When analyzing the behavior of finite-state concurrent systems by model checking, one way of fighting state explosion is to reduce the model as much as possible whilst preserving the properties under verification. We consider the framework of action-based systems, whose behaviors can be represented by labeled transition systems (LTSs), and whose temporal properties of interest can be formulated in modal mu-calculus (Lmu). First, we determine, for any Lmu formula, the maximal set of actions that can be hidden in the LTS without changing the interpretation of the formula. Then, we define dsbrLmu, a fragment of Lmu which is compatible with divergence-sensitive branching bisimulation. This enables us to apply the maximal hiding and to reduce th...
Model-checking is a popular technique for verifying finite-state concurrent systems, the behaviour o...
International audienceOne approach to verify a property expressed as a modal μ-calculus formula on a...
International audienceOne approach to verify a property expressed as a modal μ-calculus formula on a...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
International audienceWhen analyzing the behavior of finite-state concurrent systems by model checki...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
International audienceWhen analyzing the behavior of finite-state concurrent systems by model checki...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
The modal mu-calculus is an expressive logic that can be used to specify safety and liveness propert...
Model-checking is a popular technique for verifying finite-state concurrent systems, the behaviour o...
International audienceOne approach to verify a property expressed as a modal μ-calculus formula on a...
International audienceOne approach to verify a property expressed as a modal μ-calculus formula on a...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
International audienceWhen analyzing the behavior of finite-state concurrent systems by model checki...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
International audienceWhen analyzing the behavior of finite-state concurrent systems by model checki...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
When analyzing the behavior of finite-state concurrent systems by model checking, one way of fightin...
The modal mu-calculus is an expressive logic that can be used to specify safety and liveness propert...
Model-checking is a popular technique for verifying finite-state concurrent systems, the behaviour o...
International audienceOne approach to verify a property expressed as a modal μ-calculus formula on a...
International audienceOne approach to verify a property expressed as a modal μ-calculus formula on a...