We present quantitative analysis of various (syntactic and behavioral) properties of random $\lambda$-terms. Our main results are that asymptotically all the terms are strongly normalizing and that any fixed closed term almost never appears in a random term. Surprisingly, in combinatory logic (the translation of the $\lambda$-calculus into combinators), the result is exactly opposite. We show that almost all terms are not strongly normalizing. This is due to the fact that any fixed combinator almost always appears in a random combinator
We introduce a call-by-name lambda-calculus $\lambda J$ with generalized applications which integrat...
We present normalization for intuitionistic combinatorial proofs (ICPs) and relate it to the simply-...
We present a computer-assisted proof of the least combinatory logic term without normal form, i.e. t...
We present quantitative analysis of various (syntactic and behavioral) properties of random $\lambda...
We present quantitative analysis of various (syntactic and behavioral)properties of random \lambda-t...
We present quantitative analysis of various (syntactic and behavioral) properties of random λ-terms....
Lambda calculus is the basis of functional programming and higher order proof assistants. However, l...
We consider combinatorial aspects of $\lambda$-terms in the model based on de Bruijn indices where e...
It is well known that the length of a beta-reduction sequence of a simplytyped lambda-term of order ...
We study the sequences of numbers corresponding to lambda terms of given sizes, where the size is th...
We investigate the number of variables in two special subclasses of lambda-terms that are restricted...
We present a technique to study normalizing strategies when termination is asymptotic, that is, it a...
International audienceThe lambda_ws-calculus is a lambda-calculus with explicit substitutions that s...
We present a quantitative, statistical analysis of random lambda terms in the De Bruijn notation. F...
International audienceIn [gallier], general results (due to Coppo, Dezani and Veneri) relating prope...
We introduce a call-by-name lambda-calculus $\lambda J$ with generalized applications which integrat...
We present normalization for intuitionistic combinatorial proofs (ICPs) and relate it to the simply-...
We present a computer-assisted proof of the least combinatory logic term without normal form, i.e. t...
We present quantitative analysis of various (syntactic and behavioral) properties of random $\lambda...
We present quantitative analysis of various (syntactic and behavioral)properties of random \lambda-t...
We present quantitative analysis of various (syntactic and behavioral) properties of random λ-terms....
Lambda calculus is the basis of functional programming and higher order proof assistants. However, l...
We consider combinatorial aspects of $\lambda$-terms in the model based on de Bruijn indices where e...
It is well known that the length of a beta-reduction sequence of a simplytyped lambda-term of order ...
We study the sequences of numbers corresponding to lambda terms of given sizes, where the size is th...
We investigate the number of variables in two special subclasses of lambda-terms that are restricted...
We present a technique to study normalizing strategies when termination is asymptotic, that is, it a...
International audienceThe lambda_ws-calculus is a lambda-calculus with explicit substitutions that s...
We present a quantitative, statistical analysis of random lambda terms in the De Bruijn notation. F...
International audienceIn [gallier], general results (due to Coppo, Dezani and Veneri) relating prope...
We introduce a call-by-name lambda-calculus $\lambda J$ with generalized applications which integrat...
We present normalization for intuitionistic combinatorial proofs (ICPs) and relate it to the simply-...
We present a computer-assisted proof of the least combinatory logic term without normal form, i.e. t...