This thesis develops an original approach to the interactive interpretation of the proof theory of linear logic. In contrast with the player/opponent dichotomy commonly associated with game semantics for logic, we propose a model in which the two players have symmetric roles. More precisely, we shift from a situation in which a player aims at proving a goal while the other one aims at refuting it to a situation in which the players aim at proving opposite goals. In the tradition of computation-as-proof-search, each step of the interaction is seen as a step in two orthogonal sequent calculus proof searches. To some extent, this work contributes to formalising the connections between proof search and proof normalisation. We first present a si...
AbstractI present a semantics for the language of first-order additive-multiplicative linear logic, ...
National audienceHintikka makes a distinction between two kinds of games: truthconstituting games an...
Game semantics extends the Curry-Howard isomorphism to a three-way correspondence: proofs, programs,...
This thesis develops an original approach to the interactive interpretation of the proof theory of l...
Abstract. We define a naive game for cut-free multiplicative additive lin-ear logic with constants (...
Linear Logic is now part of the toolbox for the development of proof theory as well as for the study...
Game semantics characterize the interactive behaviour of proofs and programs, by modeling them as st...
AbstractProof search in linear logic is known to be difficult: the provability of propositional line...
We present a game semantics for Linear Logic, in which formulas denote games and proofs denote winni...
This paper aims at studying relations between proof systems and games in a given logic and at analyz...
AbstractWe describe an ongoing project in which we attempt to describe a neutral approach to proof a...
We present a game (or dialogue) semantics in the style of Lorenzen (1959) for Girard’s linear logic ...
AbstractWe draw attention to a number of constructions which lie behind many concrete models for lin...
AbstractA class of linear logic proof games is developed, each with a numeric score that depends on ...
A new concurrent form of game semantics is introduced. This overcomes the problems which had arisen ...
AbstractI present a semantics for the language of first-order additive-multiplicative linear logic, ...
National audienceHintikka makes a distinction between two kinds of games: truthconstituting games an...
Game semantics extends the Curry-Howard isomorphism to a three-way correspondence: proofs, programs,...
This thesis develops an original approach to the interactive interpretation of the proof theory of l...
Abstract. We define a naive game for cut-free multiplicative additive lin-ear logic with constants (...
Linear Logic is now part of the toolbox for the development of proof theory as well as for the study...
Game semantics characterize the interactive behaviour of proofs and programs, by modeling them as st...
AbstractProof search in linear logic is known to be difficult: the provability of propositional line...
We present a game semantics for Linear Logic, in which formulas denote games and proofs denote winni...
This paper aims at studying relations between proof systems and games in a given logic and at analyz...
AbstractWe describe an ongoing project in which we attempt to describe a neutral approach to proof a...
We present a game (or dialogue) semantics in the style of Lorenzen (1959) for Girard’s linear logic ...
AbstractWe draw attention to a number of constructions which lie behind many concrete models for lin...
AbstractA class of linear logic proof games is developed, each with a numeric score that depends on ...
A new concurrent form of game semantics is introduced. This overcomes the problems which had arisen ...
AbstractI present a semantics for the language of first-order additive-multiplicative linear logic, ...
National audienceHintikka makes a distinction between two kinds of games: truthconstituting games an...
Game semantics extends the Curry-Howard isomorphism to a three-way correspondence: proofs, programs,...