Title :
Bisimilarity Enforcement for Discrete Event Systems Using Deterministic Control
Author :
Changyan Zhou ; Kumar, Ravindra
Author_Institution :
Magnatech LLC, East Windsor, CT, USA
Abstract :
For discrete event systems, the control to enforce bisimilarity with respect to a given specification has been studied in , , . In this note we consider the case when the control is required to be deterministic. While a deterministic control is restrictive compared to a nondeterministic one, the case of deterministic control has its own practical significance as it is easier to implement and computationally less expensive to verify. We provide a necessary and sufficient condition for the existence of a bisimilarity enforcing deterministic control, and discuss its computational complexity. We also study properties related to the synthesis of “subspecification” and “superspecification”.
Keywords :
computational complexity; deterministic algorithms; discrete event systems; bisimilarity enforcement; computational complexity; deterministic control; discrete event systems; Automata; Complexity theory; Control systems; Discrete event systems; Observability; Synchronization; Bisimulation equivalence; control; discrete event systems; partial observation;
Journal_Title :
Automatic Control, IEEE Transactions on
DOI :
10.1109/TAC.2011.2161790