mp3)');
Multiple production processes such as story board, film story vignette time, scene script, from book, dictation video recording, multiple location venue change, review, and alter are considered within the in INET Video Api. The studio quality film digital development, production, and testing are supported throughout the asset creation as a project stream. Batch processing of frame and motion segments using story part templates with historical based editing is also supported. A strong support of recommended video and audio editing techniques within base API architecture provides the software developer with choice tools to build upon.
The capture of video and audio can be accomplished using standard equipment. A device that enables upload from the camera device to a central server with security enabled will be effective. Satellite, ADSL, LAN, fire wire and wireless are among the connection portals.
The use of special effects developed using CGI technology is important in modern film making. The configuration, render and composite of these assets with real color video incorporating stenciling, masks and object selection is supported. Since the INET web OS model employs various ray tracing engines, the configuration of the CGI object or CGI effect within the film space should be dynamic during the production cycle.
More complex than at first gander, the outsourcing of specific CGI elements within a visual creation is a high probability. Digital Domain, Industrial Light & Magic, Rainmaker Digital Effects, Rhythm and Hues Studios, Weta Digital, and Framestore are some of the most popular visual effects studios in the industry. INET SoftSpot Technology will be an excellent format fit.
The INET SoftSpot allows super settings upon the object and precise CGI graphic configuration. Configuration of audio with in-line DSP (preview and high quality) processing will reduce frame production time. The supplied CGI element manager will also account for network leasing of the visual object. Specific to some precious models are appropriate render engines (radiousity) and software shaders. The product management of owned CPU farms and secure farm rental is mission critical to CGI. The ability for providers to publish available time would be integrated within the system.
The work-flow modeled using the INET Web OS API provides group connectivity. As well, direct communication between two parties using the INET Web Live Multiuser Collaboration, even for CGI SoftSpots. If the CGI SoftSpot contract does so provide, the asset is protected from misuse and abuse; a lighting effect is registered for three minutes of film. Or the digital robot, a secondary yet very interesting character, can only be used in one film unless the contract is renewed.
Common CGI elements and special effects such as gun fire, lasers, clouds, dust or other special effect particle systems also have impact upon the film or video quality (fiction and nonfiction). The audio attributes and visual traits are communicated with the INET SoftSpot object. The database is available for precise configuration. Integration of these items into video production user interfaces allows interchangeability, portability and ease of implementation. To decrease the amount of time for completed processed frame data (visual and audio) considered in production for editing preview and large scale image is the goal. Snap and puzzle CGI.
Because the editing suite is network based, globalization of asset capture, source tracking, work flow monitoring (status) and production editing must be forefront feature technology that saves time. The low level system is designed to save time in all stages of a product by offering preview first with batch oriented high quality frame render as a secondary step. The resulting series of video editing interfaces are designed to save time. Within the interface domain, it is merely granularity of control that are noted as high level.
Imagine a talented writer and storyteller designs a desktop to tell horror stories. With this genre of film, attributes such as lighting and environmentals upon outdoor scenes may be common. Rain, thunder and lighting propagated in the style of Frankenstein. The ability to craft a story with proper visual diction would be learned as a process. A dialog scene handled with correct posture by showing the appropriate camera angles and dialog time length. The field will be more educational and endless for story tellers.
Research of a feature list must be accomplished in advance for success using production studio resources for both software editing and core API design. The portability of the platform itself will offer comfort and damage free historical backup.
Its no lie that video games are a revolutionary form of entertainment. The amount of time it takes to complete some games are months. More complex experiences can take years even with a large project team to finish. Yet, with Internet server technology spreading, it is a surprise to see self reliant console platforms. With delivery from a server environment and the proper hardware resources available on INET embedded device, the interactive television era can begin.
An Open Game Engine on the hardware platform will handle the render and playback of the stream, this is different than a basic INET Laptop; it has the game engine and hardware. Computer Animation and game gear mechanics available in VLISM Web Server OS format will allow priceless new forms of education, creativity, books and puzzles for children and adult of all ages.
Smaller three dimensional graphic chips with standard vertex and polygon cache geometric engine for cell phone, laptop or thin desk INET smart terminal will be possible due to server processing. Since memory load, animation function dynamics, and cinematic playback are the result of server processing many types of resources can be managed more effectively within the game hardware itself. The compression affects and streaming video playback operation will be complimented by the lower resolutions of cell phone screens. Some of which lack processing power to render an anti-aliased texture for example. But with server processing, these devices will be capable.
Most items in the field of view (FOV) will be reduced to polygon animation, object AI or two dimensional animation using LOD reduction techniques specific to the object format. Precise polygon and triangle clipping will be performed on client if the appropriate hardware exists to prevent judder. Rendering textures, light maps, smooth curves, polygon models and NURBs into a frame buffer will be the product of a stream residing on server or client depending on client configuration. A network object oriented Particle system will be included.
By balancing a cache of world space items using stream composites of intermixed objects including: game AI, models, assets, physics, world definition information and sound into a compact stream format; the Internet driven game revolution can further. It does take some time for a user to complete a section of the game puzzle before continuing, the available memory will be taken into account on the server to effectively manage the cache on the smart game terminal. As the user moves, other facets of the game grid will be downloaded, when parts of the game grid are out of memory cache focus, they will be deallocated on client machine. This aspect of cache management is a major goal of the INET Web OS Internet Game Engine. The game engine also is responsible for executing functions that predict what game data are likely targets for download. Prediction can be performed on the server given the x,y,z,w (or estimate) location and historical path of the view. Since the hardware on the smart terminal will handle the Internet buffer management, CPU and animation will not be overly affected. The result will give the feel of limitless worlds to explore and solve.
An example of Internet compressed game data would be using a triangle reduction algorithm to compress initial model load. Triangle reduction must be performed on a weighted basis, being careful not to augment a human face, for example, when limbs are more likely targets for reduction. By identifying index locations of model insertions and render pipeline instructions, the scene graph will be managed from the server after initial load to balance the cache based upon "lazy cache prediction algorithms" using the camera vector. Sprite management will be integrated into the server stream as well. Floating points converted to screen coordinates or large numbers where appropriate for transfer by the server will consolidate network bandwidth. New transfer technology may reveal model compression algorithms through incorporating sorting, weighted LOD triangle reduction and mathematical relationships describing angle of incidence with joining neighbors. For example, a specialized package may develop ten triangles with smaller data payload that actually describing the entire package. This will be an argument for polygon and bspline curve transmission.
Including high definition three dimensional video play back will allow refinement of cinematic content, non active content with cycle AI brains. These assets will be compressed animated billboards. The popping point for the billboard is applied naturally considering the user focus. This point in time is the transition period for models from level of detail streamed animation billboard state to metamorphosize into triangle model data. The engine computes this and balances the tree when necessary.
Dictionary based polygon vector relationships will provide room for compressed function parameters during the transfer of model data. The dictionary will be built in stream using computed cache data derived from the three dimensional scene compiler analysis. The ability for the arguments to reform shapes upon the client can serve as a reducer in transmission bandwidth. Level of quality can be controlled within the modeling application as well as within the scene-graph bit-stream. Utilizing any form of texture mapping association with the two dimensional billboards data will also increase through put. In short, the polygon relationship dictionary assists heavily with compression during model buildup. These functions are automatically generated by the three dimensional scene compiler analysis; a world map compiler and compressor.
Content that is predicted to become active is placed into the appropriate buffers upon the server while ray traced graphics are com-posited into compressed frames. By identifying frame change pixel statuses in conjunction with rotation matrices and base lighting augmentations (2D light-map), the storage and transmission of a three dimensional objects with back face culling information is accomplished. Sending ray traced information does not decrease visual quality yet increases speed.
Frame by frame billboard animation data is incorporated within the LOD.PANITBT.NSM streaming image file format. Internally, within the scene-graph game platform, the formatting systems held by multiple asset domains (video, model, sound, texture, world map, physical condition, environment description, etc.) will have a high performance index access. A unique file system description will enable tuning the references to this asset. Offering solid name (old style file name), long name, and fuzzy noun match will ease the burden of searching for development purposes. The index is used to increase the capabilities while reducing complexities of communication during computational distribution. Data structures within simulation, fictional and entertainment application language syntax need less complexity when integrating and indexing objects. Syntactically this will broaden publisher base. Performance wise, this will ease the creation of various stream compositions. This format enables quick asset reuse.
The LOD.PANITBT.NSM format is included as a basic image format and thus opening the scene-graph's capabilities of easily managing a relationship between ray traced graphics as an asset and model data by keyed identity. As a result, higher definition video and higher frame rate games can be accomplished more often using fewer resources. The game artificial intelligence design can modify more worldly items; perhaps more than humans can withstand.
Management of the three dimensional video will be accomplished using the INET Web Server Ray Tracing Visualization System and its integration with the LOD.PANITBT.NSM streaming format. Incorporating many video formats translated while supporting keyed color transparency will broaden the input forum. Identifying the model components with nouns can be a human task, selectable from a database of common forms. The model object format supports reuse easily. Therefore, applying geometric and light transforms to integrate the alien content within a world can be automatic and adjustable. If content has highly elevated values of luminance due to material composition, the textures and vertex shading colors can be ramped to usable tolerances using a visual normalization algorithm. Contextually this means that objects are adapted to the world in an initial configuration or import facility. Matching lighting characteristics can be complex to provide automatically with precision within all scenes. Sometimes, these aesthetic values are best left up to the professional content designer.
An open scene graph system that manages a world, an INET VLISM Stream Buffer, and a field of view will serve as input to the INET Visualization system. If the device supports only two dimensional view, that is, the device does not have three dimensional video processing on board, the normal stream consisting of triangles, polygons, and compressed dictionary model shape stream are translated at the server to flat images. The information crosses the wire and is ultimately translated into two dimensional Block Image Transfers BLITs tom maintain performance. This will provide one of the most cost effective hardware constitutions while yielding a colorful visual theater. To produce a compatible experience for the device is a major function of the Web Server OS to deduce for devices like these. The resources that can be used on the machine are known based upon the device identifier established at connection time.
The narrative portions of interactive experiences can be controlled using a flexible stream format. The category of acting will be applauded by providing precise polygon stream (shape compression dictionary included), animation logic, local state control processing and audio formatted data. User device interface polling logic is included within the stream format as well. The audio stream, a combination of events, is a composite of the necessary ingredients as implied by the environment and animation specifics. Mixing of audio can also be accomplished upon the server or intermingled with segments cached upon the client depending upon the device. Linking the INET Articulatory Synthesis technology to the skeleton will increase productivity during story telling adventures. The Narrative Story Stream Format technology also provides a deeper format for story telling and characterization. It is hoped that a story boarding tool will operate within this capacity. Even providing an easy English format for room, hallway, and cavern description can be foreseen as an avenue to explore (see Holodeck).
A media product creator should be able to link these segments together to form a game structure easily. Including film quality cinematic transitions, introductions, royalty financial processing, story flow models, puzzle or mystery modifiers, and other sub content structures will give new found freedoms to game writing and model editing. The media product can also refine the acting produced by the compiled text animation. View upon the client, that is the playback operation, will use models if they are loaded, or provide the least amount of vector transfer on an as needed basis from the server. Some game engines on the market use scripting within their payload. The system also utilizes the shape dictionary held and balanced upon the client for stream compression.
Physics are a major portion of automated logic and animation that will be included within the INET Game development suite as a container property. The library will also contain digitally compressed motion data for numerous skeleton and joint operations. This will ease many forms of character creation for authors. The motion library is indexed by model and verb. Several motion data sets can be applied at the same time to provide the most versatile feedback. Relating foreign rhythms of motion data is acceptable within the creative bounds. Using signal compression schemes associated with motion data for Internet transfer is understood by the world management system. In conclusion, the Infinite Spider Video Game Box, INET Game Development suite and accompanying game engine support rapid multimedia application development to reduce burden upon the developer and hardware. This gives a more versatile delivery mechanism for game producers.
Better game gear does have more flexibly, yet a compromise is made at the server level to consider the level of detail upon all models within the field of view. Models that are closer to the viewer will have a higher triangle count compared to models that are in the distance. Models in the distance will likely be a composite from three dimensional video within the stream, or BLITed from local cache. Because the system is designed this way, most INET devices will be able to display content of any game, old or new. It is only the frame rate that is varied by device attributes. This is something that all media developers strive for, high performance and platform independence.
Most game companies do have their own game engines. The INET Internet Game engine is a robust object oriented game engine that allows integration of their offerings within the INET platform. The INET Internet Game engine is a scene-graph management system for local/remote and it is flexible enough to allow third party enhancements for competition. Development and debugging processes are likely to require specialized tools, different from standard INET development debugging. If designers and engineers can accomplish the task effectively, advancements within the developer tools themselves will allow embedded debugging.
Game engine editors are specialized tools that produce and edit binary streams for a game engine. These editors allow import from three dimensional modeling applications. Game engine editors are specific according to a game producer's private design. The game engine is robust enough to allow multiple format stream load yet promote the INET standard stream for compatibility among INET smart devices. The INET system provides standard and open file formats for world definition, three dimensional models and textures. While each of these formats may actually consist of several files or data objects (local / remote), a complimentary binary stream format exists. The content publisher's data is protected under the DRM section of the operating system.
While using the INET Internet Game Engine, game publishers are able to control the hardware specifics of video cards, audio cards, and human input devices through their implementation. As well, the INET system provides good security to the user while considering the specialized hardware programming. These hardware access instructions are part of the VLISM name-space. Other game multimedia functions such as high resolution timers, world object positional communication for multiple player (UDP player x,y,z,w), video playback, matrix math, two dimensional drawing are maintained as well within VLISM. A cohesive base OOP API exists for developers to utilize. The INET platform offers several development tools that allow rapid game development. The INET platform has 3d publishing tools to craft environments and publish these to the global market place. In conclusion, the advanced capabilities of mainframe processing and storage will allow more flexible multimedia applications to be operated on embedded INET smart game tops.
The realm of digital publishing within the entertainment industry has lost tremendous value and trust due to the duplication and retransmission ease that computer network operations provide. Digital media rights management, in modern form, requires that signatures be in place for the codec to decrypt and report. However, these can be overcome by resampling the playing source, stripping the signatures from the file and cracking the software encryption. These are the most practiced methods. Other algorithms that identify a song or video composition operate by scanning the content itself. A fuzzy match is performed to derive the original source. A combination of these two methods while using Point to Point Secure Identity Channels is how the INET Web OS will solve these issues.
One of the most difficult, circular reference, reverse engineering problems to solve (actual function) is the digital to analog process that is necessary for audio. Once audio is in wave form from a computer audio card, amplification is often necessary. Some system setups provide an external processor for the DAC and use a different transfer medium for the digital data (optic, USB). The end result is a transducer moving air. Sound is made by the paper whizzer cone, and the attached voice coil following the electrical signal. The ear interprets the sound. A research project will attempt to encode a signature that is definable within reproductions. Yet the information being seemingly unnoticeable will be hard to accomplish. Perhaps dividing a song into several time divisions for the extra information transmission will strengthen the stability of the audio signature within reproductions. Better approaches will consider each song in its raw form already unique by its existence; composition and audio characteristics. Each an example of a stenographic key.
In the pure fantastic arena, the INET Registered Audio and Video Component series of products offer optical transmission of the digital data direct to the output device. The data will be encrypted using a protected signature making the signal only distinguishable by the transducer block component. Housing a woofer, tweeter, mid-range in a three way configuration will provide separate amplification quantities for the amplifier. A configuration can also employ digital amplification with great qualities (see Class D Amplifier. The integrated circuits of the INET RAVC series provide a high precision DAC to amplifier making signal copy very difficult because of the microscopic electronics. However there are still hot signal wires to the transducers themselves. The multi-channel optical encrypted audio output of the INET Web OS Smart terminal will provide Dolby sound effortlessly. Even greater configurations of sound events and sound distribution can occur with optical bandwidth technology. Pipeline distinct audio signals to every room in stereo.
The system makes absolutely sure that forward iterations of an audio source are selected to be received and decrypted by a registered stream device. Audio and video content will be managed and registered for devices using a library policy. Copyrighted music and movies cannot be played by two family members using two devices at once. By varying the amplification electronics to match speaker usage and qualities, headphones and floor speakers will be securely connected to a library source. High quality scalable video output for movie set top boxes will also be an optimum choice for viewers.
The electronics that perform these functions will need to be designed for third party deployment. The security risk is reintegration of the decryption device after the DAC forms an audio signal. Likewise, video output of frame buffer information to a re-engineered capturing device will circumvent INET RAVC devices. Therefore, the difficulty in reintegration of the INET RAVC hardware and security identity must be difficult after a licensed manufacture. Thus enabling competing audio and video manufactures to still fulfill their direct qualities of service. Proposing an initial product line of branded devices for medium and high quality listening and viewing will be appreciated by consumers. Specialized orders to fulfill reintegration within high fidelity home theatre and professional audio will need deployment design to protect fully copyright requirements.
Preventing duplication after an audio signal composition process is difficult when tailoring to support backward compatible hardware. A common Dennon tape deck can capture audio signals if the process is concealed within a box providing RCA connectors. Dennon has a network technology series that supports iTunes streaming and is integrated with Apple Computing. It is formally named AirPlay. A wide range of network products exist within the Dennon realm (see Networked Audio Products).
The INET WEB OS will include management of digital media public domain, owned and loaned. Public domain works may include television broadcasts, books, magazines, general non restricted content or even radio broadcasts. The important aspects of computer entertainment and application licensing is handled within this context however not in the same fashion. Software validity is authenticated using a server technology, encryption and licensing rules. The Anti-piracy feature also supports low level diagnostics. Owned materials are managed directly for a lifetime loss guarantee using signatures. Even providing for the end of the user life particular services can be readily seen a necessity, a no fee transfer to authenticated benefactors.
Owned materials will be available for resale or transfer, allowing the consumer to transfer their ownership rights to a third party. Loaned materials can include artist incentives to stimulate media sales. After all, sometimes it takes a couple of plays before a song strikes you as like-able. Therefore, the best method for managing loaned materials is limiting their playback based upon number of times and frequency of use. Some artist and labels may go further a degrade the quality of successive plays based upon rules. Providing FM, Tape, CD or Dolby modern quality is a transform of the digital information.
The system must consider the policy that the object owner uses. For example the distributors may allow playback twice daily for up to two weeks. Or even allow a permutation that lengthens the time of playback based upon cross marketing indexes. The INET audio drivers and audio file system will place original source information into recorded and copied audio. This information will be within the digital data. This protects the work from re-sampling. Both video and audio apply. Older materials may allow a higher number of free plays. The digital media file must have links that allow the user to purchase the file for themselves for high quality listening and infinite playback. The option of listening to a high quality take once is a viable option for label companies. The INET DRM system will be precise enough that entertainment value management companies can soften the blow to free viewers and listeners by using INET DRM rule based leasing methods. An INET device will be trusted within this context giving the ability for a good customer to watch first run movies at their leisure.
Digital media that does not contain a signature will be categorized by scanning the contents of the decrypted and decompressed output. This process will derive a series of identification numbers. The process does take into account translation artifacts like volume changes, minor speed or pitch changes, rhythm, melody, equalization and normalization of audio. For video classification color distribution and plot ratios are major factors in identification. Content without DRM signatures will have to be verified by the user as being personal property. For these files, the customer must answer the important question of ownership. However, statistics can be gathered that are tailored for investigative use.
When information is textual, reproduction can be controlled by the viewing apparatus (software and hardware combination). Providing a link to content can be view only. Copying and pasting information from one application to the next does record the source information. Because of this, a security property that secures cutting and pasting linking ensures that the software is an INET application. Pasting this information to non trusted devices is a security risk and will be properly handled. Limiting the feature to only Secure Information Devices is a necessity when financial tracking involved with textual data.
The information can be image format which takes more bandwidth to display. The system will monitor for any OCR type activity from occurring within other memory segments. As well, by locking the view port from being read by other non associated applications, the INET Smart Terminal will keep the content secure. Using the necessary memory protection model is an important function of the security architecture. The Adobe PDF file format and Adobe PDF Reader support some of these features. Native integration and backward compatibility support of PDF will be proper to navigate. Assuring these qualities of information trust for any media is very important to digital multimedia information finance. Under the INET Web OS, links of this nature can be loaned or controlled using defined rules of access.
For information that is copied using the clip board functionality, the linking information will be recorded into a related database. This does allow content to be reused, however, it provides the original author tracking rights. This same process holds true for image, video and audio data. Consider that at times, tracks of video are overlay-ed with a distinctly different audio source; something common upon YouTube.com. The INET Web OS LOD.PANITBT.NSM file format supports composition history for the purpose of tracking this. This information is used to distribute income where necessary and when appropriate. Clip art in its raw form has a magnificent reuse quality within marketing. The promise of income for a portion of an image, a title shot upon a broadband advertisement, for per actual impact view, can be calculated using the image editing historical tree. The percentage of impact calculation algorithm also incorporates the weights of color saturation in normalized proportions to entire image. The size in pixel space and the centroid has a measured impact upon the marketing value within the formula.
By including a finance architecture within this context, the future of information law practice can become resistant to hard core punishment and become more equalized to actual value. Therefore the software language interface must be highly adaptable and easily instructed. A confidence of many server technologies can be seen in modern day. MLA and other citation systems that are used as a reference to the practice. However, most times the option are left up to the ethics of the writer or the designer. Because infringements are difficult to find and weight, the cost and penalty is higher as a result. The fitting of the transaction for digital data can reside at several locations within the financial processing pipeline for all of the parties involved. The INET Digital Data Store will provide the most sensible links to both market materials and streamline income to fit payment budgets. This will require very granular forms of content usage measurement. Providing a suggestion or price quote to vary based upon non-royalty use can be managed. Providing income to the composite parties of photographic materials will be mapped to rectangular coordinates. The fees, if the materials usage policy has so instructed, can be adjusted with contractual collaboration using the INET Digital Data Store.
Within modern information technology law, these constraints will produce specialized logic attributes associated with common linking. These implementations will ultimately provide interface controlling logic of functions such as cut, copy, paste and printing restrictions. The INET Publishing and Editing interface of such documents will retain memory management of these controlled information links. As well, it will provide the necessary logic for page layout while offering a shorthand implementation. The ever persistent web mouse-over link will suffice in most cases. However, even layout can be defined by these ruling attributes. It must be a common place task to utilize the controlled information hyperlink. Statistical information will also be captured, viewable and be measurable by the author or system administrator by use of the document and its sub components. An interesting new form of "Where did my George Washington dollar go?".
The FCC compliant media management system within the Web OS model could report the copyright infringements on a lazy basis to an owner (FCC Trusted Media Device). These are files whose origin and source are unknown yet match in categorization to known copyrighted materials registered in a database server. These records can be used by the FCC within the USA or other appropriate government institution resource for decision. The penalty of corruption however must be researched due to the seemingly innocent and easy digital operation. An example working system like a library uses a small fee amount. Other aspects of broken policy provide secondary paths of management. Use of the library is limited.
Excess plays will accrue late purchase charges. The soft loop hole will be the CD, DVD, and MPEG content that the user already owns. The system will rely on the user answering Yes or No to the question of ownership. Details about the accuracy of this information can be understood through further physical investigation if necessary. The INET WEB OS leans toward the future direction of electronic distribution, allowing ownership tracking of content from publishers using signatures. In conclusion, the flexible method of dual algorithms being used identify materials as loaned, owned or public domain will allow greater capture of lost profits by the music, video and entertainment industry. Yet the interface to the consumer is non obstructive and friendly. They get a digital media library fee. Unlock songs and video. Unlock your device. In the end, providing a durable, tamper proof, and trustworthy platform capable of high definition signal reception while offering a system for controlled digital media access will require new electrical engineering of the user's platform; the INET Smart Terminal. Therefore, some features will not be available without a specialized driver purchase and installation upon the Windows, Linux and Apple versions.
See Also:
Articulatory Synthesis is the simulation of the human vocal system using three dimensional mathematical models. This method of speech rendering is still in its infancy. However, in the future, this will be the leading voice synthesis technology. Because it is so dynamic, it offers many robust features that are not available in current speech systems. For example, ever tried to control the emotional characteristics on the Microsoft TTS? There is not one. In fact the closest property is pitch and speed. Currently there are several markup languages that are in place to facilitate the controlling of the speech synthesis engines: SABLE, JSML and SSML. These systems all control the same aspects of the speech engine yet the most versatile implementation is the SSML which is XML based. By using a small artificial intelligence database in conjunction with XML, great strides in scripting features can be made.
As a speech writer, controlling the finite characteristics of the voice by name as well as by invoking styles by emotional definition is preferred. Controlling volume, pitch, and speed is quite easily a pass through parameter to most modern speech engines. But by controlling the joints, teeth, mouth, lips, through a series of skeletal joint pivot points like Articulatory Synthesis allows, numerous paths can exist to enunciate a phoneme. But what is actually being manipulated is the inflection that an emotion will have upon the speed and control paths of each of these points. By tying descriptive emotion words together with a relational network of synonyms, control over enunciation with emotion can be achieved.
Imagine invoking the angry emotion. The characteristics are measurable and many common attributes exist between models when everyone is angry. The voice is a little louder. The words are rushed. The words may come out with more breath, perhaps a little spit. These characteristics can be described in the playback string. A list of distinct emotions must be maintained like normal, happy, coy, manipulative, sad, angry, scared, sleepy, singing, laughing or crying. Perhaps there are more.
It is important to allow weights; really using the synonym database that is. The amount of inflection can be controlled by assigning a weighted value or calculating it by distance from the root node. This parameter will have a direct effect on how much weight or pull the emotion has upon the system's current playback of motion strings. As well by allowing descriptive words to control the transition time to an emotion inflection playback, users will have greater flexibility when writing dialog. Artificial intelligence can be utilized to modify the diction for natural progressions and transitions. Including realizations of subject context is difficult but an accountable audio property.
The engine must be developed with the best voice synthesis versatility in mind. It should offer a training session during which time audio input is used to configure and measure the model. Users should be able to get their voice in form easily; an audio texture. The model definition files should be a package format that is backward compatible and easily accessible. These model definitions are a library resource that can be dynamically loaded by short name, description, identity characteristics (age, gender, charisma) and symbolic reference (direct link GUID). Integrating these technologies into office applications may be of use, the day will arrive when email is read with the voice of the sender.
The engine must allow a skeletal connection to exist that controls the mouth and jaw of a model. Typically found in scene graph logic, events will spawn variations within the model's parts. Including information about the context, or passing through named key points, can provide events to the model render-er. This information will be stored in the sound format as is often necessary for precise timings. It is assumed unrealistic unless specialized hardware were created to create real-time the audio stream. This tagging system, portrayed within an attribute of the sound format, will allow easy inclusion of narrative cinematic content within games.
A secondary form of emotional characteristic profiling that is important comes from analysis of original language source audio. By profiling diction characteristics from a well spoken piece of audio, a movie segment for example, two aspects within the sample can be deduced. First the basic tonal qualities of the actors voice within the given scene. This will allow regenerated audio to have similar diction that is localized. A comprehensive algorithm will optionally allow the scanning of an entire audio segment to build a more precise syllable dictionary.
Secondly, the emotional stress and time placed upon each thought can be re-communicated. The text to speech engine will allow automatic and manual alignment of the text to the original source audio. If the audio track is a mix down (flat track), algorithms and filters can be applied to strengthen the reproduction algorithms diction capabilities. The end result, a full length movie can be accessible to many languages nearly without further work. Something that will be very costly if each language were covered for every film. In these cases, the text or script will be available for relationship linking. Providing a solid link to text searching to a film segment is an exciting feature.
In conclusion, Articulatory Synthesis is the holy grail of speech synthesis. Its flexibility allows emotional characteristics to exist within the audio rendering. Mark up languages such as SSML should include extra details that allow emotions to be placed within dialog. The INET Web OS Text to Speech Engine will capture the writer's use descriptions in natural text. As well a new page entry, binary coded, location wafer or OCR read, within the paper back book can be be used to set attributes for each character in the book. The formal declarative speech descriptor pattern used with the INET Web OS Text to Speech Engine should be easy to use. It should not be geared to specific words but use a database of characteristics.
Available Technical references
The INET Visually Impaired Walker will provide easy access to many parts of a city environment that was not available before to the visually impaired. With confidence a blind person can embark upon a journey and arrive at the destination safely. The INET Visually Impaired Walker provides audio or tactile feedback. Typically worn about inside clothing or on the hip, a small massage occurs for signal. The device can signal for a change of direction or an arrival. Reporting this by audio limits some functionality - report current location, position from destination, and approximate time to destination. The INET Visually Impaired Walker is compatible with the INET Web OS to provide maximum interface capabilities for planning.
Businesses that publish content with the INET Web Publishing Suite will integrate with the device seamlessly. For example, restaurants that publish their food menus will be easily accessed using common synonyms. Their location, phone number and delivery system will be automatically gathered and placed into the appropriate category. The restaurant’s menu will also be searchable using a common format. With this system it is possible for the customer to make selections ahead of time, or take several choices of wine while they are at the table. The individuals will be armed with the correct information. When their arrival becomes, the waiter will have easy access to their choices from the identification of their person at check in. Optionally, the customer may choose to play their selections using text to speech to the waiter. The sections of published content are assimilated into categories that are known to the searching consumer. So they will not have to search tediously for certain types of content.
The INET Visually Impaired Walker is also a cell phone device, personal recorder, banking assistant, talking alarm clock and personal assistant. An optional wireless tactile keyboard can be brought along for capturing notes, writing and text editing. The INET OCR Camera can integrate nicely to provide Text to Speech reading of standard books and magazines at the library or anywhere. The text editor provides text to speech of information held in file. Allowing secure storage and retrieval of the customer's content from any location that supports Internet connectivity. They can go to their last point of listening to a book for audio music for example. The INET Visually Impaired Walker is designed specifically for the visually impaired world wide as a compact, easily locatable, comfortable to wear and made for enduring use computing device. The interface will also provide translation between two Visually Impaired persons that operate in different languages.
Giving access to community of like individuals can also be fun, however the INET device also allows community access for all people. The Web OS provides easy access interfaces for web browsing, natural voice page reading and email. Magnification for easy text reading is a present feature.
The INET Application architecture includes a domain for delivering a closed caption experience. If instructions are in audio anywhere within the system, they can be converted to text by filling in the fields. This information is stored within the audio file format upon the INET Web Server for ease of deployment. As well the system uses this text as a navigation path when text to speech is used for the visually impaired. A short path that includes good English (or language) references voice of extraneous information can be experienced. Typically making an experience more fluid conceptually. As well, by adding the ability for sound effects to be used in place of window area contexts, allows them a visual spot tracking upon the screen. Application windows can be easily seen as the next in view pipeline if the users clicks upon them.
The INET Web OS will provide interfaces for all known assistive technologies. Physical assistive interface include devices such as joysticks, specialized buttons, upper torso input reader, and the foot mouse. A research for feasibility to cover is employing the use of a specialized computer camera that focuses on the user's eyes. Using this information, interfaces can be driven by eye movements and blinking of the eye lids. This will allow numerious applications to be used and web information to be traversed.
A desktop designed for the mentally handicapped will be included with the INET Web OS. The desktop consolidates common functions useful to computer users but is section for ease of use. As well, information is stored in a recently used or recently created using historical view to allow easy location of data objects. The desktop provides world, national and community based links to applications, multimedia media and forums to connect these individuals with their community. The desktop is adjustable to increase simplification or expand based upon cognitive abilities of the user. Software designed with the INET Compiling system will have automatic access to these capabilities due to tagging. In conclusion, the INET Web OS platform is designed for Disabled Persons providing an important access to information and human services.
One compliance characteristic of a Web Server Operating System is that all user data stored within the system such as programs, settings, databases, and data-files are in an open format or application specific format. The location, storage mechanism, and any data dependencies of each user file is known. A major feature of Web Operating Systems designed as this book suggests is that users can transfer their assets to a new provider. The new operating system provider can be distinguished by many attributes that encourage a user's business. This provides an open technology market to entice competition. Fierce competition will increase productivity. The INET Web OS adheres to the proposed component standard instantiated by the INET Operating System Meld Component design. The INET Operating System Meld Component is a common critical component within Web Operating Systems designed for the open user market.
Within the open user market, each Web OS provider must allow transfer of all data sets to specified target. The new target may be a backup facility, for example, or a completely new host for the consumer; they might want to change their operating system provider. Changing the operating system provider will be as easy as changing cell phone carriers are today with Web Operating Systems design like this book suggests. The INET Operating System Meld Component provides a digital data catalog along with APIs for applications to register their information. The INET Operating System Meld Component is integrated within the file storage system providing a secure file property owner status. In general, the system provides a secure way for clients to transfer all or a portion of their data to different provider. In short, the INET Operating System Meld Component must be a standard component for every Web Operating System Provider to provide an open user market.
The operating characteristics of the INET Operating System Meld Component is very restrictive for ultimate security preferences. It is improper to expose every piece of data the user has at a whim. It may seem a risk, yet it is essential for this component to exist. The protocol and communication methods the component uses during transfer fit a standard open format for the source and target to align correctly. The INET Web server plans to incorporate a relational database for its basic storage system, so the component will link to the user's database. The system provides a measurement of progress, and a measurement of the total amount of work.
In some cases the user may only want to transfer some kinds of data to a new provider for safe keeping. For example, the provider will serve as a new video vault, their valuable audio files, or financial information. This is a distribution of the data and dependent on the setup it might still need to be accessible from the original source OS provider. When transfer occurs, dependency links are maintained to ensure applications will still operate correctly within the file system. Communication links are established providing the correct encryption keys and end access points.
Replication for the use of business data access is also considered within the scope of the component. In this case, data is maintained in balance across a given set of nodes, or target points. The system tracks updates for replication and the speed of distribution for statistical learning.
One use for consumer based data replication would be intercontinental travel; the user relocates cross country or world, a plane trip. This type of service can be facilitated using numerious technology plans. For example, if a local service provider is not large enough, additional technology agreements with other firms may be necessary to offer the feature. In most cases of large distance travel, replication is desirable for a user's performance. Select portions of their data follow them when necessary. The system maintains a cache for each device registered while the main store is at a Web Server CPU. Depending on usage, the component transfers only what is desirable during the instant in time. Based upon data security, some content is restricted and will not be transferred or placed into public view. File security also includes replication that considers geographic regions. The user's digital data is represented in tiers to facilitate quick switching for users that have purchased a data box web server. In other cases, their is copied to the new host environment when swapping.
A feature of the INET Web OS is the management of distributed data and other technologies across the web, network connection or optical bus connection. When a user buys a new central processing server box (not a terminal), they can just plug it into their old server. The INET Web Operating System distributes and configures the computing resources automatically. Configuration is established to effectively utilize both the old and new device whenever appropriate. The user can also establish a specified use for the additional device.
Do not forget the main purpose for the component however; to make sure that the user can always change their Operating System Provider at will. This means the managed transfer of their application programs, directory structure, settings, and user files. The data associated with the application, configuration information and user data, is stored in a format that can be transferred. The VLISM code is transferred along with the associated application data to the new host provider. The new host computer starts a background compilation of all of the new code.
Versioning is an important facet that needs to be in view here as well. In the INET Web OS model, file version is managed with historical records, how much data should be transferred? And of course only data that is necessary for the new provider to use must be transferred. Logically this means that the source provider operates under VLISM stream version a, while the new target operates on VLISM stream b. Translation between these two formats must be facilitated easily and dependent device streams must be recompiled once transferred.
The transfer process must be flawless, provide fault tolerance and recovery. The INET Operating System Meld Component is managed as part of an international standards committee for Web OS providers to incorporate. It is a large responsibility to manage security for. This component, being open source, allows asset transfer to occur when desired by the user. Therefore the system is protected to prevent hacking and tampering. The security is tested by the operating system provider incorporating the component and the international committee for secure data rights, an organization or step used in compliance testing. It is assumed that most of the security is built around INET name-space locking and a hard button switch but each terminal configuration may be designed differently. The negotiated initialization of the process is the primary function to secure. Only registered devices of the current host provider may start the transfer process. INET Operating System Meld Component in most cases is started by an IIOS Bios call embedded within the device. In conclusion , the INET Operating System Meld Component is a critical design feature that enables an open user market for Web Operating System Providers and Web Operating System manufacturers.
By grouping and naming object technologies from schema that are derived from international discourse; adoption, dissemination, conversion and sharing of digital data will be more successful between companies and countries. The INET platform business model will make this easier because it is a conforming system rather than dictating system. But most importantly, it promotes life long data integrity beyond the operating system provider ending total reliance and this promotes intellectual competition among all providers.
Logical and full bodied negotiations must always exist to come upon naming standards that are appropriate for the international mind when considering logic, math, information structure, visual cues or aesthetics and the target comprehension curve. Within the domain of information exchange careful planning needs to be in place for string data considering language both expanded character sets and language translation, data version, numeric data, date, time, currency exchange, ecommerce, goods market exchange, customer management data, geographic location information, personal identity information, editing and typesetting, streaming application format, database storage, graphical user interface objects, window implementation input response, image file formats, motion picture formats, audio formats, and source code requirements or international source code exchange. These facets must be managed by a group of international discussion boards that operate as separate entities to facilitate the highest effectiveness of planetary implementation.
Checks and balances must be in place to protect businesses and consumers within the domain of intellectual property. Intellectual property is loosely used here to redefine digital data such as documents, images, movies and sound, that is a whole work. This is relevant to the operating format. The check and balance system works well in hashing out agreements because a majority of the members have to agree for planned recommendation. Yet because of software flexibility, minority requests are still included. This reduces feature duplication and reduces complexity in most cases. It opens a source for continual improvement through research and discovery. And it gives opportunity for greater comprehension, that is to say the works of the whole are greater than the whole because learning has occurred during discourse. A profit or quota must be maintained by these firms to serve independently.
Companies providing web server operating systems, like the INET Web Server OS, will provide a level of compliance within the international conventions to compete. As well, the devices manufactured will have an Internet safety rating for electronic commerce and personal identity. Being able to serve an OS experience or tunnel an application experience is an important feature of web server operating systems. The instruction set name-space used for Internet transfer and native application machine code used must be agreed upon. This allows multiple instruction name spaces to exist yet provide name space transfer where appropriate. This is VLISM's most important feature as it provides a upgrade path while always accounting for backward compatibility.
The INET Web Server OS will render a compatible stream format for the embedded device being controlled; the experience. For the investment in the maintaining of compliance knowledge as an initial steering direction, the software implementation and hardware implementation corporations are free from monopolistic control. This is a driving key to the success of the web server operating system market. Agreements of this nature will ultimately protect data and logic investments of the entire business industry that rely on digital information technology. In the end, this secures business and personal finance processing.
The system will perform scanning functions on an as needed basis. Integrated services.
So you want to log into your home computer from the library? Or how about your work computer? The term logging in brings to all user's mind the idea of user name and password combination. Yet in reality this is an extremely poor design for authentication. Especially when encryption can be based upon this information.
By storing a large decryption instruction key on a key drive , Internet usage of this kind will be much more secure. First with an decryption instruction key no information is sent to the server computer except an address. A new terminal protocol will help identify what screen resolution, workstation characteristics and user interface devices the connecting terminal has. The web server is where the user's desktop is delivered from. The encryption algorithm used by the server is already set to match the decryption key stored on the key drive.
To the user it is simply a new autorun.inf type of start. They simply insert their key drive into the black box and their desktop appears. If the user has multiple operating system accounts, a nice selection list appears. This black box is actually connected to the computer's network interface card. The box handles the initial DNS resolution thus having some code to control the Internet. The devices primary function is compression and encryption; upstream and downstream. Obviously this would be an upgrade path to the new terminals.
Combined with hardware resources for the cipher, modern desktop computers can be reused for the INET platform. This is a great upgrade path for government, libraries, schools, and many users as existing assets are used. For some, fixed asset management of this kind is extremely important. Being able to use old equipment to run the newest applications is awesome for them. The main benefit of the Black Box integration is the extensive upgrade in Internet security for users of the next generation web server operating systems. For the user it provides a better overall experience.
The ability for many users to work together remotely over the Internet or inner office is essential for sharing intelligence. The ability for two users to hash something out productively or arrive at a product end point is important for many types of team work. The INET Collaboration Application Framework and the supporting GUI Applications will support secure layers in any application for multiple users. Intrinsic with team efforts when physical distances must be crossed, including the physical space divide, is INET Collaboration ability to synchronize communication effectively with good solid graphical user interface traits. To manage effectively and with pleasurable user friendliness the collaboration and synchronization of data objects, live textual messages, live video feeds, live audio feeds, application output (LOD.PANITBT.NSM Draw Lists) and user interface device input/output is the big ambition. This must be managed with tight security for multiple users.
Textual communication is essential and one of the basic needs for multiple user collaboration. Yet textual collaboration must not be confused with textual input upon a dialog. Textual collaboration is a discreet, secure, method of communication about facets of a project or document; chat. The textual input to applications can arrive from the hosting terminal itself, or any other terminal within the current collaboration ring whose security profile matches the correct bit signature; non visible, read-only or read/write.
Video collaboration can be drawn from dual sources at the same time for a given terminal: the application workspace and a live video camera. User Interface Device collaboration will synchronize primarily the input of keyboard functions and mouse input. INET Application interfaces will have the ability to support collaboration using easy OPP methods; a button on the counter-space activates the collaboration ring dialer. The application publisher may wish to pre-fill meeting room credentials with proper security or set specific application and INET Collaboration framework specific features necessary for providing a proper user experience.
Users have the ability to synchronize information from one terminal to another. The synchronization of data objects is a very practical feature. Permitting the scheduling of object updates or the single transfer of item(s) is in line with usability.
User interface device input can arrive or be sampled from local or remote machine. When collisions occur within a single field for example, last input choice will be selected as the final to store. However, data will not be lost due to the historical recording feature.
The INET Web OS Collaboration suite will contain a host of seven applications along with the base framework to support the graphical user interface needs. The INET Collaboration Ring Manager is an application that allows one to define an audience or group, the meeting room, duration, breaks, security profiles, audio feed properties, video feed properties and the publish the request. The application supports an invite feature or allowing credential based sign on. Credentials can vary greatly due to public broadcast capabilities. Age, Gender, Operating System or Work place may be criteria; but there are more. Point to Point Secure Identity connections allow selection of a machine. Or how about an initial face to face meeting to hand an INET USB High Security Key. The ability for one to check the authenticity of a member is present.
The INET Collaboration Attendant application will be present on all terminals that plan to use collaboration. The main purpose of the application is to gather the meeting credentials from the best trusted source.
The INET Chalkboard Meeting Planner is an office flow tool that allows one to define the flow of a meeting. With this information present, attendees can track progress. As well, by placing an emphasis on flow, a suitable lesson plan can be developed from templates. Some experts in higher learning intuitions identify this as the process of learning effectively, while ensure long term memory placement. Some likely steps are : Meeting about, Introduction or symbol moments, Formal Thesis. Supporting Points A. Point B. Point C. Demonstration of concepts. Reiteration of major points. Extra or advanced information. And testing or survey. As well, the ability to place within the flow office media and live video moments for each member is important. Having a question place after each point could be important for the user. During this stage, having on hand many members to support one on one from provider to client is important. Kindergarten, grammar, middle, high school and college education will benefit.
The INET Live Video Collaboration application is a single floating window or a rectangular grid of many videos if multiple users are involved. The application will be in foreground with proper and support audio. Supporting Live Video Collaboration within an application will tie the information of connection and content to that application. For applications that include customer relations that are monitored, this will allow storage of the video information. Allowing the database storage of a record format within the context of an application will entice elastic usage of the component. The quality of video and audio will be adjustable to secure proper bandwidth and performance characteristics.
The INET Live Audio Collaboration application will support multiplexing of multiple audio sources from microphone sampling and optionally output from application sources. The INET Live Chat application will support textual information as well. The INET Collaboration History application allows a collaboration initiator recording capabilities for subset data. Users are shown these statuses. If the application and content is officially subscribed, users may lose viewing privileges. Some events must be recorded. Application automation playback and video feeds of application workspace is attainable.
The INET Language Translation System will be available within the system interface, incorporated upon the system bar. Providing access to a database of common greetings and phrases within the scope of the collaboration functionality is of great benefit. The INET Language Translation Database of phrases allows a business owner entry of specific policies and processes while incorporation of professionally translated phrases. This will make sales possible in some circumstances. Providing a common summoning format for parties involved, the INET Live Collaboration system will promote connectivity to others near in geography for on the spot communication. When both users do not have a terminal, one will suffice for the necessary communication. The INET Live Collaboration textual communication system provides a session view for multiple users.
Applications will be able to include the collaboration tools within their application for use, allow specific security adjustments for their field of view, and set the group policies for capturing or recording. The INET Collaboration suite applications are written as SoftSpot components thus allowing seamless integration of teamwork approaches. Data and time records can be linked to the application session and context. Data can be recorded to a Collaboration asset database and later indexed by key. Data can also be stored in format with application database streams as blobs. Machine translation of text and real time translation of text and audio (video subtitles) using authenticated resources is supported for international communication. The INET Transcription Monitor allows secondary parties a view edit that is synchronized within the recorded information. Closely matching the transcription information is not possible since it takes time for a translator to type. However, the information is shown as it is received. When video or audio playback occurs from the data blob, the text subtitles are synchronized. Text subtitle synchronization editing can be accomplished using the INET Transcription Monitor. The ability for a user to create a seminar using the INET Web publishing and integrate INET Live Audio Collaboration at designed times will give great structure and fresh artistic appeal to information dissemination. The system also includes integration with banking facilities. In short, the INET Web OS Collaboration suite and OOP API will give freedom in space and provide a good huddle.
Large dominion sized information goal management of events will be a great feature application that produces effective productivity by strengthening interpersonal communication quality with each person and perspective client reached. The system will be supported as a WAN product globally. Existing frameworks that manage goals sought using domain specific models can be downloaded from an external network resource or central repository and used directly. They can also be modified for tailored purposes. Software project management, personal finance, charity, health care coverage by area (existing facilities and new facilities), building an catholic church, small business startups, starting a bakery, running a bakery, running a pizza shop, starting a new home loan, saving and investing or managing a new charity fund could be likely desktops for collaboration. Internationalization of these concepts will strengthen complexity and Staircase Goal authors.
As a basic feature, the application will allow the creation of presentation events. A presentation event can be comprised from many users from a user group. The user group will be representative of a specific set of goals for that team to accomplish. The ability for user groups to direct their web published materials to the correct parties within the system or broadcast to listeners must be easily accomplished. The presentation view or event can be expressed in many forms of media including video, audio, textual, expert system knowledge based applications, INET SoftSpot components, surveys, forms or INET web applications.
These project sources have an interface that molds over time. The events work within the capacity of economic distribution to localize some aspects of friendly cooperative business partnerships. The economic value of packaged distribution can also be likened to an economy snapshot is many data sets were linked together. The knowledge comes from existing working methods. The amount of detail established at each point can be controlled. However, the most effective will contain the most details.
The system will manage many users and user groups to facilitate security privileges associated with the view, creation, usage and editing of presentation events. Tracking of use, task completion and content creation is available from an administrator view. The only way things get done is accountability. A recursive relationship, it is considered that financial gain is the bottom line. Yet many steps working within a team are needed to propel success through work. The work must be accounted. Serializing or providing a dizzy work flow is appropriate for consolidated view.
The architecture of the system must be generalized enough to allow information flow of multilingual digital data objects (application, video, audio, etc) within a user friendly portal design. The portal design will facilitate effective use of the user’s time. The system will provide potent use of screen real-estate allowing incorporation of INET SoftSpot Components. Information application frameworks tailored to user and group specific needs will be more effective for the non computing professional.
The system is distinct from an email application because it presents information in a staged flowing format, one that supports tasks being completed within a designed framework of time. However, email is included within the suite of tools. If more work is performed during the task, new tasks can be recorded within a diary. Making use of audio and video sampling will increase historic knowledge. The presentation events can be arranged in a nested hierarchy and allow chain event spawning. The system will measure the time of all facets of the usage, creation and viewing of the materials. IF a reply is required, that will be tracked and implemented.
The system will provide tracking of historical data, related chains, and archival information. Reporting of this information will be at administrator or the chain creator's will. Calendar view entry points are common points of interests for schedulers and managers. Integration with the user’s schedule is in ready state along with reminders. The ability for the administrator to create a desktop environment and specific views for the dissemination of presentation event details will be present to allow a party to design a cohesive collaboration tool suited for their tailored purposes. A work stream that repeats itself many times is one example. The system must also allow versioning of previous and future designs.
The intent of the system, while having a generalized approach, will be dependent upon the user group’s implementation desire. Consider the necessary requirements of collaboration among nations, their ambassadors, individuals within the ambassador’s domain, and the nation’s leaders appropriating change. Projects like this have been tried before, however none still survive as a implementation choice. The individuals will be a member characterized within an event as a creator, a receptor or an interested party member. The members all exist within many time domains. Each have their very own personal schedules. Many languages will be written and spoken. None of the members must be tied down to a millisecond if can be helped. Yet in circumstances it is desirable to have accountability for a competition time. To inform, show status, and allow follow up of events will be necessary in collaboration. Typically groups by the will of the nation’s peoples will express the desire for change. Security within user group domains is necessary and must be verifiable upon request.
The INET Staircase Goal Collaboration Management System is an information framework that implements flow and tracking of digital data objects. The system’s intent is to appropriate measured progress set forth by goals which relate ultimately to policy practices; formal or informal. The ability to create a collection portal for a charity should relate the participants to the end with authentication; their funds were properly treated. And the ability to create resale of market goods should be easy target. The system supports multiuser multilingual collaboration. By allowing a designer to tailor the information system for specific work-flows, appeal, user friendliness,and dissemination details the target audience can be counted easier. The system establishes a party and request specific data portal. By including goal seeking software that tie the user's will and desire to unit display will allow management of several goals within their digital data. These projections will occur through broadcast and the web publishing suite. INET users will be more successful by using the scientific method and planned steps. In short, the world lives and breaths on a stimulus beat.
Closest world match: Project Management instead of Goal Management.
Web publishing and broadcasts are an essential ingredient of a user's worldly communication. Their methods set forth behaving and achieving its goal of timed captivity, appearing beautiful, spontaneous and with liquid fluid motion will be enjoyed for its innate design by users. The INET Web OS publishing suite gives users the ability to weight, place, and arrange visual content they deem important into a useful page layout. Useful traits will be interpreted by the targeted audience as the navigation system provides simple reference or access. An audience held in a subscription service or one that is completely anonymous is dutifully counted by the architecture. By combining three dimensional organics for the eye, audio flow, emotionally suited, character mouth, face, body acting, and stage dynamics with office productivity software the INET platform will soften relationships with old and new clients.
The INET Web publishing system uses an object oriented implementation to enable seamless integration of assets cross office productivity tools and third party meta tools. The system provides the necessary tools used to form layouts and utilize text easily. Spectacular presentations and multimedia experiences are easily made with complex live data. Exploiting the three dimensional rendering capabilities of the INET Web OS Visualization system, font dynamics and animation capabilities; the publishing suite enables robust learning environments to occur. Many information frameworks that adhere to specific content styles is available for staging the experience. Each of these template frameworks is available for incorporation in all meta production tools and the new office suite.
Artists of the past have used many mediums to project their imaginations. The newest realm of Computer Graphics and audio technology has begotten enormous fruits of creativity in film and music industry. The next medium is obviously using the Internet as a direct presentation layer. Yet the tool work flows used to create the presentation is often not geared for the audience; artist, business analyst. or home user. Modern users must make many compromises visually to reach one form of their goal; hammer.
A visual artist modifies space, either 2D or 3D. Techniques, instruments and hand tools used to do this vary greatly. In the physical world, canvas, cardboard or any surface is used. Expect new methods of input technology to evolve within the INET technology market. The INET Gesture Recognition Hand Sculpting input system is one such research project to be used in the modeling application. Users can use their hands to modify the shape of a two dimensional or three dimensional object's features. Working with deformation and texturing tools will be operated easily within this context. Setting the strength of these tools will be best expedited using the same input method, gesture recognition.
Creating high quality models to be used in broadcast is sometimes difficult to achieve. The modeling application will provide safe strengths to ensure productions are of quality. Yet when talents are balanced elsewhere, a large library of on-line textures and basic shapes to choose from will speed a visual target to completion. Professionally created models are always an inroad to high quality content. The INET Web OS provides inner work flow access to many asset databases as well as including base content. With the protection given to the artist for content reuse, generous usage is enabled to allow a decisive layout without hindering productivity. Content payment or rental is only accounted for when the user chooses or when the final publishing process is invoked. Model makers have rights. Models that are enabled for verb artificial intelligence interaction can be animated using that style. Standard animation techniques can also be employed. The system includes a robust motion data package for this purpose.
Another input technology, the INET Multi-view Line Model Scanner, allows one to scan cartoon or hand drawn figures from several poses or angles to build a three dimensional model. By matching poses to verbs defined within a skeleton, animations can be made from the plans. The system provides sensing of thickness and depth. Frame interpolation can also be set by key points for animation. The process works for both two dimensional and three dimensional models. The official terms used by animators for these processes are Tweening and Onion skinning. The technology also provides anthropomorphic limits (range of limbs, digits, torso(s), head(s) motion) based upon skeletal assignments. Properties that cause a cartoon character to exhibit intermittent and regular motion such as the chest moving during a breath can be described as well. These features will also work with two dimensional drawings. Motion path data can be applied to the model creating naturally fluid animations. The system transforms the motion path information for three dimensional and two dimensional models.
These input formats give artists trained in the classical arts a starting point to create and refine interactive characters or logos. The system works best with hand drawn items and not photographs. Offering known scanned angles or views of the content such as front, back, side, top and verb poses allow a more descriptive model to be created. For complex interpolation, limb and component matching can be aided by hand. The artist will locate a region and outline the shape within several of the scanned items. Giving that these items are most likely rough drafts, portions of recognized materials can be selected independently. That is, one might draw the individual components of a character and then piece them together. Colors can be used upon the paper to create texture colors but it is recommended that painting occur within the modeling program since lighting will be calculated. A thin black pencil or pen line drawing is preferred. The array of applications that are provided enable easy publishing of a cartoon experience. Users can scan content, type the text, arrange the models upon the stage, add acting poses and presto. The system will render an animated three dimensional film with synchronized audio speech and mouth movement.
Another input technology, the INET Multi-view Line Model Scanner, allows one to scan a cartoon and hand drawn figures from several poses and angles to create a three dimensional model. By matching poses to verbs defined within a skeleton, animations can be made from the plans. The system provides sensing of thickness and depth. Frame interpolation can also be set by key points for animation. The process works for both two dimensional and three dimensional models. The official terms used by animators for these processes are Tweening and Onion skinning. The technology also provides anthropomorphic limits (range of limbs, digits, torso(s), head(s) motion) based upon skeletal assignments. Properties that cause a cartoon character to exhibit intermittent and regular motion such as the chest moving during a breath can be described as well. These features will also work with two dimensional drawings as well. Motion path data can be applied to the model creating naturally fluid animations. The system transforms the motion path information for three dimensional and two dimensional models.
Within the digital domain it is the monitor that becomes the palette. Coming of age in Internet form, INET Web of software engineers will give artists more effective use of the screen as a canvas. The system allows this in a natural poly UI Tool. Several publishing tool formats include text rendering, a strong emphasis on graphics painting, deploying INET Octopus Controls and INET Soft Spots. These tools in conjunction with the INET Web OS provide a complete working product for many users and platforms (viewer, data application, web publishing). As well, it provides easy deployment for the user.
Desktop publishing is the closest form of tool that would be appropriate to compare. Yet not exactly, as many desktop publishers do not facilitate advanced graphic editing features. But they are extremely precise in font layout options that create durable presentations. As well, many digital artists know of their capabilities and interface practices. The highest quality leading products are applications like Adobe Photoshop/Dream Weaver, Microsoft Front Page, and Swish.
Large backgrounds on web pages combined with absolute positioning is the way most web artists use the entire canvas in modern browsing. Addressing multiple resolutions and supporting multiple browsers becomes an issue while using this method. To really activate the screen with fluid motion a Shockwave Active X COM component is used. Creating the Shockwave animation does require third party tools and specialized training. In most cases a frame animation painter would be more effective.
Reducing redundant and unnecessary machine code within the CPU and binary executable can be argued as a necessity and practice within modern browsing. Modern Web OOP rendering components typically use their own inner functions for fonts, textual data, graphic rendering and logic processing to achieve high speed. Font technology used for rendering very readable characters employs anti-aliasing, color balancing and other smoothing algorithms. These technologies are complex and are not easily addressable within the web OOP rendering components. Most font technology systems used by an operating system as core technology do not allow advanced adjustments upon height, width and spacing of individual characters and strings. Nor do they provide three dimensional animation and texturing capabilities as the INET Web OS employs. The INET Web Font System resolves these issues of quality as a base technology.
In modern browsing, three dimensional fonts must be accomplished using third party tools. That is, in some cases, the operating system's font system is not advanced enough to achieve the total artistic vision. For modern browsing, these issues are typically solved in house by the third party software engineer. And at best, these production assets become static images making maintenance and multilingual communication a difficult task. With the robust INET Web Publishing Suite API propagated into user specific tools, the creation of poly layer broadcasts will bring sparkling quality to its viewers. Together, under one roof, these series of tools provide precise creation of still image, video, sound, vector animation, and text. INET SoftSpot components can also be included.
The INET poly UI publishing suite also includes deployment of dynamic navigation systems. To generate domain maps and document indexes is a publishing feature. Each of these items are configurable functionally, operationally and aesthetically through UI interaction delivering usable information systems and tools to users. Searching within a vertical scrolling page (host side HTML, pdf or open source document) or logical information domain is a component that integrates easily at the publisher’s desire. The search can also be tailored for the specific information portal. Adding combo boxes, check boxes, and image icons to extend the search criteria is accomplished with ease. The INET Web OS does have a common panel for the search functionality. The search panel is integrated within the interface as the user preferences desire. That is on the page, or at the top system menu panel.
A table of contents can automatically be generated from the titles and subtitles of the included content. Formatting the table of contents can optionally include abstracts of the underlying articles accessible using mouse over or sidebar selection rollover. Keyboard operations also apply within this context. The advanced search panel that a publisher can place within the UI space includes the ability to show recent changes and provides on the spot navigation to it. An option of interface that shows a summary of change data is even possible for large documentation sets.
One possibility of interface propagation new within the INET Web OS is employing a magnification graph. That is, state changes describing the information object are depicted using a magnification graph allowing easy inspection of pertinent content. A magnification graph is an iconic image representational of the underlying information with high contrast colors showing the differences of the recent changes. It allows the user to zoom, read and navigate easily to the new edited content.
The magnification graph has several views that allow integration within the table of contents, summary, index and abstract publishing modules. Integration of change state information within a table of contents or index is sensed on a user or customer basis. Each customer may have read different articles and amounts of the articles. This information will affect the view.
This navigation functionality can be communicated in several ways to illustrate that modifications have occurred. The display area consumed by this functionality will change based upon functional need, location, server publishing rules, viewing browser code base, and user preferences. Supplying a re-sizable iconic window that is representative of the change states will be primarily accessed through the global search panel. Within the lines of the table of contents tree this state change information can also be communicated.
The summary or extension views are typically illustrated usually by an iconic symbol; an ellipses. The summary or extension case can be denoted in several ways using the text color, an ellipses, an iconic view window sized to the row text (portrait orientation), or a scrolling landscape oriented navigation view. Providing the functionality that reacts to mouse over events while over the polygon spot will activate a layer that provides a magnification graph. Scrolling, zooming and navigating to the changes will be easy.
For best publishing practices the INET Web OS provides the very latest in interface layout technology. It is important that web based publications of the INET Web OS platform use cohesively these features, operational components and screen real estate of the client as effectively as possible. Therefore, most of the template frameworks are designed to do this. Users that design their own framework employ these components at will thus hiding the encapsulated server document processing functionality during deployment. Not providing duplicate, redundant and non-used content for web applications will simplify common user interactions. The global system search also provide this functionality for single access panel location.
One example of a type of production asset is the Music Artist. By using INET Web Publishing tools the music artist's web pages will be built better to operate as music player, complete with puffy titles, electronic payment and point click stream play. The resulting presentation allows easy viewing, purchase, listening, reading, and book marking of content positions. These features are executed suited to the user's preferences. For the user, higher quality vector font system with magnetic magnification for easy reading gives the ability of close inspection. Better mouse usage when reading as a smooth page scroll (key augmentation; LR separation argument) offer flawless no compromise artistic expression and transition.
When an eye crosses the wonderful site of NY Company, a Fashion magazine for women's apparel the clothing and materials stand out. Photography, visual description, and classical modeling styles bring the monitor to spark with life. The process of selling and product delivery will gain much progress by using INET Technologies, held resident on publisher's domain. Within the business owner's grasp for creative change. With INET Information Drill Down Interfaces, a publishing interface, each item in the picture can have a catalog window overlay. Placing more efficient use of space for sales. Other catalog systems like The Home Shopping Network really place individual items in focus for the appropriate measure of time while maintaining the super composition; lifestyle, look, attitude, matching completeness and offers interchangeable garments and accessories as side gambit. To offer a complimentary solution, one type of INET Web Publishing poly UI interface facilitates catalog views. This tool offers a best work flow practice to creating a catalog to aid the designer in new creations and in maintenance.
Being able to tie items to inventory, shipping, roll out, delivery scheduling, ordering, payment, and order tracking using INET UniGlue and INET SoftSpot components gives advantage to system manageability. The underlying information system design is well planned and provides a good operational business base. The poly UI component is a key integration point for the INET Goods Retail Store Business System providing coherent business and technology transition.
INET TeleSpark Conversations with phone attendees to answer specific and special questions about goods will enhance buying and sales capacity. INET TeleSpark Conversations is a base user technology offering browsing and telephony integration that is interactive and secure. Lure, charm and salesmanship offer the ability to pull not push. For the retailer, imagine one day being on the video phone with a customer selling an item. The ability to offer barter and advanced over the phone only mover specials can be made a reality. The ability to react real time using INET TeleSpark Conversations telephony technologies offers new sales capacity and new consumer power.
The process of catalog building while using image capture within the work flow will be in the hands of the fashion maker, the photographer and the store manager; not a third part software company. The INET Professional Wireless Network Camera will allow one to tie a UPC inventory bar code control number to a picture by laser scan or use INET Wireless Tags (garment style). With wireless upload to the server, building the store will be accomplished by linking it to the inventory control system since the UPC or Tag information is stored within the image. The INET Shopping Cart SoftSpot and Retail Catalog Explorer are complimentary publishing products for this type of interface and is present within the publishing framework.
The new era of newspaper subscription, movie ticket, coupons, concert ticket, musical entertainment, entertain mail (mailtain), and user interactivity with host character placement is easily presented to the public using the INET Web OS. The INET Web OS has an integrated subscription service for digital media.. The commerce engine can also be configured for a click copy pay to be used by a business for the process of selling attendance seats or show tickets. The system can manage scenarios such as Broadway show, theater movie house, game room studio attendance, musical concert seating, Football stadium seating, Baseball arena seating and Basket Ball arena seating. The engine is very versatile to encompass the call of many economic futures. The INET Broadcast Content Management System supplies the appropriate function maps during promotion creation to the publisher making development of interactive marketing materials almost effortless.
During subscription or purchase the collection of consumer information can be likened to client relationship management (CRM). Again, within this work flow the system integrates payment processing for economic propagation. Optionally with some content, no further information will be needed, just terminal version providing anonymous access. The fulfillment of secure access rights is designed as the INET Subscription Service. Validity of the attendance seat, ticket, subscription or digital data purchased by a consumer can be authenticated at any time. Customers need back up plans for their purchases. The coupon or ticket is stored electronically upon the consumer's device and scheduled upon their calendar. At anytime the electronic ticket can be transferred to another user or checked for validity. Each of these sub system features are related architecturally to the INET Goods Retail Store Business System for e commerce continuity.
The new era of newspaper subscription, movie ticket, coupons, concert ticket, musical entertainment, entertain mail (mailtain), and user interactivity with host character placement is easily presented to the public using the INET Web OS. The INET Web OS has an integrated subscription service for digital media.. The commerce engine can also be configured for a click copy pay to be used by a business for the process of selling attendance seats or show tickets. The system can manage scenarios such as Broadway show, theater movie house, game room studio attendance, musical concert seating, Football stadium seating, Baseball arena seating and Basket Ball arena seating. The engine is very versatile to encompass the call of many economic futures. The INET Broadcast Content Management System supplies the appropriate function maps during promotion creation to the publisher making development of interactive marketing materials almost effortless.
During subscription or purchase the collection of consumer information can be likened to client relationship management (CRM). Again, within this work flow the system integrates payment processing for economic propagation. Optionally with some content, no further information will be needed, just terminal version providing anonymous access. The fulfillment of secure access rights is designed as the INET Subscription Service. Validity of the attendance seat, ticket, subscription or digital data purchased by a consumer can be authenticated at any time. Customers need back up plans for their purchases. The coupon or ticket is stored electronically upon the consumer's device and scheduled upon their calendar. At anytime the electronic ticket can be transferred to another user or checked for validity. Each of these sub system features are related architecturally to the INET Goods Retail Store Business System for ecommerce continuity.
With the INET Web OS Publishing suite, the user can maintain a concise portfolio of information they are publishing for review. This portfolio information will have many associated attributes that are tracked by the system and sub systems of the Web OS Publishing Suite to make an overview, summary and detail view of the user's work. The system will provide checks to ensure that a satisfactory user experience can be gained. For example, the system will check to make sure all items are accessible from navigation. Spelling and grammar are examined within the module. Visual layout is also considered against the primary interface device. That is, if a primary connection to the content is a cell phone, the overall layout and proportions of the content may need further consideration.
The INET Publishing Portfolio view contains many tasks that are administration. Assets that are related, and project coordination information tracking is necessary to record. This portfolio view enables database backup coordination for the project also. The ability to schedule machine or human translation of assets is present. The view is extensive and provides editing interface security. That is, some users may be using the application for review while other users will have the ability to change content. In this cases, collaboration between parties is maintain to provide tracking of the project. The system grows with the users needs taking care not to burden the single entity but also facilitating the large warehouse catalog.
Within this view, specialized sections of content that change regularly or need occasional maintenance will be marked. Live database, routine calculations and external network dependencies can be reviewed, measured and maintained. This provides a consolidated interface for easy maintenance. The ability to track differences between live broadcast data and historical change information is also great feature supported is supported by INET Technologies.
Finally, maintenance of marketing materials can gathered, summarized and maintained within the portfolio view. This includes the integration specialized applications and materials that are definitive of the projection theater. Portable signs and associated radio content is considered. The dependency tree of this information and its assets is maintained for the total package's integrity. The INET Publishing Portfolio overview ensures information integrity for the entire publisher's production.
The INET Web Server Operating System Visual Publishing Suite and database connectivity is a new orientation within information systems. Users will be able to create professional web oriented database applications that present information, collect information, allow people to view catalogs of information, perform e commerce functions, learn exciting new materials and perform statistics on gathered data.
The tight integration of web sites, personal domains and business domains will provide the ease and flexibility needed by the masses to own website domains. The API functionality must include sub-domains and specialized sites that support upload to a common public server to broaden the accessibility of ownership. There are many specialized details of a website that need comprehension and user interface space. Payment, order, searching for a provider (business directory), host provider feature compare, and remote server setup are primary functions. These will be handled using a series of wizard pages and portfolio views to reduce complexity.
Other features will be hidden and used by the INET Web OS for content production using a specific IIP Dialects. That is, depending on the service, some content expression may not be allowable. The Correct IIP Dialect will match rules concerning format policies (type of allowable content), usage policies, and information law requirements. The services offered will match the functional IIP Dialect for the selected domain host and hosting package.
File format is important for proper file rendering. Unix is the main server technology and requires a selected format for End of line processing for example. Other aspects of the file format consider storage, ANSI or UTF-8. The configuration will adjust to match content production to server technology for ease of publishing.
Other facets of a website domain directly relate to the service plan. Providing a schedule to reorder an expiring name on a calendar schedule will aid users when the time is right. Ordering new web names using a search will be integrated. Name auction is a requested implementation. The company Network Solutions provides a name availability search and whois information for currently reserved names that will be integrated. Name server management is a often misunderstood technology due to technical implementation. The system will tackle this issue making sure all systems match anytime a server host, a hosting plan is modified or when domains are parked.
Search Indexing is an important feature. Without proper tagging and existence (e.g. META, robots.txt) of web related files, Google or Yahoo search engines will not find. The system will manage a ranking view and search engine submittal wizard for these purposes.
Depending upon the server, some web hosting plans and features require the use of banner ads. As a compliment, the task of creating and maintaining the link to these ads is an integration point. Copy protection is a feature that some web pages provide through effective option and browsing capabilities. On some materials, it may be necessary to use the PDF format to ensure copy right protection is executed. Language translation services is an option of deployment that is integrated within the INET Web OS.
Site user management management is necessary to provide the correct access levels to system administration functions. Some functions are related to FTP configurations while other portions of web site user management directly relate to the actual service. Email accounts are also easily managed for the service provider within the INET Web Domain Management API. In all of these cases, an effective OOP API and interface solution is delivered.
Backup and historical editing features are available with some services. The INET Web OS provides access to these integrated backup and historical editing facilities. As well, when the host plan does not support them, complimentary solutions for backup and history are managed directly by the INET Web OS Publishing Suite.
The management facilities and creation of web domains will be handled from within the networking user interface. Providing the ability to securely manage content is important. FTP is the most common method, however, there are better security models for managing raw files. INET will employ a model that enables this through its web publishing technology along with inclusion within the Web Sphere Explorer when the server is compatible. The identity use and access to this information should be guarded. Where ever possible, allow generation of secure passwords (INET Knitted Pass-codes) by the computer for remote host server access security. These specialized passwords will be protected but displayable upon the user's machine only.
When a user wishes to transport INET Knitted Pass-codes - these access passwords - they will be encrypted upon the data key. It must be noted that these pass-codes are not the same as the communication encryption device ID. When the INET Knitted Pass-code key is inserted into an INET Smart Terminal or compatible, only then can administrative tasks take place to a web host.
This open media producing system will likely develop distinct internationally aware based audiences: a user audience, a power user audience, and a developer audience. Versions of the presentation will be held within the multiple tier file system as renders are refined for the connecting devices. The INET script engine is a dynamic system that maintains a link between the binary and textual versions of the logic. Providing an interface to work directly with the binary and textual versions using API, scripts can be edited easily without syntax corruption. A compatible browsing experience is created for legacy technology also.
Digital computing has created newer methods of entry, view, editing and testing of information in general. By upgrading input technologies and output technologies to be effective for secure web broadcast and operation, the INET platform technology will lead artists, publishers and technologists into better communication and resource management. Saving wood by decreasing use of forests; Technology and nature; the paper argument; the bandwidth argument; the CPU usage and memory argument. By blending and capturing moments of life's thoughts remixed to artistically sculpt textual drama stages for the viewer with realistic light and shade for digital projection, a digital post card will echo. Let the application festivities commence.
One part of the web server publishing technology will be personal identity publishing. The main function is to allow audiences to be entertained and access information about people and their friends. To make one self known. Most people on the web make an entire website for their identity or rely on an email name. This will allow a more personalized socialization to exist. The INET Web OS will provide facilities that make a tailored information portal for your public identity. One that allows creativity, configuration, and group secure access. Access can be tailored for a geographic region which will be of great benefit for those seeking personalized attention for real people they can meet. After access, users will be able to contact you, look at pictures of your being, watch your favorite television programs, see books that you enjoy or read articles that you have written.
Person to person finance is available through this interface. The individual is able to attain monies through the interface to providing the capability for personal transactions. Imagine a modern day scenario where a user has a game DVD that they want to auction. But only to friends they know or that know them. Most auction sites invite all, and communication about the item can become an unnecessary issue. However with friends and acquaintances, always enjoyed is the comfort and security of a recognized individual. There are many facts from historical relationship that a person can deduce so the transaction and quality of goods is appreciated. Setting the meeting up can be a tailored fad event. That is, meet me at the corner coffee shop, walking map included, with ten bucks and the game DVD is yours.
Selling goods, posting to classified ads, selling personal real estate, personal auction, new used, or looking for that special nick knack is easily delegated using the interface. An individual may setup a personal calendar. Make or break dates with friends. Other personal activities that are goal related are incorporated. An individual can show and track progress of education or physical training achievements. The market potential for third party add ons within the private socialization market has proved enormous in the past ten years.
For the individual, the Collaborative Network Information Systems that the INET Web OS provides empowers the individual with communication essentials, physical goods delivery and personal finance. Refined facets of private socialization networks can provide security such as baby sitting. That is only friends and close relatives are selected.
A link to the local community is important. The INET Web OS provides the individual a Personal Web Identity that can be viewed only by select individuals. Forming a community within a geographic area is possible so that an audience can gain time for recognition. The Personal Web Identity manager allows multiple sides of a person to be portrayed. That is not all information is for each individual. By setting rules based upon identity entry, navigation is tailored for the viewer. Knowledge of the individual and the closeness of the relationship is also fitted within the forming of the navigation system. Several categories and rules can be applied within the interface. Incorporating the viewer's published profile, gender, age, and musical tastes can be a focus for the experience. With some styles of publishing, the navigation allows the audience member to choose their direction for the relationship thus creating a memory element for the experience.
Broadcast Business Internet Publishing is just as dynamic but more formal. The framework allows a hand tailored appeal for the business and their entity's desire. One way this is accomplished is by using an application that supplies artistic positioning, data catalog publishing and electronic commerce included within the suite. INET's Office Software is fully integrated within the medium allowing automatic and rule based publishing updates. The Office Spread Sheet is a great tool for small businesses to invoke electronic commerce. The publishing systems includes full life cycle domain management to yield the highest broadcasting results.
Since most web sites or web applications take many days to create and are forever changing, these meta production tools must provide a method to place content along with other components of a site. External development projects can be easily tied within the published portal. Navigation is always at the top of the list of things to modify when items are newly edited. The system updates the necessary site map files.
Within the publishing arena, blog board formatting is always a must. Multiple methods of view can be tailored. Organization can occur by date, relative importance, search criteria, or subject. The navigation system developed can be extensive and provide drilling of information. Allowing for information layering facilitated by user interface operations is important to businesses that pronoun many forms of summary information. The possibilities of dynamic binding for web content are endless when considering the page layout options that the INET Web OS Provides. The system and the meta production tools adhere to the INET Web Publishing standard to provide these features inherently.
Building marketing statistics capturing into the use of business published interfaces provides the necessary feedback to marketing analysts. The INET Web OS Marketing Statistics Value API is designed for integration within CRM Software. Relational database access and XML web communication of click counts, interests, product, marketing and user identity are captured. The full cycle of Marketing Analysis does require many forms of statistics, market research databases, fulfillment processes (business intelligence) and broadcast direction within social media to operate efficiently. Individuals must not feel trapped or hampered with the products they are investigating. As well, the information captured must be intelligent, that is information derived from real consumers with the potential of a transaction. The INET Web OS Marketing Statistics Value API will identify these traits used by analytics to ultimately provide indirect customer satisfaction. This this will close many issues of spam modern users experience. It also provides costs savings to resulting advertising market.
Market value of the statistical data captured will depend on the user's desire and registration status. Some statistical information that is collected may be only regional and geographically linked to product type because the user is in an anonymous identification agreement. Other statistical characteristics derived from measurement can be specific for the user at their request, and establish a private bond to current products and new products. The capability for of this statistical knowledge base can be public domain, subscription based or one time. Publishers within the INET digital domain can choose to keep the information secure within their network security. When business intelligence requires statistics to be shared freely or at payment, the API can accommodate the request. The API considers information laws of the user's formal identity: non registered and registered. The INET Web OS Marketing Statistics Value API attempts to balance marketing principles within Internet computing to provide effective tools for the planning of effective competition, decreasing time to market, geographic distribution capabilities (including import/export), as well as analyzing market supply demand curves.
The INET Web OS Marketing Statistics Value API allows automation of these events within many published materials. It is not likely to be a work flow ingredient of the author or report designer, the API is invoked by publishing options. The Marketing API also supports developer defined statistics labeling making it a centralized repository for many types of analysis. Other newly developed and tailored enterprise systems such as inventory control management software and order fulfillment processing require this logical inclusion; e.g. track goods distribution, reception time and consumption. All business software developed for the INET platform should accommodate the technology.
The INET Publishing suite promotes the usefulness within standard compliant format sought by law of business documents, Financial Disclosures, database records and other reports as they are labeled and managed within the document management system. The INET categorization, indexing and labeling system includes flexible IT GRC (Governance, risk management, and compliance) rule based support for document, application, and field security. See IIP Dialects for a detailed implementation.
Many new paths of business, transaction efficiency and goods distribution will exist due to the INET Web OS platform technology that relate specifically with the unit cost of the user's device and the ability to project an interface within a given space securely. A name space within the VLISM standard stream format will be created to drive simple face plate devices. This simple device, an embedded device called a "Click Panel" will support display and touch input of menu items on a LCD screen and perhaps sound. The device will display an image of format A and accept polygon coordinates that define hot-spots. Identification of the terminal is essential.
In a car it would be installed conveniently in dash. Imagine driving through Jack in The Box (best hamburger deal) and using a touch pad ordering system from within your car to get favorite quality meal. The consumer will always be in the comfort of their car, in a lot, their order identified by parking space ID. Cute girls will arrive on bikes that hold the order.
INET Technology supports delivery business using the latest mapping technology. For example, the world famous pizza delivery parlor Papa Johns will entice customers with real time tracking of the hot and chewy order. The system integration will function with the geographic mapping system functions intuitively. The customer's location and contact information is sent to an inexpensive hand held device using wireless technology. Current cash register and ordering systems can be adapted easily with an upgrade kit and by using the INET Geographic Mapping Delivery Server. The INET Web OS Cash Register also provides integration of these functions. The INET Geographic Mapping Delivery Server handles the necessary discreet communication between the wireless devices and the order processing system (cash register). The embedded click panel device or the INET Web OS Delivery Phone provides the ability to use credit card processing on some models. As well, specialized functions that relate directly to the business model can be executed within the click panel device. Branding of the click panel device's outer appearance can vary for large corporate customers that supply these devices to their employees for work purposes. The device can also plug into the car stereo to announce directions as the employee is driving. Antsy customers will be please to know the precise location of their order. A model of the system is also available for other types of delivery vehicles.
A comparable but fully integrated solution is the branded INET Delivery Scooter given in five high quality industrial models: mini Gas, large Gas, Rechargeable Electric, Natural Gas, and Human Powered Bicycle. The difference between the mini gas and large gas vehicles are the maximum speed and body build. Offering two models for inner city traffic is very apt to modern deployment strategies. For example within Manhattan, certain types of scooters cannot ride within the bike lane because of traffic conditions. As well, the maximum speed must be set for this mode and range of travel. The large gas model is a normal full sized scooter. The INET Delivery Scooter series of vehicles comes with a wide array of customizable details. The color and exterior look of these vehicles are described when ordering them on-line. Several styles and textures of seating can be made. The seat is one of the most important features that is often over looked for the delivery industry. Since a person drives the vehicle more than four hours per day, comfort is key.
Several retail designs are suggested while the customer can place textual lettering within the appropriate branding areas of the scooter. A custom module feature that is available for more money gives the customer the ability to completely cover every inch of the exterior with a customizable wrap finish to fully utilize all of the space. Designs are modeled real time using the ordering software. These vehicles are made for all kinds of urban conditions. The electronics are weather proof sealed within the cycle. Battery operations provide a sensible work day durable battery life. Tracking is included by central system with security. Extra options can be added to them to deliver hot food and cold beverages. A component kit is also available for the customer to adapt their current vehicle. However, offering no compromise on quality, the INET Delivery Scooter is the safest, most feature complete, and most durable series of vehicles for the delivery market.
Grocery stores could benefit from allowing wireless order of the goods and services. Because several terminals exist in one location, an alternate configuration than a a single INET Web Wireless Cash register will be used. The customer can be identified when they enter the lot if the proper settings are enabled by the customer for broadcast. For the ultimate in roadside service, a new kind of service drive lot can also be created. The same for clothing cleaners, movie tickets, show tickets, or any other car integrated task that requires out of window interaction that integrate cars. During an announced meeting such the INET Car Caster provides, the user may wish to notify their friends with a specific greeting. This is to maintain a relationship with the third party, something modern computing lacks.
Using new INET Marketing principles, a customer can drive or walk up to the local theater poster area and get a link to all the playing movies. Being able to watch a preview or read summary information about the movie will make their experience of choosing more friendly. Allowing for on the spot decision making can also allow for more spontaneity during an evening. Local businesses may redesign their architecture to include using drive up scenarios to increase business through put. By allowing many people input orders at the same time as before it was a single file line, new strides in productivity can be managed in the fast food business. For example, customer a orders one hamburger and customer b orders ten small fries and a twenty hamburgers. The scheduling system could determine the best fit given available hot items.
Restaurants and bars will be able to deliver drinks, express service, and effectively manage the worker during high traffic times using a click device as their menu. Wine lists can also be maintained easily. Variations of the INET computing device have a credit card reader on the side for swipe. Food stands like Lucky Dogs (New Orleans, LA) or other a la cart food distributors could use the information real time. Accepting card payment through an advertised secure portal with iconic representation will allow many to add other payments sources. An INET transaction enabled cell phone can provide the same facet of operation; completely wireless with a confirmation tap. Getting the total of the dinner check by the customer will always be on their time and allow them release from the environment.
Hotels and public areas could offer more terminals since the server device is secure from theft and damage, A larger face plate will exist for these tasks, thus giving some quota room for storage at the local device and increasing the available instructions that are compiled to native machine by the embedded device operating system. The user sits down and places their security key into the cradle.
The system can be used for automated lock devices with its hidden key encryption algorithm. Users will be confident the lock stays in tight without tampering. Renting lockers at the airport and bus terminal will be easier. Unlocking your car and your home will be available only for you. Providing a series of these wireless locks in conjunction with the necessary communication electronics to integrate into other service machines such as bikes, cars, suitcases, doors, washer and dryer (laundry) will provide flexible services. When the washer stops at the Cosmos laundry mat, you get a cell call and your clothes will be there waiting for you. Even adding extra quarters to make sure the time is accounted for will please the laundry mat owner. A task of the INET Web Cash register. The dryer time left is easily synchronized with the cell phone clock giving you freedom to vent.
Another facet of product flexibility is the inclusion of an automobile interface portal. Broadcast towers, or small portable dishes that connect through USB to an INET laptop will transmit a URL address for the car click panel to tune in. When the complete address has been received, if more information is desired, the corresponding web server can be accessed to disseminate the appropriate interface. Because the INET URL transmitter is a broadcast only device, the front and ending parts of the URL address transmission are verified by a CRC or similar algorithm to ensures package integrity. Direction of the signal and distance will allow multiple businesses to coexist harmoniously. A small two byte category is provided to allow categorization of the service type being offered. So if the customer is looking for food, or shopping for clothes, only those stores will show.
A business attribute byte will also allow for transmission of states about the entity. The customer may make decisions about the business according to a transaction minimum being attained by the business. Typically a length of one kilobyte would be appropriate, yet there are longer needs. One may argue that correlating information gained using GPS with mapping systems would be more effective for roll-out, but convenience and usability issues could arise. Adding a large number of users would be a problem because of wireless transmission spectrum saturation, unique patterns must be maintained for each user connected.
Landmarks, signs, and service portals will be well portrayed using the URL transmitter technology. First serving as a location device to enable auto mapping of everyday banal resources; rest rooms, taxi stands, parks, and shopping malls. Some URL transmitters will produce icons only upon render of the map data. These integrated devices will be preprogrammed and manufactured for specific applications to control deployment costs. As well, the deployment license and process will be restricted and monitored; only a certain sector of civilian population can deploy banal resources. Otherwise misguided company owners will use the specialized transmission label as a marketing scheme.
INET URL transmitter technology will allow cell phones to become a remote control pointing device in some scenarios. A person arrives at a bus stop, the schedule for the bus and the next available in route should be shown. Services in a vertical high rise complex such as Manhattan, NY will be fun to navigate. While many transmitters will be inside, the companies within will not go unnoticed. People have an interest in where they are located and the building that surround them. The URL emitters will be sorted upon much criterion including direction and radius of coverage.
The first round from the web server during a URL transmission direct might be a small icon picture with a description of goods and services, or a special promotion. The connection between geographic position, mapping services within the automobile, personal shopping lists, consumer tastes will be maintained as well. For example, imagine a tent sale for the local farmer's market. Physically the store managers would not be able to carry a web server around with them. So the portable transmission dish will plug into their INET laptop or INET Cash Register, allowing them to set the base web name and postfix addresses, that is a complete URL. The same would also apply at the large franchise scale, parts of the URL path identify store number, branch or location.
The integration of the web enabled radio / television, that is transmission of URL information within the standard TV, FM or AM bands, will entice consumers all the more as a freeze frame of the moment will carry over into their life style at the right time. An offer containing coupons will be sent to their INET radio device. News, video, albums, local shows and shopping specials will be remembered at the tap of a button for later browsing. Fast food restaurants commonly have a television playing close circuit programming where this technology is beneficial. Many modern subways and buses have LCD panels where integration is possible. Local advertisers will be better positioned and have greater penetration due to the technology.
Functionally, a distinction between the INET URL emitter for private and professional use within the FM AM band transmission will need to be made. The car radio will have a mode selection that enables Radio station emitters or local URL Emitters to be displayed. It will be the desire of the consumer market that FCC guidelines be expanded so that private INET URL emitters have a regulatory partnership that monitors for scams or inappropriate content within a given area. Some people will go to any lengths to make money. As a result of this new technology, a stronger link between the radio broadcaster and the seller will exist creating a more effective advertising market.
An application specific click panel and URL Dish (antenna) will allow businesses to easily start advertising within the INET Car integration portal, cell phone and personal communication device. To start, the store will enter their address for map and GPS locating devices. As well, entry of what is being offered, merchant banking information, the time range the goods are offered, and the price and quality of the items. The system will apply this information to the necessary databases and map systems for public domain. The INET Car Business Caster click panel will allow the store owner to use their private URL or list their store portal broadcast within the INET Directory services. The technology used to create the INET Car Business Caster must be an distinct unit allowing for reintegration within third party products. For example, this will allow companies to easily build new market cash registers that include the INET Car Business Caster technology along with their proprietary technology offerings (cash register, dot matrix printer). The INET Car Business Caster portal publisher will allow a user to easily brand a distinct look for their broadcast. The variable transmission format will allow compatibility with numerous technologies; INET Smart Terminal, http HTML browser, plain text, java applet, shock wave, cell phone, pda, television, video phone or car radio. The item is built as a small display area, capable of easy integration within a store checkout stand for easy read out. Optionally sounds may be necessary as a notification event. Providing USB ports will allow future expansion with other INET products.
INET Cash registers that are equipped with the URL Caster technology will also optionally allow privatized electronic credit money to be used for proficiency within a ring of select sellers. Branded Gift card management is also a great tool that will be included. This will be a feature option of the INET Cash register series. For example, A good use of this technology would be the open farmer's market. User's will sign up for a quota of money using normal currency or credit cards. They can do this ahead of time using on-line resources. When the customer arrives, they can borrow a device or use their very own personal device. Using this electronic credit money will save lots of time at the market because payment is a button click on their personal device or rented device.
The INET Cash register will track with historical information of the user's private account. This credit money will only be valid for businesses within the farmer's marketing ring giving higher security to the customer's finances. Several combinations of business patterns and deployments can be foreseen. Technology can be delivered to the individual booths that identifies them as a distinct entity. The keypad used by the seller for numeric price entry must provide large numbers, be water proof, and be easily mounted within their environment and will be managed by the hosting INET Cash Register as a seller terminal.
Imagine a convenience store of modern day in a medium city the size of New Orleans, LA. A business owner would like to place their inventory on-line, sorted in categories by food type. The front page of the business web projection contains a list of common sold items and daily specials. The menu across the top is easy to use, has large print and contains about eight categories. The display will be different if a smaller screen is used, the most common choice will be a cell phone. From the main menu, the user can select goods and roll a virtual cart through the web pages.
There are many different configuration needs the INET Web OS Cash Register allows. For example, as an extra service. senior citizens can get extra help on prescriptions and get small amounts of physical assistance attaining sundries. The system also allows specializations according to customer relationship. As a neighborhood service the store owner will allow Miss Johnson to also get her laundry picked up because it is on the way. She agrees to pay a small service fee, a private amount. Other rules that are apply are specific to the store's policy. These items are secured for the manager or system administrator. Some examples of the types of rules may be minimum purchase rules. Example, when orders contain alcohol they must also buy food. Or accepting cash from known customers is fine for delivery can apply. Delivery rules can also apply. That is, delivery must be within a geographic area. As well, some areas may not be services after a certain time. And finally, tips for service is suggested.
For most environments during the point of sale, the optical shape recognition of multiple goods will ease the urgency seen in common stores. During this point of sale process, a customer will walk up to the counter and place their selected items upon the counter. The cash register will count and process all of the items within the scene matching the items to the inventory database. The optical recognition is accomplished using several visual traits associated with the packaging. As well, if a UPC code is fully or partially recognized during the OSR process, the strength of the credential is considered higher and therefore becomes a primary key for the fuzzy search. The INET Goods OSR process is specifically tailored for the convenience store model. Typically within this model, accuracy is very high. This is because the INET Goods OSR process takes into account multiple attributes of the packaging derived from color and pattern. These keys are used during the high performance search of the store's inventory database.
The system provides effective business to business information component linking for resellers or manufacturers. For example in Los Angeles, CA, a prime spot for the study of capitalism, some stores sell raw materials for making items. In this case, one business feeds on the products another business produces. A business may specialize in one or two items, making their prices much lower in comparison. The business owner has the connections to get the leader price. So an agreement and cooperative collaborative interface can be developed that maintains a personalized business relationship.
Component Linking, or cross inventory reference allows quicker gathering of raw materials at a good price. For example, a new business owner wants to start making pillows. Exterior cloth, buttons, zippers, filler, and ornaments must be found and gathered. This system architecture allows a user to find the raw materials that are close in geography and view them in real size on-line. This logic is included within the small business system and the INET Web Cash Register. That is, on-line inventory searching is maintained.
Business to Business connections with inventory control, and palette stacking order will be handled by INET Open Inventory Application (INET Business Component Linking; message system), a feature application of the INET Cash Register. Incorporating delivery scheduling and routing information with the many other facets of physical goods transfer is easily managed. These attributes include geographic distance, dimension, perishable, fragile, glass, hazardous, flammable, weight centroid, age, expire, label, size, weight, color, optical recognition signatures, UPC, parent record, child record, catalog image, and catalog description. The record format is dynamic and may change based upon the good. The system provides this information as part of the order process. The information is gathered from from the product manufacturer to streamline ordering and publishing. Small and large business owners will be able to carry new products easier, find out where their order is, and when it will arrive.
The system provides ultimate collaboration between wholesaler, retailer, shipping, and delivery. Providing for the human side of the equation during each process step is one of the biggest benefits of using the INET system approach. The system provides collaboration within store layouts for goods mapping in the unloading and stocking of shelves by the physical store model. This gives employees a more straight forward work experience during the task. As well, physical business functions that modify the electronic store front like unloading and stocking are provided for within the interface.
A research direction for the INET Professional Wireless Network Camera will be to capture the extra information attached to a picture from local transmitters based upon contents of the frame. This will allow advertisers to place specific and up to the minute links that may relate to photographs taken by tourists or enthusiasts. A great application is Time Square in Manhattan, NY. Several hundred large screens exist in this area. Several items may be tagged with distinct information to fit the products or services advertised. Or an interesting poster artwork that is unique may have extra information attached. The information may be identification from the original artist or related to the store displaying the artwork.
Wireless technology and video processing technology will also allow better use of high volume marketing areas. For example, the large display screens of Times Square in Manhattan, NY could be rented according to user demand. In this product offering, one is allowed to purchase a small rectangle area of the total display area to view and listen wirelessly. Information is synchronized with their phone audio providing the ultimate in movie promotion, entertainment, and even interactive experiences. Marketing, a great value is shown with the possibility of selling Digital Movies. Within the offer, a user can watch a little of the movie. If they decide to buy the film, a key click will save the purchase within their cell phone. Later they can watch the movie upon a home theater system.
The INET Business Publishing suite provides the capability for the store front to be published to many different types of hosting packages. The portal can be a hosted URL name, the most common, or other regional shared server. The INET Cash Register also provides integration within the INET Geographic Server making car, cell phone, and computer based shopping real time to consider inventory. If the item was delivered, accepted and placed upon the shelf, then it is also ready to sell. The Business Publishing suite takes care of a product during its life cycle within all information domains automatically for the business owner. Making it a very friendly system to many. The INET system balances the appropriate API scope allowing connection with the many forms of Business Management Software. So if the user decides to grow beyond the included management software all of their current data system information is forward compatible.
Enabling digital data sharing of distributor product catalog media for web published reseller directory services will give an effective professional content to on-line stores. This also will minimize data entry for the small business owner by relying on the product origins. To present the product within the best capacity is ultimately the manufacturers desire. It is their love and their spice customers long for. Delivery orders received by the small business owner can be placed into inventory tracked state easily making professional publishing effortless. There is no better solution on the market today that the INET Web OS solution plans to offer. Many systems lead business owners to rely on multiple packages that are not compatible. But, they make it through. It is the economic life cycle plan of the INET business model to encapsulate all facets of physical goods retailing within a feature rich, Internet enabled, and forward compatible series of business tools that is easily deployed. The target audience is not technical, rather they are business savvy. Simply out of the box, and you are ready for large scale business. This is the INET way.
The business owners of Chinatown in Manhattan, NY decrease transaction time and selection time by placing items as close to the foot traffic as possible and by using even tender amounts. Overall, this helps smooth traffic flow within the area. Cohesion is exemplified in Chinatown, that is, businesses relate to one another and offer complimentary goods. Many of the stores are side by side on the sidewalk; even both sides of the walk in some cases. Each store sells a group of specific items. One store may focus on fruit while the other may focus on vegetables. These food distribution places typically compliment each other to provide more continuous selection while customers pass by; a long grocery isle. The INET system will provide this feature within a database search, allowing stores located geographically close to deliver a needed item within the customer's shopping list.
The ability for the transactions, paper usually and small amounts, to be fluid comes from the cashier's ability to roam about. Taking cash directly to their pocket and the transaction is complete. The INET Hand Cash Register device will aid in transaction automation, in hand or worn on the belt. Benefits are decreasing transaction time by unifying price calculation, payment entry, tender from customer, and tender back to customer into two steps: solicitation from cashier and confirmation by customer. The INET Hand Cash Register is a wireless accessory of the INET Web Cash Register.
Competition in Chinatown is equalized due to the quality of physical architecture, all tables are raw wood and made from scraps. Visually upon the buyer, the automatic decision making inferred by these aspects are lost or tuned out due to the fact that most elements within the environment consist of the same materials. This allows more attention to be placed upon quality of the good and price per unit. The INET Web OS System competes on this level by integration of its professional publishing capabilities with the cell phone or PDA. As well, the INET system will equalize the quality of advertising materials to be broadcast level for each store owner. The integrated sign API provides advertisers quick access to publish broadcast media.
It is typical to have two businesses involved to complete a transaction task. A consumer wants a morning breakfast snack consisting of hot coffee, cake and a piece of fresh fruit. So the system of competition in Chinatown in some cases provides a natural distribution of income; individuals specialize resulting in higher quality. Likewise, the INET Web OS will further the cause of income distribution and provide customers with regular feedback on what stores have, where they are located, and how far they are away from their goal. By placing the responsibility and quality of this information directly into the business owner's control using specific and direct user interfaces, a store's selling traits will be more up to date.
Big parking lots and four store lots like An Dong's in Long Beach, CA will develop new methods of presenting, delivery and order processing to give their customers a personalized pleasing experience. For example, most customers visit Lily's Bakery in the same mall to pick up a bubble tea and a pork bun while their counterparts are in another portion of the strip mall. With INET Technology, more can be shopped and prepared for the customer when they arrive within the lot at the click of a button. Something small groups of friends will love as a social medium. They shall park near each other and really use the home entertainment center installed within their luxurious automobiles. The power consumption being rich enough to be powered upon jewelry alone.
Shopping habits and purchasing power of consumers will change as well. Imagine using the INET Car integration in a large city like Manhattan, NY. First, it will allow businesses to produce sales more rapidly than they are now because of the efficiency. Second, it will allow the store or business owner to change distribution location or points to meet demand. This will be an improvement in amount of time a business manager requires to be informed of the statistics. The information is near real time and scientifically deduced. Current methods are implemented using phone ordering system.
In a typical INET convenient store model an attendant will work, gathering the goods that the car customer desires. Upon car arrival, the individual would bring out the goods to the curb. The system will notify validity of the transaction and physical arrival of the car. Confirmation of the transaction for some customers and some types of transactions may not take place until a few moments before the actual purchase. The city streets are mean and you need to change lanes, an automobile related task that can affect projected delivery time.
The INET Car integration makes an excellent operating feature for users that want a particular item (perhaps regularly), within a certain price range, and of distinct quality. The transaction of these items will be integrated within the mapping system interface and present time projections relating the proximity of resellers. Imagine on the off ramp and the car speaker says "Coffee in two minutes, next left and down two lights, shall I ring the order?" The store business model allows truthful definition of these traits. It provides space for price and quality to underline the goods. The classification of the quality must be a targeted argument for consumer approval. Some may even eat high priced gourmet from a fleet of roaming trucks. But the quality assurance must be there.
Telephony will be brought into a new likable fashion allowing for customer interaction which will reduce attitude drag, increase customer satisfaction, and decrease turnaround time. The INET Web OS will offer synchronization of on-screen dialog entry for user based information; In INET TeleSpark Conversations, One click and their name, address and contact phone is entered on the consumer broadcast version of the software and the operator version at the retailer terminal.
Because phone calls are routed within the switching system to be two way, the caller can be verified to a physical location. Providing an identity that is verifiable by the consumer while being at home will entice electronic sales. The INET system provides an integrated method that verifies a business phone operator's credentials; INET TeleSpark Authentication.
The system will provide two way communication of visual information and optionally use voice over IP. The existing phone technology, that is, the basic digital services, will add a new premium service that enables effective use of an at home or office INET terminal. The service will allow transmission of a URL address of a known size to be viewed at the business's request.
The system will find outstanding use in over the phone business circumstances that require data information to be transmitted securely. That's no more credit card numbers spoken over the open phone line. Imagine the new experience when buying car insurance, for example.
Connecting two or more devices together to change the logical recipient of the information is desirable in some cases. For example, a concierge at a large hotel, may get calls from guests while they are driving. The INET system interface setup within this business model will advertise several elements that can be transmitted to the user's cell phone or car computer. The best cycle of use for a customer that just wants to find the hotel using their car or cell phone is allowing the concierge to send the address and have the car or cell phone GPS take the information for the default map interface.
The ability to project the precise interface needed is a responsibility of the business if the circumstance requires. That is, a caller's device must be programmed to accept additional electronic information; INET TeleSpark enabled. Based upon the attributes of the call the customer may not choose to have a remote viewer control the transfer or navigation. Yet once a business contact relationship is established, the caller's device may automatically show goods and services or index the information panel about a group of retail items. In most circumstances, the business will be better at locating the procedure and goods once a potential customer is on-line. This provides the optimum service call for the business and the customer.
The ability to distribute or request transactions by a business for the purposes of income stability which also promotes sustained employment is a focus of the INET Web OS model. Several small status bytes upon the stream coming from the INET URL transmission dish shows a business’s required income completion. This information is also entered into the INET Geographic Economic Regional Server using the INET Web Cash Register. The business owner, along with proper third party auditor certification, can calculate the needed monthly or daily transaction amount using statistics. Customers in the area that desire longevity for the business environment they experience can see if financial stress in occurring and where. A change of menu today from a slice of pizza to a hamburger two more blocks away can ultimately ensure employment for some. This information must protected as being valid to ensure trust worthy competition.
Once the business has achieved the daily transaction requirement, measured perhaps statistically using historical data to account for spike selling periods, the green dot (percentage graph) will no longer appear on the customer’s INET shopping device. Optionally, a connection protected INET LED Consumer Graph mounted within the business window can reflect this information to consumers as they pass by. Achieving the base goal does not mean that customers will no longer go to that business for the day. In fact, this will be the time when true competition and marketing are the driving force.
The ability for a customer to view ahead of time the occupancy of a business is a great feature consumers will love. This factor within the INET Web OS model establishes a business ’s capacity to serve in house effectively ahead of time. The maximum occupancy of a business’s is sometimes already known. This trait is calculated using a square footage ratio or by counting the number of tables and chairs. The number of customers within can be provided real time - automatically. Calculating the current occupancy of a business can be accomplished using the INET Sensor array of components. That is, a pressure sensor can determine if a weight is above to count a customer arriving or leaving.
Alternatively a button or software switch within the INET Web Cash Register can be used to equate, measure and track the time a party is at a table. This cash register functionality works well for business formats that require an ordering process. A typical dining experience is that guests wait to be seated, then order. The seating and ordering process will be handled by a wireless accessory of the INET Cash Register called the INET Maître d' Click Panel. The INET Maître d' Click Panel is a device made for menus within the restaurant industry, It is a device that is very cost effective and provides the programmable features of being a hand held computing device for the waitress or waiter. As well, the device can be set up to allow the diner optimum viewing of a comprehensive menu and wine list.
Sometimes, occupancy can also be described by measuring the total effective output of a business. The INET Web Cash Register provides a menu interface that allows consumers to order on-line. The total effective output of a business may be exceeded if the cooks are swamped with orders. The system will calculated an order cook time based upon traits of the meals being prepared as well as the staff that is performing the work. That is some cooks are faster than others and some meals take longer to prepare than others. A cooks natural ability to handle multiple orders at once is also root within the statistical calculation. Customers can still place orders within the queue even if the projected time seems distant.
Using these methods will make occupancy reflected near real time within the INET URL transmission package and database. The subsequent integer reflects the business’s current ratio of occupancy or Capacity. For night clubs or other public meeting areas the practice can be developed as a means of marketing. John Travolta appears every Saturday night and know - large crowds of dancers flock together just to see the twist. These sensor devices can be connected using wireless transmission with the INET Cash Register or INET Terminal.
The ability for customers to report satisfaction to a business anonymously while being linked historically to authenticate that indeed a transaction was made will give new insights for improvement to business owners. A quick survey will suffice that is tailored for the business model. That is, a restaurant's survey will be different than a clothing store. The customer must be able to freely speak their mind about the service and quality of the product they received while retaining an anonymous identity.
Using the INET Web Retail Business System, the application management portion of the INET Web Cash Register, gives customers a way to express what type of goods they desire. Sometimes a business does well because they are in a given location and not because of product quality. This is because most valued customers shop regularly at a business because of its location. The customer works or has daily errands in the area. Therefore, customers must be able to decide what types of products they wish to buy at a location. Depending on the customer type and frequency, the weight of the opinion will vary. A roaming profile that follows a customer anonymously will also benefit details into target retail products.
A business’s attributes for operating, and the authentication of licenses can be attainable by the roaming public. If the store is not open, it may not appear in the filtered list. But the times when the business is open, items will be attainable. Some customers may support family or sole proprietor businesses more as a self fulfilling purpose. The real time status of licenses and health grades can aid in natural selection.
Employment advertising for the long term position and the odd job for cash will aid some job seekers. The INET Web Cash Register provides links to the INET Employment System, a queue of work. Web cash register users can be assured that many functions of their business can be handled quickly and professionally. That is outsourcing of temporary work, delivery items, and services are easily accomplished within the interface. It will also allow economic planners to assess job and income availability on a regional and national level using more accurate means.
Promoting a self stabilizing economic model by matching supply and demand through filtering for the consumer will give new life to economically poor areas. An area wide search engine will house and process the requests. Businesses can advertise their entire inventory, services they provide, or just a few of the top goods they offer. Being able to examine an area's economy electronically will give potential new business owners a helpful hand on what is missing from the puzzle. As well, business owners will have to opportunity to know their competitors better so each may diversify further if needed. If too much competition for one product exists within a given area, noted by stagnant income distribution, product line offerings can be modified sooner rather than later saving precious time for the owner and specialized employees. As a result, a reduction in risk and failure for business.
The contents of the INET Economic Stabilizing Search Engine (part of the INET Geographic Economic Regional Server) is established through use of INET Cash Registers, the INET business on-line application or the Windows compatible cash register plug-in. The database stores securely sales and product offering. While not being a real time engine, uploads and server processing being planned for the optimum use of local Internet bandwidth, the data will be essential for matching supply and demand to appropriately portion income distribution. The data is used for market feasibility study and the study of competition.
The included software Entertainment Blackbook is one place consumers access this information indirectly. The software shows the assorted options of a date or party event, sorting by general geographic area that fit the demand. Consumers can plan fun dates that encompass three or four events and promote a healthy economy at the same time. Some users may make a shopping list using the INET included software Goods Shopping Store. The Goods Shopping Store uses the INET Economic Stabilizing Search Engine as one of its data sources. New models of economic planning built around these statistics gathered from the INET Economic Stabilizing Search Engine will show good matching lists for the consumer demand filter.
Several INET Economic Stabilizing Search Engines can be linked together to form a ring network covering an even larger area, thereby spiraling searches to nearby areas and connecting geographic areas of commerce together. This is essential for competition, wholesaler knowledge and retail delivery. The system supports calculating shipping and time to in hand for the complete cycle to keep consumers abreast when physical goods need transport. Verifying the integrity of the good and transaction is accomplished using the appropriate consumer business agreement. The entire breath of the vision will enable global trade from individuals, small business owners and large corporations.
Global trade of goods is also supported. Corporations operating on a distinct trading channel, that is filtering within a select ring of INET Economic Stabilizing Search Engines, can achieve distribution analysis easier to facilitate base income requirements for items on a given country’s export list. Using competitive analysis of goods matching the buyer and the seller proportionally will provide desirable income circulation globally.
In conclusion, the informative request Green Dot percentage graph sent using the URL Transmitter, populated by the INET Web Cash Register and INET LED Consumer Graph will provide consolidated transaction data for the public eye. This information when acted upon can smooth rough financial times for many businesses and countries. The INET Economic Stabilizing Search Engine will give economists new tools for leveraging in a seemingly chaotic market. This will be a leap ahead for employees, a leap ahead for mankind.
Marketing physical goods upon the Internet will be elevated better with the complete gesture recognition system. Depending upon the type of item, a topic cameo motion device will be implemented. For ring and earring jewelry matching cameo rings and ear buds will enable precise display. The system works using gesture recognition, topic electronic cameo motion device, INET Lighting and Sensor, video camera and image processing. These services will provide fancy marketing and shopping opportunities for the retailer and the consumer.
Imagine going on-line with a nice slender ring worn on the right hand. The desk light held before your hand is extended with the telescopic arms folding so that the light beams softly upon the right hand. The direct measurement of light that is shining upon the outer portion of the right hand will be acquired by sensors. As well, the measure of ambient light near the eyes will be captured so that the precise illusion of wear can occur. A complex calculation is used to show the sparkling eight hundred thousand dollar diamond worn upon the screen.
The INET Goods Retail Store Business System uses a database as its primary source of catalog. Creating the catalog will be easy with the INET Three Dimensional Professional Network Camera. Because the image information is very large in nature, wireless connectivity to a large storage device will make the process of capturing a shopping experience fluid and continuous. Simply, the retailer or third party consultant will walk with the camera around the store's retail floor to capture the experience. The INET Three Dimensional Professional Network Camera captures all the information about the retail location at a very high resolution.
The camera also captures volume and depth information using laser reflectivity as a means of acquisition. The store's retail floor plan is measured using the accompanying camera base stand. The camera captures its own position relative to the accompanying base stand using precise signal triangulation; GPS is not accurate enough. The known x,y,z,w numeric values are calculated from this information to reveal the camera's position and view angle. Each of these numeric packages are stored within the corresponding video frame data.
This information is uploaded to the INET Three Dimensional Image Server where the data is analyzed, sorted, compressed, and formed as a volumetric pixel file. The volumetric pixel file will later be compiled into an Electronic Mall for the consumer shopping experience. For compression purposes, a polygon and triangle scene graph is built to support the first person views quicker. Objects and goods within the form are identified statistically. The package and file format supports translucency using scene-graph functions so that overlays of index information can be attached. The basic form of models in pixel data notation can be combined with any other type of graphic source to form a world.
The INET Goods Retail Store Business System and INET Three Dimensional Image Server pipeline process match items in inventory using the recorded location of INET Wireless Tags. Items that have INET Wireless Tags are stored within the volumetric pixel file captured by the camera.
The Three Dimensional Volumetric Video Editor can be used to move items and paint within the space. This will make the store shopping experience precise as the retailer desires. A specialized application will be branded and constructed for each type of market layout. Clothing stores may required a different layout facility than a grocery store. As well, reducing complexity of the editor is necessary due to best practices of software deployment. These specialized editors are based upon the INET Volumetric Video API. The API also has the capability to produce compression by creating a stream of polygons and textures that describe a space and field of view. Perception of height can be easily adjusted using this approach.
Other users may wish to employ the use of the INET Professional Network Camera. There are instances where several photographs of a given angle and position can be converted into three dimensional objects. This information can be placed within a volumetric pixel file using this translation process. Both of these camera video devices have the capability of reading wireless location tags. Users are not stopped from employing the use of a common personal digital camera. In this case, items within the photographs will be cross referenced to inventory using a specialized heads down view within the INET Goods Retail Store Business System.
Image information can also be linked manually by UPC bar code read and bar code entry. This process will be available within the heads down video editing component to tie the inventory to the shopping experience. The end result in these use cases will be a professional shopping catalog. A shopping experience that is easy to create and accurate due to input methods. Specialized views are available for input accuracy checking.
Management of inventory effects the rendered version of the store experience. So if items are moved or relocated within the floor plan the scenery is adjusted to suit. As well, if items sell out and there are no more in inventory, other garment objects are rendered into place. This will keep store shopping experiences up to date with actual inventory within the store.
The comprehensive inventory system allows items to be captured in natural detail. Providing room for further description of the associated inventory item such as manufacture and raw materials is a feature that will help create a professional catalog for retailers and consumers users. Most of the detailed information that directly match the good can be shared with the public.
Garments having wireless location tags will be recorded by the beaconing identification signal. Using field of view visual references, the user will be able to mouse over a garment to select it. Quickly within the experience price and components are shown. Components, or related entities will allow precise unknown knowledge about the item to become readily available.
Textile materials often have specific traits that make them likable and usable by customers. Cotton or synthetic compositions are common searching methods that are available within the interface. The Goods Shopping Store used by the consumer allows preview of the item worn upon the body if the user has photographs of themselves loaded. Providing color compositing of items that are selected makes the experience like a mirror. Once a garment or outfit is chosen, a figure is shown that allows complete freedom movement and magnification.
Offering items in this natural interface leads to cross reference of items that compliment in color coordination. Other types of clothing style can be gathered by the professional designer or store manager. This feature allows emphasizes upon the store's named goods that match directly.
The INET Goods Retail Store Business System (GRS# is designed as a directory information system component. Classification, review and modification by the store owner invoke changes to a geographic regional server. Automation, attracting image, accurate and precise information about the business entity will be cross referenced and easily accessed. Including ranking attributes such as electronic tender verification and cooperative business policy verification will strengthen the capabilities of sale due to the many questions of integrity a consumer has. These methods of verification will be provided as a means to question secure identity and official business registration.
Within the Geographic Regional Mall server stores will be identified and categorized suing many forms of data. This is due to the nature of the shopping experience that can be viewed. To provide a contextual view that is appropriate for the device and moment accurate planning will occur within business system.
Within the database, a store entry has a named and a search-able noun classification domain. This will allow a business owner to classify their store as a entity selling certain types of goods. The system will place more weight upon the explicitly named. Implied groups will be found using a cross reference to a synonym table within the Geographic Regional Server.
The Geographic Regional Server "Electronic Mall" system encapsulates a business entity to be known within a larger directory of businesses. Allowing for more precise and relative relationships to exist in search-able form will position business names and purpose in a functional order. The entity will have precise information attainable by a larger audience; a public domain business face.
Information and user interface projected will be based upon the relational security of the viewer. That is store buddies can be linked together to form their own relationship which is different than a store to consumer relationship. Considerations of logical groupings will be magnetized to this information projection portal. Roles and relationships within the Geographic Regional Server are a continually growing database that is specific to the shopping interface.
By directly relating known location of a potential customer's device using visual mapping data that is broadcast consumer grade, the consumer will know the distances of goods. Allocating pre demand deliverance data #desire# within the INET Device using the INET Goods Shopping Store interface will consolidate and allow financial management easier. Electronic commerce tied to a geographically based shopping cart system will allow quicker attainment of goods than mail order shopping. A community based approach; a community can form.
The INET Goods Retail Store Business System #INET GRS# allows many stores to be tied directly together establishing an electronic relationship. Providing store to store communication is very important. Physical details, contact details, components, services, inventory, and abilities will be definable using a relational database structure that is expanding within reason of use. Contracts, payment and delivery schedules will be element first for the person with the key. Allowing for a growing model that is unique for the individual, entire business, market sector, industry and economy will become a metric attainable encompassing more individuals than ever before. Enabling person to person communication as a means of business relationship will be quartered within the appropriate user interfaces for the industry, the moment and the need. Measuring use of services and factors of continual use accurately using, at some times even independent means, while covering business intelligence history will be integrated with the INET Business System Intelligence Engine as a means of propulsion.
The INET GRS business system with the INET Goods Shopping Store, an included software package in the client, allows a community to form a mall on-line. The requesting of certain types of goods by selling and consumer trend can be forecast by the business owner easier. One main view of the mall will be presented as a geographic map presentation. Upon a broadcast consumer map, users can review nearby stores sorted by location relative to their current location.
Allowing a system of information to form and function within single density view will be necessary to anchor. Of course, providing the ability for the mouse or key to retrieve more detail for closer inspection is fulfilled. Readability and legibility is a strong ingredient. Information is still categorized within this layer. Giving greatness to the portability URL Transmitter, the map information can be near real time. For example, this will include the precise location of Local Farmer's Market, they want the big peaches or that fancy New Jersey cheese. And let us not forget the table top store that sells used books found common upon Sixth Avenue in Manhattan.
The basic operating parameters and scrolling operations will be based upon the available functionality and size of the display component. The Web OS uses a face plate architecture for display and input connectivity #OOP# to offer no compromise of a device's inherent abilities. The INET Goods Shopping Store interface focuses upon identification of new goods or material, identification usage, including usage count, fitting current objectives and identification of an retail entity. The primary information view source will be narrowed symbolically to iconic #a named category or service#. This will benefit quick usage requirements to form habits. The consumer when they are at home, shops commonly at the corner store that is identified by the small Eight Ball icon. The named domain category identifier will be a common noun derived from the natural relationship expressed from use. Stores have a name, they have a motto, and they have a relationship.
The Electronic Mall information database interface starts with a market List to supply an initial bounds. While considering the usage, intent and personal characteristics of the user, the text, and matching expressive synonym #search term), a consolidated market list will be rendered for review. The resulting view will be integrated with other detailed line data to produce a high contrast economy map. The view will be suited for the device and the moment in time. By reducing the color within major eye scanning areas of the map, a maintainable interface with legible texts is seen. Complete contextual navigation allows one easy access to the contents of a store, order, delivery order and purchase.
Statistics of the store and its prices can also be found easily within the database Goods Shopping Store Interface. Consumer Rating, reliability and other pertinent information is easily accessible from the view. One of the best features of this system is that the power of marketing is in the hands of the business owner and the public. Providing adequate and appropriate weighting of information is important and is considered at the INET Geographic Regional Server. Negative reflections upon a business at most times can be either personal communication related or product related.
The INET platform will expose functionality and applications to create a market. The raw value established without transaction penalties. The price of doing INET business comes from purchase of the software suite. First and foremost, proving to customers that changing or enhancing their current sales platform to INET will facilitate money. It is a goal to provide cooperative and progressive migration technology to ease the financial burden of an entirely new system. However, new businesses always have newer technology. The premium benefit will be gained for those technology users.
Some aspects of device connectivity that relate directly to advertising and customer relationship need a specific focus within the realm of API objects to sustain market competition. The INET Web OS tackles this issue as not seen before in any previous operating system. Digital LED signs, lighted signs, televisions and photographic signs are incorporated into the economic marketing system. The system also supports remote connectivity management for large multi-location distributions, small office local area store business models, and a single unit distribution. For example, the family based A&J Dime store will only need a single device support. While Supreme Fish Delight has several locations. In all of these API support models, production of the assets to present on the sign itself are converted for the display device's output capabilities.
Access security is an important factor the system considers. Take for example, the famous Waffle House restaurant chain; a common folk place where breakfast can be had too quickly. The Waffle House home office would like to be responsible for the sign outside. The owners decided to directly control eight lines of their LED display, while the general manager of the location can modify one line of the display. The store also has a small marquee inside that will be controlled by the general manager. Some lines of text will be protected by the security management system. As well the home office would like to know what text was displayed upon the sign that they did not create. These scenarios are handled, first in API form, and then in application form.
The INET Herald Marketing System consists of several application that support each of these features. With a broad focused system such as thus, it is best to separate distinct functionality into separate applications. This will make deployment and training much easier for large organizations. The Sign editing tool INET Marque Maker, provides several generation and configuration options to a marque. This is the main application a digital designer will use to design and create a fluid sign. It provides the capabilities to import common graphic file formats and setting alpha composite layers (order) to achieve a flat pixel list.
The sign maintenance tool (INET Sign Slimer) allows a specific range of values upon a digitally designed sign to be modified. This will be the application that is used by a local store manager. It is an INET UniGlue application that can be plugged into a master console that a store manager may access. The application works within the security info-structure that the user is defined to have.
The INET Sign Sentinel provides all the necessary functionality for a single individual or large organization to remotely manage their sign data. The INET system provides capabilities for sign device configurations within the device installation. Each of the signs managed will be access as an interface object. Single or grouped in multiple selection. The INET Sign Sentinel also has functionality that manages a large array of signs within a given geographic domain. Specifically, the system can query all the content for matches against a database of rules that the promotional director desires. The rules may vary but generally reject blasphemous concepts. In some cases, the INET Marque Maker will be the primary application used. To reduce the time between sign creation and sign display production the single application can be used.
Generally, sign devices have distinct capabilities that require separate application interfaces to control. The API foundation within the INET web server must support the many functions while exposing these capabilities to the Visualization rendering system. This will allow use of existing sign electronics. As well, with the advancement of server rendering new LED signs are being designed that have less computing electronics inside, allowing a pixel buffer transfer only. This reduces the cost of LED and LCD signs (INET Token Electronic Signs). A new projector system that incorporates the use reverse ceiling mounted projection upon filmed or coated glass will enable large high color ray traced moving imagery to be common. The new (INETOSFonts) system provides effective communication at a broadcast level for textual art information. This will enable cost effective multimedia for small building sized businesses.
The input must also be monitored to restrict image dimensions to readable range. The user must be able to configure the device for visual range. That is if the device is a large LED sign used to communicate to passing cars, the input must be monitored in several ways to ensure readability for car occupants. The system provides the user with several methods of to configure the distance readability ratio. These items will be tailored for the environment and the device.
The ability to easily tie database fields or other summary information is present within the economic marketing architecture. For example, restaurants that have a lunch menu may change the price or contents of a single dish. By allowing this information to exist in one place, a database table, each type of digital marketing output the establishment has can be easily updated.
Physical advertisements, ones that are small but carried by hand, upon a cart or even large billboard sized can provide the transmission of a URL location by using the appropriately manufactured INET URL Transmission device. Giving walking visibility of marketing materials will spark new forms of salesmanship. The Studio at Webster Hall in Manhattan, NY has a new band each day of the week. One cannot effectively decide if they like the audio just by the name of the band. An audio line up can be played quickly to let them decide personally, button press on the sign. Consumers can even self tune their Internet audio device to listen in. The tickets bought (update personal schedule) can be identified and used at the door using the user's INET Device. Or imagine walking down Wall Street in Manhattan, NY, a place that might seem difficult to place advertising. The INET hand held sign makes virtually any environment penetrable. Potential customers that are initially shy to some marketing ploys can look around at video information first linked in through the sign. Or they may choose to listen to the sales pitch broadcast upon their audio device or even save the link for later. It does take a certain personality act to work within the public eye selling. The INET sign includes a electronic payment and card reader to instill the belief of transaction authenticity.
Another form of advertising will be walking a sign with a poster with a location URL transmitter built in. The Rock and Roll band has a few of their musicians strumming while another publishes the album location. In this circumstance. the visual message sent would contain more impact, wow a real rock star. This gives the ability to spark greater emotion during a selection allowing for on the spot sales. A finely dressed gentleman hands out samples of fine bar soaps, something that is common in Manhattan. Surprised, the customer is always happy with a gift as this. Most likely, the bars have the name of the store, the phone number, and address. Yet for the luxury bath store to be remembered, it is necessary for the user to save the link with a cell phone tap right on the spot. The coverings around the soap will be lost after use. Providing the link save on the spot will enable higher yield in electronic commerce. The customer has the electronic store on file.
The sales environment can be less stressful to the consumer but still have push using INET Sign systems. The push method will be greater than modern advertising initially because of the newness of the technology for a given business. Long term, customers will have the ability to review product opportunities they may have had during the day when the time is right for them. The shy consumer passes by and presses the remember link on the phone riding upon their hip. This will make advertising more effective in some cases. There will be a link there because the consumer was interested in the sales pitch.
A distinct marketing unit to be conceived is a grease board with buttons to allow sidewalk secure ordering of takeout specials. Italian restaurants use this method commonly. Shop, dine and never wine. A unit furthered in conception will serve small convenience stores mounted within the bullet proof glass. The buttons are long enough to pop through the thick glass and allow easy order of sundries. Perhaps as you stand at the checkout your favorites list displays at the press of a button. Another concept unit shows a printed thought for the passerby with a transmitter incorporated. The personalized size allows greater impact than a giant billboard.
In the new digital economy better human relationships by marketing design can be established. A desire of every business owner. In some cases. the right time when to speak must be a query. A fresh style of vocal shout marketing can be practiced and proved effective with INET Signs as the consumer reacts to the excitement. Click to review the link, or buy on the spot. While having a sign to provide the information for them, the sales person most likely will not look directly into the eyes while the potential customer reads. The marketer is busy modeling in vogue as a captive piece of the scene. The moment will need further study to discover optimum comfort and order. A stand could be manufactured that elevates the display area above the heads of individuals while walking upon the sidewalk. Customers would look over the top of the individuals to see the fluid motion. Pointing their cell phone or audio device, they can capture the sound of the playing loop. By marketing flow, the users could also tune into a menu selection of marketing materials.
Marketing employment can be supported easily using a sign such as these. Street promotions in major cities across the globe is not uncommon. The INET system provides an application to marketing companies and print studios to enable this. The INET Remote Marketing Assistant provides an in-line route for potential customers to request marketing materials to be distributed in many major cities. Marketing companies subscribe as a service provider within the domain. A customer simply sends the materials and instructions to the selected companies for distribution. Internationalization and language translation can also be an option.
The basic marketing campaign is using an INET Sign or flyer with a Location wafer. To make sure the demand is met, the INET LCD sign used will signal its GPS position. Flyers are still a promising portal for many. The printing houses that receive the materials will provide the necessary connections to the INET Employment System to complete the task. Advanced marketing campaigns are also supported. Common formats are recommended and planned within the interface. These include specialized costumes that an actor may wear. The purchase and packaging of accompanying gifts is also a promising crowd pleaser. Imagine, selecting all countries of the world for street promotions. With the INET Remote Marketing Assistant, it can be a reality.
The ability to control other lighting systems used for visual cue such as express line sandwich production is a great feature that will save business owners time by reducing searching and reading. The LED lights will be built into the ingredient bins. The order tracking system will provide visual feedback on which ingredients are desired and scale the amount. One light, two lights or three. Other uses might exist, so the aspects of sending messages to the light controller should not relate to a specific industry.
The ability to handle external inputs from user definable devices adds optimum use for many industry configurations. Consider a manufacturer that will make single press buttons for home use, single press buttons for public, and industrial use buttons for public use. By the incorporation of an object oriented design and extensibility of the device's effect upon the interface, configurable through user definition, script or macro automation script, implementations may result in more effective customer environments and higher productivity. Business owners must be able to easily make a custom sales stand. Consider the basic taco stand. Perhaps the outside of a Plexiglas booth that is coated with a nice image wrap that details the business marketing. Mounted within the Plexiglas, INET Buttons allow several functions to operate in unison. The customer can press two buttons for their favorite taco, an then pick the drink. The total is displayed. Offering self checkout is an option.
A small business owner has a truck that they sell about twenty different items from. The owner could make his display signs, as he wishes with attractive lettering, of durable plastic, and place it upon a large area three feet by four feet. Mounting the buttons within the physical interface for easy selection benefits productivity and accuracy. The buttons could be wireless or USB based. When items are selected by pressing the buttons, scripts or macros play to integrate actions seamlessly within the retailers chosen point of sale system. The INET Web Cash Register supports these devices natively.
Or how about a Kiosk that shows directions to local attractions, just operating with five buttons and a four inch screen. These complimentary machines will elevate customer enthusiasm and help deliver marketing materials to the necessary parties. The ability to make these interface machines project using web technology will be handled using the INET Broadcast Kiosk Brain. The INET Broadcast Kiosk Brain allows the many button devices that make up a kiosk display unit to be served to other connecting devices. A typical use is location oriented, that is the consumer stands in front or near the device and quietly surfs the information.
Other tasks that are considered too costly or too complex to implement on modern computing systems will be identified and easily adapted to use of this technology. At the basic form, is the economic divide. Imagine a high scale restaurant that cooks large portions of meat for daily dinner guests. Because the owner does not know how many guess they will have ahead of time, they will cook more than they actually need - roasting meat takes a while. At the end of the night, the excess is thrown away into the trash, right off the grill. Because this food is a natural resource, it must still be considered valuable. However, the value is no longer held by the restaurant, because each guest demands optimum freshness. The management of the interface between when the food is disposed of and having someone pick it up adds cost to the business.
An INET Button Box will aid in this configuration by making it simple for the business to report a pickup. As part of the goods transfer, the organization that wishes to pick up the goods will do so within an ordinary amount of time. For some circumstances, a time window will be appropriate. The INET Button allows a restaurant owner to still do their job of cleaning and disposal without extra interruptions.. Pressing the button for the kitchen worker will alert the necessary organization that a pickup is ready. The organization will take responsibility for retrieval, historical data and goods handling. Providing a means to save or recover natural resources rather than waste will promote a healthy use of time.
The INET Button Box will be an important platform to expand upon within the electronics implementation and design of the device itself. Consider the self contained unit, having the capability to be locked, programmed to send messages to a specific URL, have basic two way communication (lights and sounds), and have the capability of adding to the basic box. The platform, an object of electronics designed for Internet communication, must be designed to be expandable. Within the basic manufacturing process, offering several designs that fit targeted implementation desires will decrease deployment costs. Integration of this within the INET Web OS while handling security considerations will be a valuable industry product. It will be a product that increases productivity and reduce waste.
Tagging and database look-up is essential to relate physical goods within the real world to information storage. There are several methods that exist, yet having a globally cost effective wireless method has not been produced in modern form. There are many needs that encompass this technology that can be used effectively and use wireless non-directional secure transmission. QR codes, the little square wafers for smart phones, are the cheapest method but require attention away from the glass. Integrating QR codes into other scenarios such as real time inventory analysis, public work industrial applications, fiber optic lines, telephone, electric power facilities, and water works is difficult for real time analysis. Tracking range is limited to a designated area for power preservation using a combination of two state activation.
By using an FM or AM signature signal that activates a CPU and other components that may require digital transmission, the battery life of a wireless tag will be very long due to query downtime. In cases where the tag stores information about many facets of the area, such as power lines and water pipes, specific types of security are required for access. Thus segmenting the device for many companies that work within an area. The series of INET Tagging technologies plans to incorporate wireless capabilities for these types of applications.
Providing deployment, platform and application support for these devices must be effective for the intended use. For example, consider tagging a specific area. At the last point within the technology interface, elevation of water pipes and their location must be pin pointed visually by the ground workers. A complimenting laser mark display may be employed. Thus in the database the relative position of the items (pipes, fiber optic, etc.) to the wireless tag are recorded within a database. Therefore the most cost effective would be a concrete gun that provides the tag installation.
Other forms of the wireless tag will be important to consider for cross business services. For example, a clothing cleaner store often will send garments to an alteration shop. How the garment is tracked between the two companies should be elevated in digital form. Competing alteration shops could be queried for schedule availability to reduce customer wait. In this case, the INET Cash Register will track the items allowing the clothing cleaner operator and customer to peek at the progress.
The configuration must not be limited to binary states such as buttons. The host of user interfaces and device implementation carry beyond the binary definition to include information from various sensors, light sensors, air temperature readers, multiple state toggle switches, pressure readings, and analog knobs sampled into the digital domain. These values may effect entry into fields, or change interface projection based upon range decision. But by being versatile within the OOP domain incorporating INET Automation, the defined physical interface causes change and the reflection of the state change may be redirected back to the consumer real time in external display.
See Also
Stores that offer high quality home interior and exterior support for the American Dream will love the new capabilities that streamline their store model using the INET Web Cash Register. Ceiling fans in several styles are commonly displayed as working models in stores like Lowes. The fans are clumped together in a light wrecked montage that is peaceful. The shopping experience can be improved by implementing INET Tagging. Providing a model view of the single lamp with color component and style decor markings will treat consumers to upscale reality quicker. Several three dimensional models can be built by using modeling technologies. The choices can even include a detail model of the consumer's very abode.
The ability to provide return on investment with time projections will spark impulse buys when using the INET Cash Register technology plan. Linking work or job scheduling with all of its many details is very important to the impulse. A centralized database that is city or geographic area oriented will balance economic principles and use resources more efficiently. The system will provide the consumer a link to a pool of workers and on call duty personnel for many types of work. Providing an advanced search using multiple contract (worker) criterion provides a robust backbone. Search items such as certifications, experience, tools, schedule, cost estimate, historical costs, comparison between independent and staffed with the benefit of scheduling and prompt payment is beneficial to the economic life cycle. During this search, information about the consumers installation path (home or environment) will be necessary for precise matching and cost estimate. For example, concrete requires different supporting tools than wood work and there may be differences in the total job time. Details bout the installation environment will increase accuracy of the cost and time projection.
The system will allow pools to exist for a specific company. That is, buy it at Lowes and have their employees do the installation work. Pools can also exist for private individuals. Everyone knows the local electrical guru of a neighborhood has extraordinary talents. The system of changing the shopping experience will introduce new, healthier work flows within the home market. Distributed equally according to credentials, criteria, work history, availability, and desire equally; the American way (EOE). Providing a basic model that is expandable for the international market will be beneficial to many countries that have poor economic models today.
Integrating products and services tighter together with architectural planning models will benefit quality of service to consumers. A large market sector that is applicable is the home market. For example, building decks sometimes requires a lot of time during the planning stage. Home owners have a particular style they are thinking of yet explaining these desires to a builder is haphazard. Enabling conceptualization and customization of graphic base models will give the home owner the ability to customize to their tastes. This will be accomplished using three dimensional rendering technologies built into the INET Web OS. The market sector specific application will also produce the necessary purchase orders for materials and tools needed. Based upon this information, carpenter and work bids can be projected and agreed upon. Future advancements within the robotics field will also use this technology for building objects on site.
There are several areas within construction process that will be affected for positive gains. First, the materials purchase ordering process can be an independent parallel process saving time and trouble for the civil engineer. Materials, tools and equipment rental can arrive on a known precise schedule. Communicating these events with necessary parties agreed to within the project plan electronically enables efficient and professional work flow. As well, training, certification and specialized building instructions for the customization (work product) may be attached and distributed to the necessary team members. There are more details that will be discovered for this area of the system, however, the technology plan of tighter integration will stream line most construction processes.
Integrating the installation work with products at the store floor level for the home owner will allow the many detailed facets of a home to be communicated efficiently and precisely. Plumbers and tool users can be informed quickly about the correct dimensions and existing installed products. A service reseller will also need cross indexing of multiple inventory databases to provide the desired work flow, quality and price matches. Carpet selection can tie a buyer to a person that can do the work quickly and has the experience with expert precision. Texture and tactile sensations are the basis for many of these personal selections. Wood paneling, tile flooring, and glass tile splash ups will brighten up the kitchen for a new look right before your eyes.
The work flow and information system support designed within the INET Web OS Economic Engine is implemented as an object oriented, expandable and inner connecting for future systems. The base object model is rudimentary but powerful. It allows inter connectivity between many devices and databases this is very important for existing application frameworks. When direct correlation is needed and current application models do not offer sufficient flexibility, an impersonation technology will exist to purchase. INET Impersonation technologies advance within a specific and direct capacity to translate or function seamlessly with existing technology (or functional purpose).
Integration of industry jobs is a great tool that will provide less stress in work and searching for work (XML). It is the design of the INET Web OS to support employment needs as well as direct data information technologies within the major fields. If a temporary employment contract turns into full time due to positive work ethics, the clients employment package can be transferred to the employer making temporary to full time hiring much easier. Supporting unskilled labor for quick employment and temporary employment is necessary but often left untouched with current implementations. Sites like Monster.com and NationJob.com offer search capabilities yet there is a long process behind getting a job.
The basic principle is that people need work done while people want jobs. A system that allows a person to be on call with: web phone, voice cell phone (primary, telephony), email (secondary), and kiosk (slip of paper to emulate Manpower like resources) will smooth resource procurement. In some circumstances, providing a package of the work details that is curtailed for the worker will benefit the employer. Items like directions, tools needed, training videos, and specialized instructions detailed by the employer can be a part of this employment package generated by the system. Details described by the employer can include many medium formats such as audio, video phone, interest specific applications and textual information.
The INET Employment kiosk is tool that combines all of the necessary input devices to start an employment account. Once an employment account is established, several functions are provided that are essential to gaining employment. The employment account can be a portal for direct employment marketing providing a concise interface between the employee and the employer. With the account the employee can receive email, phone box mail, and print location wafers to their interactive resume. A potential employer can review all materials within this interface portal about the potential employee. The interface portal contains integrated applications to allow communication. This will help with matching candidates to jobs where an employer is aggressive in searching. With an account setup, a candidate can submit information through the small location wafer.
The input devices of the kiosk consists of a keyboard, mouse, camera, scanner, card reader, and a microphone. The kiosk is designed as a center piece for employment. The exterior wrap covering and art detail of the kiosk can be controlled during the ordering process for specific branding. It is designed to handle multiple types of employment centers. An employment center can have one or many kiosks that operate in network. Several types and sizes of employment centers can be established around the kiosk: a formal job studio, a company specific job placement engine, or indigent status work. The configuration of the INET Employment Engine that controls the kiosk account will be set for the employment center type. Pools of work and workers will be distributed based upon the criteria of the work and the employment center design. This is to balance overflow (work, workers) of resources to ensure needs are fulfilled.
The kiosk is an embedded INET Smart Terminal device that maintains a distributed processing link with a remote server making it very cost effective for single unit or large scale deployment. This technology is centered around the VLISM distributed processing spider JIT. The remote server contains the complex processing routines that handle OCR, documentation building, IP PBX, electronic mail, on call forwarding CTI, job placement, job management, payroll, payment access, banking, employment application processes, and other business processing. The main function of the kiosk is to manage the input devices and the output devices of the employment center.
Depending on the available space within the center, large floor plans that handle many people can be controlled by the kiosk and INET Employment Server. The number of output devices connected can grow dynamically as the need grows. As well, several kiosk terminals can be connected together using standard networking technology. The physical engineering design of the kiosk is robust giving it a long shelf life. An employment center can expect to maintain the equipment for several years.
Several output device options exist for running the job studio or employment center. These output devices can be connected using standard USB, parallel printer interface, wireless networking or twisted-pair cables for standard Ethernet connection providing easy configuration and setup. An audio amplifier also exists within the kiosk to drive several speakers. The kiosk does have speakers built in but in large floor plans, several speakers can be connected to this amplifier to fill the sound stage as necessary. The amplification unit plays announcements rendered by the text to speech engine located at the server.
A primary output device unit is the INET Summary View Monitor. It is an INET Smart Click terminal that has a small preview LCD display and three buttons. Users that are waiting will use these when a job is scheduled for them. Three buttons for input are typical for the INET Summary View Monitor. INET Summary View Monitors can be labeled numerically or alphabetically for the text to speech engine to reference. That is, when a job is scheduled, the INET Summary View Monitor selected to show the summary job information will be announced. More buttons can be optionally added within the design depending upon server software configuration.
Another primary output device that is essential with the INET Employment Kiosk is a laser printer. A package of work details is distributed to the employee after a job has been selected. Several printers can be connected. Each job packet printed out will be sorted within a tray bin waiting for pickup. The printer letter and tray number is displayed when the user accepts the job.
One of the embedded output devices within the kiosk is a membership card printer. The kiosk is designed to allow easy loading of these blank membership cards. The cards are dispensed once printed. A stack of plastic membership cards can be loaded within the machine. The layout of the membership card and graphics can be configured within the INET Economic Engine. When a new account is established, a personalized card is printed for the employee. This card is used with other input and output devices of the kiosk. Temporary cards can be printed upon the laser printer if the membership card supply runs out.
A secondary output device that the kiosk can optionally drive is a scrolling marquee. The sign displays statistics about the jobs available. Historical job placement data represented may be a promise for waiting individuals. That is if all people were chosen yesterday for employment, the likely hood of employment today is high. The marquee can also be used for displaying the selected employee. Their name is shown along with the summary terminal to go to when a matching job arrives within the work queue.
The INET Employment Funds Machine is a device that gives the employee the ability to withdraw money based upon their employment accounting information. Employees can get easily get cash directly from the machine by swiping their employment card, entering the pin and selecting the amount. The machine is connected to the kiosk which routes messages and commands from the INET Employment Engine. The INET Employment Funds Machine is a Smart Click terminal that embeds a card reader, a small LCD display and simple a interface for checking balance. If the employment center chooses not to have a INET Employment Funds Machine, checks can be issued by a cashier.
The INET Employment Check Service software is not operated by the client but by a formal cashier. The INET Employment Check Service software is ran upon a standard INET Desktop Smart Terminal. The check service allows several methods of printing checks, either in batch mode or for a single individual. A specialized dot matrix printer for printing checks is used for robustness. Most of these checks have to be verified or signed before they can be packaged in an envelope and given to the employee. The single employee may request money to be withdrawn from their employment account. In this case, the employee swipes their card and then requests an amount. A check is issued by the cashier while the employee record is updated.
A formal job studio is a company that actively promotes their services. The sales representatives of the formal job studio use electronic contracts and agreements with employers to manage a temporary worker pool. Within the formal job studio's Employment Engine configuration several employers will be signed as contracting partners to the formal job studio. Making the process of attaining workers from this pool easy, the employer simply fills in the branded portal page tailored for their work environment with the number of employees desired. The interface supports requesting several types of contract employees at once to fulfill standard operating requirements any employer may have.
When the INET Employment system is operating in formal job studio mode, each employee has the right to manage their own funds. Employees have the right to daily, weekly, or monthly pay as well as using an INET Employment Funds Machine at will. A formal job studio has the ability to design their own floor space plan with multiple output and input kiosks. As well, a formal job studio has the right to deny temporary employment contracting within their space. In short, a formal job studio controls their worker pool through interviewing practices. Several types of resource pools can be designed and marketed.
Company specific job pools are a new operating cycle of economic strategy resulting from INET Cash Registers. INET Cash Registers provide the ability for goods to be tied to services. Companies that resale items that require delivery, installation or on-site configuration will manage their pool of workers with this system.
For the indigent job seeker it is very important to maintain an INET Employment kiosk that supplies daily work and easy sign up. The kiosk will be located at a homeless shelter or nearby facility for ease of access. Payment from work assigned by the kiosk should be available for daily dispensing. Optionally the user can choose weekly, biweekly or even monthly for receiving funds. However, getting payment for work hours accrued must be available anytime. An account is maintained for the employee allowing even a savings to develop. Money from this account can be transferred to any bank using automatic funds transfer. Access to this account can be granted using several methods: picture identification, security code, assigned kiosk card, or the user's identity documentation. The assigned kiosk card is not a bank card, but a card used to access the user's employee account. If the card is lost, it can be replaced by the machine.
Once the INET Employment Card is acquired, return visits to the machine can be easily accomplished by tapping or sliding the identification card in one of the attached readers. The cards are made for long lasting wear and tear. The card readers provided are durable. The internal software of the kiosk is designed to allow several card readers to be connected for the purpose of handling large crowds. The system provides the essentials in communication for each worker checked in to be notified of available work. This is accomplished using a high volume announcement tone in conjunction with a summary display of the work. Best practices are held by identifying each worker using a text to speech rendering of their name.
Once an announcement is made for the individual on call, one of the summary monitors attached displays a summary of the job. Signaling which summary monitor to use can be accomplished using a flashing light on top of the LCD. The worker simply accepts the job, requests another, or suspends searching for the day. The request is made using one of three single use buttons upon the summary view. The default INET Summary View model has three arcade style buttons. A print out of the work detail is rendered when a work detail is accepted. The INET Employment kiosk will maintain government tax regulation information automatically for the employer and employee.
The process is quick and one that allows information to be imported from a USB key or other web site information bank for employment details. The INET OCR Handwriting package is used at the server side to discover the employee's documentation details. The employee documentation is used to gather detailed information about the user's work history. Inputting of some facets of a resume can occur as part of paper work. This will give the indigent job seeker the ability to write down their work history ahead of time and then scan it in. The main portion of the system's input is from the OCR of the user's documentation. When an employer views a candidate, they must be sure that the working list of their credentials is authenticated.
In some installations of the kiosk system, preparation and formatting of a skill set is required. The INET Employment System allows an employer to design their very own application process. This will require more keyboard interface activity at the kiosk itself. Office work often requires certification and testing for application results. The skills assessment section can be used for this purpose. In these cases, a longer process of applicant time will occur due to the extra steps. An average time will be computed and displayed for the applicant before starting.
The INET Employment kiosk provides IP PBX services such as voice mail storage and call forwarding. It is expected that this storage bank only store voice messages from employers looking for their applicants. Each employee stored within the kiosk has an assigned extension. This complete phone number is supplied during the application process. The extension is a three or more digit extension that is entered at the system's phone voice login point. Alternatively the system can also support a rolling block range of reserved phone numbers to support the basic format of phone numbers. That is, most application processes typically do not accept extensions for the home phone. Voice mail can be maintained using current web browsing technology as well as from pay phones or personal cell phones.
The INET Employment kiosk provides a fax service for communication with some companies that require the format. Within this function a resume cover letter can be designed specifically for the company by the client. A facsimile transmission sheet is also generated that shows the transmission length. The cover letter and the facsimile transmission sheet can be combined together. There are several professional templates to choose from within the dynamic list. The fax service is directly tied to the job record to prevent phone number errors. When the package is finalized, a confirmation is sent to the client's storage bank. The INET Employment system uses the standard Group three transmission format for compatibility. The INET Employment system employs a FAX server at the server level for its implementation (see Internet Fax for more information). The package rendered is complete to include the client's resume along with a resume cover letter and facsimile transmission sheet.
Providing an easy to use email service that is designed for employment practices is also an attractive feature of this system. A client receives an email address that is likened to their very own contact name during the application process. This allows a professional email name to be used according to the domain name that supplies the employment service. As well, this offers privacy during the publication of personal contact information. Information sent to and from these email accounts is monitored for quality to ensure only formal communication practices are taking place.
The INET Employment system also provides services that manage applications where the resume must be mailed. This functionality provides cover letter templates that are designed for the industry the applicant is seeking employment within. If the job studio provides envelopes, an address can be printed on the envelope. Alternatively, the client may also bring their own envelopes where the job studio seeks to minimize expenses. The total package rendered to the printer will include the cover letter, resume, testing certifications, and envelope.
The communication storage banks, IP PBX voice mail box and email account, are tightly integrated into the Employment sign up process. When clients enter their historical background information using the USB key, scanner, camera, microphone or keyboard, these accounts are tied to their client account. When contact fields are required within a job application process the account references for voice mail and email are entered as part of application information. Clients can use their very own phone number as well. After clients find a job, their communication storage bank is deleted after a short closing period. The closing period provides a buffer time for clients giving them the ability to transfer their stored information to another storage bank. The IP PBX and email system provides a file format transfer to a compatible system or direct file download. A comparable IP PBX box or email system will be populated with the information before it is deleted. If a file format is chosen, the voice mail is transferred to a common compressed audio file format (mp3) while the email is translated to standard HTML format. This allows a user to store the employment search information upon an Internet drive or USB key drive.
Potential employers may have to access to the entire client package view including background check information while other employers are restricted from viewing some types of information. A benefit of using INET Employment System is the speed at which employment can be gained. Indigent workers having the fastest and easiest method available getting them on the road to making money as fast as possible. Contract needs are also very supportive of a high paced demand for a certain type of skill.
At a typical state funded employment center such as The Georgia Department of Labor in Atlanta, GA, the hardware present consists of latest available technology. Within this department, an array of approximately forty Microsoft Windows Terminals can be used. A fax machine and telephone is also readily available for clients to use; typically there is no wait. Before a customer may begin searching within the job database they must wait in a line where they will be given an information packet to complete. The packet used by this DOL consists of ten pages front and back. The information required consists of formal identifications, personal contact information, employment history, veteran status, education history, and disability information. After this package is complete, a client must seek an open terminal to locate jobs.
A limitation of three jobs per day can be chosen while using the database. The access to the database is granted using a standard Microsoft Windows Terminal running a CICS emulator. The interface is textual and easy to use for most. Because of the way the emulator works, keyboard commands are used all the time. The attached mouse is only used to relocate the input cursor. However, this does not detract tremulously from the usage. User's just enter the numeric selection and press the enter key for operation.
The menu system used for job searching contains approximately fifteen categories. The user selects each menu item using numerical input. Acceptance of the selection is completed using the enter key located upon the numeric keypad, the standard enter key does not function. That is, the standard enter key is used for an extended property of the emulator software. The user's social security number must be entered first before searching for jobs can begin. Interestingly, the user is referred to by first name which personalizes the interface.
As mentioned before, a maximum of three jobs can be chosen for submittal. After the client has made their selections they simply wait in the customer seating area for an interviewer to summon them. In a short amount of time, an interviewer will call them by name. This DOL offers many services that are not directly related to the job search catalog. For example, a customer's resume can be reviewed or a typing test can be administered. There are also many services they provide that are instrumental to attain basic certification testing. The DOL Employment professional appropriately seeks to interview the candidate in summary to maintain a direct contact before releasing the job information. Within their process, there are many information databases that are cross referenced. The current implementation of their work flow requires copying and pasting information between several application windows for internal tracking procedures. Finally, three printouts are given to the client with the full contact information of the jobs that they submitted. The customer's identification information may also verified at this time.
The INET Employment Kiosk and INET Employment Desktop software intends to sharpen a job's attainability by integrating the full customizable application process, real time collaboration, and video capture within its implementation. Many types of jobs include skills assessment as part of the hiring process. This system facilitates a process that can be used by an Employer directly to design a skills assessment section for their very own formal application process. Some facets of an employer's decision to employ a person can be based upon communication skill and working knowledge. Some points that relate to testing are merely magnifications of a particular view the test designer sought. Sometimes obscure testing points mislead the usage potential of an individual's talent. To compensate, the INET Employment system offers the ability to design a fully qualified interviewing process that is specific to the employer. Within the designed interviewing process, many scenarios and types of questions can be asked by the employer. Some employer's use interesting tactics that relate to simple psychology.
The application process that can be designed with the INET Employment System, can consist of multiple paths. Depending upon the answer, multiple video segments or textual segments can be displayed. This offers employers the design of a small expert system tailored for their industry's needs. A design feature such as this can be used to capture a sample of information depth a potential employee may have. That is, if a employee feels more confident about Java Interface programming compared to Microsoft MFC, the exploratory segment will proceed with Java interface programming. Or if a particular type of engine repair is more known, that engine style can be chosen for the path.
For most employment practices, a straight forward approach will be used. Within the interface that the application client uses, prompts are shown that display a question that an employer wants to explore. An instruction button may also be present that allows exploration of the interview point. If the user presses this instruction button, more information about the interview question is shown within a video overlay or text overlay.
Users at this time may speak for themselves. The software provides easy to use functionality for capturing video and audio from the input devices. If the item is an application question, the video information is saved. The user can also optionally edit the video, recording the message again. In some cases, the video length may be limited to a certain amount of time. In other cases, editing the video may not be allowed. As well, some scenarios may provide several takes to be recorded. These preferences are set by the employer during the design stage of the employment application.
To fully provide a functional interview and application process, along with interactive video recording, a real time collaboration unit is also provided within the INET Employment System. This functionality gives an employer the capability of driving the interview process real time. This session may be the result of passing the first part of the interview. This live session also gives the employer the capability of hiring immediately using the results of their interview process. The collaboration view is a two way communication portal. The employer also has the ability to record the responses given by the client for review later. The best way to see if an employee will fit is to test their bounds.
Numerous functions are provided for the customer to manage their application(s). Common information that the client has already entered into the system can be transfered to the formal application given by the employer to fill out. This can save a lot of time for the client and the employer. Clients can have the opportunity for the employment professionals within the DOL to review their portfolio making sure that the information is complete and in proper format. The system is designed so that only complete applications may be submitted making the formal review process easier for the employer. Since complete application submittal is the goal of the INET Employment interface, jobs can be attained in a much smaller amount of time compared to the older methods used by the Georgia Department of Labor.
Employment applications, once they are scheduled for an interview should be able to be
completed by the client within one session. The employer is provided with a private employer
only interface to review all applications submitted to them. Each item submitted within the
client's portfolio can be reviewed quickly. During this time, clients can be acknowledged as
official candidates, accepted for formal in person interview, or rejected for employment. The client
is provided with real time feed back using standard account management. Within the client
account management interface IP
PBX voice mail,
Work supplied to INET Employment kiosk can be supported by many industry marketing programs. Specifically for the indigent worker, neighborhood work can be promoted and attained. A flat sum agreement of payment or hourly assignment is typical for such work. The neighborhood work program can be advertised to people that need chores done. A handy man is often needed by many households but in modern times no interface exists. Neighborhood construction positions can also be filled in this manner. Other types of work that is typically assigned to indigent workers is embedded within the marketing industry. Many record labels and product retailers use paper fliers for promotion. Today this is done everyday in large cities like Manhattan, NY. An optimum choice for national and international marketing programs would be to orchestrate use of these resources using an easy interface. The INET Economic Employment and INET Herald Marketing system encompasses this method, providing the complete remote capability to order such work and print the flyers at a local printing establishment.
In indigent work placement it is important to remember the location of resources. Often transportation is difficult and time consuming to maintain for such individuals. Work outdoors is recommended due to the individual status. The marketing program to solicit jobs should be partly maintained by the shelter due to their relationship with local city and government offices. A daily review can be viewed by the local community, shelter, and government to see if any workers were left behind. This summary can be used to gage how many jobs are needed for the next day. This gives the community an opportunity to increase jobs for the poor using indirect communication. Jobs that are located within the community will be easier to locate and travel to.
The system provides a portal for individuals to use for advertising their very own skill set using location wafers. Payment is established within the parameters of this portal giving modern forms of acceptable payment processing to a potential employer. Empowering the individual with secure payment options is very necessary. In an individual person to person agreement such as this, work is assigned by an employer while the payment amount and method is established within the interface. That is, these interface options are provided directly within the employee's portal located with the location wafer. After work is completed, funds are released. The funds are received using the employee's normal method of attainment (kiosk or check).
It is essential to provide the employee with the ability to personalize their portal. The system keeps a record of customers they have served so they may call upon them again. Rating statistics can be gathered from the portal interface to reflect the individual abilities of the worker. These ratings come from the last employer. With a shelter staff review, multiple negative ratings can be removed. As well, scores upon skills assessments can be displayed for an employer's review. A potential employer may review this information to make the decision for employment. Once a record has been established, this information can be transferred to any INET Employment system on the market. While all of the information is transferred, depending upon the default format of the target INET Employment system, all of the information may not be within primary view but available within secondary views. This allows a client to build a profile that is complete and detailed. The INET Employment system maintains historical information of transfer. The client can save a backup of this information to a USB key drive or Internet disk drive.
The marketing program hosted by the shelter can also advertise where labor pools are needed or are managed by another compatible formal job studio. This will provide worker pool roll over for the formal job studio where basic skills match. As well, connectivity can be a promise of active search and resource placement. Again, transportation to the geographic coverage area of the formal job studio must be a consideration when considering indigent placement. Other types of jobs inputted into the system can be attained through professional marketing programs indirectly associated with the shelter. Landscaping, construction, and city work programs are accustomed to such programs. Professional pool jobs that relate to goods and services are directed by sales. There are skilled indigent workers that can perform functions that are the result of these sales.
Supporting the employer market with business validation will strengthen the INET Employment System's capability to provide clean steady employment for single and groups of individuals. Currently, companies such as Labor Ready and Manpower require multiple steps for the Employer to start requesting workers. It is typically a two or three day process to sign up a new account. A line of credit is validated, and financial terms are agreed upon for the contract. In these temporary employment agencies, a specialized rate markup is added to the hourly wage for the middle man, the employment agency. Tax information and other forms of government and state deductions will be kept as a portfolio item within the INET Web OS user's account. This will ease electronic book keeping. The INET Employment system will verify the business's capabilities and operating credentials through the state's business registry database.
Attaining employment using a third party is sometimes affected by emotions and personal tastes. Communication problems may arise between the employment agency and the potential employee thereby blocking the employer from a valid resource. The INET Employment System intends to solve some of these issues making the process of employment, contract employment, and temporary employment solidified through electronic contract. As well, the process of gaining employment can have several functions attached; application and work history, physical conditioning, and personality testing are common. When skills and education are challenged due to job requirements, the system can offer training, certification and testing to those that have the capabilities but lack official credentials. In some types of work this an execellent recommendation.
To offer training, testing, and certification for a precise job is much easier than generalized education within a field. For example, an indigent worker may have experience working with some types of equipment but lack experience on new procedures used with newer equipment. Or evolution is blocked when education is lacking for a very specific type of job function. For example, installing light fixtures may be accomplished with some basic rules given by a certified electrician. Step by step, the short training program will instruct how this task is accomplished. The system will match the job function to an on-line training database. Depending upon how detailed the work order is, many training programs can be associated with the work order. This will open the doors for many people that have skills that are out of date but have the underlying knowledge to perform the duty.
It is a major goal of the INET Employment system to support the each of the job types and job functions listed below. A planet friendly technology, the system will give business analysts and economists a chance to study a measurable scientific model to improve living conditions in some areas of geographic regions. While not restricting the economic model from natural competition, a road map for goods and services is helpful to balance.
List of Jobs
Job Functions
Business Analysts may wish to review the following brain storm to expand the technological integration of processing within the INET Web OS. It is preferred to envision the industry of work flow (information processing), job placement, and actual work (function) as being a cooperative ingredient of the business operating system. By supporting the economy with foundation technologies such as encrypted communication, database, and geological mapping the distribution, productivity, measurement, and advancement work functions (practices) can be more accurate reducing waste (work, hours, time). The system must be facilitated as a database within a monitored area. Protection of this resource as a government held database (geographic region) in a secure location for both employers, contractors (temporary, short and long term), and potential employees is a must. The intent is to provide an honest information for the people of a nation. Other facets about employers and employees may be captured but not communicated due to the nature of information. That is, it would be a corruption not to allow someone to make a living.
The ability of INET Devices connecting with other equipment, once identified, is one of its most exceptional capabilities. Exciting for the user is plug/play and the hardware performance of communication with the device. One facet that allows complete freedom of older hardware identification is using optical shape recognition. If the model and serial number are difficult for modern users to enter, taking a picture will suffice for the database search index.
It is the goal of the smart terminal project to create driver interfaces with modern and old equipment thus consolidating the transport medium to wireless, fire wire, or modern USB. This includes label printers, cash registers, bar code readers, time clocks, rs232 devices, printers, laser printers, external hard drives, speakers, samplers, microphones, automated lock devices, and joysticks. By supplying a line of sturdy ports, series of adaptors and extension cables, the devices that are supported will give fresh market appeal to Internet software management/distribution.
Most modern hardware devices have the capability of being queried for its serial number, model number and release number for identification. If new methods can be identified, they are open for integration. However, using an old CITOH CP120 does require the parallel port interface. In this case, the user will plug the printer into a conversion kit plug that in turn is connected to the Smart Terminal using the standard USB port. A WIFI connectivity kit will also be available. An important factor of the conversion kit, USB cable and port built into the smart terminal is the high use endurance; the ports are built well.
An interesting property of the CITOH CP120 printer is that it is a dot matrix printer. Printing on forms is easier. The CITOH dot matrix printer, when it receives ANSI characters is a work horse printer, the paper feeder rarely jams. And it is effective best in ANSI mode, the fastest printing mode as the description of the characters are in local ROM. The line feed is measured to be a typical metric in the forms industry. Yet by default all Windows applications use Graphic mode in output, thus eliminating all of the textual escape sequence capabilities of the printer. This is another area that INET device drivers will excel in, providing full features implementations of the device itself, giving the server software the direct capabilities to drive the device both in specific and uniform methods while maintaining a small driver microcode footprint. Only the drivers you need are installed on the smart terminal.
Providing conversion boxes for older RS232 or 10baseT network cash registers will allow greater distribution management for small business owners that want to keep the dusty key register yet upgrade accounting systems and business management to modern methods. And this is attractive to small business owners due to the Internet promotion capabilities that INET Web OS server software provides, including shopping card ecommerce, on-line ordering, telephony support (synthesis driven, professional voice or self recorded), staged distributor connected inventory control, shipping and receiving parcel tracking (Self, USPS, UPS, FEDEX or other), order tracking, Business Accounting Finance, and off site backup support. Laboratory equipment and Laboratory testing should also be considered. Usually these devices require real time polling. This could be served with a plug interface and wireless connectivity. Preserving the integrity if the test environment by allowing hardware control efficiency of the device to occur. These are features that server side processing can provide easiest due to the distribution methods used in the INET Web OS. In short, providing an upgrade path that is effective by leveraging the Internet device driver model for connectivity will popularize the INET Web OS market due to the advanced software maintenance methodology.
Systems integration points that allow access to legacy operating systems, transaction processing hardware. business foundation systems and paper oriented procedures must be accounted for in a transformation process to maintain operational integrity. The transformation process must be straight forward, well planned and offer multi-tier provisions for each type of business process plan. The consideration will include hardware, software and raw process provisions. Each level of transformation must prove to offer higher quality output due to the upgrade to the INET Web OS.
The use of totally private encryption keys, consisting of megabytes of stochastic data instructions, will provide a nice instruction source for a bit level encryption algorithm. Most suitable in hardware form, the basic encryption functions will be expanded by ring device drivers; a union of hardware and software will provide an upgrade path for distributed methods and models. The server will send a list of index and length numerics that were derived using random number generation. This index and length pair will be used to decrypt the information. Since each data package from the server is uniquely encrypted, the possibilities of decryption are much less than modern algorithms. This will make secure banking a reality on the Internet; electronic wallet, portable electric commerce, business to business and private transfers. The Server Client ID handshake: openly, initially to identify a request command. Authentication of funds to transfer will occur from the banking institution or other financial storage firm directly to the device, using the registered secure key established by the user. This key is different than the key used by the primary connected web server. The financial institution, once funds are verified, will send a yes acknowledgement to the request. The transaction will be time locked and identified by a random sequence sent from the financial institution. Electronic transactions performed this way, will provide secure point to point transactions without communicating any personal financial information to the request. These keys, several existing, will encase remote desktop operations and financial operations. On the local hard drive for consumer. And on the USB for portable.
Methods of modern business, such as agreements to pay prices, formal contracts, governmental body agreements, real time publishing of prices and sales processes (including point of sale transactions) are accompanied by many forms of paper tracking, physical goods tracking, in person meetings, and/or phone calls. This is so because validation of the person doing business, their goods, who they are representing, and the funds transfer are still in question until validation and reception occur. INET’s bit level encryption communication system will advance Internet technology communication so that business to business relationships can be managed effectively and securely. Secure socket layer (SSL) has been proved to be ineffective from prying eyes. Businesses do require and need strong security. Consider the identity of a typical INET Device User.
INET Devices use totally private encryption keys, consisting of megabytes of stochastic data instructions. This key is an instruction source for the bit level encryption algorithm implementation. The encryption logic exists both in hardware and in software. It is considered a very strong encryption especially when using streams because of its granular approach. Each INET device starts life bought from the shelf with three identity keys installed. Because of the uniqueness and size of the user's key, businesses can be absolutely confident that no one else on the planet has such a key, identifying absolutely the device. The hardware BIOS protects the use of these keys as it is only used by the communication hardware.
When a point to point transaction is initiated, an array of integers is sent that is used to seed an index augmentation algorithm that also incorporates solid time within its calibration. Solid time means here matching network time to be within a known tolerance between two computing devices. The resulting data-set of integers, an expansion ten times the original size, is used for indexing sections within the random megabyte key. The data resulting from the random megabyte key query is used by the encryption processor and encryption driver for the actual cipher process. Once the encryption algorithm (hardware/software) is seeded with the initial connection sequence, uniform random number generators and solid time are used to elapse the encryption communication architecture without further reveal. Sporadic requests for connection identity and new seeds are managed discretely by the Web Operating System at the terminals expense.
Using each of the three major keys for large block media transfer can include many forms of data such as host program data, http Internet with email, and multimedia media. This allows separate channels for each type of data further hiding the specialized executable object code. That is, the key used for specialized executable object code is only known to the service provider. The other keys can be used by third parties that are registered for the device. The multimedia media major key is used for encryption and by the INET DRM system. Identity of the major private key to be used will be noted within the bit stream as structure. Confidential relationships can be established by the transfer of megabyte keys in person at banking, government, and or internal channels. In person keyed agreements can be considered more secure because the information was obtained from the corresponding institution without network transmission.
The automated business functions that computers provide using common object oriented logic creates new issues that directly relate to user platform security. Imagine a typical "pay to the order of" check printing confirmation dialog that many C++ or Visual Basic Applications employ. A narrow focus upon the operating characteristics of the code that facilitates the dialog within the application will reveal that the application designer expects a return result from the routine that displays this summary information. When the process order button is pressed, alternatively Alt + P for process, a dialog is shown that displays a Crystal Report shipping and purchase order. The total results are shown on the bottom line. The user will need to press OK to print and continue.
One problem that the hacker could not overcome was the required password for database log in. Most institutions place very high security upon database access passwords. However, most software developers develop software to work correctly and do not have a specific focus on the binary code base implementation security. These tasks are left up to the product users and their system administration. The imaginary shipping application is designed to integrate with database security, providing roles and user groups for coverage. In this case, a hacker can modify the registry replacing the binary location of COM based dialog with a specialized call through layer. When shipping orders to stores (a physical shipping address), are safe enough to create and hide, a good hacker can summon thousands of false orders to receive goods and services. The Trojan Horse is the typical method that many specialized malware applications arrive to their destination.
When confirmation type interfaces are required, a generalized function is typically used by modern applications, a COM implementation. Even with special consideration for running code events, the purely automated tasks can be hacked easily by an experienced machine code debugger. The INET platform plans to prevent surprises like these by using new namespace locking technology. The INET Secure Application Layer will call for a user intervention and require a physical button press to certain unlock instruction sets. The technology allows third party development to create use for these specialized buttons (or physical keys). The INET system incorporates the confirmation locking within operating system and BIOS facilities. The locked VLISM namespace processing capabilities will not be available without the toggle being active. Specialized electronics are used to ensure non operation of the namespace. INET VLISM Namespace Locking technology in conjunction with INET Point to Point Secure Identity Transactions (PTPSIT) will further secure the authentication process for many types of applications.
Other types of confidential agreements can be managed effectively without in person meetings by encrypting the large megabyte with noise expansion as they are transmitted over the wire. A listener would be able to identify the package as being a key because of its augmented randomness within the network traffic perhaps. Being able to protect lines physically during this key transfer would negate the network monitor. For select events and setups, this may be a manageable operation. After key transfer, the difficulty is separating the key noise from the noise introduced. An adaptive algorithm combined with interlacing a random noise generator may be sufficient to place hacking within very high security range. More research will have to be done to provide an automated and initially key-less noise generator for augmenting the keys before they are sent. Obviously being able to match unfolding of the noise generator on the opposite side of the equation would benefit from utilizing the uniqueness of the terminal's connection attributes. However, once this information is discovered through progressive network monitoring, the key can be deciphered.
Providing a rated network of physically certified key transfers from business to business as an initial means of attack would be the very best scenario. In this case, two parties agree to meet and exchange keys. The key is created from the terminal and placed upon a USB key. After this accomplishment, the random key data would be of value when new encryption algorithms are created. An Confidential Key algorithm within the terminal can be used to synchronize modification of the key to a new result set based upon parameters. The parameters inputted into the algorithm can be communicated using ordinary means of communication.
This megabyte key cipher provides a completely new encrypted communication channel between two parties that was not available before within network technology. The key transfer process can spawn new opportunities for an official over-site committee using governmental security organizations like the Pentagon, FDIC or civil authorties to manage the key transfer. A specialized certification of a key transfer would benefit the resulting communication market. This new job will require marketing and official distribution programs. Perhaps the cooperation would congeal into a new form of FDIC that specializes in these keys.
The system allows for the competition between distinct sectors of the market (personnel) in unit form: technology and security. Separating product function using private key promotes a distinct relationship between your Web Operating System vendor and the Operating Provider;a facility. Ultimately clients or official certifications can rank the Operating Provider facility by location, building characteristics, employees, available weaponry and task professionalism using precise attribute metrics. Web Operating System vendors if required by their clients can establish a certified key transfer with a Operating Provider facility so they can service your system upon request. Some Operating Providers may provide this service.
When a time based finance confidential agreement is initiated between two parties, the initiator generates terminal identity information along with the operating vendor provider. The official moderator of confidential agreements is contacted to locate the operating vendor provider. The official moderator of confidential agreements operates using protected regional servers connected to a centralized management facility through replication. The moderator records the requester of confidence, generates a request id and returns the location parameter to the operating vendor provider. The moderator of confidential agreements system is maintained to prevent spoofs and scams. Governmental regulations to this service require consolidated information about the secondary party to reveal absolute identity of the business providing service; retail shop, store, etc.
The secondary confidential agreement party then contacts the operating vendor provider with the terminal identity information and request id. The operating vendor provider sends the true terminal identity for official record to the moderator. This record establishes that a secure communication channel between a specific terminal and a registered business is requested and about to be processed. During this time the system also tracks request count, the request id and time allotment for the agreement to be completed. The secondary party also queries the local device's operating vendor provider. This is sent using the operating vendor's existing physically certified confidential relationship key as the encryption command stream to the operating vendor provider. The operating vendor then sends a confirmation of a time based finance request to the user using the root key identity information. The confirmation is encrypted using the key that comes with the device as well as being timed. If the secondary party does not have a physically certified key transfer with your facility the key information will not be one hundred percent secure. This will be denoted within the BIOS application information and user interface shown upon the screen in overlay.
As a result, INET will have six distinct encrypted communication ratings: Physically Certified Cooperative, Personally Secure, Financially Cooperative, Public Key Encryption , Confidential by Agreed Key and open format. On terminals that have the new BIOS Location Locked IP setting, initial location of the communication can be calibrated to be within a determined route. As well, the route can be included within the encryption format. Public Key Encryption is the modern method that SLL uses during socket port eighty one communication. The Confidential rating would be the most popular but be hackable through network monitoring because noise induced megabyte keys are transferred once over the Internet. If during that time network monitoring is occurring there is a chance that a hacker could identify it as a key. The key is transferred once for the agreement terms with the provider. This can be a yearly, monthly agreement or expire within days. But it is better than current operating technology.
Personally Secure keys are generated by the terminal itself and can be registered with the user's operating provider. They can be transfer to USB data keys and can be handled by user's as data objects. It would be possible for two or more people to communicate within a ring using a Personally Secure key they acquire with and load into the machine themselves. Personally Secure keys are used to transport desktops with USB keys. Personally Secure keys also allow order of algorithms to be interchanged. Financially Cooperative mode allows for recording of financial instruments used between two parties during a transaction and works with registered banking. It is used to encrypt the confirmation showing the price between the buyer and seller. It can be compared to using a check, credit card or ATM card. Financially Cooperative mode is different than transferring electronic money directly. And last but not least, the open format channel allows communication with all computing devices that operate with ASCII codes. It does not function with encryption but uses compression underneath.
One point of security is the INET device and the your agreed transaction coordinator are tied together with a physical meeting. The agreed transaction coordinator is a bank, a firm that you regularly contract with or business partner. An existing registered relationship will have already been established. After the initial meeting, further communication can be secure through INET's security. Most methods of "Secure Internet transactions" use about four to sixteen bytes of information for purposes of small or large money transfers.
The encryption chip driver has an embedded signature that is generated by the hosting provider when it is compiled (VLISM or native machine code) for the device. This method is used to prevent hacking of all device drivers within your computing terminal. During boot up, each device driver when loaded or where it occurs in memory is scanned to calculate a check sum. This state is known and communicated to the server or compared with a secured value stored locally. Device drivers run within the processor's protected memory space communicating along the BUS or device ports at ring zero. Boot strapping the device is handled by BIOS. Some circumstances may only allow booting the device if networking is available for registration; locked at BIOS. This is because all of the data within the cache drive can be considered loaned information. All of the information contained within the CompactFlash micro-drive will be duplicated at the server level. The new CompactFlash micro-drive manufactured for the INET device terminals will be tied logically using discrete communication directly from the terminal's ring zero disk operating system during power-up. The INET CompactFlash micro-drive will reformat itself for use if taken out and placed into a new computing device for reuse. These CompactFlash micro-drives are designed to work only within secure computing hardware and will not be compatible with older power and communication motherboard sockets.
Trades using the large INET encryption key can be made in confidence yielding quicker trading turnaround based upon the most accurately consolidated information. The buyer is in control. The buyer has the most real time information. The buyer is uniquely identified by the key. All of these facets work in the buyer's favor in any market or transaction they choose to perform electronically using their INET device. Because the algorithm is a strong encryption and trusted, contracts can be completed quicker and this improves productivity.
The point of sale at the counter and roaming station transactions will be greatly improved due to the effective use of this network technologies. Orders can be made without waiting in a line, made for delivery or ahead of time for scheduled pickup using the cell phone, INET Smart Terminal, the INET URL Broadcast tower or dish; their leisure. Once the payment has been accounted for, order fulfillment can begin. Tipping, a required income for some, can be contextually based for business that the customer enjoys. Allowing for even money up as a first selection in cases where such is appropriate. Improving transaction freedom for the individual will give the needed satisfaction paying customers deserve. Customers can make more use of their time without waiting in line. By reducing the amount of worker and customer interaction time, customer relationships will improve. Customers get what they click for without teasing snares.
The INET Web OS will provide common user interface functionality for shopping for global distribution. If the process of selection and payment were different for each store you encountered, difficulties would arise in usability. The fonts, order, layout is a constant flow according to the user's preferences. Businesses are provided with publishing features that allow specialization within most areas of the catalog display. The shopping software allows preferences to be set that are specific to the shopping habits of a customer to provide safe guards for users that get used to automatic decisions. This feature allows other financial management software running to detect that in fact shopping transactions are being performed and inform the user of potential over spending risks.
Within the shopping interface, Branding spots will exist to allow the business owner projection of specific selling desires. Animation and sound may be appropriate providing it is not considered socially barbaric by the individual. Imagine this, roaring into the drive thru, the tires of your red hot rod micro squeak due to a harnessing downshift. Abruptly the car radio slims the currently playing metal audio volume. Resounding within the audible range, audio and video overlays operate to play the welcome message. During transmission, the input sample is monitored for noise, pop, click and decibel max filtering for your ultimate pleasure. This moment provides for many forms of greeting by a business. The experience can even be tailored as if it were a vignette crafted specifically to fit upon the vine. Components of the overlay can be determined by historical use, time of day, user preferences or the standard operating personality projection the business uses.
Incorporating sensors that sample environmental conditions, light, height measurements, temperature, weight measurements, video image processing, audio sensor readout and published automobile facets of your guest will enable extremely portable content mixing. Other details can include being able to capture the now playing music as a radio play or personal selection can effect advertising at the drive thru window. Marilyn Manson could give a free Hamburger in trade for the Album purchase but only if you are listening to his "lucky song". Or, the chance to win the 96.1 Classic Rock station mystery prize exists for random good listeners. During program listening, a timed coupon becomes available. Simply click, accept, and receive a coupon. The point to point technology enables a business to make a deal. Games, shopping and mysteries are in the beginning announced and have no end.
Shopping for some types of items may show a different set of functional features that are appropriate for the business or appropriate for the user's moment. The user is on their cell phone during crash time and just want to speak and order food, they want their number three. That delicious fresh seedy bun, crisp red onion, and stiff lettuce hamburger only available from Jack in the Box. Decisions based upon the state of the user's device can affect initial proceedings of the experience. That is, the buy communication that is electronically spoken along with the additional trailing stream experience can be automatically skipped. An interface network path can be based upon the user's connection attributes or their sign on procedure. If the user connects through the common main interface route, they are not time needy and like specials, fries, the potato kind, may be offered for eighty five cents more upon the checkout portion of the interface flow. If they like desserts usually, the interface trailer would include a pie. Time of day may also affect the interface projection. Allow an offering of primary and secondary complimentary items may be appropriate. The structure of the entire experience can also be limited to a scheduled amount of usable time. The usable time measurement can be based upon attributes of near real time operating effectiveness. By also capturing product demand with product supply, dictionary rules of the stream production engine will be evaluated to provide a properly sewn encounter for the consumer.
Because interface projection is dynamically generated, multiple languages can be applied. This brings international and multilingual acceptance to any sales transaction process that utilize INET technology, a powerful concept for income distribution. In turn, this opens the door for many that at first are shy to such proceedings. The information will be spoken in a language that is well suited for the individual customer. Within food preparations, this can be viewed as a culture practice within America due to the number of nations that Americans represent. That is most of those that speak English as a secondary language or only speak a foriegn language often eat at a specific set of restaurants or use a select number of businesses within their consumer life. The system is designed to give full access to all sales processes that use INET Technology designed for the visually impaired as well. Making each shopping experience as tailored as possible for the individual brings a wealth of transaction paths to many businesses.
Vast cross marketing potential exists within the sale of services that maintain an extended relationship due to the acceptance. The ability to tie digital data and applications to this service as a business agreement will be beneficial to both parties. After all, it was the customer that solicited the service. Data and applications resulting from this purchase may arrive in semi regular patterns. Transmission between the two parties is provided using a secure channel to maintain product integrity. The integrity of the data is left to the business owner.
For example, a personal trainer can market dietary products that optimize meal planning. When a customer chooses this consultant, they can get a free copy of Body Building Diet Plans as part of the agreement. The agreement provides this service for the length of contract. When the customer stops service, the software and resulting diet plans are discontinued. It is known around town that the personal trainer is an expert in nutritional information and commonly tailors dietary information that is specific for his customers. That is, the personal trainer knows the physical capabilities and desires of the customer relating it directly to the nutritional products recommended. When this information is sent to the customer, several databases may be updated for the client. Therefore a trusted agreement will need to be established and maintained for the INET portal. Information between the parties can have many resulting deployment capabilities. In this case, the shopping list that is centralized within the INET Goods Shopping store will be updated with all of the food items necessary for a week. The customer will get a notification that the personal trainer sent the shopping list. The shopping list will be tied directly to the correct information system within the INET Web OS system. Trusted capabilities such as these provide a more fluid use for the consumer. When the customer goes shopping, the items, where they are located, and how much will be upon their common list. Their shopping list for a week may contain many things other than food that was thought of during the week.
Other relationships of the services industry directly relate to scheduling. The ability for a service agreement to be established that maintains itself within the centralized scheduling system will benefit customer relationships with the service provider. The information will not be over burdening due to the proper placement within the user's application portal. For example, hair salons, karate instructors and boxing attendants require a regular visitation policy to use their services. Naturally, all facts about the visit will be known from multiple devices securely. If a customer or service provider modifies their scheduled appointment, both parties involved will have this knowledge. A business owner that is considered to have a trusted agreement is provided with the capability of marketing related products of their service. For example, the boxing instructor recommends the soft gloves of a particular brand for use in his classes. This provides interest specific marketing to compliment the user's chosen services or hobbies. As a result, the process of marketing products will be more on target. This reduces consumer stress relating to unwarranted solicitations.
Shopping within sidewalk shopping stores to get high quality earphones, cell phone accessories, stuffed animals, play toys, used computer games, used books and other goods will be easier with INET Technology because of its roaming inventory system. Within a roaming inventory system, goods are transported to a location according to demand. The roaming inventory system is supported using a local grid system of shipping and receiving. The business technology will promote profit sharing for individual business owners as well as managing the relationship of selling goods. Even providing the capabiltiy of selling an item by catalog information only can spawn a shipment directly to a customer. Including inventory communication with diversified distributors by near real-time location information will enable productive delivery and replacement of units. A functional waste, gift and missing system will record actual physical amounts and hold the information within the database electronically. Allowing placement and relocation of goods from point to point based upon demand will provide faster availability of goods within the desired area.
Within the moving vehicle swarm a network of physical goods cross talk is predicted by the roaming inventory system to provide precision cargo bay areas within the trucks. The naturally developing database, sorted on a granular level of product type or by the bonus mix of the container, the storage position, weight, container properties, dimensions, and destination identity are used by the professional trucking company and private drivers. Each delivery and pick up made by the truck will be the result of a roaming inventory grid operation.
Improvements within the vehicle industry will be made to use on board robotics that soften the physical labor. Allowing for on the spot delivery and recipient authentication provides secure transport of the goods. Communication hardware within the truck can also provide location, speed and near future events of the drivers to refine the zoning and grid prediction package placement. In the optimum configuration two trucks will park within a loading station for a goods transfer. The necessary items within will be transferred by cargo robots. Specially designed trucks that have overhead opening comparments will provide the necessary room for the transfer.
Planning to provide a suitable power source for all equipment associated with INET Operating and Marketing technology safely, quietly and environmentally safe is a key goal. Usability of such power sources has much to do with the item itself. Typically thought of as an extra solid block of weight, it must be durable and be comfortably persistent within the user's operating environment. In general, they must be happy with the results of using such a source of power. Full duration usage time of the power source must be calculated for their electric needs. INET electronics make this process easy for users by communicating with the power source itself. Several variations of a compatible power source will exist based upon need. Accounting for re-change time with duel source usage would be functionally appropriate.
Improving transaction times for customers by managing effectively the ordering process will allow greater output of the worker. The employee in a small staff per store that prepares food may also operate the cash register, example Subway Sandwiches. The method of refocusing the worker's attention to yield product rather than handle math and tender collection will increase production for small and large enterprise. The system will equalize competition in some respects due to customer perception and image. But most importantly, the capability of attaining orders in parallel is the greatest asset for the business owner. The opportunity to move to robotic operations for food preparation will also be an option for large enterprise. New positions will be developed to feed the machines ingredients; raw uncooked meats, bread buns, ketchup, etc.
These electronic transactions as well as the older method of physical money handling will both be translated into paperless receipts for the user providing they have an INET device. The new spending system will allow users to track their spending limits easier than current methods. If the consumer ever needs to return the item, the receipt will never be lost.
Providing better time management functions for the customer will decrease the stress felt during crunch time. Shopping for items that need preparation first will be announced with time projections. The time projection is based upon statistical information gathered on the job according relating the employees that are working within the positions. Imagine the traversal of events that occur for lunch everyday in a city such as Manhattan, NY. A potential customer is walking towards a group of stores that sell food. On their cell phone device, the readout displays seating or out of the door times for several daily specials. This time includes the customer completely arriving, entering into each of the doorways and finding the pickup counter. In store measurements will include preparation time, by micro task if necessary, to give the highest accuracy within the time estimate calculation. The system will learn timings of the process real time to adjust itself. Some people make sandwiches faster and there are variances in hourly performance.
Real time currency conversion of in view amounts with time locked currency exchanged transactions will open the door to easy import export of goods and products for the individual person to person, the consumer, the small business and the enterprise. The INET Web Operating System has an integrated currency data type that is supported within an international domain. Economic engines world wide will thrive due to increased geographic range that the INET Cash Register provides.
Storage of a Monetary base using electronic data within INET devices will further decrease transaction times due to the reduction of network query that standard credit and debit cards require. This type of money is considered highly liquid but is not currently available within the modern economic markets. A new science has evolved around it but in some ways it is still in infancy. It should be noted that e-money must not be confused with using an electronic data Monetary base. Hong Kong's Octopus card which is a smart card is similar to this method (no physical contact payment). Storage of money as data to be used as a Monetary base format representing Credit Money will not incur transaction charges thereby acting as a tender note. Allowing private person to person transfer of funds from device to device makes it fluid. Within this digital economy, verification of funds as being non counterfeit must be a free service provided by the acting treasury department within the country of monetary origin to ensure its value as authentic credit money. For example, the US Treasury will be used to validate the American Dollar. Finding and tracking counterfeit money will be faster, more accurate and easier than modern methods. Storage of the necessary information used in accessing M1 and M2 type money will also be available.
This private trusted point to point network connection will also be incorporated in other communication associated with the device. That means secure video conferencing, audio VOIP, text messaging, email, electronic commerce, on-line shopping, and private web browsing for each user. Confidence in Internet technology can be understood provided the platform has a strong encryption algorithm. The INET computing platform in embedded hardware has functions that facilitate robust encryption and Internet communication as described. In short, the communication sub systems of INET OS Web Clients promote secure identities that will protect businesses and consumers from theft or snooping.
See Also
Radio, Car Audio and Portable Radio Integration will be a reality when cars expand their technology holdings to include secure WIFI or other transport. The process of transferring audio and video to vehicles must be easy. Accounting for this capability within the WEB OS Media Management system will please users. Temporary listening capabilities for instant pleasure will make a good holdings for taxi cabs in metropolitan areas. Just put the key in the cradle and rock rap.
An advancement must be made in the radio transmission industry to transmit a web address along the FM signal, unnoticed to the listener, to allow them a loan marker. So when the listener hears a good song, as promoters are supposed to do, they press a save button on the device. The device will remember the web address of the audio/video file and export of the list to an INET Stream compatible device. The user will be able to buy directly or act on the impulse to just watch the video a couple of times using the DMR (digital music rights) loaned privilege.
A new embedded device that allows management and playback of digital video, broadcast television and audio programs from around the world will be a new product offering. The INET AV Web Encoder allows a streaming video and audio to be played from the INET Web Server OS to an INET stream compatible device. The video will be sent to the in hand user device using advanced video compression. The audio and video encoder (INET AV Web Encoder) is a combination of hardware and software logic designed to reduce transfer data by examining frame rate, color depth, frame pixel space, image expression space, audio precision, audio signal expression and redundant frame change data. The INET AV Web Encoder will support classic NTSC signal formats, HDTV and new 3D Television formats. The INET AV Web Encoder can optionally use a hard disk drive for storage, cache and multi-broadcast play. As well, given that bandwidth varies, based on QOS agreements and network propagation, the most important features of the video motion, the centroid, will be updated first.
Offering controlled devices that integrate with the INET AV Web Encoder such as a jukebox or semi robotic catalog system (INETWebDVD) for the physical DVD and BluRay disk technologies will promote extremely portable multi-media experiences while maintaining proper bandwidth procurement for the viewing device. The DVD jukebox device will have internal high speed transfer connectivity with the audio and video encoder; optical. These Jukeboxes are designed to be expandable by plugging them together. This will be a great success story for people who have over hundred audio CDs. The jukebox catalog system will tie together with web technology to deliver many statistics and information about each artist, album, and song.
Other devices such as an AM/FM Tuners, VHF/UHF and Cable Television Tuners, Shortwave Radios, Compact Disk players CD, Digital Video Cameras, Microphones and Mixing Panels may be offered under brand, but the INET AV Web Encoder is the main product that integrates these devices to the INET Web OS Server for streaming. The INET VHF/UHF and Cable Television Tuner will allow controlled timed capture from a broadcast source. The INET AV Web Encoder could be offered as an integrated solution with the TV Tuner. And it should be able to upload the information to the INET web server OS account. An embedded version of the INET AV Web Encoder might even be integrated into newer televisions.
Supporting Software written to schedule a capture of a television program from all the television and radio stations in the world (Web Source or local broadcast) will enhance the user's options. The user interface of a modern computing device is much easier to use than a remote control when trying to schedule video or audio captures. The software will maintain a database of television stations that have on-line transmission. From this source, a program may be captured.
The INET Web OS has optional hardware that provides home automation using all modern and standard technology. Standard x10 equipment can be utilized for example. By using the Home Automation box, a wired connection to the WEB OS provider, control by PDA, laptop or cell phone registered in the WEB OS will be possible. The OS provider can be in home or remote. All devices that are served by the User's Web OS Provider, those registered, will have access to automation.
Home security systems and total solutions kit
The market for consumer robotics has been on the rise since the first Lego toy. There are many robots on the market today. Each of these devices describes their own interface logic and command structure. The most important facet built within these toy robots is their ability to send and receive commands from a host. The INET Web operating system will provide a robust handing of the current technologies. The INET Web OS system must allow transfer of binary code or VLISM code to the Automation Brain, typically a separate controller. Integration with these automation systems will provide flexible real time reports for plant managers or restaurant owners. As well, it will provide a compatibility with market stream formats (RSCS) that will be long term, up to date with standards and allow interaction between these toybots using a locater system. Allowing multiple stream format translation will be likely since robots are unique to their maker.
The INET Robotics Division will make industry strides to create agent based task components. These components can be raw electronic parts to be used in a super structure; new toys. Or, these components can be basic parts of an assembly line; cookware, mixer, an arm or an ingredient supplier. Other parts of the business will make products that modify non robotic parts to work with robotic parts (eg. Oven on off, temperature switch, opening the door of the oven - handle). Creating a line of products that can interact together in an explicit organization as a functional unit is very important for the future of the INET Robotics Division and the entire financial market; society and culture.
By supplying a prepackaged electronic object that can send and receive commands to a buffer and offer these values to various motors, manufacturers will be able to explore their creativity easier. Using a digital computer with a wireless connection to the sensors, motors and lights will decrease the cost of robots while providing the capacity to increase their intelligence. The system must control multiple wireless robots at the same time to allow fluid home and business automation products.
The sensor data will be used to gather information that is specific about the environment it (robotic path) is in. Computationally, it will instruct its citizens (robots within control) more robustly as a centralized source. It will also make using robotic systems more adaptable to different environments. The configurable limits of the robotic system while comparing the target application will be prudent to balance. Some tasks and error checks will be effective as on board practices. When environments are not continuously changing, robots can act with superior performance. A robot that vacuums your house will need to know the floor plan to measure and log its coverage of carpet.
Walking among the numerous hardened steel, rubber and plastic models of Oxford Comics in Atlanta, GA so many new forms of interactivity erupts. Imagine that each toy model is linked to sound effects, their voice over, weapons, special powers and ambient world material (metal feet clacking upon the stone canyon) using the Robot Model Identification. Providing for the centralized artificial intelligence to be based upon a central server decreases the unit manufacturing cost. The visualization and object recognition system and database will automatically allow standard interactions within the user's environment.
Adding the specialized field of animatronics acting will be adept to natural language. Story books can set up a major or minor playing field using the character and props optionally available. The most notable consideration is dynamic capture using video to create hybrid movies. Using the robust sound system of the INET computer, speech and synchronized sound effects will add great depth to the experience. Sometimes when things are visualized within three dimensional space, camera angles become more interesting. New forms of story telling can be foretold using this technology.
It is hoped that natural language text and robotics can be made one within the INET system. Even providing a way for audio and text to be processed using the INET Text to Speech Engine to play audio upon a robot's speaker is relevant with home robots. However, dependable programming languages offer more sophisticated and precise control over robots. When possible, flexible setups that have agent based component robots should be configurable with a schematic flow diagram editor. Events can feed events. This will allow reuse of equipment and allow creation of new devices easier. These devices will use the INET Robot Automation Core to route signals to control the robots' motors and gears from the central brain. It will be great when the count down starts upon the texts - "Give me a hamburger with extra ketchup", "Cook the new Italian Sausage using Italy's famous recipe for pork sauce pasta, version 2b". "Instructions for Lasagna version 3c. Make a Lasagna using regatta cheese. Make your family proud". The differences between an industrial setup and a home setup will account for performance.
Other types of ordinary cooking should be able to be programmed using a loose syntax language. The INET Robotic Chef system comes with eighty five thousand recipes installed. However, if your taste buds still yearn, the INET Robotic Cooking Compiler will translate old family recipes like the one below into a pure stream of robotic motions.
INET Robotic Cooking Compiler first scans the entire recipe to gather a list of ingredients. Next proportions are calculated on the amount of ingredients based upon an artificial intelligence database. Invalid proportions are a risk operation. If measurements are given within the recipe, those measurements are used as a primary source. Otherwise the artificial intelligence database is used to calculate common sense amounts for each ingredient.
Next an order of preparation is established. Order of preparation is calculated using the order of the items within the description. Next cooking terms are parsed to determine the device name. Some device names refer to pots, pans or mixing equipment while other device names refer to actual cooking equipment. Finally the last part of the service prepares a list of all the accesses to the robotic equipment.
Systems such as the INET Robotic Cooking Compiler are domain specific and refer to only the focus. This enables the artificial intelligence system to interact more intelligently than a system that is generalized. Each component is expected to achieve a goal within this system; to cook and serve. A system is offered for the home, however it requires a specialized installation within the kitchen. It even places all the items into the dish washer for ease of use. The system maintains the inventory associated with the house hold food storage. When items are missing, they are placed upon the shopping list. With a system as this, a family can plan three daily meals for weeks or months. Multiple dishes can be served to each individual.
Including record and data of robotic activities will be important to investigations of the future. When robots become more common, their programming interface will become more accessible. While it is difficult to determine, from an electrical engineering perspective, if a robot's work will injure a group of humans or damage property, or if work is committed (programmed) with criminal intent, a regulation needs to be in place to capture this information. The industry regulations will cause labeling and classification of robotic systems that group the industry. Investigative information can be derived from the device, programming, timing, environment and live environment characteristics. A classification and license to operate robotic equipment at a store location will need consideration. Issac Asimov, a famous Russian born writer and American, contemplated the Three Laws of Robotics to nail these thoughts down in Science Fiction. Providing a system of law for clearing a robot's developer or programmer from punishment must include scientific transcripts of this nature. Tamper proof is the best method to record the information.
These types of issues will most likely arise in industrial applications as restaurant robots will be more adaptable by in practiced methods. So the logging operation will be necessary for only certain types of robots. Yet, most likely, include more robots than expected. By centralizing the automation computations with the major sensor interpretations (three dimensional environment sensing), more intelligent decisions can be made about the robot's work to prevent accidents. Scheduling can also occur more precisely within a time-line. Other safety factors that identify hazardous objects can be in place if certain conditions are met. For example, never can a child program a robot to use a knife would be a good rule to have in the database. And in the work place, special safety considerations will need to take place. Everyone knows when the robot is making its special Veal and Egg Plant Parmesan, do not go into the kitchen booth before clicking pause. You could get hit with a sauce pan traveling at thirty miles per second.
Diagramming and controlling the system should be easy when incorporating the use of agent based component robotics. Agent based component robotics will be used in consumer mainstream production cycles. A new type of consulting position will open, robotic implementations by market sector. Upon the screen a kitchen is shown containing cookware, dish washer, robotic oven, ingredient supplier, spice rack, mixer, vegetable shredder, fryer and dolly arm. These robots will interact with the will and demands of customers. Programming the recipes and portions to serve must be flexible. The Dialect Business Processing System and INET GRS business system offer a follow through of operating parameters and attributes of a system like this;running the restaurant. Envisioned is an air tight, refrigeration, cooking bot vending machine to replace the sidewalk vending of modern day (Manhattan, NY). The taste buds will offer no resistor.
With visual, audio, and written information modifying countless lives and thoughts of everyone on a worldwide basis, this multimedia presentation forms more of a reverberation than most people realize. Speech patterns, recognition of slag, trends, and distortions of every form countering nature can be implicated as an arrival. This information has a solid impact on our representatives of congress, senators, judges, and other persons we expect to remain pure from these influences. But in reality, not a single person can really avoid the effects. It is merely information flowing from one point to another. Because there is more information available and consumed today, we must ensure that the information gained is truly representative of mass opinion. The best way to do this is by allowing the population to speak for itself.
The state of affairs in Washington DC, the operation thereof, is actually a living human machine. Each component, a person with heart and emotions, affects other people around them to achieve change. Aspects of culture can apply as well as original origin. Communication between the unit can take place in broad terms such as arrival at a destination, body language, angle and field of view, sound emanating from, dress for visual cue, mind stress or mental focus. Yet, where does the person influencing the future of our world get their goals and what time are they on?
The INET Web OS and INET Smart Terminal provides excellent data capturing with authentication for single use registration. A typical interface component of the INET Web OS Technology will allow the population of textual information about the operation, workings, decisions, programs set forth, and money expenditures of a mass bucket organization. Since the system of language and thought communication are NP related within the field of Artificial intelligence, the system must employ the use of forms and selections lists to narrow the field of view for the INET NLP Statistical Intelligence Engine to categorize. Flow of the system will be configured using the INET Visual Diagramming Control. The resulting relational model will be loaded with definitions that modify the input form based upon selection criteria. This allows refinement of the categorization.
Upon examining a large mass problem such as democracy, it should be demonstrated by data that the system is effective for a specific portal. But by no means a replacement of democracy, however the current form of democracy will be better served using statistical analysis of polls that incorporate natural language texts. Doing so will create happier clients of the organization and will produce a stronger connection with the attitudes and desires of the population. That is very important in today's high traffic of information: digital media, events, strategy, words, thought formula and science.
Achieving customer satisfaction through a system as this aligns the intent of the establishment upon its input more directly. It provides the ability for more accuracy in the original plan of a successful service provider and their target match customer expectations. But most of all it allows an organization to change shape or policy based upon scientific measured demand. With more accuracy being understood, whole geographic areas (country) that are sectioned into smaller regions (state, county, city) will desire specific items that are relevant to their sector. The items that contribute positively to a region's standard of living, security, culture, and societal tolerances can be reiterated within education, philosophical study, mass media and practices. Most of all, by balancing communication channels from a funneled single minded opinion to a geographic area's population the negative political practices and office confusion can be realized and resolved. Proper change can take place for more people to live in harmony. But please do not forget the minority.
To be useful within the context of an office, the most likely place of use, the system will be surrounded by dynamic supporting applications that respond or listen to demand. As well, the system's data will be available for mining within the spread sheet graphing package and all facets of office product. The data will be object based to allow drill down within the hierarchy. As well, the data structure will provide branch searching of contextually related subjects within a given historical period. The category correction of data objects for manual recognition should be a management feature.
By utilizing the INET NLP Statistical Intelligence Engine in conjunction with current web technologies such as email, a world wide distributed system can be facilitated that allows data mining of opinions from a large global public audience. This system, in the correct hands, will empower changes that are wanted by many for a business product or government service. Even increasing border security where necessary and decreasing hostility though open channel communication regardless of origin. Even expansion to include the INET Staircase Goal Management System would be befitting.
By allowing the free flow of information and completing a reaction to an opinion within the business cycle will reduce the need for negative actions that ultimately cause profit erosion. Interpreting the written word it different than viewing a motion news cast, word must impact without exaggeration When the system is a driver of sorts combined with a reaction, business models will thrive. Auditorium sized mass expression will be replaced by words, discussion, documents, images, videos, and audio.
The user identity roles will be profiled with a rule database to provide proper operation, security and integrity of the system. As a secondary operation, formalizing user registration to be in-line with EML requirements will give support to government institutions that need driving input to support effective policy output. EML support will also be supported by other back end management systems. Both user identity roles raise several questions about security specific to forms and survey entry: Do users of the system get more than one input per day? Should there be a limit on the number of words in the document to allow greater accuracy of current AI methodologies. How does limiting the word space modify the communication effectiveness? Could a secondary method exist that allows the user an overview section that will be used for categorization and details section? Can formatting input of the user through interface design aid greatly in the effectiveness of the categorization? Could a database of known ideas be utilized to give accuracy in the weight. Should the system accept audio and video signals? How much Historical information should be kept? While in our society we have freedom of expression, how would the system affect other societies? Should the information be public domain for media resources to devour? By weighted means of mass, how does this modify the perception of topic priority? And detecting exaggeration for the sway? And lastly, how can the system be penetrated to augment policies that are beneficial to other countries but not America? It is obvious that in most cases of counterintelligence, it is a goal to remove positive aspects associated with growth in economy. The system intends through collective communication, to strengthen the human condition not weaken it.
Blog boards are how this is currently manifested for the masses yet there is no automated and centralized system for opinion mining. Typically blog boards are specialized in their subject’s content. Users log into their board of choice and push their information out. Other users can search for information they would like to read about. And it is in the reading that the change occurs. Yet typically large bodied entities like the United Nations would not find an effective means to digest such individualistic information. And this is where a system using natural language processing will perform exceedingly well. It will allow many people to speak to the educated elite and or rich in a clean fashion so that personal dislikes are set a side. In conclusion, the INET NLP Statistical Intelligence Engine will provide a healthy working system for statistical polling, diplomatic initiatives, and multilingual communication.
The ability to create cartoon animations, man made structures, buildings, cars, planes, boats, houses, food items, animals, ants, insects and humanist form into multimedia form using natural language input will be the next generation of novel entertainment, animation production and scene creation. To create a scene indoors, outdoors, cave, trees, sand, and beach does require a lot of detailed description, most of us do not describe to visually picture. The most difficult characteristics will be the small details in life, those that we consume and use visually almost automatically. Parameters adjusted in both language form and on screen control will be required because weight or precision is an important metric that most human languages lack as far as NLP is concerned.
The framework application. a split window with a main focus on the writing aspects for meta content creation is the desired interface. Having the ability to adjust the visual product of parameters derived from adjectives will be essential. Clauses will also produce a parameter adjustment panel. The generalized models that can be modified though these parameters will give the artist/writer effective visual communication and originality. Other versions of a noun can be selected using thumbnail view. The models will be located upon a network computer.
Changing a texture on a face, the basic mold of the forehead, lips, and ear size could be the result of a phrase or using shape deformers specific to the model. Moving and scaling might be accomplished in written form or graphic object interface. Refining the visual appearance of these specific hooks inside the model through a graphical user interface using handle bars, re-sizer, and shape deformers will allow further definition. The parameters and data should be linked conceptually to the words, saving state for the user upon the cursor in the word.
Providing a language form of interactivity using a system like PROLOG which lets a developer define a dictionary of relations will tie directly into objects that are components of the super model. Using a high degree of model definition in a database that contains geometric forms, noun relationships, adjectives, emotions, movement and specific or local augmentation parameters will provide a flexible system.
One of the most difficult problems about artificial intelligences is the searching limitations within contextual understanding. Example: "The apple tree on the front lawn is blooming." Defined presents determine that the phrase front lawn means that a house is near. Are there other houses near in the scene? What time of day is it? When an apple tree blooms, how many apple fall and are on the ground? The ability to nest scene description text for seemingly abstract relationships will become quickly necessary. As well, matching model genre will make a scene cohesive in artistic form.
Most likely a way of writing will develop that allows description of a scene, allowing for a bit of logical focus. For example, the statement: "There is a white two story house with shutters on all of the split windows. The curtains in the windows are pastel. Two of the windows on the top floor are opened. The family of humans, two girls and three boys along with the father and mother are living wealthy lives."
The most difficult concept for the computer to understand would be wealthy lives. What does that mean as far as human go? The concept must be tied to modern times, to show what types of clothes they would be wearing showing in the open window. They would be well nourished and seemingly happy. Perhaps other significant characteristics of wealth would be in the visualization. The rest of the sentences at most times directly relate on the visual description. There is a white house, people, windows (two open) and the curtains are pastel colors.
To allow for distinct originality, some visual traits of the scene should be based upon random input. This simplistic focus is important. Therefore, by limiting the context of conceptual focus as prescribed, a model factory can be sought in a database to create the polygon or NURB model. The appropriate modifications, adjectives and user input, are communicated to the builder or specific object factory. It is placed into the scene graph.
Since modern the human form flows together to create a realistic world and a fiction world, the fiction world disseminates into more meaning or importance than nonfiction in the eyes of modern society. Just think about how many discussions are about fiction television or movies. Being able to control these parameters in visual form will only entice web server capabilities of distributed computing. Giving monster control to ordinary writers will graft a connection that was not there. The ability to see, and do from the summoned word.
Models that are complete in form to be used by a system such as this, may have more definition than just a vector format. Verbs make things happen and animation is the next step after modeling. The INET Software and Digital Data Business System will provide the necessary hooks to allow the necessary in-line searching. It is a catalog that refines delivery methods of content. When models can run, walk and dance, the extra artificial intelligence will be listed. In some cases specialized forms of verbs may be added to the language parser. As well, when a standard operation exists such as common verbs, the motion path data can be adopt to the model. The model must have a standard joint system however that fits the model class.
When imagining a system of this complexity and robustness, mainframe technology seems better suited because of its fast data access. Capabilities of a system that can store a vast modeling system of this type are monsters typically. An average adult, after twenty years of reading language materials or experiencing Internet technology will be noun friendly. An automated system could use Internet publishing technology to learn basic aspects to be refined by nurturing hands; a model factory designer. The most difficult problem to overcome first is not to be overwhelmed with the amount information a human can recognize. Because in reality the information is tied together in a basic form for access: visual language and in computer science this is called a data structure.
Designing a system that can catalog geometric forms yet retain other related fields in parallel is essential. In someway relational databases do provide effective use, however for superior searching and indexing there are better models suited for use in the field of Artificial intelligence. This information will be stored in a database record.
Often in modern society, it is forgotten, the importance of teaching. In my opinion, education is the one of most valuable experiences any human can undergo. The INET Web OS Information Sage suite plans to support this lifetime endeavor using several distinct information technology applications, information systems, archival systems, publishing suites, and embedded devices; the student eBook. The INET Web OS Information Sage intends to modernize and standardize the classroom in America and perhaps globally providing equal opportunity education and value to all that use it.
Education is a complex subject to discuss. The outcome of the events that take place in a classroom are life long. Learning to read is one of the best sources that develop international society and human relationships. Language is the modal form of your code space, while INET technologies deliver high definition, high color and fluid frame rate experiences for the class room as an assisting technology.
The student eBook has significant connectivity to the teacher and the curriculum. The eBook is designed as a learning platform only. Camera feeds from the eBook to the in class network will seek to organize the classroom for more productive experiences. Providing pupil recognition to calculate the direction of the student's eyes can highlight panels upon the teacher's lecture desktop. Providing other forms of gesture recognition will allow measurement of a student's perception capabilities and attention span. Several traits of the student can be developed from this information. This information is statistically categorized to provide reports to the instructor. This will refine the teacher's understanding of his or her students on an individual basis. A teacher can then adjust the classroom order, gestures, presentation, and speaking direction to battle short attention spans. By comparing these statistical results with previous versions, a measurement of the impact can be deduced to find the application results.
Official electronic learning programs that assist with the student's education is essential. Providing an interface format that is for in classroom work as well as providing one that is for the home is included. That is, the eBook operates in several modes controlled by location, time of use and preference. Skills assessment, Pop quiz and formal testing modes can be tailored for the type of test and instructional purpose. The home based learning mode offers several methods that allow the student to review and explore course materials. Course material is a broad term for a very specific amount of information in most circumstances. A typical use of an eBook by a student is to review what was learned in class that day. As well, home work is adopted as part of the plan. In this way, home work will be a structured measurable practice. This will give the parent and teacher more accurate and up to date information about their child. Teachers are offered a summary that is composed of many students for greater productivity. By offering additional learning and studying paths, the student is allowed to explore more course related materials.
A presentation that is fresh, has several characters, actor agents that are course and subject specific will establish lifelong idioms for many information domains. A unique character for Science, Reading and Math will establish a working human relationship through this graphical representation. Within the years of studying a subject, growth patterns for the character can remove tension during continuation of a subject. Students will begin to recognize the context automatically; a small use of the associative learning concept. If the student moves to a new town, they will still have identity recognition within the classroom environment as the character used will be similar. This may reduce some of the stress inherent with student relocation. It will be an endeavor for each school to modify each character to achieve a distinctive individualistic appeal, yet the overall meaning and structure of the body, face and skeleton will remain the same.
As well, a chronological order is important to establish for each character. From year to year, imagine the Science professor agent establishing a slightly different character, tone and look each year you take that subject. Some attributes may be that he would age some, or require more attention and interactive class work. This system of natural information unity will aid with course structure throughout a student's life delivering an iconic relationship for society to reveal. Everyone will come to know the nutty professor has a distinct look.
Many computer aided instruction applications exist today. Web portals such as: Education on-line , Free ed , and Berkley Education on-line offer an enormous amount of information for surfing. Translating content sites like these to be integrated with the centralized format (government) is recommended for most public education programs. The INET Information Sage does this by providing content translation thereby extending course navigation. This is important because education sites such as these provide an expansion to or contrasting view of a subject. In turn, according to the functions of learning, the amount of a subject consumed by a student is proportional to their drive. This feature provides the instructor within a broad solid foundation to deliver along with their very own lesson plan.
To keep a student on track, teacher planned lesson materials within the suggested education path is desirable. Within the lesson designer, teachers can build instructional materials using natural input methods. This allows anyone with a teaching background to explore the new possibilities of creating professional computer aided instruction catalogs without computer programming experience. As well, it saves time for many given that most experience of actual teaching methods comes for an individual's oratory capabilities.
Providing the most concise capture, design and deployment strategy facilitates better content production. The INET Sage Lesson Designer is the tool that is used by the centralized course content producers, giving full capabilities to local talent. A few simple setup requirements are needed for capturing materials. A large blue background, desk and chalkboard during filming makes object recognition easier. Only a one shot full body length is needed to capture gestures, stride and teaching rhythm. Object recognition accuracy can be increased using colored bands around the major surfaces of the body. A kit is optionally available (INET Motion Skeleton Pads) featuring colored digit gloves, forearm, elbow, leg, thigh, and shoulder patches. Generally, these motion pads are not required but do aid in the fluidity of motion translation during object recognition. Some types of teaching may require these such as courses where the instructor uses a model within their hands.
Featuring multiple stage dramatics such as head shot, full body shot, and side view is often necessary to maintain attention and aesthetic composition. A narrative shot is also supported providing a way for a voice over to narrate a graphical presentation. The narrative shot is best suited for segments where the chalk board is recognized. These interesting camera angles are set after the object interpolation has been performed within the agent model using the motion data.
After lesson segments are captured by an instructor, the video, audio and chalk board presentation can be converted to the agent actor character. Object recognition is used to analyze the video segment for mouth and head gestures. Other motion path data is also recognized using the motion path pads. All of this information is converted to motion path data to assist in building the agent character. This data gives more life like motions to maintain interest within the resulting animations.
Textual information is gathered from the audio stream to produce a text and diction result. When accuracy of the voice recognition is not proficient, editing may be required. A textual script can also be entered but requires that time relationships be established with the audio source. By using the audio sample and textual script information, the diction model is established to offer natural speed and extended voice attributes during the Text to speech conversion. The INET Text to Speech engine is then used along with the agent character's voice model to create the natural voice dialog script. An audio signal that contains the humanistic references common to the practice of oratory.
Each agent model type within the lesson designer is related within the database to a stage with accompanying props. The props assigned to the hands can be indexed by the lesson segment that is currently being edited. This gives the instructor full creative range on demonstration models being utilized. The hands of the agent actor are molded to lesson design thus subtracting the cameo marker device from the instructor's hands to provide adequate visualization. The camera angles within the lesson segments can automatically be set to draw attention to formal use of these model props within the instructor's hands. This is accomplished by implanting references within the textual script. This instructs the render-er to change the camera to a pleasing close-up of the model.
Intermittent camera angle changes implanted that maintain aesthetic composition can be automatically generated by the course render-er. The system decides when to change the camera angle based upon textual content relationships, textual content acting instructions, teaching rhythm, and audio characteristics. Textual content relationships are deduced using natural language processing and artificial intelligence. That is the content is analyzed for sensing the major and supporting points. A transition between each of these sections occurs with camera angles providing a slightly different default view of the classroom. The agent actor may straighten his clothes, take a breath, jostle the arms about, clap his hands together, wipe his forehead or perform another idiosyncrasy common to such events.
Textual content acting instructions are directly entered into the script within brackets using English or natural language. These acting instructions override the major motion path data that is ordinarily used for the segment. The effect and duration of these acting instructions lasts only for the running time of the command. The end result, that is the position of the elements within the scene, overall character pose, and camera angle set, is persistent until the next context point change. To maintain humanistic motion, the motion path data is applied within the model space throughout the segment. The amount of effect that the motion data has upon the model space can be adjusted as preferred.
Teaching rhythm is a relationship that is derived by correlating the subject content to gestures and stance of the instructor within the video. Typical camera angle changes are zooming in upon the chalk board when their backs are facing away from the class room seating area. When their head changes to slightly looking back, as is common with short explanatory segments, a short zoom out is utilized to expose more of the chalk board and more of the agent actor. When the head turn back to the chalk board, the frame is change back to its original position. Within this context, if their entire body turns around back to face the group of students, a torso shot can be decided. Other useful camera angles can be automatically decided as well. For example if the instructor moves to their desk or prop area to retrieve a model for examination, the best shot will be a full shot. A full shot is a camera angle that is inclusive of most of the class room teaching area. The agent actor would be in full view. A side shot can be appropriate for functions of explanatory segments where chalk board writing is interrupted for a long duration. This draw focus away from the information presented upon the chalk board to the teacher directly. During segments of this nature, an instructor commonly uses their hands and arms. Explanatory segments can also transition into narrative shots of the chalkboard information.
Audio characteristics are indicative of head and full body shots since audio emanates from the mouth and is punctuated by body language. Through recognition of tonal changes calculated relative to the base line pitch of the voice or abrupt changes in diction speed emotion can be inferred. Several attributes of the face can be set in subtle motion for quality. Animation items such as eye brow movements during joyous reasoning occur regularly with proper check bone movement. A pause or sigh can trigger a head shot or full body shot depending upon the current camera angle. A full body shot is decided upon when large of amounts of gestures are shown with a busy tone.
The automatic recognition and implantation of camera angles according to inferred data recognized will ultimately provide some irregular or misleading camera shots. While the recognition of these items comes from logic, the ending sequence of the process ensures natural durations for each scene change exists removing some if there are too many. It also applies natural camera angle changes where segments are too long thus providing a natural relief for the scene. This is to maintain an overall consistency with the entire presentation as automatic recognition is granular. This is accomplished using a rule database populated with common sense cinematography attributes.
Several methods for segmenting the course materials exist, providing a way for the teacher or course designer to give a structure to the course. A teacher may wish to instruct and test using a chalk board or dry erase board as the input method. These segments are converted into the necessary interface within the segment. A table of contents can be established to provide navigation through the editing and marking the video segments. Camera angles, acting commands, inferred emotions, chalkboard segments, narrative segments, are sibling relationships established within the table of contents editor. This provides the course designer the ability to refine the automatically prepared aesthetic presentation. The INET Sage Lesson Designer offers several navigation methods to provide the best fit for the course material and age of the student which can be selected at this time. Upon the completion, a fanciful stage and skills assessment testing center is revealed.
Other types of teaching may explore formal environments that cannot be translated easily to computer graphic models. Videos that teach electrical, mechanical, or industrial applications need real life video in most cases. In the case where an electrician would like to show how to install a light fixture, natural recording of the event while a job is taking place is desired. Or in the case where the musician wants to show how to play basic cords, how to play Stairway to Heaven by Led Zeppelin, and screech walk using an electric guitar, other methods will not suffice. As well, this style of content creation will be common for many training videos associated with the marketing of jobs. That is, several technical videos will be associated with micro task jobs stored within the INET Employment System. In these cases, the INET Education Live, a INET Sage Lesson Designer component, gives the professional the ability to show and tell at the same time. The INET Education Live gives power to the educator to create and deploy quality training materials based upon structured design concepts using a live video capture to ease the burden associated with computer aided instruction (CAI) programming.
In these types of courses it is important to give the director the ability to segment during capture using a natural method. This will provide a target space for additional information that will be associated with the visual content upon the segment splice. A marking system is implemented to provide the capture of an event within the video; a cue point.
Several methods of marking a cue position within a training program can exist. Depending upon the complexity and length of the video teaching segments, several devices can be used. Appropriately these devices synchronize the stop and start of asset capture or mark cue points while the capture continues. This functionality is configurable during the capture stage.
If the camera is attached to the computer directly, a USB Logictec Web Camera for example, the space bar or mouse button can be used. The space bar is appropriate for bust shots while a wireless mouse can be used for staged and standing sessions. When the INET Professional Network Camera is in use, the INET Remote Control Click Shot can be programmed to mark cue points. This will automatically tag the cue position numerically for later reference. The INET Dictation Pen Assistant can also be programmed to associate its click point with the marking of a cue position. The dictation audio will be tied to the marked cue position. During the editing of the training segment, the voice dictation is available for refining the segment.
During the resulting instructional content the student views, information not within the the live video learning segment can be exploited during segment passage. The user is invited to explore this information to impress learning the skill and tools used within the task. Typically, a template for visual overlay layout configuration will be chosen within the designer to integrate this feature. These information templates can provide an alpha composite panel to signify related information.
The segment is not limited in functionality. For example, the student can be tested with a quiz before continuing. A formal segment can also be established to provide a transition between learning blocks of information. The segment can wait interactively, or be timed before continuing. Visual transitions will include the fade in and fade out which are the most popular effects used for structuring multiple segment instructional content. This is to maintain element fluidity and visual stability. Directly relating that the segment is formally ending, a review segment is typical for such curious places. The review section will underline the major processes explained within the previous video segment. A link will exist to provide quick navigation to the sub segments within the video if the student wants to watch it again. The sub segment alignment will be an indicative relationship to the cue points marked by the instructor when they captured the lesson.
Within the module that provides an interface to use live video, several coherent pedagogical structures will exist to guide course design. Maintaining a textual script for content makers is beneficial to potential teachers that are not formally trained. Many individuals lose sight of some details while focusing upon other types of details. In this script structure, developing a course map is one of the initial steps. When employing formal teaching concepts, subjects are introduced then expanded upon. The course designer helps the instructor with what to say and in what order during the recording of the live video through managing an outline tree of the course. Each element within this tree becomes a lesson segment. Somewhere within the live video capture, there will be several cue points that align with elements of the course outline.
The video editing course engine will provide a template base for course structure. Several types of segments will exist to provide functionality. Templates for use within a video frame as well as formal segments are necessary. Offering multiple selection of visual styles and layouts for each segment type is a dynamic design consideration. Basic segment types include: overview, summary, live video segment, video overlay info-panel, textual segment, quiz, section test, and certification. The live video segment can be referenced in random order by cue point, or by microsecond time specification. Within the resulting lesson stream, a continuous program of information is disseminated in the specified order. A fully designed course provides section table of contents, course map, in context navigation, indexing of content, and closed captioning.
The INET Education Live video editor provides the ability to author a visual link segment. Within this course segment the author can visually link objects within an image for associative visual learning. In these segments. students will select objects within the scene while a configurable event fires. The event is configurable to any series of the basic segment types. That is, when the student clicks the polygon area within the image, a section of content is started for review. After the section is completed by the student, the navigation automatically returns to the visual link object section.
Another very important course segment is the visual step practice. This provides a work bench for the content author to design an interactive graphic demonstration of the lesson. The process will include testing for an order of steps to be accomplish by the user for completing a goal. The student can also press a suggestion button while the next operation within the segment is displayed temporarily. Several functional types of this segment will exist depending upon what is being taught. The visual step practice segment editor within the INET Education Live module is easy and flexible to use. The ability to change the pointing device operated by the mouse or human input device to appear as many different tools is necessary for this practice segment. That is, the student must have the correct tool chosen as well as providing its correct operational use to achieve a correct response. The segment can be planned to display instructional steps to guide the student through. Other types of segments developed with this interface type may be intuitive and not need process prompts. The purpose of this segment is to give the student a practice simulation working with models of the environment.
For example, imagine a mechanic teaching how to change all the spark plugs, wires and distributor cap within an import car. Because there are many complexities involved, it is necessary to inform and test the student on the order in which things of this nature are done. Depending upon the make of the car, up to twelve wires may be involved. Within the lesson, some things can be done out of order such as taking one wire and changing the plug. Therefore the validation of a correct response or the entire task being completed may vary based upon rules of accumulated work. The segment editor provides an easy interface to describe the necessary relationship rules.
As part of the rule defined task, the spark plug wire correlation must be maintained between the spark plug and the distributor cap as before installation. This is a necessity for engine's pistons stroke cycle to match to the appropriate plug. The distributor cap must supply electricity to this plug at the right time. For a teaching segment as this, several images may be involved. First opening the hood. Locating the distributor cap, the spark plugs and ensuring the correct model exists for replacement may be some of the tasks. Next, proper tools must be located and maintained. The software provides a tool box simulation for such practices.
While the INET Sage Lesson Designer provides several types of formal segments that are very useful, often it is necessary for third parties to incorporate other types of simulation or stimuli within the training. The INET Sage Lesson Designer is well designed in this respect offering an objected oriented model for implementation. Any INET SoftSpot that inherits the Sage Lesson Segment object model can be referenced within the Sage Lesson Designer studio application. This is a very useful deployment strategy for custom and retail situations. For example, offering three dimensional simulations is often a negotiated benefit of United States Army, United States Navy, and United States Marine Corps training software. Civilian deployment strategies commonly include specific database references for accounting software. In short, the Sage Lesson Segment object model is a key technology for large scale deployment of teaching materials; across the board. The object model provides a direct plug in for externalized development.
Because visual templates are the basic principle of the over all look and layout of the course, the artistic desires of the content producer must be fulfilled in many ways. The package comes with a dynamic list of templates tailored for many applicable industries. The ability for a designer to implement multiple styles and layouts to a course is important. Especially when companies will be providing branded content. The system provides a template population section to provide color configuration, layout positioning and the importing of assets associated with brand names.
The course content designer provides robust functionality for editing live video. This makes course production much more productive due to the native interface design. During the editing of live video, cue positions can be automatically implemented as video segments for example. As well, associating these points or sections of the live video to the course outline provides is accomplished easy with mouse selection. Cue positions marked during the recording of the video provide a reference point for designer to instill structured information. Implementing the course template structure becomes a batch oriented task for the course designer.
Common video editing functions exist within the tool as provided by the robust INET architecture. The ability to clean video images automatically of several types of artifacts exists. The library also provides several convolution filters associated with image processing (sharpness, video blur, and special effects). Video processing enabled within the interface is also quite easy to use. Specifically balancing color, contrast and tint throughout a video segment is easily accomplished. In some areas, automatic numerics are calculated based upon statistics.
The video editor provides the facility to use object masks. Thereby a segment of video can be processed to exclude portions of the video such as the background while leaving objects that are in the foreground. This requires the user to mark objects within the video. The video processing routines use the inner composition of all the contents selected to process the rest of the motion data. This provides other types of artistic content to be placed within the frame. Specialized backgrounds and professional computer generated graphics can be placed within the scene.
Several facets of this instructional asset will need proofing. Errors and critical thinking gaps are refined through content dissemination. The INET Sage Lesson Designer provides a proofing mode to allow content to be reviewed by multiple parties. This is a significant goal as deemed pertinent by many pedagogical info structures globally. Parents want to be sure that information is precise for viewing and learning. During the preview session, content can easily be marked for errors and documented through the interface. If the project coordinator wishes, content can be modified in line by the auditors as well. In most cases, the project when viewed in proofing mode will only record caught errors within a database.
Because the educational materials captured are a valuable asset, storing the information in an open format will preserve the investment. The INET system also includes translation and transfer functions to update existing educational information portals adhering to the academic label. The format of the materials captured must be able to be recompiled again, edited and maintained to be refined each season. New paths of explanation and lesson routes are always definable within the course information network.
Incorporating content of modern facilities that show tutoring or learning environments usually depend on Three Dimensional Artists that use external asset editors. The system can be used to reference web based repositories. Movies, Videos, Diagrams, Images, and Simulations are stationary objects to be referenced by the instructor for inclusion. This application work division comes through technology development methodology.
The INET Information Sage suite compiles all assets including the academic agent character to offer a structured learning user interface. After information encapsulation and render occur, the layout of the information is the important factor. The generalized layout manager supports format and positioning of information within logically made flowing patterns. Complexities that are solved within the layout manager rely upon total length of the expanded content. Layout templates defined to be visually prioritized for learning and that dynamically conform over a series of staged, populated layouts are used to publish information to students.
The INET Academic Content Production engine performs its image and animation functions using the INET Visualization system. The access level of the engine is tailored for types of presentation segments that occur during lessons. Making rhetoric of simple animations that normally occur during an algebra lesson, for example, when variables are factored is easily accomplished using the layout animation compiler.
Utilizing common idioms that are configurable such as a black board user interfaces are included. The INET Academic Content Production stores these templates and visual property hierarchy object chains within a data object database. The data object database provides a structure for course content and associated assets to be grouped and categorized.
Several segment types that propose new detailed insights into linked main information trunks can be chained together to create an animated, magnetic, morphing, and magnifying experience. This provides educators with the ability to encapsulate a teaching style that is specific to a subject. For example, within science there are many constructs and subsequent models that should be grouped together. Additionally the database data object reference can contain an entire lesson plan that can become the lesson on one that merely becomes extra information within the formal lesson segment. This database format provides a centralized resource for content producers. Many of these database can be referenced during design.
Navigation systems are rendered for the appropriate target audience and allow configuration. Some experiences within course material are better experienced in a timed, sequential order. This is true of a physical classroom environment. No one really controls the first grade teacher, they are speaking and the information is given. Likewise, some content and course materials will have a similar automatic consumption interface. The interface that exists within a television can be compared to that of teaching, it is a focus, a volume adjustment, and an attention tune.
The content production engine will support information flow chains that are conducive with the practices of public education. The advancements within computer logic can also allow periods of simulation, testing, and review during a lesson plan. Computing presentations within a classroom can be controlled by the teacher during a lecture to provide maximum effectiveness.
Input into the system can be dependant upon the age of the student or the subject. Supporting the natural tablet interface of writing mathematics during an algebra exam is a target feature. Within this interface the student naturally solves problems as if it were paper. The system provides a very accurate OCR package for recognizing mathematical notation. The Mathematical Notation OCR configuration is dependant upon the level of math being taught. Often within OCR, a common step is error correction. The configuration must be specific for the lesson plan to provide a sensible error correction stage.
Supporting the arts, and writing expression is also conducive to the academic content production engine. Writing with the hands must never be forsaken due to the popularity and availability of pen and paper. During the first few years of student instruction, most likely the input of all information will be based upon hand writing input. Writing will be an essential skill for civilizations to come. Often legibility becomes an issue when the teacher is not aggressive during the early learning process of letter formation. A mode can be configured while using the INET Hand Writing OCR package to suggest proper adjustments of the student's hand writing in real-time. The suggestions are shown on the display outlining the original character with a contrasting color. Within the repetition practice mode, the student is invited to reform the character over and over. When the older student is forming words and sentences, the character correction shown using color contrasts is more subtle within the interface. The sentence and paragraph hand writing interface offers repeating segments within the structure upon an overlay in batch mode.The package is flexible enough to allow a style to develop. That is, the recognition of malformed letters is a configurable attribute of the engine.
Artistic drawing talents can also be realized through practice. Picasso did not form a perfect circle during his first time wielding a brush. Rather, it was through the progression of time and motor function repetition that his hand drew expensive bloody red dots. The system provides several teaching methods for teaching basic art skills. From outline stenciling to color coordination. Additional art modules are provided within the INET Academic Content Production engine and by third party inventors.
Public education must not be depleted of functionality, funds, connectivity and inventions. Therefore providing the best system of deployment means a safe network solution and a cost effective one. The student hardware must be a durable education book with a consolidating interface. Allowing personalization with plastic coatings that extend the water proof chassis will replace book covers. Students must be able to magnify their personalities.
Several things can be learned from current systems that implement on-line education. What is of primary interest within the INET Web OS Information Sage is the target audience of the presentation. Presentations relating to school can be classified in many ways. Primarily noting the viewer to be a student, parent or teacher will affect compiled attributes of the user interface. Based upon content, due to student parent relationship, a technology interface gap will exist. That is, some items will be accessible only by the parent to help the parent in reiterating a school lesson. A specialized interface that aids the parent is beneficial for many reasons. Defining an audience target and their interface operation is key to content consumption.
Allowing a school to take full advantage of simple interface technology will strengthen the necessary tie to technology that needs to occur. For example, requesting a second grader to download forms and print them out for their home work may be difficult. It is fundamental principle of design to affect interface. Some content packages of modern day fail to do this because of web interface technology gaps. The INET VLISM system provides the most effective solution for full screen network deployed interfaces. This allows interfaces to be designed for many age groups using the same technology. INET VLISM system design also provides the best security model needed for such deployments. Students must stay within academic information when using their books. Academic endeavors is the only purpose of the device. The systems are supported using the INET Web Server Operating System or any other Web Server Operating system that conforms to the VLISM stream format. And finally, the INET VLISM design provides the best performance model for necessary cost effective deployment of an embedded hardware device. In short, VLISM technology is an academic technology for the future.
The viewing apparatus becomes the teaching chalkboard. There are select technologies available in modern day that will provide cost effective unit deployment. The liquid crystal display and Electronic Paper are adept for this application with supporting industry controls. Use of the entire screen area must be well planned.
The teacher's ability to solicit information will be very direct while in the classroom. Simply dial a student and expect attention from the student. One can assume that the information will be best suited bare, that is, in easy consumable form. Materials used outside of the classroom must be designed to reach out. An operating context that is self paced with review functionality is an important program operation. The student should be able to just view the lesson without interaction. Upon these terminals, logging the terminal use and timing information may support tuning the experience for effectiveness.
Curriculum management through guideline structure leads the great task of unity in subject traits and education weights. Students often complain of teacher relationships and their position of freedom within the context of education. This position and interpretation will vary based upon the academic model that they execute daily. Public school, private school, religious school, private funded education, and home school are the modern forms. There are many different structures world wide, yet most funding for the global educational system comes from a centralized source like taxation; a government source. The course structure set, because it is distributed across many people and great distances, is left to localized implementers. Improvement will come by redirecting these resources to be more productive at information dissemination using a series of tools for delivery, reference and assessment.
Allowing a growing organism complete freedom of movement never establishes a forward momentum that causes change. Stimuli is needed for genetic calculations to perform mutation functions. An unchallenged organism becomes sedentary and takes the easy route offered. The structure of modern schools in America, provides several levels of education types for a subject. The divisions of education quality does vary by instructor. If modern computing methods were implemented using a fragmentary project plan, the adaptation would be easier due to experiences gained.
The explanatory segments of classroom teaching are what impact students first. Major trunks of information achieve cognitive penetration during this discussion layer, a presentation. These are the best segments that impale memory because they are structured in logical steps; even more evident within the sciences. Concise supporting points of view that elevate the major thought process must be viewed written or projected statically while this discussion occurs. Making use of the hypersensitive time embeds the learned material with analytics for later honing. The progress must be measured and recorded for each student. Because teaching materials will be designed as a centralized data source, the progress of information and student learning will be more accurately tracked.
For a transport of the learning experience, it is presumed that a three dimensional experience would be best. But a research direction has to be information asset based first to achieve measured results with existing technology paths. The environment of the teaching stage can be captured to include the entire environment barring no sensor input. This will allow graceful and natural connectivity with the assets during CAI course production (publishing). Because the data is captured in a flexible format including the related media, lecture video segments, agent actor, text, models, simulations, classwork, video, home work, and quizzes; translation of the information to a consolidating user interface will simplify use. Maintaining a state relationship between the classroom mode and homework mode will be essential to providing a fluid learning experience.
The homework mode will providing easy connectivity with student identification and context to a pool of teacher's assistants. Modern forms such as Home Work NYC work toward a solution, however INET will provide an integrated solution. This will compensate directly where more explanation is required during the younger years. The INET technology interface will succeed in providing interfaces to the youngest generation of learners without parental involvement. This business hurdle makes the technology more accessible and self paced for students because scheduling tutoring time while after the work day is difficult for many parents. Parents at most times expect their children to do their school work. The stage is set to make the time when students are during their school work or home work more productive. When parents want more involvement with their children's work, they can monitor progress in their own interface. A desktop to provide one on one coaching for lesson plans and checking their loved one's work is available. Contextual linking of lessons, related information and additional information will ease the student and parental interaction.
Homework correction, feed back and record keeping will be a valuable asset for the student and teacher. In some subjects such as writing, a valuable interface for teaching the skill involves marking the content with special symbols. The instructor is provided with an interface that facilitates the common mistakes made. An instructor may suggest new ways to form a sentence or paragraph. This will be easily noted within the interface. Other subject domains are important to cover as well. Math problems given for homework can be inputted in multiple formats. An important facet of the eBook is that input can be from a qwerty device or from a pen stylus. A pen stylus is an important function during the early years when handwriting, both cursive and normal print are supported. During input several characteristics of the handwriting style can be measured to provide better formation later. A specialized program will aid in this process. Keyboard typing will be more essential in the future. A standard sized keyboard is supplied during the appropriate years of education.
The INET Web OS Information Sage is a product line consisting of many technologies. The suite is designed for many ages and curriculum. A new device, the student eBook enables learning to occur in various modes and locations. The device and many of its course materials are designed for special education and for those with disabilities. Homework and self study are important considerations that the software is designed implement. Most of all, the initial hurtle of designing a complete multiple level curriculum is enabled through natural methods. Teachers and lesson designers will simply record their very best methods of teaching on digital video. This digital video is transcribed into a complete animated learning segment, one that compliments in school methods. In conclusion, computer aided instruction will provide the very best education distribution to those that lack. Computer aided instruction will level the playing field and stop education malpractice. Everyone deserves the right to an equal public education. Everyone deserves a future.
Thoughts to consider
Creating new embedded Linux devices with wireless capabilities will be of great benefit to consumers of tomorrow. A good start today is Stream Media Radio, a localized database to speed searching will be needed. This will hold the names of the Internet radio stations. A specialized high performance server is needed. Byte Level Quality of service agreement with multiple hosts will be an essential management feature of the web server.
The next cycle or branch of business could be a 640x480 screen. The users could watch net channels on a slim device. Of course the device's capabilities can be furthered, but make it life style oriented and rugged. Something you can toss around. Perhaps a protective coating on the front of the device. Newer generations could have USB capabilities. The toy version could play 3D games from a DVD. while allowing Internet activity and browsing to occur.
However the ending goal would be a hybrid embedded terminal with GUI controls that are Internet enabled through a virtual machine using VLISM. Linux Devices is the research direction for the terminal. The ultimate in quality by delivering rich media content from development tools associated with mainframe technology with distributed computing is a realty. Vector shape processing is essential for robust presentation. Common formats such as Adobe SWF and Microsoft Silverlight. I suggest that these formats be transposed at the server side and transmitted to the consumer device in the designed vector stream format.
HTML documents on the mainframe server side will be condensed to increase network efficiency and render costs of the client device. Perhaps a centralized storage of broad web documents will benefit deliver costs as well. However dynamic content will still need to be handled. A web spider could preprocess a cache to save translation of dynamic content. Management of these items will be done via database and time stamps. Nevertheless, delivery of a terminal, both desktop and portable laptop, will bring robust mainframe technology to the consumer.
See AlsoSoftware included with the INET Web OS series of operating systems will include a new base line offer that no current manufacture has. These programs will be developed by individual companies. Part of the capital users spend upon the INET operating system will pay for these applications; each company will receive a share. The platform delivered within the INET suite will be one that provides for the user's many needs out of the box. The industry has learned what these needs are over the past twenty years. Especially, modern users are interested in multimedia content derived from their life (pictures, sounds etc.). Modern users are interested in entertainment. Modern users are interested in two way communication. Modern users want value and add on expansion features to existing applications. INET applications support expansion of all its applications where appropriate within feature add on, upgrade, per use expansion and secure agreement delivered expansion. When users are defined upon a system, their entire user identity is used by these software programs at initial start for identity.
The software library includes software catalog investigation tools that branch to alternative or more advanced software. The catalog is structured for the designed component and application purpose. It provides a software map and educational services to users on the many inventions that developers make. This will open the software industry for better competition.
| News Reader | The application will allow a concise view of news reading materials that the user subscribes to. As well, having a choice of publishments spawned local city, regional, state, or national. Attributes may change based upon country. |
| Book Reader | The application keeps a queue positional of where readers are within a book. Allows a natural full view of the materials, font and view preferences are easily accessible. Text to speech rendering using the high quality Articulatory Speech Synthesis technologies are also at digit's reach. Magnification, linking, and highlighting are features but not heavily imposed. |
| Electronic Librarian | The application keeps track of electronic books that are owned, or checked out from a library system. The system allows the easy index and searching of these materials; shelves. The system also integrates to public library and private library systems at user will. Public Libraries |
| Integrated Dictionary (Spelling and definition) | Spell checks in-line within text editing controls. A definition can be shown for any word listed within view making it a great learning tool. |
| Integrated Thesaurus (definition) | Allows Thesaurus reference in-line within text editing controls. |
| Encyclopedia | Desktop reference edition licensed from expert resource. Selection may change based upon user age or criteria. |
| Geographic Map | Integrated Geographic Mapping Service (Linked) to online service. |
| Public Transportation Trip Planner | Many public transportation websites have a trip planner on-board. This application will place this information
at the user's finger tips and allow memory of common routes they may take. By integrating with other applications
that come with the system, less data entry and more concise scheduling can be accomplished.
Public Transportation.
An accompaniment interface mode would allow users to hail taxis. This portion of the system would be
benefited with server processing and GPS integration of taxicabs. In a city the size of Manhattan,
taxis are easy to come by most of the time. The user would press the button on the phone and a nearby
available taxi would answer the call. Locating the person through the GPS beacon. Users will arrive in style as
their favorite music video starts looping while they sit in the back. An available spot for
direct marketing with consumer profiles. Other forms of travel
could also be placed here. Regular travel on train or distance ticket buses would be a compliment. |
| Education Sphere Explorer | System provides education advancement courses and access to on-line content. Geared for age grouping known by modern school curriculum. Ease of interface allowing total use of screen real estate. Testing and memory of courses taken is a top feature. Educational resellers are invited to publish content and resell certifications based on secure testing. Links to school curriculum are established by enrolled public or private school students. |
| Note Taker | The system is geared for quick snapshot typing of notes within a classroom or meeting. Allows entry based upon room or class. Can apply tree based structure to information easily. It is linked to the Scheduler. |
| Spindle Web Browser | The distributed application provides the exact capabilities that modern web browsers do using distributed technologies. Including a smooth interface cooperation to host applications, the system is flicker free, easy to use and persistent with security and personal identity concerns. |
| AquaWeb Padtop | The system included as an HTML editing facility for publishing raw UNICODE information and applications. Robust in nature, a debugger and IDE experience, the facility will be used by advanced developers and beginners to maintain HTML view documents. Including writing tools, large source editing, HTML Tidy, compare and syntax highlighting the system can be used to produce. Supporting in-line and comfortable view of content as shown in various browsers including the Native Browser. |
| Scribble Padtop | An activation view function of User Sphere Workspace, by hot key and UI, that allows easy reference and
editing of fragmented use tasks such as note taking, information reference (dictionary),
contact reference, reminder messages and use of Padtop widgets (calculator).
Information produced is not limited to the space and can be transferred. The Scribble Padtop maintains
continuous stream information by time and date.
The main all purpose application is the Scribble Editor, an application that
hosts the pertinent information parser. Relying on identification keys, the information parser
will send the data to the associated application. The application will allow a summary and iconic view of
the stream to refine searching.
|
| Entertainment Blackbook | The system provides road maps to fun times in a location. Plans of desire, characteristics, and mood allow the user to plan an evening. Planning an evening may be initiated by using the user's profile. Some users may use the application during a business trip or travel. Other users may use it regularly within their home town. As an event designer, one can quickly tell what must take place between these two circumstances. Site seeing or special events may be included for users that are here for the first time. The system is designed to make an evening flawless. Complete with map rendering (device location integration) to send friends to start engagements. The application portal invites service resellers to promote their restaurant, event, or environment. The application portal invites service resellers to make fun event themes for clients. |
| Pertinent Information Catalog Manager | The database system provides reporting and editing of information funneled into its memory. INET Feeder Applications vary upon data usage and intent. |
| Brain Stormer Writing Tool | The tools provides quick searching of materials as ideas are being brain stormed. Allows an outline to be established and supplies links to quality materials for supporting arguments. The application promotes the standardization of communication by supplying structure and form to the concept. |
| Audio Note Recorder | The audio note recorder, also being able to be linked in-line with Note Taker, allows easy unattended capturing of speech communication. Great for classroom work. |
| Contact Organizer | A centralized interface for contacts. The application sports links to all the user's devices and provides synchronization. User definable categories allow the user to separate business from pleasure. Items can be sent from one Contact Organizer to another to reduce errors and typing. |
| Open Format Office Software | The ever useful suite of office applications. Drawn from the OpenOffice.org and StarOffice mediums. |
| Audio Editor | A high quality audio editor with special effects. |
| Film Fabricator | A film studio in a box for generating and publishing life experiences the user captures on film. |
| Font Catalyst | The OO editor allows creation and editing of font faces. Font faces can start with two dimensional vectors yet be modified for three dimensions. During the vector conversion process from two dimensions to three dimensions, z plane face build up can be selectable. It supports good methods for editing vectors and the specifics of font typesets. The new facets available with three dimensional type face can be modified (texture, lightmap, z depth, rotation, etc.). The application supports packaging and resale of font faces thus connecting to a certified digital data retail store. |
| Calendar | The OOP API supported interface allows distinct views based upon category selection. Shows stale mates on time runs and provides effective reminders to the user, what ever device they have with them. A highly critical notice could ring the cellphone personalized telephony message or show a box on the laptop. Moderate events evokes a small status reminder. If not answered, snooze control will take over. |
| Personal Web Identity Publisher | The application allows a user to publish a dynamic content flowing navigational structure that invites users to get to know them. Allowing a contextual selection of the desired relationship, business, friend, or other. Pictures, film, audio, etc. |
| Electronic Commerce | (Bank registering required) Secure online transactions. Registration of the device for secure electronic point to point secure identity transactions. Also allows reporting of expenditures and alarm limits. |
| Personal Goal Management | The system provides a maintainable metric for progress of goals. Keeping the stack current and providing an interface layer to the Calendar. |
| Digital Document Manager | The system provides a specialized interface for document searching and viewing. It allows a user to create a view of multiple documents that integrate together within one interface, tabs or sequential listing. The view parameters can be transferred along with soft or hard links to the data. This allows for a concise view of status and historical change data. Status, marking and categorization can take place here. |
| Photograph Editor | Provides a tool for correction of photographic errors. |
| Photograph Organizer | Allows photographs to be categorized and viewed in slide show. Production of a compact slide show. The program also allows several photographic compositional artifacts to be removed. Enhancing the photographs viewing area to be normalized. Removing unusual artifacts associated with incorrect lighting during picture capture, resizing the photo and cropping elements from the photograph will be common practice.. |
| Calculator | A handheld calculator. |
| Alarm Clock | An alarm clock with integration to NIST, Time.gov or similar service world wide. The service also allows connection to wireless alarm clocks. |
| Automation Recorder | The personal record will allow users to automate system wide functions and application usage events. The application produces an automation application that can be linked to a button within any application, sitting upon the counter top with user definable icon. Interfaces can be designed as well to appropriate retrieval and changes to data storage. |
| Image Editor | A good image editor. |
| Music Catalog player | Contains the music licensed on the system locally and remote. Allows transfer and synchronization from portable devices. |
| Video Catalog Player | Allows the play list playback of videos. The Video Catalog Player and Music Catalog player operate upon the same code base, yet the produced view is associated with the specific content. |
| Music Creation (Loop and Midi) | The application allows music to be created using loops or importing MIDI files. The interface allows note input using a piano style interface. Sequencing of audio events can also take place. The application allows DSP effects to be chained together to form interesting sounds from the base instruments. Software versions of the instruments can be used or if the user has a sound-bank processor, it can be incorporated using the standard USB interface. |
| User Sphere Explorer | Artificial Intelligence and Associative Cataloging System | Electronic Mail Communication | The application allows plain text and rich text format of email messages. Included are quality word processing features, the standard paragraph text editor, contact address, threaded email address validation, registered email, and SoftSpot component email contents. The interface of the email system will be included as a component of User Sphere Explorer and the System wide find feature. (Suggestion from Life Streams - Eric Thomas Freeman; Yale University; May 1997) |
| Message Board Communication | There are many forms of text messaging alive and kicking in the mobile and browser market. As well, textual communications with Bulletin Boards and Internet forums. The application will provide communication with the systems using the correct format and allow an ongoing conversational thread between parties. |
| Video Phone Communication | The system provides secure video phone communication. The video conference contact book uses the standard component. |
| Audio (VoIP) Phone Communication | The system provides secure audio (VoIP) communication. Optional charges apply to real phone carrier calls. But point to point VoIP audio communication is provided free. |
| Personal Financial Adviser | A personal finance manager optionally connecting directly to banking account. |
| Three Dimensional Modeling Tool | A modeling tool that allows beginners and intermediate level artists to sculpt their dreams. Providing connection to on-line models and other resources. Resale of on-line content, professional models, can be purchased and incorporated into into the presentation. The system supports animation, special effects and has multiple material bases included. The Film production studio and the modeling tool are integrated to allow mixing of media. The modeling tool has the capability to connect with professional modelers and on-line banks of models for purchase, through INET Software and Digital Data Store Business System The model file format that is output uses the open source format. |
| On-line Radio Station Catalog | The system provides a consolidated tuner style interface to listen to radio stations world wide. The ability to find stations, by country and interest is present. As well, searching some content to filter genre for example is accomplished using machine translation to provide accuracy. Search by country, genre and quality. |
| On-line Television Catalog | The system provides a consolidated tuner style interface to watch to television stations world wide. The ability to find stations, by country and interest is present. As well, searching some content to filter genre for example is accomplished using machine translation to provide accuracy. Search by country, genre and quality. |
| Goods Shopping Store | Goods Shopping Store provides a community based on-line retail catalog of new and used items. Professional and home user market materials apply. The system invites community leaders to increase goods transfer. International market placement is available provided the customer and store owner agree on shipping. Yet the main intent is real time find it buy it, pick it up or ship it. The sells can be directed to certain users, a User Group. The software allows a shopping list to be created based upon price and attribute. Electronic materials can also be purchased and ownership of digital media changed. Providing contractual agreements will be necessary. The software also allows integration within the leading market places of modern day and track their transaction amounts: Ebay Auctions, Yahoo Store Front, Criag's list and local paper classified section. The software will supply a centralized interface for communicating with each of these services. If the item is listed on multiple services and the item is sold by one, the system wil automatically discontinue advertisement on the other channels. However the main focus of the application will be the INET Store Front Business Model; one that is personalized, organized, flashy, easy to use and uses the new functionality of the INET Web OS. When users have a shopping list of items they are broadcast into the looking for category. Other users can invoke sales based upon this information. When items are placed into the selling category, potential clients are informed, of course at their request. Operation of the Store can be integrated into third party applications for open market space cross applications. The system provides excellent functionality for auctions and has a bid monitor built in. User's that sell on-line pay no transaction fee. However, there is a distinction shown based upon business license or private transfer. Transactions are recorded and protected within the electronic commerce server. On-line Shopping |
| INET Web OS Software Catalog Explorer | The system allows software retailers and developers to promote the use of free, trial based, rental, upgrade, of new software products. Providing the ability for the market to be competitive, authentication of publisher is a desirable feature. Listed first are the users current applications. If there are alternatives, the system will promote these. |
| Internet Search Engine Integration | Finding information on the web will never be easier, allowing seamless User Sphere Explorer integration between local or remote digital data objects. |
| Computer Management | The computer management application allows users to define user names and set up valuable user security privileges. Manage backup information. As well set system wide rendering functions. |
| Operating System Transfer Coordinator | The Industry Wide component allows controlled transfer of an operating system from one host vendor to the next. Applications and user data will be transfered upon proper agreement statues. The ability for new operating systems to be advertised within this space is present. |
| Parental Control | The Parental Control feature allows parents to safely and easily restrict content and applications for users. |
| Computer Security Adviser | |
| Dialect Small Business Management | The application provides an effective system to run a cash tilde, reporting, inventory and payroll for a small business like a store. The inventory system will support tracking of loaned items from a centralized distributor. Where appropriate, Internet communication about a business and the proceedings binding them to a government will be fulfilled. Many forms of information are transfered with the business knowledge that is included in these application. Providing an extension and upgrade path for the suite is a requirement. Typically in person meetings are required for establishing a reseller license. During this time, the components will integrate within that meeting to allow transfer of any further dialogs, additional code models or information specific to the company or product. Providing training for these items will maintain the vision of making money with the INET Web OS. |
| Multilingual Correspondence (Live, Machine, or Queue) | The application provides an effective translation management process of textual data. Supporting machine translation or human translation (fee based). The market of human translators will be dynamic and contain verifiable connections. Time estimates and scheduled fee accounting are provided. Specialized rates can be offered for quicker translations. |
| Multiuser Visitation Collaboration | |
| Games | The system will include five quality video games, three card games, two board games and three puzzle. |
| Technology Tutor, Web OS Tutor, Software Tutor | Providing the user with an education on the INET Web OS will entice new users. Providing testing and authentic certification testing on usage will provide solid documented evidence of skill. Providing robust learning environments about the catalog of software will be a standard practice. Creating learning paths that identify transfer of skill, new skill, existing knowledge and new knowledge for age group will enhance global social distribution. |
As the driving technology within all INET Web OS and INET Applications, the advanced multiplatform JIT enables a tighter stream than any modern virtual machine does. The base operating system details web scripting services as a main interface as well as providing the capability for standard OOP programming for large scale enterprise applications. Within the stream, each mnemonic. parameters and segmented payload data is represented in a compact space given by the current namespace. Within the JIT compiler an absolute reference to a namespace is made when only a few instructions are referenced from that namespace. Context switching between namespaces are accounted for within the stream design as well. This provides for multiple references to a namespace using a smaller reference point. The parameters sent to most of the instructions are relative to data segment space. Memory pointers or identifiers to variables are referenced by symbolic identifiers. These symbolic identifiers are hash sequences used within the memory manager to provide direct memory access to the information when the JIT outputs machine code for the native CPU model. Type casting and boxing are provided inline when needed for parameters to be converted to and from a type. Therefore only the necessary instructions exist within the outputted code making a more concise memory model for resulting code space. Instructions that support block operations, (string operations, memory operations), also use the hashed symbolic identifiers to prefilled with the parameter data. Internally within the native machine code, these references are relative to the stack, data segment or code segment.
One of the most powerful options that the VLISM Spider JIT and subsequent compiler tools provide is intelligent distributed cloud computing. Most applications that are designed for distributed computing have inherent functionality to support messaging between hardware devices. This does place a burden upon the architecture and developer during coding. The VLISM namespace operates using distributed code executing on the right machine. Functions that utilize operations that are executing upon other machines are invoked using server stubs. VLISM makes intelligent distributed cloud computing device independent, secure and highly scalable. Performance is also one of its greatest qualities. During execution, state is automatically managed for binary consumption if the target has already been compiled. This is important for users and businesses because valuable resources will be saved. Once a package has been transmitted to a client device, it does not need recompilation each time the program is ran. Likewise, server side implementations will perform exceedingly well for large computational tasks within the domain mathematics, data restructuring, data access, and data storage.
See Also
| lock page | (LOCKPG) |
| unlock page | (UNLOCKPG) |
| page flip | (PGFLIP) |
| create pen | (CREAPEN) |
| destroy pen | (DESTPEN) |
| set pen | (SETPEN) |
| set pixel | (SETPIX) |
| get pixel | (GETPIX) |
| draw line | (DRALINE) |
| draw ellipse | (DRAELLIPSE) |
| draw arc | (DRAARC) |
| draw rectangle | (DRARECT) |
| draw polygon | (DRAPOLY) |
| draw list | (DRALIST) |
| draw gradient | (DRAGRAD) |
| draw Bézier curve | (DRABCURV) |
| fill area | (FILLAREA) |
| set font | (SETFONT) |
| get font | (GETFONT) |
| create font vector table | (CREAFONT) |
| destroy font vector table | (DESTFONT) |
| draw text | (DRATXT) |
| draw text layout | (DRATXTLO) |
| draw rich text | (DRATXTR) |
| draw rich text layout | (DRATXTLOR) |
| general blit image | (BLITIMG) |
| unroll inline blit | (UNROLL_INLINE_BLIT) |
| unroll inline blit with transparency | (UNROLL_INLINE_BLIT_TRANS) |
| unroll inline blit with pixel gate decision | (UNROLL_INLINE_BLIT_PGD) |
| unroll inline blit with pixel clear gate decision | (UNROLL_INLINE_BLIT_CLEAR_PGD) |
| unroll inline clear back buffer blit with repaint overlay | (UNROLL_INLINE_CLRBB_BLIT_PAINT_LAY) |
| remove image blit unroll | (DRABCURV) |
| get brightness level | (GETBRIT) |
| set brightness level | (SETBRIT) |
| set contrast level | (SETCONTL) |
| get contrast level | (SETCONTL) |
| get saturation level | (GETSATL) |
| set saturation level | (SETSATL) |
| zoom in | (ZOOMIN) |
| zoom out | (ZOOMOUT) |
| set zoom | (SETZOOM) |
| auto pan | (AUTOPAN) |
The Cairo Graphics library provides a set of interface functions for rendering within two dimensions. The library is well known in the Linux world and has multiple device support. Major applications are bound to these names and therefore compiling using either the direct name or a symbolic (synonym) equivalent is desirable. Applications will have better support if they can be compiled directly to the function library names. Arguments of software management strive to elevate previous design implementations. The pre-processor could also map these common symbol names to the native platform list and output a new source file for editing.
The set supports the common interface known as Berkley Sockets. The list gathered from Wikipedia.org.
The standard W3C interface is selected.
| readonly attribute | DocumentType | doctype; |
| readonly attribute | DOMImplementation | implementation; |
| readonly attribute | ||
| Element | documentElement; | |
| Element | createElement(in DOMString tagName) raises(DOMException); | |
| createElementNS(namespaceURI, tagName) | Create and return a new element with a namespace. The tagName may have a prefix. The element is not inserted into the document when it is created. You need to explicitly insert it with one of the other methods such as insertBefore() or appendChild(). | |
| DocumentFragment | createDocumentFragment(); | |
| Text | createTextNode(in DOMString data); | |
| Comment | createComment(in DOMString data); | |
| CDATASection | createCDATASection(in DOMString data) raises(DOMException); | |
| ProcessingInstruction | createProcessingInstruction(in DOMString target, in DOMString data) raises(DOMException); | |
| Attr | createAttribute(in DOMString name) raises(DOMException); | |
| createAttributeNS(namespaceURI, qualifiedName) | Create and return an attribute node with a namespace. The tagName may have a prefix. This method does not associate the attribute node with any particular element. You must use setAttributeNode() on the appropriate Element object to use the newly created attribute instance. | |
| EntityReference | createEntityReference(in DOMString name) raises(DOMException); | |
| NodeList | getElementsByTagName(in DOMString tagname); | |
| NodeList | getElementsByTagNameNS(namespaceURI, localName) | Search for all descendants (direct children, children's children, etc.) with a particular namespace URI and localname. The localname is the part of the namespace after the prefix. |
The Font typography system within the INET Web OS will be one of the best on the market. Microsoft, a leader in font technology, created the industry standard OpenType. In addition to the features the engineer designed at that time, the INET Font typography library will include all of the necessary metric changes to allow an even higher level of granular control over font rendering style and layout. Beefing up the support for native desktop publishing needs and desires will benefit many applications. However, given that font descriptions only increase in complexity during this time, an intrinsic data structure exists to persist the information on a platform level. So when a user is typing text, the font pallette control panel can be used to choose specific styles. The powerful floating window provides parameter output suitable for the attached control. It provides extended HTML Unicode strings for the user HTML Text editing (CSS or inline style). The panel is designed to make font style propagation easily attainable by many. The effects of this code will be of use when rendering text output for several platform versions. Some information can be sent in image form (upon the panel), however, text being sent in default as an binary symbol format is important for standardization. Providing the architecture as a fall through logic will enable high performance that is geared for readable text. For simplicity, the official names are implemented within the base object as labeled.
The title board image generation is one of the INET Loose Syntax Technologies that allows a user to create professional quality assets with just a few words. The technology uses the artifical intelligence subset to search a catelog of terms. These terms align to visual effects. The AI portion of the system outputs a title board iamge script. New terms can be added using third party enhancements to the included library. This is a syntax tight script and it is used after it is compiled. Each of these effects can effect the border, the bevel, the trim or the background of the font object.
An example of a AI titleboard:
On a canvas of four hundred pixels squared,
draw the text "An Amazing Technology" centered at the top.
This text glows blue and has small space men around the edge.
The font should be big enough to cover the entire width of the area.
The font should be modern but have thick letters. The font should
be a professional business quality.
Place the image "www.AlienTimes.com/SpaceShip.jpg" at the bottom right.
The edges of the image should blend with the canvas. Blot the edges of the
image with a sponge.
The canvas should be filled with dark clouds.
The language phrase translation components allows storage and linking of phrases that are translated. The system comes with a large formatted database of several common phrases and sayings. Each of these text strings are converted into many languages. When a developer chooses a phrase, the associated translated phrase information can be gathered for a chosen language. Several languages can be iterated at one time for multilingual audiences. The system allows a developer to add new phrase databases and add new phrases.
The ability for a business to place information objects for general public consumption is a necessity. Technically, to achieve this for broadband business communication will require balanced and protected update rights for the item. The items must be only updated from a centralized location, operating like a waterfall. BitTorrents achieve such balance upon a network, however distribution of the items can be more predicted due to historical request. Within a cache system supporting business objects, it is desirable to have a maintained version link between the object owner (corporate market) and data consumer (retail or business market).
An example of how this technology is very beneficial can be shown within the online retail order delivery market. The quality of product representation cannot be dependant upon the photography and graphic design capabilities of the retailer. A can of Chef Boyardee can be represented more effectively as a product within a given pixel space. Most advertisers use specific design specifics for brand and logo impact. It is not necessarily the fact that the item is a can, but rather that it is Chef Boyardee inside. Therefore, planning the recognition of a brand can be more effectively expressed within a given pixel space using more plain labeling.
The system is maintained for several global considerations. The balancing algorithm also makes good use of network time, providing for lazy and evenly spread network usage. One major use of this network enabled data object cache system is only store shopping experiences. A small market hosts about five hundred items within their store. Using NET Technology, a nearby shopper summons the store shopping cart and quickly navigates to the can goods food aisle. Easily recognizing their favorite brand from previous experiences, and perhaps having it selected within their favorites list, the customer clicks the order button.
A database system such as this enables quality communication of details they could not handle by themselves. Even a store with five hundred different items could not manage easily the list of the ingredients, nutritional values, and links to manufacturer. Benefiting two parties at the same time, the retailer gets a good marketing program that adheres to broadcast quality demands and the corporate provider achieves the optimum product representation they desire. In short, the Chef cooks a mean pasta dish American families recognize.
The library will directly connect to the scene graph library for authoring and games.
The interface of the model catalog being conceived as a management function of digital data resources provides excellent qualities to expand upon. A specific interest here is obviously finding a desired object. Objects are keyed upon a GUID to provide global awareness of such characterized entities. Accessing the index of GUIDs will be accomplished using language keywords. A dictionary format consolidating a name from this information is necessary for precise use. For example, accessing an owned or local object can be described in the following manner: Self.Space.Ship.Alien.AttackFighter. This will return a bucket of matches if several exist. Once a proper one is selected from this context (more precise name Self.Space.Ship.Alien.AttackFighter.DroidModel-5332), additional logic associated with visual characteristics of the model can be queried for further refinement. This will make a new copy of the original format while keeping links with the underlying data similarities. Artists may not wish to change event logic.
Since the model format encompasses textures, the UV coordinates linked with the image data can be of practical use. Reconfiguration of the image data may align properly with the UV coordinates. Expanding upon specific color attributes of the image algorithmically can produce a large set of iterative results. New texture maps can be applied with a different set of UV coordinates. Active use of an object within unknown worlds will need calibration. Color palette matching and material sensitivities are major traits. Methods within the model object can be invoked to reconstruct or deform vertex and index data specific to the model type. It is even natural within object oriented technology to provide a base of information from which certain categories of objects incorporate. Supporting multiple purpose functionality for the models to be utilized in visual art or real time interfaces is accomplished using inheritance.
An XML record-set with a flexible topic dtd is the modern orientation for data heavy systems like chart and graph visualization systems. Supporting the output of the view in multiple formats that are successful in delivering quick display logic is exemplified within the nature of the INET object hierarchy. Introducing a key benefit of ray tracing is output quality with film length animation. Providing animation segmenting for exploratory benefits is a key goal. Users may wish to demonstrate and instruct in localized process order. Graphs as a formal method of communication offer order, quantitative relational expression, and visual cognition as entry points into a listening mind. The INET Web OS system will deliver high quality charting capabilities with artistic ease by its native architecture of integrating three dimensional scene graph technology. Data drilling and data chiseling will be perfected within a single distributed application whose information security bounds are set within the publishing tool. Even in some personalized scenarios, incorporating agent actors such as a company icons ,an Octopus, Teddy Bear or a Robotic Plotter can be expedient.
Because the content is symbolically represented in a dynamic, fluid and translatable state, synchronization with full audio can be accomplished within other video editing suites for full media control. The system's X3D native file support provides the flexibility of also developing interest specific modeling applications. These tools will be more beneficial to end users because they lend to stage comprehension while reducing the learning curve by including observable probabilities within the interface. These chart models are represented in memory as a high performance indexed structure allocated as an object managed by a scene-graph. The ability to work with graphs, and pieces of them changing state, morphing, animating according to motion paths, vibrating sitting upon a deck of indexed polygon structures has a golden communication value. The end result will be a concise image structure - (bmp, jpg, avi, LOD.PANITBT.NSM, etc.)
Charts connected to a natural data flow application such as office software will be best performed by domesticating the logic necessary to fill the numeric parameters. Worker functions such as included within spreadsheet application adhere to the domain. As well, providing full universal support with development tools and languages will provide excellent consolidation. Consolidation will benefit performance and lessen logic errors in the end. XML, because of its transmission and translation format exceed the flexibility of C++ data structures. However, there is a self tuning architecture that can provide interoperability between the two systems while not sacrificing long term performance penalties. Using native c memory structures with a version layer manager for stream based parameters can be incorporated as a compile step process. C++ and Java are commonly used for ray tracing algorithms because of the benefits of machine compilation. The INET XML parameter object architecture provides this functionality for all computing languages supported by the INET Web OS architecture.
The base object that is inherited by all models of an allowable on screen control inherit from this model. There are two models, one for data entry type and small domain animation motion and one for reusable game engine and reusable multimedia engines. Given the domain of naming conventions and their popularity, HTML constructs as a method are of great benefit. For some extended properties that Octopus controls have make them obtrusive to fitting within that complete domain. Conventions have been decorated by invention of XML dtd types. As well work bench all around favorites such as Microsoft Visual Studio products and Borland have their approach. Which one is the de facto standard would be an improper question to ask. Expect environmentally aware individuals nodding with nonconformity. Small abrasions are heard while given when the standards meeting comes about. Eventually, a base set will be popular. It will be the INET Octopus base.
An application that utilizes this function set can be identified as one that drives an interface. Either directly calling the APIs or by using scripts. Such functionality is warranted necessary for some services. However, it cannot be expected in everyday occurrences. By identifying the needed functions and categorizing them, security is intrinsically built into INET software labeling. As a hosted channel, a series of applications can be analyzed to ensure that they fit an non malicious operation. This will magnify the INET Web OS's capacity to analyze applications within a genre.
The system supports natural and cartoon based voice. The information can be scripted to use many voices, of which they can overlap. Overlap happens naturally. Sound production occurs within this model using grouped motion parameters, the details of the movements and number of groups can vary greatly. These path sets establish the simulation of motor control used during diction. Access to them are acquired using a descriptive link.
There is also an algorithm that can approximate sound capacity and qualities from any given sound track. This information is used to set the properties upon the model. The range and detail vary based upon the amount of sample analysis. For premium interest, including text will generate the best results. This information will be used for high quality multilingual voice over translation.
The following API libraries are supplied for remote computing devices effectively.
a filter system that regulary runs to detect and track document object transfer (cut, copy and paste)
the system will perform a low level check to determine if another systems is attempting to block correct information integrity checks. The diagnostic is a mostly silent mode operation but has a status readout for completeness that a user can monitor. The diagnostic will ensure that IIP is running correctly.
The API set allows the view only. The Robotic path logging system protects data from being tampered with.
The following instructions define the context of the web server operating system. Many facets of work load are added to the Linux and UNIX platform to establish a desktop. Typically interfaces of this nature are located within the bounds of X11, however, the new stream format permits many other types of media to be presented. One of the main tasks of the web server operating system is to host applications. Applications will be placed into stream format ahead of time to reduce drag time when loading. The stream path taken will logically include additional work and cached work. Additional work will be accessed to determine the processes to include. Cached work will be determined from queue status.
A new bread of transportable computing, laptops and wireless screens is being researched by the computing industry. The base unit will be stored in a bag or in a brief case while the thin and light display components are separate. The base unit will send and receive wireless signals to the monitor, keyboard, mouse and other components. Since the video screen, mouse, and keyboard are wireless, the user will have a range of motion and freedom of comfort never experienced before. New viewing devices can be purchased to increase resolution or other input capabilities without upgrading the base unit. Wireless frame rate is the issue here. Some companies already use existing WIFI technology to do this for in office use. However, a complete product integration as I Prophesy has not been achieved. I think this would be a good feature to include as a possibility for the client embedded device.
| Project management | For a project of this kind, world wide, a large scale
project management team will need to be in place. Resources |
| Nasa Symantec Russian Space Science Internet | Deployment and secure development resources worldwide. It will be a great project to work on with English, Chinese and Japanese speaking officials. Inference upon work status, work availability and ethics apply. It seems that even today, British intelligence is interested and made jest with a comment. |
| RedHat | |
| Linux | |
| Free BSD | |
| IBM | |
| Apple | |
| Nasscom | |
| Borland | |
| Test Automation | |
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Truespace Maya |
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| Sony | |
| WinAmp.com | |
| Compiler Companies | Each of these compilers will also need to be added or thought about to ensure that existing applications can be compiled or modified to operate under the new open system. |
| Applied Language | |
| W3C | |
| Sun | |
| Mozilla | |
| Nintendo | |
| Geometric Tools | A Leading computer scientist of Scenegraph technology. |
| OpenOffice.org | |
| Google Docs and Spreedsheets | |
| NVIDIA | Video Processor technology |
| Creative Labs | Audio Processor technology |
| Adobe | |
| factory-fit.com | |
| Computer Associates | Design and leverage the windows platform. Asteroids on the mainframe! |
| Installation Software | |
| Oracle Ants |
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| Congress | |
| US Senate | |
| United States Botanic Garden | |
| Library of Congress | |
| US Supreme Court | a) Rights of information with the proposed "INET" system will be provided to trusted authorities. Central storage. b) like (digital data for a human life can be recorded.) physical money, electronic tender and electronic banking should never be overridden. c) Software Piracy Detection will be an integrated component within the server system. A risk free policy to disable software from use until payment is received is desired. The effects are not permanent. The user has the product from the tools they used. So it would really be about recuperation of lost profit gain after distributing the product. I solidly believe in information; no jail for software pirates, just more money to be made by vendors. Software is registered at a foundry. Businesses can control INET terminals in such detail that software can only be installed from a prescribed list of application publishing houses. Free software is still free. d) User identity of registered users, written in contract, can be published. Unregistered users or "seemingly anonymous" have choice, unless their identity is requested by a trusted authority.e) Some may even like having a system scan by an expert trusted resource. These users are using computing for the intented purpose: information distribution and money making. f) Death and time capsule data for discovery. Public domain knowledge occurs years afterwards. Perhaps a last wish said within the public eye. The data holder may wish to set a personal surprise. It is very rare to receive a gift from the dead. g) robotic laws facilitating the recording of robotic paths. |
| GNU | |
| Providing the search in easy form. Mapping information and directions using google maps. | |
| Intel | |
| AMD | |
| AT&T Bell Labs | |
| Verizon | |
| Earth Link | How can this change your business? You will be operating system providers, hosting the fastest portal to the user's desktop or information portal. The next electronics store that sells disposable laptops. Death Data, Time Capsule. |
| Operating Systems | A comprehensive list of operating systems. The use and conversion case for each of these needs to be thought of to ensure a upgrade path is available, if applicable. This can be a scope limiter. |
| Entertainment Venues Trump Employment Fort Lauderdale Beach New York Javits Center | |
| United Nations | This is a global effort. By providing interfaces using machine translation
enables education to be furthered in many third world countries. Creating
a device that is cost effective such as INET, also offers new choices to
classrooms, governments, educators and scientists. Assets will not be lost again due to
degeneration of the material device itself. I propose public domain broad cast computing
can pay for itself. And with a base device
like this, future compatibility is greater. Enableing secure translation
combined with the device's base compatibilities will create a greater
international community of fluid application and experience use. Multimedia
as an art form is illustrated with ray tracing as Hollywood, California shows
the world. Proposed by its interface. Another effort will be
placed on designing ways of meeting people on the Internet that are
enticing like shopping. I would like a portion of the profits of this undertaking to support good medical, clean food, nice clothing to the poorest. The Economic life cycle must include the poorest in the community. Foreign Ambassadors |
| Integrated Encyclopedia Wiki Encyclopedia Yahoo | XML and binary transfer to the vector based binary web browser. |
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Japan Hitachi America Canon Fujitsu Matsushita Toshiba NEC Oki Ricoh |
Manufacturing an
application terminal. education terminal, school public terminal, industrial application terminal, water proof terminal, a hybrid 3d Terminal. game terminal, smart phone, pad top, video LCD split or Fold Tops, Cloth Sling LCD Video Top and the least expensive
cracker jack terminal; (the guitar model). |
| Korg | I want you to be able to host your own operating system to just plug into a USB music keyboard, guitar, drums and other equipment with a device for remote rendering. Your Korg mainframe. Perhaps even with your own branded device that enables professional connections. But as well other music industry leaders need to be involved: |
| Global Market Space |
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| Geek Squad |
