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A modular design process as applied to signal processing and switching systems is described. Architecture analysis, high order language evaluation and comparison, system simulation, and hardware/software tradeoffs were made in the context of modular design of signal processing and switching systems. The principal motivation for modular system design is lower life cycle cost. (Author).
Contents: Program listing of the general simulation model for a bus architecture (FMODEL); Program listing of the Report formater (FREPORT); Listing of the Signal Processing Module library (SPMODULE); Listing of the Switching System Module library (SWMODULE); Listing of Signal Processing Simulation Runs; and Listings of Switching System Simulation Run.
Contents: Parallel Bus Architecture; Serial Bus Architecture; Matrix Switch Architecture; Array Processors; Parameters for Module Specification; Architecture Selection Criteria; Signal Processing Target System; Switching Target System; Architecture Selection for Signal Processing Systems; Architecture Selection for Switching Systems; Signal Processing Modules; Functional Modules of a Message Switch; Simulation Program Flowcharts; Computer Listings and Runs; Language Selection; and Bibliography.
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