In this paper, we present a new computer tool for verification of distributed systems. As an example, we establish the correctness of Lamport's Fast Mutual Exclusion Algorithm. The tool implements the method of occurrence graphs with symmetries (OS-graphs) for Coloured Petri Nets(CP-nets). The basic idea in the approach is to exploit the symmetries inherent in many distributed systems to construct a condensed state space. We demonstrate a signigicant increase in the number of states which can be analysed. The paper is to a large extent self-contained and does not assume any prior knowledge of CP-nets (or any other kinds of Petri Nets) or OS-graphs. CP-nets and OS-graphs are not our invention. Our contribution is development of the tool an...
This thesis enters in the frame of the automatic verification of concurrent software based on an int...
In this paper we present a CTL-like logic which is interpreted over the state spaces of Coloured Pet...
State-space based techniques represent a powerful analysis tool of discrete-event systems. One way t...
In this paper, we present a new computer tool for verification of distributed systems. As an example...
In this paper we present Coloured Petri Nets and occurrence graphs with symmetries as a means for ve...
This paper recalls the concept of occurrence graphs with permuta- tion symmetries (OS-graphs) for Co...
[[abstract]]A colored generalized stochastic Petri net (CGSPN) model was used to study the correctne...
This paper provides an overview og the work done for the author's PhD thesis. The research area of C...
In this paper we argue that high-level Petri nets are well suited for the representation of distribu...
International audienceFormal verification of complex systems using high-level Petri Nets faces the s...
Distributed systems are difficult to design and the simplest of them can have subtle errors. Convent...
Coloured Petri nets have proved to be a useful formalism for modeling distributed algorithms, i.e., ...
State-space reduction techniques for distributed discrete-event systems are normally based on detect...
Abstract. Coloured Petri nets have proved to be a useful formalism for modeling distributed algorith...
The symmetry reduction method is a technique for alleviating the combinatorial explosion problem ari...
This thesis enters in the frame of the automatic verification of concurrent software based on an int...
In this paper we present a CTL-like logic which is interpreted over the state spaces of Coloured Pet...
State-space based techniques represent a powerful analysis tool of discrete-event systems. One way t...
In this paper, we present a new computer tool for verification of distributed systems. As an example...
In this paper we present Coloured Petri Nets and occurrence graphs with symmetries as a means for ve...
This paper recalls the concept of occurrence graphs with permuta- tion symmetries (OS-graphs) for Co...
[[abstract]]A colored generalized stochastic Petri net (CGSPN) model was used to study the correctne...
This paper provides an overview og the work done for the author's PhD thesis. The research area of C...
In this paper we argue that high-level Petri nets are well suited for the representation of distribu...
International audienceFormal verification of complex systems using high-level Petri Nets faces the s...
Distributed systems are difficult to design and the simplest of them can have subtle errors. Convent...
Coloured Petri nets have proved to be a useful formalism for modeling distributed algorithms, i.e., ...
State-space reduction techniques for distributed discrete-event systems are normally based on detect...
Abstract. Coloured Petri nets have proved to be a useful formalism for modeling distributed algorith...
The symmetry reduction method is a technique for alleviating the combinatorial explosion problem ari...
This thesis enters in the frame of the automatic verification of concurrent software based on an int...
In this paper we present a CTL-like logic which is interpreted over the state spaces of Coloured Pet...
State-space based techniques represent a powerful analysis tool of discrete-event systems. One way t...