A schemata model of real-time information processing systems Public Deposited

http://ir.library.oregonstate.edu/concern/graduate_thesis_or_dissertations/cv43p017j

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  • In an attempt to provide a practical means to measure the information processing capacity of a real-time digital processing system a theoretical framework, the Real-Time Schemata, whose basis is a schematic description and a measure of "useful information," is presented. The description applies to processes that would typically be implemented in an interrupt driven micro or mini processor system. Real-time processes are subject to interrupts from external sources and time limitations to the completion of tasks which can be related to the quality of the information processed. The Real-Time Schemata yields a descriptive analytic model of this behavior. To analyze real-time processes a structured hierarchical form is most efficient. Fundamental structural elements are described and a procedure to generate them is given. The development of quality software within this framework is also discussed.
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