International audienceSynchronization languages are a model used to describe the behaviors of distributed applications whose synchronization constraints are expressed by synchronization expressions. Synchronization languages were conjectured by Guo, Salomaa and Yu to be characterized by a rewriting system. We have shown that this conjecture is not true. This negative result has led us to extend the rewriting system and Salomaa and Yu to extend the definition of synchronization languages. The aim of this paper is to establish the link between these two extensions, we show that the behaviors expressed by the two families of synchronization languages are only separated by morphisms
In this thesis, we first review current trends in the areas related to parallel programming language...
International audienceIn this paper, systems which interact permanently with their environments are ...
International audienceIn this paper, systems which interact permanently with their environments are ...
Synchronization languages are a model used to describe the behaviors of distributed applications who...
International audienceSynchronization languages are associated with synchronization expressions, a h...
International audienceGeneralized synchronization languages are a model used to describe the behavio...
International audienceWe extend the rewriting system defined by L. Guo, K. Salomaa and S. Yu in orde...
Abstract: Synchronization expressions (SEs) were originally developed as practical high-level constr...
International audienceWe extend the rewriting system defined by L. Guo, K. Salomaa and S. Yu in orde...
Synchronization expressions (SEs) were originally developed as practical high-level constructs for s...
AbstractSynchronization expressions introduced in [7] within the framework of the ParC project are a...
AbstractSynchronization expressions are high level constructs used for specifying minimal synchroniz...
AbstractWe extend the rewriting system defined by Guo et al. in order to characterize closure proper...
AbstractSynchronization expressions are high level constructs used for specifying minimal synchroniz...
International audienceFunctional graph grammars are finite devices which generate the class of regul...
In this thesis, we first review current trends in the areas related to parallel programming language...
International audienceIn this paper, systems which interact permanently with their environments are ...
International audienceIn this paper, systems which interact permanently with their environments are ...
Synchronization languages are a model used to describe the behaviors of distributed applications who...
International audienceSynchronization languages are associated with synchronization expressions, a h...
International audienceGeneralized synchronization languages are a model used to describe the behavio...
International audienceWe extend the rewriting system defined by L. Guo, K. Salomaa and S. Yu in orde...
Abstract: Synchronization expressions (SEs) were originally developed as practical high-level constr...
International audienceWe extend the rewriting system defined by L. Guo, K. Salomaa and S. Yu in orde...
Synchronization expressions (SEs) were originally developed as practical high-level constructs for s...
AbstractSynchronization expressions introduced in [7] within the framework of the ParC project are a...
AbstractSynchronization expressions are high level constructs used for specifying minimal synchroniz...
AbstractWe extend the rewriting system defined by Guo et al. in order to characterize closure proper...
AbstractSynchronization expressions are high level constructs used for specifying minimal synchroniz...
International audienceFunctional graph grammars are finite devices which generate the class of regul...
In this thesis, we first review current trends in the areas related to parallel programming language...
International audienceIn this paper, systems which interact permanently with their environments are ...
International audienceIn this paper, systems which interact permanently with their environments are ...