• Critical Internet infrastructure
• Domain name
• Hostname
• Domain name registrar
• Network Solutions
• List of Internet top-level domains
• Domain name registry
• Independent Domain Registrars
• List of top ranking domain registrars
• DNS management software
• Subdomains (Vanity domain)
• FTP
• File Transfer Protocols
• Types of websites
• ICANN
• Drop registrar

Personal Web Identities and Internet Publishing

Collaborative Network Information Systems

One part of the web server technology will be personal identity publishing. Allowing 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. 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. From here 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.

The individual must be able to attain monies through the interface. Person to person finance will be available. Meet me at the coffee shop, walking map included, with ten bucks and the game DVD is yours. Selling goods, posting to classified, selling personal real estate, personal auction, new used, or looking for that special nick knack. Setup a calendar. Make or break dates. Show and track progress of education or physical training achievements. Third party add ons might be a market. Provide the efficient way to empower an individual for physical goods delivery for money making. Provide scheduling; e.g.baby sitting. Provide a community audience time for neighbors located within a geographic region. The personal web identity should also allow multiple sides of a person to be portrayed. So the audience would choose their direction of knowledge.

Broadcast Business Internet Publishing

Broadcast Business Internet Publishing must be just as dynamic. The framework must allow a hand tailored appeal for the business and their entity desire. Accomplished by using an application that supplies artistic positioning, data catalog publishing and electronic commerce. The Office Spread sheet may do fine for small business electronic commerce. For both the personal and broadcast business publishing, an easy process will exist for placing the content online, published and commerce enabled. The process must include before web domain purchase logic for high yielding 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. Navigation is at the top of the list of things to modify when items are newly edited, the system will update the necessary site map files. Some content is dated and sorted according to a date, a common format for blog boards. These changes must affect the correct site map files. A good feature to include as it is often difficult to accomplish programmatic yet the end results are very useful, is layering information into panels. The possibilities of dynamic binding for web content are almost endless when considering page layout options and user preferences. The system and the meta production tools adhere to the INET Web Publishing standard to provide these features inherently.

INET Web OS Marketing Statistics Value API

Building marketing statistics capturing into the use of business published interfaces will provide necessary feedback to marketing analysts from many sources. 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. 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. The INET Web OS Marketing Statistics Value API will identify these traits used by analytics to ultimately provide indirect customer satisfaction, this will close many issues of spam. It can also provide costs savings to resulting advertising.

Market value of the statistical data captured will depend on the user's desire and registration status. Some statistical information may 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, thereby passing information laws of user identity with non registration and registration; two cases, the API can accommodate the request. The INET Web OS Marketing Statistics Value API will attempt 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, and analyze market supply demand curves.

The INET Web OS Marketing Statistics Value API will allow automation of these events within many published materials. It will not be a likely work flow ingredient of the author or report designer. The Marketing API will support 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 will require logical inclusion; e.g. track goods distribution, reception time and consumption. All business software developed for the INET platform should accommodate the technology. Greater economy greater glory.

Governance, Risk Management, and Compliance

The INET Publishing suite will promote the business usefulness and standard com-pliancy sought by law of business documents, Financial Disclosures, database records and other reports as they are labeled and managed. The INET categorization, indexing and labeling system will include flexible IT GRC (Governance, risk management, and compliance) rule based support for document, application, and field security.

Business to Business Information Component Linking

The system will provide 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. Since they specialize in one or two items, their prices are typically much better in comparison. A new business owner wants to start making pillows. Exterior cloth, buttons, zippers, filler, and ornaments must be found and gathered. The system will allow them to find the raw materials that are close in geography and view them in real size online.

Imagine a convenience store of modern day in a medium city the size of New Orleans, LA. The business owner would like to place their inventory online, sorted in categories of food type. The front page of the business 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 user selects goods and rolls a cart through the web pages. Senior citizens can get extra help on prescriptions and get small amounts of physical assistance attaining sundries. Minimum purchase rules are different when orders contain Alcohol. Accepting cash from known customers is fine for delivery. Delivery is within a geographic area. Tips are suggested.

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). Incorporating delivery scheduling and routing information with the many other facets of physical goods transfer (geographic, distance, dimension, perishable, fragile, glass, hazardous, flammable, weight centroid, age, expire, label, size, weight, color, optical recognition signatures, UPC, parent record, child record, etc.) within the context of database tracking from the product manufacturer to retailer consumption will streamline ordering more effectively. Small and large business owners will be able to carry new products easier, find out where their order is, and when it will arrive.

Online in Good Time

Provide store layouts for goods mapping in the unloading and stocking of shelves within the physical store model. Physical business functions such as sales, unloading and stocking, will provide quick publishing of items within the store's published model. This can be a hosted URL name or incorporated into the INET geographic mapping car, phone, TV, radio and computer shopping system. Consumers will be presented with a birds eye view of isles, search, sales and favorites. The INET system balances the appropriate API scope allowing connection with the many forms of Business Management Software, if the user decides to grow beyond the included management software.

Enabling digital data sharing of distributor product catalog media for web published reseller directory services will give an effective professional content to online stores. This also will minimize data entry for the small business owner by relying on the product origins; their love and spice. Delivery orders received by the small business owner can be placed for timed delivery and they may be sorted by distance.

• Enterprise Content Management
• Sarbanes-Oxley Act
• Governance, risk management, and compliance
• WebSense
• Statistics
• Geotagging
• XBRL
• wikiXBRL
• CXML
• CXML
• RETS
• MLS.com
• Multiple Listing Service
• Realtor.org
• ebXML
• OASIS
• ManageMore
• BizAutomation
• BMS Atlanta
• Microsoft NAV

Education Management

The INET Web OS Information Sage

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 even embedded devices; the student eBook. The INET Web OS Information Sage intends to standardize and modernize the classroom in America and perhaps globally.

Education is a complex subject to discuss. The outcome of the events that take place are life long. Learning to read is one of the best sources of 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 experiences for the class room. The student eBook has significant connectivity to the teacher and the curriculum. The student eBook is designed as a learning platform only. In some cases, camera feeds to the in class network will seek to organize the classroom for more positive experiences. Providing pupil recognition for where the eye is facing will highlight alpha panels upon the teachers lecture desktop. This can control the teacher's gestures, presentation, and speaking direction to battle short attention spans.

A presentation that is fresh, has several characters, actor agents that are course and subject specific will establish lifelong idioms for many information domains. Providing growth patterns for the character can remove tension during student relocation (move to a new town). Imagine the physics professor agent establishing a slightly different character, tone and look each year you take that subject. He may age some, or require more attention and interactive classwork. This system of information unity will help with course structure giving a base information network to society.

Modern Methods of Computer Aided Instruction

Several education applications exist today. There are plenteous information sites available such as: Education Online, Free ed, and Berkley Education Online. Translating content sites like these to be integrated on top of the centralized format (government) recommended for the public education programs will benefit asset reuse and teaching methodology. Providing additional teacher planned lesson materials within the suggested education path is desireable. This will blend the differences using the like knowledge across the globe. People will still know different things and different levels of things but most of all people will know the main thing.

Public education must not be depleted of functionality, funds, connectivity and inventions. Therefore providing the best system of deployment means an intra network solution. 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.

Several things can be learned from current systems that implement online 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 existing content, due to technology interface gap, some items will be accessible by the parent while it is geared for the student. A specialized interface that aids the parent could be beneficial. Defining an audience target 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.

Chalk Talk Tact

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. 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. Courses 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.

Freedom of the Cage Match

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 adoptation 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.

Homework is a Work

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 towards 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. Contextual linking of lessons, related information and additional information will ease the student and parental interaction.

Because the educational materials captured are the valuable asset, storing the information in an open format will preserve the investment. The INET system will also include 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 is definable within the information network. The INET Web OS provides a base API that lends to publication of academic materials, an entity promoting standardization while leveraging visualization technologies. Within the domain specifically, a set exists to evaluate each of the major academic projection needs. The secure testing credentials and data object archival provides excellent record keeping opportunities for additional course software.

Content Production at Hand

Content production within modern facilities that visualize tutor or learning environments usually depend on external asset editors. Especially web based repositories. Movies, Videos, Diagrams, Images, and Simulations are stationary objects to be incorporated with textual information. This application work division comes through technology development methodology. The INET Information Sage suite directly produces these items with the character of 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 a flowing pattern. 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 will publish the information to the student. Web technologies are well suited and are refined using binary contexts within INET Information Sage.

The academic content production engine performs its image and animation functions using the 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 academic content production engine stores these templates and visual property hierarchy object chains within a data object, X3D. Several segment types that propose new detailed insights into a linked main information trunk can be chained together to create a animated, magnetic, morphing, and magnifying experience. It is known the step and stages during each segment as an academic information object. Architecturally these object conform to a standardized OPP interface so new production schema can be created by the market. Properties of this information object is used to create the navigation system.

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 consumpation 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. Supporting the natural tablet interface of writing mathematics during an algebra exam is a target feature. Supporting the arts, and writing expression is also conducive to the academic content production engine.

• Curriculum management through guideline structure
• books and information can be kept by student for the lifetime
• student testing
• homework online
• no more lost the homework, your notebook - GPS books
• scheduling and warning light
• working with a child as a specific device implementation
• lights and buzzes when needing to study
• no arcade games - school computer
• providing a warming world away from home
• positive experience
• channeled, time scheduled after school student group collaboration
• teaching methods
• video, audio, animation, text, exercises, review
• information and teaching style can be more uniform and standardized to ensure information and method meets the ears.
• chalkboard based learning
• incorporating the system as a classroom guide
• the classroom computing suite
• the student computing suite
• testing and scores
• recording use time
• suggesting study times to meet goals
• branching out with other related information for basic understanding
• branching out with other related information for advanced understanding
• atifical intelligence lesson path
• new high school picture book and graduation present - A golden USB Key

• literacy rate
• Teaching
• Collaborative learning
• Collaborative Networked Learning
• Global Public Education
• Why education is broken
• National Curriculum
• United Kingdom National Curriculum (official site)
• National Strategies (UK)
• CAI Instruction
• Social Learning

• e-learningforkids
• Official site of Chamilo

• Chamilo
• Official site of Chamilo
• Aptara corp

• Teaching method
• Instructional scaffolding

INET Information Integrity Portal Platform

Metadata and Cybercrimes

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 comming up with new methods; that is their job. Crimes varying in many forms of severity and dysfunction arise due to the tracking technique. Yet an identity must exist and will for all digital data. Therefore identifying, tracking and controlling the release of primary and secondary forms (deductive) of identity must be protected. Identity in this context has several facets of purposeful meaning. Including attributes such as three dimensional position or the attributes of an individuals life can seem difficult to compute or process. Keeping safe their known paths of travel is important. Their vehicle, color make, model, license tag number, VIN, and operational necessities of the automobile's up keep and input are very important facets of a human's persistence to track. As well, regard the ever lasting characteristics of the user's self: their physical appearance, their life endeavors, their material possessions and their consumer desires,

In modern headlines, Geotagging, a feature that captures location information and automatically attaches the coordinates to the resulting digital data, can be used to easily reveal the location a photograph was taken from. Summarizing and cross indexing the file attributes and image data with human perception may reveal contexts of your being. Quickly making a judgment call to turn off such functions does indeed solve these issues. In its same form, it decreases cataloging and mapping features available to server technology. These are valuable features needed for an appropriate target audience. The INET system will provide a lock safe system to accessing and retransmitting this important feature information.

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. Example, tell of your geographic location and time schedule on FaceBook; the open air. Social networking, a term known to spark recognition of a purposeful role 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 should not be deluded.

By using simple deduction, a burglar can be armed with a time table of when you are away and at your residence, office or automobile. However, 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 using advanced parsing, database, and artificial intelligence to warn the user when this occurs. As well it must do so for the appropriate people you are chatting with. Therefore the system will ascertain the transmission audience. 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 online.

User Identity Protection

The INET Web OS platform will spend processing time to warn the user when scenarios of this nature are occurring. As well, the multiplex query and update of many information services that are used to access the Internet will be a propelling effort. Links to all search engines world wide will be used to reform the underlying digital data to the necessary content specification. The necessary content specification is derived and activated by information law enforcement. Privatized services providing authenticated and investigative partnerships, may exist for certain kinds of data. 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. 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 system will remove your persona from the image, modify the likeness or modify specific attributes such as clothing. Providing searching that is artificially intelligent and tuned to the likeness of a user will be a complex server task.

The INET Web OS System will impound data created by a user or program that lead to unwanted illumination by encapsulating the functionality into the INET Collaboration API and interface objects. This will occur for every INET User automatically for all of their devices. By providing functionality and status links contextually based upon rules of the conversation, the high performance common use editing objects will succeed modern information technology security concepts. The system will provide this functionality before transmission to a broadcast situation thus retaining the highest form of identity concealment. Implementation of such functionality will operate both upon server and client logic bases to supply a robust, intelligent and efficient data gathering interface; the entire capturing process. Including quick link INET SoftSpot components to process photography, audio, music clips, three dimensional video and INET 3D Fonts will ease professional productivity for many users of social networking. Authenticity of the multiple connecting persona is a concrete requirement. And if they are anonymous, the state must be known.

Cybercrime Investigation Divisions

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). A distinctly unique hardware and software setup requiring 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 system will also consider that information publication resulting from a catastrophic nature must not be thwarted by inherent need. 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. The design of such features will need further refinement during 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 is cooperative with platform design. Data can be erased to a certified level that is not congruent with modern emergency retrieval methods (Data erasure).

The historical tree describing a digital data object for INET Web OS clients contain tracking information. The tree traversal logic during the secure erase procedure will include branching if the object is a source data object. This will include if the digital data object was copied to another location, USB drive for example, or sent within an email as an attachment, the historical information along with logical actions will be readily available. Including cut and paste features within this context will be difficult yet not impossible. Confirmation will also delete the historical records. All INET Web OS clients will track the copy and erasure of a file's location, propagating the results back to the logical source. Therefore tracking will also include ownership rights. Tracking the individual copy and transfer of digital data object sub components during editing, user interface logic, provides an intended perfect history tree for analysis during data sanitation action. Software emulating this control upon third party operating systems is a desire.

The INET Information Integrity Portal (IIP) platform feature is designed to steer and warn users of inappropriate behaviour during communication and use. The assimilation of IIP will encompass a broad range of operating system architectures, making it a system wide feature. Modern operating systems employ such technologies as add on features making them outside the designed security protocol. Breeding upon a new base operating system architecture, the integration points of IIP will be inspected to decrease inherent security risks.

Home Automation, Environmental Sensors and Robotic Path Logging Held Private

Information that is gathered and stored about the home automation system must be secure. As well, provide limited access to the automation functions these devices provide is a must. Environmental Sensors used by home automation and robotic systems must be held in private. A score of environmental sensors may be installed within a home setup. Releasing interior images captured by these sensors should be to specific parties only. Securing the Robotic Path Log for tamper proof is necessary for future investigations. It must be known if a robot was programmed to destroy and by who.

Financial Identity Security

The ubiquitous implementation effects of IIP is broad. Including interface control objects, information search and retrieval functions (remote and local) and backwards compatibility support for older application frameworks is a large umbrella. Older framework support will make Internet technology developed with HTML forms more secure. The system will provide automatic recognition of high security fields such as name, home address, business address, phone number, SSN and credit card. The system will use secure interface controls instead of relaxed, nonadhesive controls. In places where the automatic recognition is circumvented, the transmission security portion will monitor. Most users do not intend to commit crimes while they are using computing terminals. However, without safeguards in place, the ability for a modern terminal to be used in crime has a lot to do with the authenticity of the running software. 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 users defined within the user bank of the Web OS. Scenarios requiring alternate names can be handled discretely by policies set by the terminal coordinator. 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 behaviour of the user interface will percolate. If security checks pass, erasure of all foreign identity information will be accomplished. E.g. You do not want your friend to keep your credit card number on file just because you used their terminal for a purchase. However, recording an event within the transaction database of the event will be useful during investigation.

Geographic Location of INET Computing Device

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. Remember that user data is stored in a mainframe computer or one located at their chosen establishment. Many people have issues with many things in the electronic data world. However that group of people is very small when compared to those who use computing devices for their intended purpose. Some people are not afraid of giving the Federal Government access to their digital information because they have nothing to hide. Some people see encryption as a toy when it is disruptive to standard practices. Encryption does have a legitimate place. Developers create these information systems to hide secure information. Open communication is the sure path for public domain agreements. Most of the time stenography does go unnoticed, the point of it. Stenography features of computing are used by criminals for many illegal purposes. It is my opinion, that man made systems work best if agreements between the info structure and the consumer are made in cooperation with telecommunication and digital data laws. The INET WebServer Operating System will provide the necessary agencies with stream formats for their investigative use.

The traffic system that works most of the time in the world is easy to understand. If people did not obey the traffic signals, havoc would be in place. No one would get anywhere quickly and there would be too many wrecks to deal with. This analogy might seem superfluous to the naked eye, yet imagine trying to impose a set of rules against people who want to break the digital data agreements. Currently there are so many crimes that go unpunished on the Internet that more consumer cooperation is needed to catch terrorists and hard core criminals. I explore the fact that many will adopt this system of operation simply because they want security on their digital data. Privacy is assured within the confines of the search and seizure laws; that is the authorities must provide physical contact first before scanning the data just like when they come and take a laptop or a desktop computer from your home or person. The system might integrate nicely with Dunn and Bradstreet as an indicator for business and optionally for personal accreditation.

The best way to protect your data assets are by using a cheaper device for remote connectivity. The LCD and electronic technology that Japan can manufacture is beneficial in many ways to cost effectiveness. Incorporating the INET network technologies within the device itself allows greater distribution within many different devices. Thus offloading main computing tasks to a host mainframe computing device. Nevertheless, one of the many benefits are tracking of the device.

For example, the Traceroute command will shows all of the network routers that are used to retrieve 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 at the physical network layer (the L1 layer) is essential.

See also:

• Traceroute
• Internet Protocol Suite
• Link Layer
• Address Resolution Protocol
• WebDetect
• LocatePC

Common Sense Data Transfer Amount

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 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 endeavours 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 variations 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. The INET Email system will catalog information known to be typed by hand verses a generated message. The mimic of such instrumentation record is a security risk to inspect.

Copyrighted Materials

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.

Business Persona Protection

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 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. 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 can be a user friendly feature.

Information Sanitization

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 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. 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.

IIP Dialects

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. Users may wish 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. Entry of this information can provided based upon varying levels of scope. Users may wish to limit the search and retrieval of entire noun and synonym domains. Or limit access to a specific list of web addresses. These 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 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. 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.

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 search parameter query. For example, these tags can be used during search of the rules of conduct to provide copy protection of textual data. Authentication of these tags and categorization of other attributes within the digital data object will be tracked and verified. Providing records of modification within the historical tree of the digital data object will include these tags. These rules of conduct are extremely flexible in their interpretation characteristics. They provide 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 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.

• ConnectSafely.org
• Geotagging
• Moblog
• Cybercrime
• Spam
• Cyber Command
• Censorship
• FaceBook
• Twitter
• Social network service
• Anti-piracy
• Intellectual property
• Copyright infringement
• DeepDyve.com
• Counterfeit
• Identity theft
• Data remanence
• Gutmann method
• Secure erase
• Undeletion
• Berne Convention
• Indecs Content Model
• WIPO Copyright Treaty
• Sanitization (classified information)
• HDDerase

INET Location Wafers

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.

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.

• Barcode
• PDF417
• Aztec Code
• MaxiCode
• ShotCode

Optical Character Recognition For Data Entry

Optical character recognition is a field of computer science that is well established. Typically there are two distinct groups of recognition that categorize algorithm cplexity 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 do 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.

Single line or Batch of Papers

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.

eBooks and Copyrights

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.

OCR in Interface Practices

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.

Unsupervised Cataloging

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.

Picture and Live Video OCR

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 online 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.

• Optical character recognition
• Free OCR.com
• Computer World: Quick Study Optical character recognition
• Segmentation Free Bangla OCR using HMM: Training and Recognition
• Address Extraction Using Hidden Markov Models
• HMM Based On-Line Handwriting Recognition

Database Management and Reporting Object System

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 Databases in Common Interface

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.

Interface Projecting and Office Suite Data Linking

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.

Database Conversion, Translation and Transfer

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.

Reporting Facilities of the INET Web OS

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.

Many Database File Formats Supported

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.

• Database
• Relational Database
• Object Database
• NoSQL
• Data Type
• Flat File
• Berkeley Database
• Mysql
• Oracle Database
• Microsoft SQL Server
• Sybase SQL Server
• IBM DB2
• DBASE
• ants

Print Media Manager

With Internet distribution, printing is sometimes archaic compared to the green planet benefits of online 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 blubs, 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 .aii 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.

• Computer Printer
• Canvas
• Paintings
• Printer Publisher
• Picture Frames
• Fillet
• Mat
• Diasec
• Embossing
• Engraving
• Thermographic printing

Electronic Mail Direct to Device

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 for 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.

• SMTP
• Extended SMTP
• POP
• IMAP

Information Architecture and Usability

Application Start User Interface

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 amongst vendor 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 configurability 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 uninstalling 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

• Information Architecture
• Audience Awareness
• Wikipedia on User Interface Design
• Wikipedia on Readability Formulas

The INET Web OS User Sphere Workspace

Desktop Space, Table Space and Counter Top space

The INET Web OS User Sphere workspace will be the most versatile, feature packed, and visually compelling workspace known to modern form computing. Pure pixel graphical desktop space front ends, poking segment A000, were first commercialized in Microsoft Windows as an extension of DOS (CPM). Architecturally the devices that spawned forth from the creator’s dream were accesses to hardware located within the User’s base CPU. File manager consolidates at least ten functions (Copy, rename, delete, find, print, etc.)

The User Sphere workspace will provide suitable workspace for customers based on feature need using advanced objected oriented components and 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 for the computer information boundary. Within hardware terms these can be finite. Within the pleasure realm and at play. Within an office department. Within a home environment. Study the differences in age groups, gender, culture background and consider bi-language capabilities. The financial awareness, interests, and hobbies would be of benefit for the layout design. The system must 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 online information. Incorporating the formal use of audience must not betray 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. Home users will be able to beautify items for their own stylish purposes with plenty of beauty globs from elementary school, middle school, high school, college, your friends, the local neighborhood, local city, state, or other visual spectrum band.

Say you are in an office meeting, you are at work information shows upon a decorated button map with common applications suitable for the meeting. Say you are at home with a two person entertainer night; it will be movies, popcorn, music and video chat. You are a developer working on two projects. An audio mixing studio. A college student recording and taking notes. Say you are at a rock concert. Configuration management must also be included.

The ability to learn new Spheres through the Internet or other device media is a major feature. Say the buzz team at PBS Financials 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 diagnostic 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 number of times limited software (INET SoftSpots). The view will be iconic picture gram. Key searchable 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 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.

• The Lifestreams Software Architecture by Eric Thomas Freeman
• Life Streams

Categorization of User Information

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.

• Search Engine Index
• Document classification
• Naive Bayes classifier
• tf-idf
• Artifical neural network

INET User Sphere Explorer

One of the most common tasks a typical computer user executes is finding a data object that was recently created. By tailoring sphere explorer to present data objects by category, time attributes, and scheduled appointment times the items are within reach easier. The search panel, single line, advanced category listing and advanced syntax panel will be typically located at the top, a floating alpha fly in panel. Folders and files will exist associated with an application by security settings. This is a typical application setup for systems that are document based. The table top area of the Sphere Explorer window will contain a row of contextual application buttons that are oriented for associated application work. Under are tasks that allow in place complex editing. New user interface dynamics will allow easy management of window parent, menu option, mouse, easy keyboard to pop it onto another container or desktop space.

Modern methods of propagation are centric upon the data objects themselves rather than the contents. To place an emphasis upon content is the key goal. The user will at an instance, if not built autonomously within the viewing area, peruse contents in a read only fashion. Functions upon the table top should derive 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. If is important to keep the area simple and useful. Usefulness may aslo be necessary to configure for each user by application. Offering three modes of the work buttons using a tristate control will please three distinct groups of users.

An interesting facet of user interface operation that the INET User Sphere workspace will orchestrate more promptly, actively, and functionally than modern desktop operating systems do is the incorporation of sticky mouse memory upon alpha composite layers; introducing INET Application counter top usability. Combining the first preference of the main data gathering device, the Qwerty keyboard, to provide activation upon the Menu, Ctrl, Alt functions that relate system, desktop, and application key maps to OOP INET Objects. These menus operation with extensions using the three system keys. The Menu key by itself activates the application specific menu at the top. Common tasks or operations tie positional relationships to highlighted polygon areas; buttons. These functional relationships humans commonly use will be more refined, described in a more civilized space, and with greater visual grace.

INET Application counter tops will move the mouse to the last known position upon alpha panel overlay visual cue. Ray traced optical illusions at high frame rate will please while sound and sonic communication tingle the ears. Menu-F shows the system wide find, Application context first upon the INET counter top. Mouse pops, gravity pull, zooms into place; perhaps high frame rate visual cue. Function is chosen, operation proceeds, key out signal, tunes frame dissolve, fadeout, dim, glossy rumple, spider effect dissolve or roll up. The mouse moves back to textual data, data object field or last known position. System, application, and desktop keyboard maps must rely on natural first letter function names. For Example: Edit, Find, Copy, Paste, Rename, History, Undo, Mail, View, Delete, Web Publish, and Print are candidates.

Data objects within the user sphere include objects local or remote and whose type includes database, multimedia and the many forms of textual rendering materials. One of the major forces behind the useful User Sphere Explorer is that the integration of preview materials are the result of secondary related application specific renders. Architecturally a layer will exist to make this attainable, This will maintain direct video memory performance and strict stability over many communication mediums.

User sphere has built in pagination with read ahead rendering hooks. The catalog system will use these functions in most circumstances to build up preview images; draw lists. Because the process of application building includes a concise structure for user sphere blending functions, applications built will be textually lighter in source than as if it were an addition within a modern OS. The interface domain of User Sphere will be known to most users making the application document view very easy to maintain. Other functions that users use to retrieve and search for data will also be present due to the hooks.

The search function must be inclusive of many sources of information and present results upon the display in conforming views of stark readability. The search function should include screen contents of applications, textual information, and fields contents. A natural language assistance is also a target. It is most problematic to provide such versatility within graphical user interfaces, but most likely make use of overlay composites and note tabs. Contextually, use will be dependant upon system state, grammar rules, user settings and user context.

It is important to note within the User Sphere window space, tasks or applications in run state, will be maintained to be synchronous with system status lists; Sphere Explorer Tasks. The ability for Sphere explorer to stream remote, server and client caches VLISM will be integrated affectionately with the base operating system. A formable set of APIs will identify and operate upon the go code, executable.

Using the data object catalog, views will be built that classify information within a noun range. Adjectives may also apply. The display hierarchy will expand and contact upon number of objects and other attributes. The purpose is to allow easy navigation within an information portal. 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 location of data objects will be shown to the user. This simplifies reading and eye scans. Content monitoring can be 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 the data specific needs. Rules may change the appearance and order based upon the category within its group. Possibility appearance can be affected by sibling relationships. 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 thirty action videos, fifteen are rated R, ten are PG 13, three are PG and two are G rated. A typical straight forward logical approach to display the items would be directory tree, genre then ratings for sort order. But it is not the best.

The data object catalog will 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. Other times the listing may be strict alphabetical. Hidden from observation are the file security attributes. 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 some statistical values 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, include splice time.

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 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 should be 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’. Related movies from that time period could show because the film is known to be old. User clicks on SciFi Group and sees ’Alien’. Alien 2 and 3 should not be far beyond while also listing science fiction that is as good in a Table Top.

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, support 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 are necessary. The user must be able to override and set aspects of a file within the classification object system; that the group. The User Sphere Explorer will support modifications of classification both internal and external to the file. Advanced information attained through recognition is editable. Users will be happier to know their files are found easily.

The INET User Sphere Explorer is an extensible component providing a OOP Link between Data Objects and Applications. Typical uses will fin a many to one relationship, more objects to be found. The ability for User Sphere Explorer to host applications should be integrated within language source and computer structure. Programs should utilize interface information of Sphere Explorer to accept data objects, provide cache operations, manage repository and provide multi-user object locking. Using databases, database tables and application specific file formats allocate the appropriate object and resources.

An OPP API layer will provide the necessary tools for a hosting application and Sphere Explorer to communicate. 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. Start Media Player and user explorer is already in frame. Users or a preset will add the burn button to the counter top of Sphere Explorer when a file is associated with the media application. Users can have frame or frameless versions of media player incorporated within User Sphere. Media player can also be an invisible VCR Alpha panel overlay, popup controls with proper system wide keyboard mapping.

The rendering portion of User Sphere Explorer has to be 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. Object namespaces must be well formed for current set and future expansion. The memory and CPU weight of the control should be dependent upon loaded features. Finally the ultimate listing control.

INET User Sphere Explorer is an data object manager that provides related applications a portal container. Users will have a welcome mat to make sure the file is the file they want. 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 files went to.

Contextually Based Cataloging of Pertinent Information

Save Dates, Make Time and Love Good Quotes

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 online 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 Phonebook, 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 Phonebook, 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 Phonebook, 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.

• Parser
• Borland Sidekick

INET SoftSpot Components

Improving software quality through diversity with competition.

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, compliancy 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.

INET Software and Digital Data Store Business System

The Brandable User Safe Digital Data Retail Catalog

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.

Fantasy Puzzles Bloom More Mobbers

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 inline 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.

Flexible Software Finance

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 contructed 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.

Steam Rolling Over Computing Varmints

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, USA 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.

Software That Sells Itself

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.

Retailers Binding Software Using Their Knowledge

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 Market Value of Applications

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 online. 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.

• Anti-piracy
• Computer Virus
• Spamware
• Spyware
• StopBadware.org
• JustText.com - Security and Privacy Tips
• Digital River
• PC World
• 9 Software
• Game House

INET Goods Retail Store Business System

The Brandable Business Owner Retail and Marketing Catalog System

Marketing physical items upon the Internet, especially items that are held or worn upon the hands, will be elevated better with the complete gesture recognition system, topic electronic cameo motion device, INET Lighting and Sensor, video camera and image processing. Imagine going online with a nice slender ring worn on the right hand. The desk light held before your 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.

Creating the catalog will be easy with the INET Three Dimensional Professional Network Camera. Because the 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. The INET Three Dimensional Professional Network Camera captures at a very high resolution. The camera also captures volume and depth information using laser reflectivity as a means of acquisition. The camera captures its on 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. For compression purposes, a polygon and triangle scenegraph can be built to support first person views quicker. Objects within the form are identified statistically. The package and file format supports translucency using scene-graph functions. The basic form of models in pixel data notation can be combined with any other type of graphic source to form a world.

The server pipeline process matches items in inventory using the record location of the wireless tags to an object tagged within the volumetric pixel file. The Three Dimensional Volumetric Video Editor can be used to move items and paint within the space. The editor is based upon the 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. Both of these camera video devices have the capability of reading wireless location tags. However users are not stopped from employing the use of a personal camera.

Management of inventory affects 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 images projects 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 item retrieved from external sources such as manufacture is a feature that will help create a professional catalog for users. Most of the detailed information in directly matching cases can be shared.

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. The Goods Shopping Store on the personal device will allow preview of the item worn upon the body. Providing color compositing of items that are selected. Offering within the interface naturally may be items that compliment in color coordination. Emphasizing upon the store's named goods that match directly. Image information can also be linked manually by UPC bar code read and bar code entry. However, the process will take extra care and video editing to tie the inventory.

Forming Electronic Malls using Geographic Data

The INET Goods Retail Store Business System (GRS) is designed as a directory information system. Classification and review invoke changes to a geographic regional server. Automation, attracting image, accurate and precise information about the entity will be cross referenced. Including ranking attributes such as electronic tender verification and cooperative business policy verification will strengthen the capabilities of many questions of integrity.

A store entry has a named and a search-able noun classification domain. The system will place more weight upon the explicitly named. Implied groups will be found still by using the cross reference of a synonym table. The 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 released will be based upon the relational security of the viewer. Considerations of logical groupings will be magnetized to the security portal. However as always specific traits and roles are a growing database of needs that are specific to even screen data.

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 online. The requesting of certain types of goods by selling and consumer trend can be fore casted 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 will be fulfilled. Readability and legibility must be strong ingredients; information must still be categorized within the layer. Giving greatness to the portability URL Transmitter, the map information can be near real time, thus including precise location of farmer's market peaches. the fancy cheese or the used book library found at the corner pocket table.

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 material, identification usage, include usage count, fitting current objectives and identification of an entity to be a primary source narrowed symbolically to iconic (a named category or service) will benefit quick usage requirements to form habits. The named domain category identifier will be a common noun derived from the natural relationship domain expressed from use. Stores have a name, they have a motto, and a relationship. The information database starts, of course, with the INET Market List to supply an initial bounds. While considering the usage, intent and personal characteristics of the user, the text, a matching expressive synonym, will be rendered using the necessary font. The resulting vectors will be integrated with the line data to produce a high contrast economy map. By reducing the color within major eye scanning areas of a map, a maintainable interface with legible texts can be a good starting position for the market. Navigation allows one easy access to the contents of a store.

Statistics of the store and its prices can also be found. Rating and other information is easily accessed. One of the best features of this system is that the power of marketing using electronic medium is in the hands of the business owner and the public. Providing adequate and appropriate weighting of information is important. Reducing issues at most times can be either personal communication related or product related.

Coverage of the Primitive Business Processes

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.

• Sales
  • store location
  • portable location
  • delivery
  • daily deals
  • movement for money
    • estimate time to in hand of items
    • bike map to individual that purchased
    • INET Delivery Scooter (Electric, Natural Gas, Bicycle)
      • weather proof
      • built in to cycle
      • durable battery life
      • safe drive
      • tracking by central system with security
      • hot food, cold beverages
      • wheel cart - weight limit
      • third party component kit
    • walk map
    • locate
    • tracking by customer for projected time of the goods arrival
    • schedule grid delivery
      • known location delivery drop-off
      • route
      • time based (15 minutes, 30 minutes, hourly)
• Sales Tax
• Protected Record of Electronic Transaction
  • Protects buyer from theft
  • Official record noting the two parties; (terminals involved)
  • Control over transactions with disputes
    • Locking electronic commerce logically
    • historical sales record
    • official investigation report
      • transaction record
      • image and sound information
      • link security camera to shopping
      • link security camera to transaction
      • inventory tracking
      • time and date
      • employee cross reference
      • length to complaint
• Tips
• Receipts
• Auction
  • bidding
  • ring inclusive gift card
    • buy a fifty dollar gift card
    • get locked cash gift amount for specific terminal
    • use identity gift card
      • common gift card for limiting spending
      • transferring cash to individual
  • Bid Monitor
• Returns
• Store Policies
• Internationalization
  • location specific business processes
  • local business contacts
  • multiple language sales process
  • assisting satellite devices
• Employee Management
  • Payroll
  • Time Keeper
  • Schedule
  • Security Cards
  • Individual Identification
  • Benefits Package
    • Find providers of benefit resources
• INET Cash Register
  • Wireless sales accessories
  • Portable payment and card scanner
    • wear, holster
    • in hand
    • environmental tolerances
      • rain, cold, snow, hot, fire
      • Light and darkness operation
    • Comfortable
    • Processing through main system
    • Wireless accessory of INET Cash Register
    • calculator and strip reader
    • In pocket money and in drawer money
    • Stand, roam and sell
  • URL Transmitter
  • Car Caster
  • Timed pickup
  • order processing alerting attendant
    • curb delivery
    • start delivery route
    • operations of schedule
    • less thinking, more riding
• Line Waiting
  • count down to unlocking doors
  • automated feature published when applicable
  • holding area for customers, refreshments
  • dividing the group into components using the technology
  • count down to events within the complex
• Restaurant Business
  • POS terminal setup and configuration
  • online ordering
  • food chain management; the assembly line
  • kitchen management
  • coupons
• INET Wish Lister Mini Cash Terminal
  • carts and baskets can be sold connected as a unit
  • offer preprogramming of five items
  • compact
  • energy efficient
  • small but very portable
  • two line LCD black and white display
  • two or three buttons on the device
    • example, three models of umbrellas S / M / L
    • prices are not usually modified
    • single or double item sales - typical
    • units are the same cost
    • customer drives transaction process
    • walk up and pick an umbrella
    • light flashes showing the total
    • store keeper accepts or denies payment
    • accept payment increases total that is displayed in waiting status mode
    • a centralized e-finance server is used
• Payment Processing
• INET URL Transmitter Signs
• Pickup
• Delivery
• Electronic ordering
• E-Store Security Monitor
• Out of city
• Geography Mapping Server
• Shopping Mall
• Return Policy
• Guaranty
• Limited Lifetime Warranty
• Holding items
• Escrow Payments
• Insurance
• Warranty
• Layaway Policies
  • Short Term
  • Proportionally Based Upon Duration
  • Incremental micro-financial management
  • Credit
  • Cash
  • Checks
  • Collection management
• Shipping and receiving
• Packaging and Delivery Services
  • Tracking goods delivery of items using GPS
  • Package framework to unify delivery services
  • Scheduling
  • Gift Wrapping
• International Goods Exchange (Cash, Barter)
• Blue Book Value
• Wholesale
• Currency Exchange Rates
• Tax Equation
  • Business
  • Employee
  • Auditors
• Accounting Principles
• Sales
• Seasonal Business Sales
• Commission Based Sales
  • Empowering employees to make money for themselves
• Transactions and Receipts
• Business Dash Board (view)
  • reviews in small space the overall weakness and strengths of a company while operating
  • inner company view
  • comparative company view
  • regional comparison view
  • market view
• Business Dash Board
  • sales
  • goals
  • progress
  • summary
  • graph
  • bills
  • inventory
  • trends
  • growth
  • local events
• Marketing Plans
  • Directory Listing
  • Electronic Retail Catalog Production
    • Branding for exclusiveness
    • Branding for uniqueness
    • Branding for appeal
    • Summarizing product availability, quality, wealth and other tolerances used by consumer searching
  • INET Web Marketing Program
    • search engine submission
    • multimedia ad plug-in space (you tube, etc.)
    • renting banner space
    • web ads
    • click marketing
    • appropriate email
  • Auction ring
    • no operating costs for transaction
    • easy to use expressive interface
    • ad maker/ form filler
  • Anonymous Item Matching (customer desires X)
  • Three Dimensional Shopping Experience
  • INET Car Caster Compatibility
  • INET URL Transmitters
  • Parties and Events
    • Large event scheduling and sign up
    • Hosting preparations
      • entertainment venue
        • in house
        • established public meeting room (indoors, outside area, park)
        • hotel
        • movie theatre
      • coordination within venue tolerances
        • tickets required for appearance- advanced party purchase
        • civil code
        • health inspections
        • catering, snacks and liquor (recipes, workers)
        • guest transportation
        • alternate transportation
      • entertainment personality
      • entertainment theme
      • decor
      • event timing, scheduling, guest list
      • entertainment specialists - third party crews
    • financial planning
    • INET Electronic Invention Center, email, mail
  • Location Wafers
    • Paper; slip found or handed
    • Bottom or side wall of coffee cups
    • Lottery gifts
    • Magazine page
    • Cross product marketing
    • Complimentary product marketing
  • Radio frequency identification
  • Camera Picture Links
  • URL Transmitters in Film
  • Robotic Remote Controlled Camera
  • Virtual Samples
  • Maintaining a positive customer relationship
  • Sign and LED
  • Looped Motion and Interactive Video
    • In Store Video Monitor, Television or Flat-screen
    • Grid of flat screens
    • Asset Production
      • Market and product specific theme
      • fill in the blanks and generate
      • Professional development services
    • Small square review using cell phone
      • Passing potential customer gets attracted to motion.
      • They snap their headphones on and capture a small rectangle area near the bottom for specific reviews
      • audio and video play within their space,
      • on large screen or on screen upon the cell
    • Offers and coupons
  • Branded Magnetic Strip Cards
    • Ordering a box set
      • publisher
      • artwork
      • finance range coding
      • id coding
    • Gift Cards
    • Membership Cards
      • Rewards Policy
    • Smart Cards
  • Professional Media Services
    • Radio
    • Billboard Rental
    • Television Commercial
    • etc
  • Cross and complimentary product marketing
    • Digital data leases
      • Buy a skirt and get three free plays of your favorite U2 video
      • receive coupons to neighboring goods
    • Buy the game gear and get a free DVD video
    • Food offers
    • Co Product Marketing Program
      • Available facilities
      • Programs used near by
      • Contractual agreement management
• Inventory Comprehensiveness
  • attributes
  • weight
  • location
  • shipping
  • life span
  • preferable environmental conditions
  • Material Safety Data Sheet (MSDS)
  • externally related data-sets
    • manufacture
    • usual attributes
    • unusual attributes
    • testing results
    • Owners Manual
    • Public catalog view of related products
    • Encompassing materials and elemental parts (components)
      composition / ingredients
    • Service Agreements
    • License
    • Registration
    • designer
    • etc.
  • Ordering
  • Cost
  • Price Markup
  • Coupons
  • Loaned
  • Temporary
  • Software Interface attributes
    • Operation
    • item inclusion and inventory management by picture
      • picture of table with sundry of items
      • rectangle matches object type - select book, head phones, etc.
      • Video feed of multiple views of the items will produce a sorted three dimensional video.
      • normal camera; in expensive digital camera
      • high resolution camera
    • Book typeface recognition
    • Object selection by noun to increase percentage of scatter, stack and grid organization
    • Container recognition of items (box of donuts, box of bagels)
    • training HMM system for single object recognition
    • Shelves of like items identified by a trained Hiddem Markov Model
    • Integration of branded and label typeset and recognition of UPC codes
    • Wave in front of High resolution camera as your are stacking them upon the table
    • if items are already upon the table, the list will be modified to include the new book.
    • Producing the shopping store experience
    • measuring and tracking actual size to size of projection
• INET Remote Casher and Attendant
  • Attendants have clear views of the check out area
  • voice/audio signal
  • instruction signal / prompt
  • theft signal / initial problem investigation mode
  • verifying and proofing funds
  • terminal pool management
  • signal controlled robotics
• INET Dialect Business Administration System
• INET Security Store Monitor
  • video security, a recording unit integrated with cash register terminal software.
  • Electronic tagging security
    • Deployment
    • Use
  • Audio recording
  • In frame mounted security tag sensor
  • Portable security tag sensor
    • Sensor tag producer; printer
    • durability
    • cross application product integration
    • device maintenance
    • outsourcing appropriate vendor formats
    • speed of production
    • estimate time
      • an owner time is investment. How long to a complete record of items based upon historical use.
      • historical use can be derived from in house time
      • historical use can be derived from outer matching statistical data
    • third party printers; an inventory review service; estimate cost
  • Clothing specific racks; hangers
• INET Self Checkout Register
• INET Product Scope
  • Statistical information on new products offered that are of interest
  • Relevance considering current offerings
  • Relevance considering past sales
  • Relevance considering worldly perceptions
  • Relating media (News, TV, Magazine)
  • Statistics about coverage of a product within an area
  • Reviews of products; testimonials
  • introducing new items
  • Offering wholesale of items
    • Single company
    • Group dividing the large sum
      • Shipping
      • Palette stacking
• Desktops designed for specific product flow
  • Desktops designed for a certain type of retail business startup
    • Informative, Educational
    • credentials
    • insurance of success
    • Process Education
      • Selling
      • Customer relationships
      • curtails
    • Professional guidance from start to finish
    • Getting and integrating with the market specific contacts
    • Contract and legal ease review
    • Contacts
    • Business Board - the relatives of your business
    • Business Competition
    • Local in person representatives
    • Video phone collaboration
      • Tools and settings to make a deal
      • Establishing goals
      • Formatting and structuring the advisory communication.
      • Real work, real aid
    • Remote business review
      • Supporting Data
      • Marketing analysis
      • Business Analysis
      • Operating Analysis
      • Incorporation of sensors for business review (video, audio)
      • Conclusions
      • Recommendations
    • Transforming Interface
      • operating parameters progress from educational start up desktop
      • transforming view to concise everyday user
      • Progress monitoring
      • desktop, reports and on screen application views match company plan profile
• INET Telephony Package
  • uses customer music preferences
  • Menus
  • Mutiple language
  • Call Desk routing
  • Message box service
  • VOIP included
  • Telephone Hardware packages available
• INET Mobile Tracking and Scheduling System
  • tracking by central system with security
  • Services, Electrical Contractors, Plumbing
  • Estimate Distance - Estimate Work time - Get Tools - Get Supplies
  • Show estimate of time to receive service from a publication bank (Distance)
  • Engine on/off
  • Current Speed
  • Engine Statuses
  • Driver Statuses
  • intermittent transmission of position
  • Integration with web marketing and consumer views
  • A distinct component
  • System integrates with other components of INET software
  • Work orders / Flow
• INET Small Area Trucking Supply Grid Coordinator
  • INET Mobile Tracking and Scheduling System extension
  • Solves scheduling
  • Delivery times
  • Distributed inventory management
  • Palette stacking order; The New Towers of Hanoi
  • Vehicle tracking
  • Vehicle identification
  • Goods Security; remote video camera - high resolution

Flexible Installations and Application Connection State

The flexibility of the INET web Server OS will allow remote installations to give optimum choice and freedom to the consumers. 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 is installed onto your central server account. Peace drive and 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.

As well, 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 allow 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 should be able to define where the software will be ran from long term and do so in a context that makes sense. The user should also be able to set where applications run when no connection will be available but will be in the future. 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 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; random access files in a machine code macro.

This will be a pleasing experience for the customer because it will not be a bother for them to handle discs, prompts etc while the software is being loaded. 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.

Scheduling and Automation

The INET Macro Recorder

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. Windowless entry will be required. 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 an 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.

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.

• Job Scheduler
• Automation Anywhere

INET Web OS Server and Client Administration

Owned Computers Managed Effectively by Hardware Product ID

Some industries and home users will plan on having their own INET web server OS with a group of Smart INET 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 are specialized on modern platforms; the guests are professional.

For 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 a Smart Click Terminal that has an embedded operating system. In other cases like WAN distributed terminals, the cache may contain typical applications hotel guests use. Most aspects of the user interface are configurable, allowing a novice user to quickly build a suitable kiosk interface if desired.

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. These become a privacy issue. 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.

Time Use and Rental Policies

Time usage may also affect use. Libraries for example, typically have detailed policies associated with each terminal or laptop they lend. Each location will have different rules upon use, time (duration) and allowable content. The system will provide scheduling for use. Potential users are either an unregistered guest or have a computer card. They schedule themselves for a slot of time. During scheduling they can choose from groups of terminals. The group a terminal belongs is defined by the library hosting center and can take on many distinct meanings. Some 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.

Users wait until their slot of time occurs. If a previous user has the terminal leaves early, the next in line for the terminal may be able to slide in sooner and get more time. The registered name according to the schedule typically is displayed on a rolling marque, monitor or LED sign. Alerts show when terminal becomes available or a user on the schedule is in queue. Users have typically five to ten minutes to sign in before the computer is released to the next in line. Operators can override the security. User can cancel or reschedule their appointments.

Precise Hardware Identification

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 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 a string pointers. INET Hardware components will have this capacity explicitly within its low-level instruction set and more. Yet, supporting legacy hardware will still require programming finesse. This information is used by the terminal administration identity cycle to communicate and decide precise driver and software images.

Mission Critical Access and Update - Internet or USB Key with CD

The system state and administration portion is considered mission critical and an image recovery manager must be maintained with necessary security privileges. Communication failures are accounted for within the subsystem. A large dependency problem is solved using new 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 feaure 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; if not one. 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.

Logging User Software and Hardware Issues

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. By incorporation of this feature, the system will have a vulnerability to prying eyes. Because the process facilitates uninterruptable 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. It is also needed to ensure basic operations are functional. It will be the ultimate duty of hardware and software engineers to safe guard this namespace of the VLISM instruction set.

Smart Terminal Operating System and Application State Sandbox

This 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. 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. 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. 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. An already growing service industry will be more secure. Typically keys should be sent in sealed packages. 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.

Defective Human Interface Devices

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, ware 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 terminal's adminstrator. 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 sceneros that are executed in distrinct ways.

Locked VLISM Namespaces by Physical Button

Physical buttons within hidden compartments can be used as ultimate insurance of hacking these rarely used low level 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 witin deployment capabilities.

VLISM namespaces can be unlocked within a button's reach. This type of locking system will ultimately be dependant upon the geographic location of the terminal. The same functionality can be sought by using a special terminal USB data key. Using unrelated technologies such as metal keys can also be implemented. However, in both circumstances, these keys can be duplicated.

Using INET VLISM Namespace Locking technology in an open format such as buttons that are placed in a grouped separated 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 namespaces 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 have to 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 should be able to modify the 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.

Personal Identity Security and Virus Blocking

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 or erased from the device. The button is designed this way. The erase or transfer fund instruction within the CPU that operates upon the electronic money memory will be nonfunctional. Other aspects of the memory's integrity for holding 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.

Interfacing with the 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. The correct interrupt will receive the event that is denoted by the polygon 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 witin BIOS marketing.

Logging Software and Data Statistics

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.

Cost Effective Temporary and Long Term Quota Management

Some configurations 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. Consider the functionality and application data mapping needed to allow a user a ten megabyte account. The account will expire after thirty days of non use. Users will have to use the library machine for it to count, not remote access. Within the computer network, the account can be accessed on a daily basis and the drives map corresponding to their library card. If users do not have a library card, a guest pass is issued and will require a different setup for the quota drive, user name password combination, location wafer or a USB security key will define access. Balancing the data for read and write performance based upon statistical use can make the system more friendly to use; a nightly task. As well, the cost advantages are greater because a specialized server for this centralized storage account purpose is not needed. This is a cost savings. But most of all a resource savings. This distributed, balanced quota feature will also be of great use many places within the industry. Something now is its own server.

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 terminal. For commercialization references, a software rating for the Web OS market will dictate compliancy level; Web OS Content Filter and Purpose Fulfillment Compliancy. In short, administration will allow management of these resources from a centralized host. This is important for both business and consumer. The system supports direct vendor server deployment for developers and users.

• CPU Serial Number
• CPU Type
• CMOS Information

Network Audio Synthesis Technologies

The future of Loop Based Music

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.

Pooled and Server Based VST

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.

Network Synthesizers Use Midi and Mp3

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.

INET Universal Synthesizer and Effects Processor

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.

Parallel State Audio Signals

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.

Audio Channel Layers

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.

Compression for Comfortable Composition

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.

Networked Enabled Synthesizer Bank Asset Rentals

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.

Text Based Music Production

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 adhere to event firing based upon a toggle switch within a time based event storage data structure is the defacto 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 namespace 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 sythesized 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 catelog will be an API standard that supports audio pallette. An audio pallette 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 catelog 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. Tthe classical style play verb is suited for many instruments. How the information is intpreted is localized to the instrument; classical panion 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 to 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.

• Focused upon pattern and loop creation
• loading samples
• Loop build up
• audio fade in/out
• rendering output
• panio roll text
• guitar text
• flute, strings
• loading midi sequences
• automatic drum loops - AI seeded technology
• Algorithmic composition based music production
• visualization parameters for synchronized animation
• audio editing language for sample modification
• closely English based
• convert source to other music formats - midi
• buffer and channel management
• scale
• from simple to complex, OOP
• often in computing languages the structure of language deviates from practicable and standardized knowledge
• channel mixing
• dependencies and prerequisites in syntax

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 amongst 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

• Propellerhead Software
• Fruityloops
• Sony Music Acid Pro
• Adobe Audition
• Cakewalk
• Waves VST Plugins
• Steinburg
• Izotope
• Audacity
• Goldwave
• Protools
• Algorithmic composition
• Beginner Strum

• Ionian mode
• Music scale
• Video: Julián Carrillo - Preludio a Colón

High Quality Video and Audio Processing

Audio and video processing on the INET WEB OS platform encompasses critical support of associated digital signal processing using OOP API library support. As well, 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, audio DSP functions, and plug in capabilities for third party enhancement are included.

Audio information will be 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 such as mixers and wheel controllers for cueing, time and splicing will be available. see Digital Audio Workstation - DAW

Video editing will be performed in a similar fashion to audio. 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 .aii video file format. The user should have the capability of importing and exporting common format audio or video format files.

Soft-Lock Preferences

Providing the ability to associate rendering preferences of an audio clip will instruct the cache management system to store the transformed content. 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.

In the user interface context, 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. If a guest user listens to an audio clip that does not have soft-locked preferences, they can set them. But these settings do not affect render operations when the license holder tunes in the audio file. That is, the soft-lock does not explicitly propagate backwards. In this case, 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. Two versions of headphones sound differently. External speaker qualities can vary greatly. However, in general, metal and rock deserves to be played at a higher amplification level. Soft-locks are supported for both audio and video media. The information is stored in a private database and is used by the stream rendering system,

Anti-skip Audio with Automated Quality of Service

The audio stream renderer works in a similar fashion. Providing limiters, frequency band equalization, signal dynamics processing, and amplification upon decibel scale for audio in a pipeline queue will entice audio listeners. The highest quality sound supported is Dolby stereo. 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. Before the maximum bandwidth headroom is consumed, the advanced buffer is expended.

The 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 will provide more accurate automated buffer length calculations. So as the user listens more day by day, sound and audio will be less likely to skip; ever.

Audio Editing Upon the Face of a Mirror

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 orginal source. This will provide sound effect studios a tracking method to also facilitate while you listen financial processing. The orginal owners of sound effects that materalize within a song for example, can recieve 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.

Air play with Cameras

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).

Micro Audio Scripts

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 inline 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)');

Story Board a Vignette For Daisy

Multiple production processes (story board, film story vignette time, scene script, from book, dictation video recording, multiple location venue change, review, alter) in studio 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 will provide the software developer with choice tools to build upon.

The capture of video and audio should 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.

Star, Planets and Cosmos Align: CGI Technology Reuse

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 execellent format fit.

The INET SoftSpot allows super settings upon the object and precise CGI graphic configuration. Configuration of audio with inline 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 managment 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.

Workflow Modeled for Internet Teamwork

The workflow 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 interchangeablity, 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.

Globalization of Asset Capture

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.

• Movies Studios
• Film Production Companies
• Television Production Companies
• Record Labels

Interactive Media distributed Direct from Service Providers

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

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. But with server processing it is capable.

Field of View Render Balancing and Compression

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 will be a major goal of the INET Web OS Internet game engine as well as executing functions that predict what game data are likely targets for download. Prediction can be perform on the server given the x,y,z,w (or estimate) location 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 as well. 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. A specialized package may develop ten triangles with smaller data. This is an argument for polygon and bspline curve transmission.

Three Dimensional Video Play

Including high definition three dimensional video play back will allow refinement of cinematic content, non active content with cycle AI brains. The popping point within user focus computed and balanced. It is the transition period for models from level of detail streamed animation billboard state to metamorphosize into triangle model data. Dictionary based polygon vector relationships will provide room for compressed function parameters during the transfer. The dictionary will be built in stream using computed cache data derived from 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 increase through put.

Content that is predicted to become active is placed into the appropriate buffers upon the server and 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.

Frame by frame billboard animation data is incorporated within the .aii 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, rtc.) 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. 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.

The .aii 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.

Base Image Format is Supportive of Network Scene Indexing

Management of the three dimensional video will be accomplished using the INET Web Server Ray Tracing Visualization System and its integration with the .aii streaming format. Incorporating many video formats translated while supporting keyed color transparency will broaden the input forum. Algorithms that analyze several segments of video can translate the objects within the frame data to textured polygon and organic nurb models. Providing skeleton mapping within the modeling application will smooth the transition process. Identifying the scanned items with nouns can be a human task, selectable from a database of forms. 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, the textures and vertex shading colors can be ramped to usable tolerances using a normalization algorithm. However, matching lighting characteristics can be difficult to provide automatically with precision within all scenes. Sometimes, these aesthetic values are best left up to the content designer.

An open scene graph system that manages a world, an INET Stream Buffer, and a field of view will serve the basic network visualization stream system. If the device supports only two dimensional view, that is no three dimensional video processing on board, the normal stream consisting of triangles, polygons, and compressed dictionary model shape stream are translated at the server. The information crosses the wire and is ultimately translated into two dimensional Block Image Transfers blits. 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 the memory management association that the Web Server OS will 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.

Narrative Story Stream Format

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. Mixing of audio can be accomplished upon the server or intermingled with segments cached upon the client. Linking the Articulatory Synthesis to the skeleton will increase productivity during story telling adventures. The 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).

Media Game and Model Editor

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 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.

• Game Editor
• Moo Mapper
• Level editor
• List of level editors
• Motion capture
• List of motion and gesture file formats

Compatibility and Longevity

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 blitted 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. It will be a robust object oriented game engine that will allow integration of their offerings within the INET platform. The Internet Game engine will be a scenegraph 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 to 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 specfic according to a game producer's private design. The game engine will be robust enough to allow polymorphic stream load yet promote the INET standard stream for compatibility amongst 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 will be protected under the DRM section of the operating system.

Game publishers must be able to control hardware specifics of video cards, audio cards, and human input devices, yet the INET system must provide good security to the user. These hardware access instructions are part of the VLISM namespace. 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. As well, 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.

• Definition of Game Engine
• List of Game Engines
• A Streaming Engine for PC-Based 3D Network Games onto Heterogeneous Mobile Platforms
• Wild Magic Real-Time 3D Graphics Engine
• Blitz Basic
• Dark Basic Studio

Digital Media Rights Management

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.

Audio and Video Play

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.

INET RAVC Devices

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 backwards 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).

Supporting Policies of Rights Management

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 s