In this paper we improve a model checking algorithm based on the tableau method of Stifling and Walker. The algorithm proves whether a property expressed in the modal mu-calculus holds for a state in a finite transition system. It makes subsequent use of subtableaux which were calculated earlier in the proof run. These aubtab|eaux are reduced to expressions. Examples show that both size of tableaux and execution time of the algorithm are reduced
AbstractMany different methods have been devised for automatically verifying finite state systems by...
Model-checking is a successful technique for automatically verifying concurrent finite-state systems...
We present a CTL-like logic which is interpreted over labeled asynchronous transition systems. The i...
In this paper we improve a model checking algorithm based on the tableau method of Stifling and Walk...
AbstractWe present a sound and complete tableau proof system for establishing whether a set of eleme...
AbstractThis note presents a straightforward algorithm for checking whether or not a state of a labe...
We present a tableau system for the model checking problem of the linear time µ-calculus. It improve...
AbstractModel checking is an automatic technique for verifying properties of finite concurrent syste...
We develop a model-checking algorithm that decides for a given context-free process whether it satis...
International audienceMemory logics are modal logics whose semantics is specified in terms of relati...
This paper examines FLC, which is the modal -calculus enriched with a sequential composition operat...
The higher-dimensional modal µ-calculus is an extension of the µ-calculus in which formulas are inte...
Abstract. Memory logics are modal logics whose semantics is specified in terms of relational models ...
Many notions of models in computer science provide quantitative information, or uncertainties, which...
AbstractIt is known that pushdown processes have a decidable monadic second-order theory (Muller and...
AbstractMany different methods have been devised for automatically verifying finite state systems by...
Model-checking is a successful technique for automatically verifying concurrent finite-state systems...
We present a CTL-like logic which is interpreted over labeled asynchronous transition systems. The i...
In this paper we improve a model checking algorithm based on the tableau method of Stifling and Walk...
AbstractWe present a sound and complete tableau proof system for establishing whether a set of eleme...
AbstractThis note presents a straightforward algorithm for checking whether or not a state of a labe...
We present a tableau system for the model checking problem of the linear time µ-calculus. It improve...
AbstractModel checking is an automatic technique for verifying properties of finite concurrent syste...
We develop a model-checking algorithm that decides for a given context-free process whether it satis...
International audienceMemory logics are modal logics whose semantics is specified in terms of relati...
This paper examines FLC, which is the modal -calculus enriched with a sequential composition operat...
The higher-dimensional modal µ-calculus is an extension of the µ-calculus in which formulas are inte...
Abstract. Memory logics are modal logics whose semantics is specified in terms of relational models ...
Many notions of models in computer science provide quantitative information, or uncertainties, which...
AbstractIt is known that pushdown processes have a decidable monadic second-order theory (Muller and...
AbstractMany different methods have been devised for automatically verifying finite state systems by...
Model-checking is a successful technique for automatically verifying concurrent finite-state systems...
We present a CTL-like logic which is interpreted over labeled asynchronous transition systems. The i...