Titlebook: Application and Theory of Petri Nets 2000; 21st International C Mogens Nielsen,Dan Simpson Conference proceedings 2000 Springer-Verlag Berl

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https://doi.org/10.1007/978-3-031-18761-2g, there is a 1-safe Petri net with the same interleaving behaviour. Indeed these types of Petri nets generate regular languages. In this paper, we show that this equivalence of .-safe and 1-safe Petri nets holds also for their pomset languages, a true-concurrency semantics.

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Executing Transactions in Zero-Safe Netsvia . nets we must be aware that the basic activities of each system can vary in duration and can be constituted by smaller internal activities, i.e., transitions are conceptually refined into .. We address the issue of modeling transactions in distributed systems by using ., which extend . nets wit

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Efficient Symbolic State-Space Construction for Asynchronous Systemssymbolic generation of the state spaces of . system models, such as Petri nets, is developed. The algorithm is based on previous work that employs . for efficiently storing sets of reachable states. In contrast to related approaches, however, it fully exploits ., supports intelligent ., and achieves

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Designing a LTL Model-Checker Based on Unfolding Graphsand the two key algorithms presented in [.]. Our study is based on the recognition of stuttering behavior in a formula automaton and on the on-the-fly construction of an unfolding graph. Moreover, the characterization of different kinds of behaviors allows us to design efficient algorithms for the d

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User Interface Prototyping Based on UML Scenarios and High-Level Petri Nets of the system in form of a high-level Petri net. Scenarios are acquired in the form of sequence diagrams as defined by the Unified Modeling Language (UML), and are enriched with user interface information. These diagrams are transformed into Petri net specifications and merged to obtain a global Pe