Titlebook: CONCUR 2001 - Concurrency Theory; 12th International C Kim G. Larsen,Mogens Nielsen Conference proceedings 2001 Springer-Verlag Berlin Heid

fluoroscopy

https://doi.org/10.1007/978-3-322-90504-8ion from labelled transition systems to unlabelled ones, preserving bisimilarity and satisfiability of μ-calculus formulas. We apply the reduction to the class of transition systems generated by Petri nets and pushdown automata, and obtain several decidability/complexity corollaries for unlabelled s

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Control of Networks of Unmanned Vehiclesnteraction between discrete decision making and continuous control. The control of such systems is often frequently organized in hierarchical fashion to obtain a logarithmic decrease in complexity associated with the design, We have used as examples three classes of systems to motivate the design approach:

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Bounded Reachability Checking with Process Semanticsking to asynchronous systems. More specifically, we translate the bounded reachability problem for 1-safe Petri nets into constrained Boolean circuit satisfiability. We consider three semantics: process, step, and interleaving semantics. We show that process semantics has often the best performance for bounded reachability checking.

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