We prove the correctness of a formalised realisability interpretation of extensions of first-order theories by inductive and coinductive definitions in an untyped $lambda$-calculus with fixed-points. We illustrate the use of this interpretation for program extraction by some simple examples in the area of exact real number computation and hint at further non-trivial applications in computable analysis
We extend Krivine's classical realizability to a simply typed calculus with some constants and primi...
Constructive mathematics is mathematics without the use of the principle of the excluded middle. The...
Executable codes can be extracted from constructive proofs by using realizability interpretation. Ho...
We prove the correctness of a formalised realisability interpretation of extensions of first-order t...
We prove the correctness of a formalised realisability interpretation of extensions of first-order t...
The paper proves soundness of an optimized realizability interpretationfor a logic supporting strict...
We study a realisability interpretation for inductive and coinductive definitions and discuss its ap...
We introduce a new axiomatization of the constructive real numbers in a dependent type theory. Our m...
This paper is about the bar recursion operator in the context of classical realizability. The pionee...
AbstractWe develop an extension of second order logic (AF2) with monotone, and not only positive, (c...
AbstractWe study the domain-theoretic semantics of a Church-style typed λ-calculus with constructors...
We present an approach to verified programs for exact real number computation that is based on indu...
Abstract. J.Raymundo Marcial–Romero and M.H.Escardo ́ described a functional programming language wi...
AbstractGeneralized inductive definitions give a way of defining a predicate as the least solution P...
International audienceWe describe a realizability framework for classical first-order logic in which...
We extend Krivine's classical realizability to a simply typed calculus with some constants and primi...
Constructive mathematics is mathematics without the use of the principle of the excluded middle. The...
Executable codes can be extracted from constructive proofs by using realizability interpretation. Ho...
We prove the correctness of a formalised realisability interpretation of extensions of first-order t...
We prove the correctness of a formalised realisability interpretation of extensions of first-order t...
The paper proves soundness of an optimized realizability interpretationfor a logic supporting strict...
We study a realisability interpretation for inductive and coinductive definitions and discuss its ap...
We introduce a new axiomatization of the constructive real numbers in a dependent type theory. Our m...
This paper is about the bar recursion operator in the context of classical realizability. The pionee...
AbstractWe develop an extension of second order logic (AF2) with monotone, and not only positive, (c...
AbstractWe study the domain-theoretic semantics of a Church-style typed λ-calculus with constructors...
We present an approach to verified programs for exact real number computation that is based on indu...
Abstract. J.Raymundo Marcial–Romero and M.H.Escardo ́ described a functional programming language wi...
AbstractGeneralized inductive definitions give a way of defining a predicate as the least solution P...
International audienceWe describe a realizability framework for classical first-order logic in which...
We extend Krivine's classical realizability to a simply typed calculus with some constants and primi...
Constructive mathematics is mathematics without the use of the principle of the excluded middle. The...
Executable codes can be extracted from constructive proofs by using realizability interpretation. Ho...