Several benefits can be achieved by the implementation of such a distributed system. By modifying the interface rendering to be a completely separate software layer from the logical code of the operating system and the application code through a steaming object command system such as suggested by the INET platform, multiple code bases can be combined together thus further refining the cost of maintenance internally at many software firms. Developers will be able to be competently ensured that their application programs will run on any platform, be capable of internet distribution, real-time internet streaming execution and being served on a full blown modern desktop personal computer.
It has always been a desire of the public to use a fast, smooth and slick visual interface on computer systems. In fact it has been the main attraction to the Personal Computer as the adopted platform. Color screens are a good argument for fact. By allowing such a system to be implemented, it gives developers the ability to completely rethink the graphic vector output structure, direct video memory access within a linear address space pixel control and the object oriented graphical control construction kit to be a more refined and visually appealing rendering system. By combining the best attributes of robust mainframe technology and object oriented reusability the system will be better than any current computing platform. A total artistic composition is not completely implemented with stage dramatics, lighting, and crafted CGI artwork to be used for dynamic interface rendering within the medium of computer applications. People want ray traced images to view because they are more accurate for the eye. This is what the eyes naturally are designed for - photographic images. Ray tracing can provide visual materials more accurately including: glass, plastic, metals, gold or any material really describable within scene graph technology. Rendering the fonts on the server could be argued for some devices. Yet in reality a dynamic font system will be necessary for robust functionality. This will be a management of the server itself to perform on the client, ensuing the proper fonts are installed for rendering. Anti aliasing information can be associated in structure with the data sent to the device.
By detaching the graphic user interface rendering systems and message communication system in into compressed queues; a streaming service can be utilized. This object oriented functionality will also allow transport selection of several mediums to be utilized within the output of the file operating system and applications. A web server.
The INET VLISM queue’s primary function will be the management of user interface rendering details as well as a go between of user requests such as a mouse click on an OK button. It will be a high level interface language queue as its contents should be small enough for internet transport. With the implementation of the command structures associated with dialog and visual interface rendering, a streaming queue system will be an important architecture entity providing independently for lots of future growth in the software market. This will make a record in a database.
When users are logged onto the system, a pool of record connections will be maintained for a given directory / file state. Providing robust ahead of time computed information for browsing, summary, and application startup stream formatted for their device. One click and data is sent. One could argue the case for File Allocation Tables in memory simply enough. This is a network device and user response will be a primary function. Many of the functions that were added about files do not actually exist within the logical context of the file itself. There is a relationship there with many aspects that can now be captured due to database storage: Historical changes, bibliographic, thumb nail view, key words, readability, links, authors, related subjects in encyclopedia, etc. As well format conversions will be essential.
A total web server operating system implementation is needed. Remote devices will be authenticated for user connection. This will allow users running expensive hardware computing centers at their home or central office a small laptop version. Since the queue, user data, program data, and internet overlay stream for the device have been precompiled, encryption can occur quickly if that is not ahead of time as well.
In short, the INET system should be designed as a completely independent system that can run on its own microprocessor and base system connecting to a mainframe, or on a robust personal computer platform such as ones existing today. I am suggesting this new platform technology for the future because of its internet distribution of operating system components, program maintainability and offering a new era in cross platform computing and visual interfacing that HTML web browsers currently are not advanced enough to support. I argue that Java is not a complete implementation of this system and the distributed interface rendering model allows more flexibility that currently available. If people want games, the Sony Playstation system designed as a laptop computer will suffice for all of these needs. As well, a version built for professional institution use could also allow greater efficiency within corporate bounds. Imagine a system that has the best of all worlds and can be designed to be energy efficient. Your thinking of INET.
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