The design of a distributed system is known to be a difficult task which can be eased by various techniques including validation and debugging. The model-based design (e.g. with UML or other adapted specification languages) abstracts the actions the system can do into events which change its global state. Depending on the assumptions the designer makes, the model can be eithe
International audienceThis article is concerned with the veri cation of closed-loop asynchronous rea...
Model checking of asynchronous systems is traditionally based on the interleaving model, where an ex...
Abstract. In this paper we present work on trail im-provement and partial-order reduction in the con...
The design of a distributed system is known to be a difficult task which can be eased by various tec...
Temporal logic has become a well-established method for specifying the behavior of distributed syste...
This thesis presents a formal framework for the analysis of execution traces collected from distribu...
International audienceDespite the high-level of automation offered by model-checking techniques for ...
Abstract. It is well known that through code instrumentation, a dis-tributed system’s finite executi...
textTraditional approaches for eliminating errors in concurrent and distributed programs include fo...
Partial order reduction is a very succesful technique for avoiding the state explosion problem that ...
AbstractChecking the correctness of software is a growing challenge. In this paper, we present a pro...
Certain behavioral properties of distributed systems are difficult to express in interleaving semant...
International audienceIn the life cycle of any software system, a crucial phase of formalization and...
The paper explores the overall feasibility and possible advantages of part-whole hierarchical state-...
This chapter gives an overview of model checking, focusing on the verification of concurrent, distrib...
International audienceThis article is concerned with the veri cation of closed-loop asynchronous rea...
Model checking of asynchronous systems is traditionally based on the interleaving model, where an ex...
Abstract. In this paper we present work on trail im-provement and partial-order reduction in the con...
The design of a distributed system is known to be a difficult task which can be eased by various tec...
Temporal logic has become a well-established method for specifying the behavior of distributed syste...
This thesis presents a formal framework for the analysis of execution traces collected from distribu...
International audienceDespite the high-level of automation offered by model-checking techniques for ...
Abstract. It is well known that through code instrumentation, a dis-tributed system’s finite executi...
textTraditional approaches for eliminating errors in concurrent and distributed programs include fo...
Partial order reduction is a very succesful technique for avoiding the state explosion problem that ...
AbstractChecking the correctness of software is a growing challenge. In this paper, we present a pro...
Certain behavioral properties of distributed systems are difficult to express in interleaving semant...
International audienceIn the life cycle of any software system, a crucial phase of formalization and...
The paper explores the overall feasibility and possible advantages of part-whole hierarchical state-...
This chapter gives an overview of model checking, focusing on the verification of concurrent, distrib...
International audienceThis article is concerned with the veri cation of closed-loop asynchronous rea...
Model checking of asynchronous systems is traditionally based on the interleaving model, where an ex...
Abstract. In this paper we present work on trail im-provement and partial-order reduction in the con...