1,721,013 research outputs found

    Diagnosis and Diagnosability Analysis Using PEPA

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    In this paper we propose the use of process algebras as powerful frameworks for model-based diagnosis. In fact, they provide machinery and tools for building component-oriented models, for characterizing and computing diagnoses, and for analyzing properties such as the diagnosability of the system under investigation

    Process algebras for systems diagnosis

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    AbstractIn this paper we propose a new characterization of model-based diagnosis based on process algebras, a framework which is widely used in several areas of computer science. We show that process algebras provide a powerful modelling language which allows us to capture, in an uniform way, different types of models of physical systems, including models of time-varying and dynamic behavior. Then we provide a characterization of diagnosis which is equivalent to the “classical” abductive one. This suggests new interesting opportunities for research on relations between model-based reasoning and process algebras
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