Maximally Permissive State Feedback Logic for Controlled Time Petri Nets

  • Chen H
  • Li H
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Abstract

The synthesis of state feedback logic for the control problem of maintaining a predicate on the state set of a timed discrete event system is considered in the setting of controlled time Petri nets. We introduce a kind of invariance for predicates and propose a fixpoint algorithm for computing the extremal invariant predicate. On the basis of this, maximally permissive state feedback logic can be characterized and systematically synthesized

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Authors

  • HaoXun Chen

  • HuiFeng Li

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