Summary: The Petri net is a very efficient model to describe and analyse the behaviour of Discrete Event Systems. However, faced to the complexity, modular design is needed to deal with large systems. The coverability graph is a useful tool allowing to analyse system’s properties. But its capacities are limited to finite coverability graph merging for modular design. This paper studies the temporal complexity of finite coverability graph construction using the minimal coverability graph algorithm. It focuses on modular design using shared transitions and concludes on the advantages and drawbacks of this class of approach
International audienceDownward closures of Petri net reachability sets can be finitely represented b...
The use of different High-level Petri net formalisms has made it possible to create Petri net models...
We introduce ω-Petri nets (ωPN), an extension of plain Petri nets with ω-labeled input and output ar...
Petri nets represent a powerful tool for modeling the discrete event systems. The Petri net markings...
The minimal coverability set (MCS) of a Petri net is a finite representation of the downward-closure...
Abstract—Time Petri nets are an extension of Petri nets formalism with time specifications on transi...
The systems to model are nowadays very large. Their specification is often decomposed into several s...
International audienceThe verification of infinite-state systems is a challenging task. A prominent ...
This publication addresses two bottlenecks in the construction of minimal coverability sets of Petri...
Petri nets have been proposed as a fundamental model for discrete-event systems in a wide variety of...
International audiencePetri nets have been proposed as a fundamental model for discrete-event system...
This paper presents the Monotone-Pruning algorithm (MP) for computing the minimal coverability set o...
Master's thesis in Computer sciencePetri nets are a long time established modeling concept for model...
Abstract. Time-Basic Petri nets, is a powerful formalism for model-ing real-time systems where time ...
International audienceMany databases have been filled with the chemical reactions found in scientifi...
International audienceDownward closures of Petri net reachability sets can be finitely represented b...
The use of different High-level Petri net formalisms has made it possible to create Petri net models...
We introduce ω-Petri nets (ωPN), an extension of plain Petri nets with ω-labeled input and output ar...
Petri nets represent a powerful tool for modeling the discrete event systems. The Petri net markings...
The minimal coverability set (MCS) of a Petri net is a finite representation of the downward-closure...
Abstract—Time Petri nets are an extension of Petri nets formalism with time specifications on transi...
The systems to model are nowadays very large. Their specification is often decomposed into several s...
International audienceThe verification of infinite-state systems is a challenging task. A prominent ...
This publication addresses two bottlenecks in the construction of minimal coverability sets of Petri...
Petri nets have been proposed as a fundamental model for discrete-event systems in a wide variety of...
International audiencePetri nets have been proposed as a fundamental model for discrete-event system...
This paper presents the Monotone-Pruning algorithm (MP) for computing the minimal coverability set o...
Master's thesis in Computer sciencePetri nets are a long time established modeling concept for model...
Abstract. Time-Basic Petri nets, is a powerful formalism for model-ing real-time systems where time ...
International audienceMany databases have been filled with the chemical reactions found in scientifi...
International audienceDownward closures of Petri net reachability sets can be finitely represented b...
The use of different High-level Petri net formalisms has made it possible to create Petri net models...
We introduce ω-Petri nets (ωPN), an extension of plain Petri nets with ω-labeled input and output ar...