Add to ORKGAbstract. Partial order (PO) reduction methods are widely employed to combat state explosion during model-checking. In this paper, we develop a partial order reduction algorithm for rule-based languages, such as Murphi[5] and Unity[3]. Our algorithm is based on the simple observation that for finite-state systems, the independence conditions can be encoded as boolean propositions, which can be checked by a SAT solver. We compare the results of this algorithm against a standard, static-analysis based algorithm, with favorable results.
Sound criteria for partial order reduction for probabilistic concurrent systems have been presented ...
Concurrent systems are notoriously difficult to analyze, and technological advances such as weak mem...
Different approaches have been developed to mitigate the state space explosion of model checking tec...
Partial order reductions are a class of methods that attempt to reduce the state space that must be...
This paper aims at making partial-order reduction independent of the modeling language. Our starting...
In model checking, reduction techniques can be helpful tools to fight the state-space explosion prob...
Partial-order reduction (POR) is a well-established technique to combat the problem of state-space e...
Model checking is an efficient technique for verifying properties on asynchronous systems. Unfortuna...
This thesis expands the usage of partial order reduction methods in reducing the state space of larg...
Partial-order reduction (POR) is a well-established technique to combat the problem of state-space e...
This paper aims at making partial-order reduction independent of the modeling language. To this end,...
Partial order reduction is a very succesful technique for avoiding the state explosion problem that ...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
Symbolic execution is an important technique for software analysis, which enables systematic model e...
Part 1: Ensuring Properties of Distributed SystemsInternational audienceConcurrent systems are notor...
Sound criteria for partial order reduction for probabilistic concurrent systems have been presented ...
Concurrent systems are notoriously difficult to analyze, and technological advances such as weak mem...
Different approaches have been developed to mitigate the state space explosion of model checking tec...
Partial order reductions are a class of methods that attempt to reduce the state space that must be...
This paper aims at making partial-order reduction independent of the modeling language. Our starting...
In model checking, reduction techniques can be helpful tools to fight the state-space explosion prob...
Partial-order reduction (POR) is a well-established technique to combat the problem of state-space e...
Model checking is an efficient technique for verifying properties on asynchronous systems. Unfortuna...
This thesis expands the usage of partial order reduction methods in reducing the state space of larg...
Partial-order reduction (POR) is a well-established technique to combat the problem of state-space e...
This paper aims at making partial-order reduction independent of the modeling language. To this end,...
Partial order reduction is a very succesful technique for avoiding the state explosion problem that ...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
Symbolic execution is an important technique for software analysis, which enables systematic model e...
Part 1: Ensuring Properties of Distributed SystemsInternational audienceConcurrent systems are notor...
Sound criteria for partial order reduction for probabilistic concurrent systems have been presented ...
Concurrent systems are notoriously difficult to analyze, and technological advances such as weak mem...
Different approaches have been developed to mitigate the state space explosion of model checking tec...