AbstractWe present a model of distributed computation which is based on a fragment of the π-calculus relying on asynchronous point-to-point communication. We enrich the model with the following features: the explicit distribution of processes to locations, the routing of messages, the mobility of processes, and the failure of locations and their detection. Our contributions are two folds. At the specification level, we give a synthetic and flexible formalization of the features mentioned above. At the verification level, we provide original methods to reason about the bisimilarity of processes
AbstractWe present a calculus for mobile systems, the main novel feature of which is the separation ...
AbstractThis paper presents the formal specification of an abstract machine or the M-calculus, a new...
AbstractWe propose a simple model of distribution for mobile processes, independent of the underlyin...
AbstractWe present the π-calculus, a calculus of communicating systems in which one can naturally ex...
AbstractWe present the π-calculus, a calculus of communicating systems in which one can naturally ex...
AbstractWe illustrate the use of recently developed proof techniques for weak bisimulation by analys...
Ubiquitous computing makes various computing devices available throughout the physical setting. Ubiq...
AbstractWe compare the first- and the higher-order paradigms for the representation of mobility in p...
AbstractIn this paper, we comparatively analyze some mainstream calculi for mobility: asynchronous π...
AbstractBy imposing three semantic constraints on the π-calculus equipped with delayed input, we obt...
AbstractThis paper introduces a process calculus designed to capture the phenomenon of names which a...
In present-day computing environments, a user often employs programs which are sent or fetched from ...
International audienceWe illustrate the use of recently developped proof techniques for weak bisimul...
AbstractWe show how the π-calculus can express local communications within a distributed system, thr...
In this paper we study an asynchronous distributed #-calculus, with constructs for localities and mi...
AbstractWe present a calculus for mobile systems, the main novel feature of which is the separation ...
AbstractThis paper presents the formal specification of an abstract machine or the M-calculus, a new...
AbstractWe propose a simple model of distribution for mobile processes, independent of the underlyin...
AbstractWe present the π-calculus, a calculus of communicating systems in which one can naturally ex...
AbstractWe present the π-calculus, a calculus of communicating systems in which one can naturally ex...
AbstractWe illustrate the use of recently developed proof techniques for weak bisimulation by analys...
Ubiquitous computing makes various computing devices available throughout the physical setting. Ubiq...
AbstractWe compare the first- and the higher-order paradigms for the representation of mobility in p...
AbstractIn this paper, we comparatively analyze some mainstream calculi for mobility: asynchronous π...
AbstractBy imposing three semantic constraints on the π-calculus equipped with delayed input, we obt...
AbstractThis paper introduces a process calculus designed to capture the phenomenon of names which a...
In present-day computing environments, a user often employs programs which are sent or fetched from ...
International audienceWe illustrate the use of recently developped proof techniques for weak bisimul...
AbstractWe show how the π-calculus can express local communications within a distributed system, thr...
In this paper we study an asynchronous distributed #-calculus, with constructs for localities and mi...
AbstractWe present a calculus for mobile systems, the main novel feature of which is the separation ...
AbstractThis paper presents the formal specification of an abstract machine or the M-calculus, a new...
AbstractWe propose a simple model of distribution for mobile processes, independent of the underlyin...