AbstractThis paper considers a typed λ-calculus for classical linear logic. I shall give an explanation of a multiple-conclusion formulation for classical logic due to Parigot and compare it to more traditional treatments by Prawitz and others. I shall use Parigot's method to devise a natural deduction formulation of classical linear logic. I shall also demonstrate a somewhat hidden connexion with the continuation-passing paradigm which gives a new computational interpretation of Parigot's techniques and possibly a new style of continuation programming
AbstractWe investigate several fragments of multiplicative linear logic, in a natural deduction sett...
AbstractLinear logic enjoys strong symmetries inherited from classical logic while providing a const...
International audienceLogical frameworks have seen three decades of design, theory, implementation ,...
AbstractThis paper proposes and studies a particular typed λ-calculus for classical linear logic. I ...
AbstractThe purpose of this paper is to investigate the programs with continuations in the framework...
Abstract. This paper describes a natural deduction formulation for Full Intuitionistic Linear Logic ...
International audienceWe give an analysis of various classical axioms and characterize a notion of m...
Abstract. We give an analysis of various classical axioms and characterize a notion of minimal class...
lambda-Calculi The purpose of this paper is to give an exposition of material dealing with construct...
AbstractThe purpose of this paper is to give an exposition of material dealing with constructive log...
The purpose of this paper is to give an exposition of material dealing with constructive logic, type...
AbstractWe detail Abramsky's “proofs-as-processes” paradigm for interpreting classical linear logic ...
Linear Logic, we concisely write LL, has been introduced recently by Jean Yves Girard in Theoretical...
International audienceAlong the lines of Abramsky's "Proofs-as-Processes" program, we present an int...
AbstractWe show that a certain simple call-by-name continuation semantics of Parigot's λμ-calculus i...
AbstractWe investigate several fragments of multiplicative linear logic, in a natural deduction sett...
AbstractLinear logic enjoys strong symmetries inherited from classical logic while providing a const...
International audienceLogical frameworks have seen three decades of design, theory, implementation ,...
AbstractThis paper proposes and studies a particular typed λ-calculus for classical linear logic. I ...
AbstractThe purpose of this paper is to investigate the programs with continuations in the framework...
Abstract. This paper describes a natural deduction formulation for Full Intuitionistic Linear Logic ...
International audienceWe give an analysis of various classical axioms and characterize a notion of m...
Abstract. We give an analysis of various classical axioms and characterize a notion of minimal class...
lambda-Calculi The purpose of this paper is to give an exposition of material dealing with construct...
AbstractThe purpose of this paper is to give an exposition of material dealing with constructive log...
The purpose of this paper is to give an exposition of material dealing with constructive logic, type...
AbstractWe detail Abramsky's “proofs-as-processes” paradigm for interpreting classical linear logic ...
Linear Logic, we concisely write LL, has been introduced recently by Jean Yves Girard in Theoretical...
International audienceAlong the lines of Abramsky's "Proofs-as-Processes" program, we present an int...
AbstractWe show that a certain simple call-by-name continuation semantics of Parigot's λμ-calculus i...
AbstractWe investigate several fragments of multiplicative linear logic, in a natural deduction sett...
AbstractLinear logic enjoys strong symmetries inherited from classical logic while providing a const...
International audienceLogical frameworks have seen three decades of design, theory, implementation ,...