Abstract. Standard distributed algorithmic solutions to recurring distributed problems are commonly specified and described informally. A proper understanding of these distributed algorithms that clarifies ambiguities requires formal descriptions. However, formalisation tends to yield complex descriptions. We formally study two broadcast algorithms and present an encoding framework using a process descriptive language and formalise these algorithms and their specifications using this framework. Following these new formal encodings we discuss correct-ness proofs for the same algorithms
The new edition of a guide to distributed algorithms that emphasizes examples and exercises rather t...
The new edition of a guide to distributed algorithms that emphasizes examples and exercises rather t...
Abstract. Distributed Algorithms are hard to prove correct. In settings with process failures, thing...
International audienceDistributed algorithms are considered to be very complex to design and to prov...
In this paper we argue that high-level Petri nets are well suited for the representation of distribu...
Distributed Algorithms express problems as concurrent failing processes which co- operate and intera...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
International audienceWe exhibit a methodology to develop mechanically-checkable parameterized proof...
Abstract. Theorem proving and model checking are combined to fully formalize a correctness proof of ...
The aim of this paper to demonstrate rigorous reasoning in the context of concurrency. We present a ...
International audienceDistributed algorithms are subtle and error-prone. Still, very few of them hav...
he paper reports on practical experience with the event B method, when developing case studies, espe...
International audienceFormal proofs of distributed algorithms are long, hard and tedious. We propose...
International audienceFormal proofs of distributed algorithms are long, hard and tedious. We propose...
Distributed algorithms are subtle and error-prone. Still, very few of them have been formally verifi...
The new edition of a guide to distributed algorithms that emphasizes examples and exercises rather t...
The new edition of a guide to distributed algorithms that emphasizes examples and exercises rather t...
Abstract. Distributed Algorithms are hard to prove correct. In settings with process failures, thing...
International audienceDistributed algorithms are considered to be very complex to design and to prov...
In this paper we argue that high-level Petri nets are well suited for the representation of distribu...
Distributed Algorithms express problems as concurrent failing processes which co- operate and intera...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
International audienceWe exhibit a methodology to develop mechanically-checkable parameterized proof...
Abstract. Theorem proving and model checking are combined to fully formalize a correctness proof of ...
The aim of this paper to demonstrate rigorous reasoning in the context of concurrency. We present a ...
International audienceDistributed algorithms are subtle and error-prone. Still, very few of them hav...
he paper reports on practical experience with the event B method, when developing case studies, espe...
International audienceFormal proofs of distributed algorithms are long, hard and tedious. We propose...
International audienceFormal proofs of distributed algorithms are long, hard and tedious. We propose...
Distributed algorithms are subtle and error-prone. Still, very few of them have been formally verifi...
The new edition of a guide to distributed algorithms that emphasizes examples and exercises rather t...
The new edition of a guide to distributed algorithms that emphasizes examples and exercises rather t...
Abstract. Distributed Algorithms are hard to prove correct. In settings with process failures, thing...