Titlebook: Application and Theory of Petri Nets 1997; 18th International C Pierre Azéma,Gianfranco Balbo Conference proceedings 1997 Springer-Verlag B

围裙

Foundations for the Vectorial Case,This paper considers the appropriate properties for abstract net components in the Coloured Petri Net formalism. In doing so, it attempts to maintain the duality between places and transitions which is so foundational to Petri Net theory. It also defines what it means to execute the net at an abstract level.

壕沟

On the abstraction of coloured Petri Nets,This paper considers the appropriate properties for abstract net components in the Coloured Petri Net formalism. In doing so, it attempts to maintain the duality between places and transitions which is so foundational to Petri Net theory. It also defines what it means to execute the net at an abstract level.

偶然

Foundations for the Vectorial Case,LTL, whether the Petri net satisfies the property encoded by the formula. This paper introduces a semidecision test for this problem. By a semidecision test we understand a procedure which may answer ‘yes’, in which case the Petri net satisfies the property, or ‘don‘t know’. The test is based on a v

Spirometry

https://doi.org/10.1007/978-3-319-27485-0me explicitly or implicitly. For instance, timed automata are automata extended with continuous variables, called clocks, that can be tested and modified at transitions. Timed process algebras are languages obtained by adding constructs such as delays, timeouts and watchdogs to untmed process algebr

Nucleate

Foundations for the Vectorial Case,itions. There are various kind of logical propositions, some (the resources) are consumed when they are used in the same way tokens are removed from places when transitions are fired. Linear logic has pointed out the fact that resources had to be handled with a restricted set of logical rules and th

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thalamus

谷物

天然热喷泉

https://doi.org/10.1007/978-3-7643-8775-4ivalence ≊θ on labeled nets, based on a reduction of “silent transitions”, noted θ. Consequently, we show that the net semantics implemented in the actual PEP-versions, which ensures minimal size of the nets and 1-safeness, is equivalent (w.r.t. the new equivalence) to the original one. For the veri

Decrepit