AbstractThe χ-calculus is an important evolution for mobile process calculi. Open congruence is widely studied in χ-calculus. However, there still lacks an algorithm for checking this bisimulation relation. In this paper, the symbolic technique is applied to the research of χ-calculus and an efficient characterization for strong open congruence which does not involve quantification over substitutions is given. Based on it, an algorithm, which instantiates bound names 'on-the-fly', is developed to check strong open congruence for finite control processes
Some alternative characterizations of late full congruences, either strong or weak, are presented. T...
AbstractWe apply the recently developed techniques of higher order abstract syntax and functorial op...
International audienceWe showed in a recent paper that, when verifying a modal µ-calculus formula, t...
The χ-calculus is an important evolution for mobile process calculi. Open congruence is widely studi...
In this paper, we study weak bisimulation congruences for the χ-calculus, a symmetric variant of the...
Abstract. In this paper, we study weak bisimulation congruences for the χ-calculus, a symmetric vari...
AbstractThis paper focusses on explicit substitutions in the π-calculus. The investigation is carrie...
AbstractThe paper investigates the nonsymbolic algebraic semantics of the weak bisimulation congruen...
AbstractThe partition refinement algorithm is the basis for most of the tools for checking bisimulat...
AbstractWe define and use a SOS-based framework to specify the transition systems of calculi with na...
Abstractχ-Calculus was proposed as a process calculus that has a uniform treatment of names. Prelimi...
AbstractWe introduce a typed π-calculus where strong normalisation is ensured by typability. Strong ...
Article dans revue scientifique avec comité de lecture.We describe the concept of an abstract congru...
AbstractWe present general results for showing process equivalences applied to the finite control fr...
AbstractWe introduce a temporal logic for the polyadicπ-calculus based on fixed point extensions of ...
Some alternative characterizations of late full congruences, either strong or weak, are presented. T...
AbstractWe apply the recently developed techniques of higher order abstract syntax and functorial op...
International audienceWe showed in a recent paper that, when verifying a modal µ-calculus formula, t...
The χ-calculus is an important evolution for mobile process calculi. Open congruence is widely studi...
In this paper, we study weak bisimulation congruences for the χ-calculus, a symmetric variant of the...
Abstract. In this paper, we study weak bisimulation congruences for the χ-calculus, a symmetric vari...
AbstractThis paper focusses on explicit substitutions in the π-calculus. The investigation is carrie...
AbstractThe paper investigates the nonsymbolic algebraic semantics of the weak bisimulation congruen...
AbstractThe partition refinement algorithm is the basis for most of the tools for checking bisimulat...
AbstractWe define and use a SOS-based framework to specify the transition systems of calculi with na...
Abstractχ-Calculus was proposed as a process calculus that has a uniform treatment of names. Prelimi...
AbstractWe introduce a typed π-calculus where strong normalisation is ensured by typability. Strong ...
Article dans revue scientifique avec comité de lecture.We describe the concept of an abstract congru...
AbstractWe present general results for showing process equivalences applied to the finite control fr...
AbstractWe introduce a temporal logic for the polyadicπ-calculus based on fixed point extensions of ...
Some alternative characterizations of late full congruences, either strong or weak, are presented. T...
AbstractWe apply the recently developed techniques of higher order abstract syntax and functorial op...
International audienceWe showed in a recent paper that, when verifying a modal µ-calculus formula, t...