In this research, we have developed symbolic algorithms and their open-source implemen-tations that effectively solve liveness verification problem for industrially relevant hardwaresystems. In principle, our tool-suite works on any sequential hardware circuit and for thewhole family of ω-regular properties. Practicality and effectiveness of our tool-suite havebeen demonstrated in the context of proving response properties (a very common and impor-tant liveness property) of on-chip communication fabrics
International audienceTo ensure correctness of critical systems, swarm verification produces proofs ...
Le Model-Checking est une technique automatisée, utilisée dans l’industrie pour la vérification, enj...
A method is proposed for reasoning about safety and liveness properties of message passing networks....
In this research, we have developed symbolic algorithms and their open-source implemen-tations that ...
In the realm of multi-core processors and systems-on-chip, communication fabrics constitute a key el...
Protocol verification is a key component to hardware and software design. The proliferation of concu...
With increasing design complexity, verification becomes a more and more important aspect of the desi...
As the world increasingly depends on complex systems to transfer messages, store our data, and contr...
Abstract. Avoiding message dependent deadlocks in communication fabrics is critical for modern micro...
To reduce problems encountered in the later phases of the software life cycle, verification techniq...
AbstractInterleaved models of computations limit the number of system components that can change sta...
Model-Checking is an automated technique used in industry for verification, a major issue in the des...
AbstractTemporal logic is widely used for specifying hardware and software systems. Typically two ty...
Steadily increasing design sizes, make the verification a bottleneck in modern design flows of digit...
this paper, we show how symbolic modelchecking has been used to verify a real life protocol. Specifi...
International audienceTo ensure correctness of critical systems, swarm verification produces proofs ...
Le Model-Checking est une technique automatisée, utilisée dans l’industrie pour la vérification, enj...
A method is proposed for reasoning about safety and liveness properties of message passing networks....
In this research, we have developed symbolic algorithms and their open-source implemen-tations that ...
In the realm of multi-core processors and systems-on-chip, communication fabrics constitute a key el...
Protocol verification is a key component to hardware and software design. The proliferation of concu...
With increasing design complexity, verification becomes a more and more important aspect of the desi...
As the world increasingly depends on complex systems to transfer messages, store our data, and contr...
Abstract. Avoiding message dependent deadlocks in communication fabrics is critical for modern micro...
To reduce problems encountered in the later phases of the software life cycle, verification techniq...
AbstractInterleaved models of computations limit the number of system components that can change sta...
Model-Checking is an automated technique used in industry for verification, a major issue in the des...
AbstractTemporal logic is widely used for specifying hardware and software systems. Typically two ty...
Steadily increasing design sizes, make the verification a bottleneck in modern design flows of digit...
this paper, we show how symbolic modelchecking has been used to verify a real life protocol. Specifi...
International audienceTo ensure correctness of critical systems, swarm verification produces proofs ...
Le Model-Checking est une technique automatisée, utilisée dans l’industrie pour la vérification, enj...
A method is proposed for reasoning about safety and liveness properties of message passing networks....