Colloque avec actes et comité de lecture. internationale.International audienceWe present a multi-modal, first order, intuitionistic linear logic with locations, called DMLL. It is resource-sensitive and takes into account the notions of location and mobility of formulae (seen as resources) through the introduction of three modalities. We define a sequent calculus for which cut-elimination property is proved, a based-on resource semantic model and thus we prove the soundness and completeness of the calculus. Then, we discuss an extension of DMLL with quantifications over locations, called full-DMLL, and propose, from an appropriate subset, a new distributed process calculus with modalities. The relationships between computations and proof s...
Modelling and specifying distributed systems require an adaptation of logical model habitually used ...
AbstractA temporal spatial epistemic intuitionistic linear logic (TSEILL) is introduced, and the com...
International audienceWe build a realizability model for linear logic using a name-passing process c...
AbstractWe propose a framework of distributed concurrent linear logic programming, which can elegant...
In previous work we presented a foundational calculus for spatially distributed computing based on ...
Abstract: "In previous work we presented a foundational calculus for spatially distributed computing...
We present a foundational language for distributed programming, called Lambda 5, that addresses both...
We present a foundational language for distributed programming, called Lambda 5, that addresses both...
Abstract: "We present a foundational language for distributed programming, called Lambda 5, that add...
International audienceWe propose a connection-based characterization for multiplicative intuitionist...
In previous work we presented a foundational calculus for spatially distributed computing based on i...
We present a foundational language for spatially distributed programming, called Lambda 5, that addr...
Modal logic is a family of logics with the ability to simultaneously reason about truth from multipl...
An intuitionistic, hybrid modal logic suitable for reasoning about distribution of resources was int...
Texte intégral accessible uniquement aux membres de l'Université de LorraineModelling and specifying...
Modelling and specifying distributed systems require an adaptation of logical model habitually used ...
AbstractA temporal spatial epistemic intuitionistic linear logic (TSEILL) is introduced, and the com...
International audienceWe build a realizability model for linear logic using a name-passing process c...
AbstractWe propose a framework of distributed concurrent linear logic programming, which can elegant...
In previous work we presented a foundational calculus for spatially distributed computing based on ...
Abstract: "In previous work we presented a foundational calculus for spatially distributed computing...
We present a foundational language for distributed programming, called Lambda 5, that addresses both...
We present a foundational language for distributed programming, called Lambda 5, that addresses both...
Abstract: "We present a foundational language for distributed programming, called Lambda 5, that add...
International audienceWe propose a connection-based characterization for multiplicative intuitionist...
In previous work we presented a foundational calculus for spatially distributed computing based on i...
We present a foundational language for spatially distributed programming, called Lambda 5, that addr...
Modal logic is a family of logics with the ability to simultaneously reason about truth from multipl...
An intuitionistic, hybrid modal logic suitable for reasoning about distribution of resources was int...
Texte intégral accessible uniquement aux membres de l'Université de LorraineModelling and specifying...
Modelling and specifying distributed systems require an adaptation of logical model habitually used ...
AbstractA temporal spatial epistemic intuitionistic linear logic (TSEILL) is introduced, and the com...
International audienceWe build a realizability model for linear logic using a name-passing process c...