Master thesis, Master Informatique de NancyThere are some important challenges associated with distributed systems including race conditions and deadlocks. These systems thus should be verified before deployment. Algorithmic verification is a formal technique; it means that the verification is itself performed algorithmically, in contrast to manual or interactive verification. Algorithmic representation of a system can be achieved using +CAL developed by Leslie Lamport. This work aims at removing some of the limitations of the previous version of the +CAL language. We have validated our implementation by verifying some algorithms
International audienceThe verification of distributed algorithms is a challenge for formal technique...
AbstractThis paper presents a method for mechanically proving the soundness of a programming logic f...
A technique to describe and to verify distributed algorithms is suggested. This technique (based on ...
La conception d'algorithmes pour les systèmes concurrents et répartis est subtile et difficile. Ces ...
Abstract. Designers of concurrent and distributed algorithms usually express them using pseudo-code....
International audienceThe verification of distributed algorithms is a challenge for formal technique...
The Dagstuhl Seminar 13141 "Formal Verification of Distributed Algorithms" brought together research...
International audienceThe Dagstuhl Seminar 13141 "Formal Verification of Distributed Algorithms" bro...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
Distributed algorithms are subtle and error-prone. Still, very few of them have been formally verifi...
International audienceA major problem in software engineering is assuring the correctness of a distr...
A technique to describe and to verify distributed algorithms is suggested. This technique (based on ...
International audienceDistributed algorithms are subtle and error-prone. Still, very few of them hav...
We study a class of distributed algorithms, generally known by the name of diffusing computa- tions,...
In this paper we argue that high-level Petri nets are well suited for the representation of distribu...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
AbstractThis paper presents a method for mechanically proving the soundness of a programming logic f...
A technique to describe and to verify distributed algorithms is suggested. This technique (based on ...
La conception d'algorithmes pour les systèmes concurrents et répartis est subtile et difficile. Ces ...
Abstract. Designers of concurrent and distributed algorithms usually express them using pseudo-code....
International audienceThe verification of distributed algorithms is a challenge for formal technique...
The Dagstuhl Seminar 13141 "Formal Verification of Distributed Algorithms" brought together research...
International audienceThe Dagstuhl Seminar 13141 "Formal Verification of Distributed Algorithms" bro...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
Distributed algorithms are subtle and error-prone. Still, very few of them have been formally verifi...
International audienceA major problem in software engineering is assuring the correctness of a distr...
A technique to describe and to verify distributed algorithms is suggested. This technique (based on ...
International audienceDistributed algorithms are subtle and error-prone. Still, very few of them hav...
We study a class of distributed algorithms, generally known by the name of diffusing computa- tions,...
In this paper we argue that high-level Petri nets are well suited for the representation of distribu...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
AbstractThis paper presents a method for mechanically proving the soundness of a programming logic f...
A technique to describe and to verify distributed algorithms is suggested. This technique (based on ...