This research proposes a model for representation and storage of motion data. Such representation will enable one to communicate, store, and analyze patterns of motion in a way similar to that with spoken and written languages. The basic problem is the lack of a machine readable motion alphabet. We thus set out to define the elemental components and building blocks of motion, coming up with a Motion Byte. Such building blocks are suggested as basis for a motion language that has words, phrases, and sentences. The binary-based model, significantly different from the common “key frames” approach, is also a method of storing motion data. Comparison of our method with a standard motion system, based on key frames, indicates a significant advantage for the binary model.

The paper provides a classification and typology of various configurations which make up the definition of an information system (IS). It is based on five basic building blocks: source, data, prediction, value, and action. Using those building blocks, it is possible to formally outline many configurations including data base management systems (DBMS), decision support systems (DSS), expert systems (ES), and autonomous intelligent machines (AIM). This paper formally defines the building blocks, functions and operators of systems that fall into the class of information system. The result is a cohesive construct of transformations for IS through which a variety of new configurations and systems are enumerated and explained. Such model, may make it possible to assemble an information system from "off the shelf" components rather than constructing it as done today.>