Abstract :
AnDeCS (for analysis and design of controlled systems) is a project for developing a coherent computer-aided technology for concurrent control engineering, i.e., multidisciplinary dynamics design integration with emphasis on controlled systems. The technological requirements (concepts, methods, and software tools) for supporting end-user aims, a common view on method-experiments and model-experiments, multidisciplinary information sharing, and project teaming are considered. Of particular interest are the AnDeCS dynamics-model bus and the engineering-data bus. Also dealt with is the layered development approach, which interrelates in a structured way data processing, software engineering, object-oriented data abstraction, and numerics, with specific dynamics engineering methods, computational application modules, and high-level modular multiobjective design experimentation
Keywords :
control system CAD; control system analysis computing; object-oriented methods; AnDeCS; computational application modules; concurrent control engineering project; data processing; dynamics engineering methods; dynamics-model bus; end-user aims; engineering-data bus; high-level modular multiobjective design experimentation; layered development approach; method-experiments; model-experiments; multidisciplinary dynamics design integration; multidisciplinary information sharing; numerics; object-oriented data abstraction; project teaming; software engineering; Computer applications; Concurrent computing; Control engineering; Control systems; Data engineering; Data processing; Design engineering; Object oriented modeling; Software engineering; Software tools;