Using Interval Constrained Petri Nets and timed automata for diagnosis of dynamic systems


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Abstract


The purpose of the following article is a new approach to modeling, diagnosing and controlling of discrete-event systems. This approach is using a model which combines Interval Constrained Petri Nets (ICPN) and Timed Automata to describe the diagnosed system. The Petri net is used for modelling the system which needs controlling and the timed automata is being used for the controller. This article is a description of a case study, which is a cigarette production system where the tobacco density must be held in an interval.
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Keywords


Fault Diagnosis; Timed Automata; Petri Net; Discrete Event Systems

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References


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