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Time windows: an approach to automated abstraction of continuous-time models into discrete-event models

Qi Wang, François E. Cellier

发表年份
2002
引用次数
19

摘要

The automated generation of time windows from continuous system simulation models is described. Time windows can be used to automatically generate equivalent discrete-event models at a coarser granularity level and they are also instrumental to the design of event-based control systems. The generation of time windows represents one facility in the knowledge-based multifaceted modeling and simulation environment DEVS/Scheme. In this environment, continuous-time and discrete-event models can coexist, and they can be amalgamated with AI techniques. The usefulness of these concepts is demonstrated by means of a model of a robot controlled fluid handling laboratory for space station Freedom to be used for research in life sciences, microgravity sciences and space medicine.< <ETX xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink">&gt;</ETX>

关键词

Event (particle physics)Computer scienceGranularityDEVSAbstractionDiscrete event simulationDiscrete event dynamic systemReal-time computingTheoretical computer scienceDiscrete system

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