AbstractWe present a proof technique in λ-calculus that can facilitate inductive reasoning on λ-terms by separating certain β-developments from other β-reductions. We give proofs based on this technique for several fundamental theorems in λ-calculus such as the Church-Rosser theorem, the standardization theorem, the conservation theorem and the normalization theorem. The appealing features of these proofs lie in their inductive styles and perspicuities
International audienceParigot's λμ-calculus (Parigot, 1992) is now a standard reference about the co...
AbstractCombinatory logic claims to do the same work as λ-calculus but with a simpler language and a...
AbstractThe notion of parallel reduction is extracted from the Tait-Martin-Löf proof of the Church-R...
AbstractWe present a proof technique in λ-calculus that can facilitate inductive reasoning on λ-term...
International audienceWe introduce the permutative lambda-calculus, an extension of lambda-calculus ...
International audienceWe introduce the permutative lambda-calculus, an extension of lambda-calculus ...
AbstractThe notion of parallel reduction is extracted from the simple proof of the Church-Rosser the...
AbstractThe notion of parallel reduction is extracted from the simple proof of the Church-Rosser the...
Inspired by a recent graphical formalism for lambda-calculus based on Linear Logic technology, we in...
International audienceWe introduce the permutative lambda-calculus, an extension of lambda-calculus ...
International audienceIn this paper, we present the lambda-mu-and-or-calculus which at the typed lev...
AbstractFor a notion of reduction in a λ-calculus one can ask whether a term satisfies conservation ...
International audienceIn this paper, we present the lambda-mu-and-or-calculus which at the typed lev...
International audienceNous donnons une preuve simple de 3 théorèmes " de base " du lambda calcul pur...
International audienceParigot's λμ-calculus (Parigot, 1992) is now a standard reference about the co...
International audienceParigot's λμ-calculus (Parigot, 1992) is now a standard reference about the co...
AbstractCombinatory logic claims to do the same work as λ-calculus but with a simpler language and a...
AbstractThe notion of parallel reduction is extracted from the Tait-Martin-Löf proof of the Church-R...
AbstractWe present a proof technique in λ-calculus that can facilitate inductive reasoning on λ-term...
International audienceWe introduce the permutative lambda-calculus, an extension of lambda-calculus ...
International audienceWe introduce the permutative lambda-calculus, an extension of lambda-calculus ...
AbstractThe notion of parallel reduction is extracted from the simple proof of the Church-Rosser the...
AbstractThe notion of parallel reduction is extracted from the simple proof of the Church-Rosser the...
Inspired by a recent graphical formalism for lambda-calculus based on Linear Logic technology, we in...
International audienceWe introduce the permutative lambda-calculus, an extension of lambda-calculus ...
International audienceIn this paper, we present the lambda-mu-and-or-calculus which at the typed lev...
AbstractFor a notion of reduction in a λ-calculus one can ask whether a term satisfies conservation ...
International audienceIn this paper, we present the lambda-mu-and-or-calculus which at the typed lev...
International audienceNous donnons une preuve simple de 3 théorèmes " de base " du lambda calcul pur...
International audienceParigot's λμ-calculus (Parigot, 1992) is now a standard reference about the co...
International audienceParigot's λμ-calculus (Parigot, 1992) is now a standard reference about the co...
AbstractCombinatory logic claims to do the same work as λ-calculus but with a simpler language and a...
AbstractThe notion of parallel reduction is extracted from the Tait-Martin-Löf proof of the Church-R...