International audienceFormal methods can verify the correctness of a concurrentsystem by analyzing its model. However, if the actual implementation iswritten by hand, subtle and hard to detect bugs may be unintentionallyintroduced, thus ruining the verification effort. In this paper, we presentDLC (Distributed LNT Compiler), a tool that automatically generatesdistributed implementation of concurrent systems modeled in the LNTlanguage, which can be formally verified using the CADP toolbox
This thesis enters in the frame of the automatic verification of concurrent software based on an int...
National audienceThe design of correct concurrent and distributed algorithms is notoriously difficul...
International audienceAs software system and its complexity are fast growing, software correctness b...
International audienceFormal methods can verify the correctness of a concurrentsystem by analyzing i...
International audienceFormal process languages inheriting the concurrency and communication features...
International audienceFormal process languages inheriting the concurrency and communication features...
Part 6: Session 5: Model CheckingInternational audienceDistributed systems are hard to design, and f...
International audienceDesigning and developing distributed and concurrent applications has always be...
International audienceCADP (Construction and Analysis of Distributed Processes) is a comprehensive s...
International audienceAsynchronous concurrency is becoming increasingly present in a large spectrum ...
AbstractThe development of reliable software for industrial critical systems benefits from the use o...
International audienceCADP (Construction and Analysis of Distributed Processes) is a toolbox for spe...
The verification of distributed real-time systems designed by architectural languages such as AADL (...
This paper presents a foundation for refining concurrent programs with structured control flow. The ...
International audienceBeyond his seminal contributions to the theory and the design of concurrent an...
This thesis enters in the frame of the automatic verification of concurrent software based on an int...
National audienceThe design of correct concurrent and distributed algorithms is notoriously difficul...
International audienceAs software system and its complexity are fast growing, software correctness b...
International audienceFormal methods can verify the correctness of a concurrentsystem by analyzing i...
International audienceFormal process languages inheriting the concurrency and communication features...
International audienceFormal process languages inheriting the concurrency and communication features...
Part 6: Session 5: Model CheckingInternational audienceDistributed systems are hard to design, and f...
International audienceDesigning and developing distributed and concurrent applications has always be...
International audienceCADP (Construction and Analysis of Distributed Processes) is a comprehensive s...
International audienceAsynchronous concurrency is becoming increasingly present in a large spectrum ...
AbstractThe development of reliable software for industrial critical systems benefits from the use o...
International audienceCADP (Construction and Analysis of Distributed Processes) is a toolbox for spe...
The verification of distributed real-time systems designed by architectural languages such as AADL (...
This paper presents a foundation for refining concurrent programs with structured control flow. The ...
International audienceBeyond his seminal contributions to the theory and the design of concurrent an...
This thesis enters in the frame of the automatic verification of concurrent software based on an int...
National audienceThe design of correct concurrent and distributed algorithms is notoriously difficul...
International audienceAs software system and its complexity are fast growing, software correctness b...