Symmetry reduction for time Petri net state classes

Abstract : We propose a method to exploit the symmetries of a real-time system represented by a Time Petri net for its verification by model-checking. The method handles both markings and timing constraints; it can be used in conjunction with the widely used state classes abstraction, a construction providing a finite representation of the behavior of a Time Petri net preserving its markings and traces. The approach has been implemented and experiments are reported.
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Journal articles
Science of Computer Programming, Elsevier, 2016, Science of Computer Programming, 132 (Part 2), pp.209 - 225
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Pierre-Alain Bourdil, Bernard Berthomieu, Silvano Dal Zilio, François Vernadat. Symmetry reduction for time Petri net state classes. Science of Computer Programming, Elsevier, 2016, Science of Computer Programming, 132 (Part 2), pp.209 - 225. 〈hal-01561994〉

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