This paper presents a methodology for modelling and verification of high-assurance distributed protocols. In the paper we describe two main technical contributions needed for the development method: communication modelling patterns and a refinement strategy. The applicability of the proposed method is demonstrated by developing a new distributed resource allocation protocol. We also discuss the necessity of integrating other tools such as stochastic model checkers for enabling verification of wider range of protocol properties
Communication protocol design consists essentially of the construction of interacting protocol entit...
International audienceDistributed algorithms are present in our daily life and we depend on the corr...
Distributed algorithms typically run over arbitrary many processes and may involve unboundedly many ...
International audienceThis paper presents a methodology for modelling and verification of high-assur...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
Distributed protocols, typically expressed as stateful agents communicating asynchronously over buff...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
Distributed systems are rarely developed as monolithic programs. Instead, like any software, these s...
We report on recent research lines related to parameterized verification and model checking applied ...
Designing and implementing distributed systems correctly is a very challenging task. Tradition- ally...
Abstract — In distributed applications, software components embedded in the communication protocols ...
We propose a framework to automate and mechanize simulation-based proofs of cutoffs for parameterize...
We present a new approach, certified program models, to establish correctness of distributed protoco...
Part 6: Session 5: Model CheckingInternational audienceDistributed systems are hard to design, and f...
Communication protocol design consists essentially of the construction of interacting protocol entit...
International audienceDistributed algorithms are present in our daily life and we depend on the corr...
Distributed algorithms typically run over arbitrary many processes and may involve unboundedly many ...
International audienceThis paper presents a methodology for modelling and verification of high-assur...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
Distributed protocols, typically expressed as stateful agents communicating asynchronously over buff...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
International audienceThe verification of distributed algorithms is a challenge for formal technique...
Distributed systems are rarely developed as monolithic programs. Instead, like any software, these s...
We report on recent research lines related to parameterized verification and model checking applied ...
Designing and implementing distributed systems correctly is a very challenging task. Tradition- ally...
Abstract — In distributed applications, software components embedded in the communication protocols ...
We propose a framework to automate and mechanize simulation-based proofs of cutoffs for parameterize...
We present a new approach, certified program models, to establish correctness of distributed protoco...
Part 6: Session 5: Model CheckingInternational audienceDistributed systems are hard to design, and f...
Communication protocol design consists essentially of the construction of interacting protocol entit...
International audienceDistributed algorithms are present in our daily life and we depend on the corr...
Distributed algorithms typically run over arbitrary many processes and may involve unboundedly many ...