Article dans revue scientifique avec comité de lecture.We propose a concurrent process calculus, called Calcul Parallèle Logique (CPL), based on the paradigm of computation as proof net construction in linear logic. CPL uses a fragment of first order intuitionistic linear logic where formulas represent processes and proof nets successful computations. In these computations, communication is expressed in an asynchronous way by means of axiom links. We define testing equivalences for processes, which are based on a concept of interface and use the power of proof theory in linear logic
In this thesis, we study the close links between linear logic and on current constraint programming,...
This thesis is devoted to the application of realisability techniques in the study of the computatio...
Abstract. We introduce a novel way to integrate functional and con-current programming based on intu...
International audienceWe build a realizability model for linear logic using a name-passing process c...
Linear logic has long been heralded for its potential of providing a logical basis for concurrency. ...
The functional paradigm of computation has been widely investigated and given a solid mathematical f...
This work describes a process algebraic interpretation of Proof-nets, which are the canonical object...
This thesis aims at studying the construction of linear logic proofs and at using it as a paradigm f...
AbstractWe build a realizability model for linear logic using a name-passing process calculus. The c...
24 pagesWe present a proofs-as-programs correspondence between linear logic and process calculi that...
We introduce a novel way to integrate functional and concurrent programming based on intuitionistic...
This paper has the purpose of reviewing some of the established relationships between logic and conc...
Abstract: "We present CLL, a concurrent programming language that symmetrically integrates functiona...
We present CLL, a concurrent programming language that symmetrically integrates functional and concu...
Linear logic programming has recently been proposed and shown to be able to integrate a wide range o...
In this thesis, we study the close links between linear logic and on current constraint programming,...
This thesis is devoted to the application of realisability techniques in the study of the computatio...
Abstract. We introduce a novel way to integrate functional and con-current programming based on intu...
International audienceWe build a realizability model for linear logic using a name-passing process c...
Linear logic has long been heralded for its potential of providing a logical basis for concurrency. ...
The functional paradigm of computation has been widely investigated and given a solid mathematical f...
This work describes a process algebraic interpretation of Proof-nets, which are the canonical object...
This thesis aims at studying the construction of linear logic proofs and at using it as a paradigm f...
AbstractWe build a realizability model for linear logic using a name-passing process calculus. The c...
24 pagesWe present a proofs-as-programs correspondence between linear logic and process calculi that...
We introduce a novel way to integrate functional and concurrent programming based on intuitionistic...
This paper has the purpose of reviewing some of the established relationships between logic and conc...
Abstract: "We present CLL, a concurrent programming language that symmetrically integrates functiona...
We present CLL, a concurrent programming language that symmetrically integrates functional and concu...
Linear logic programming has recently been proposed and shown to be able to integrate a wide range o...
In this thesis, we study the close links between linear logic and on current constraint programming,...
This thesis is devoted to the application of realisability techniques in the study of the computatio...
Abstract. We introduce a novel way to integrate functional and con-current programming based on intu...