International audienceWe describe a generic method to implement and extract partial recursive algorithms in Coq in a purely constructive way, using L. Paulson's if-then-else normalization as a running example
Centre for Intelligent Systems and their ApplicationsA key problem in automating proof by mathematic...
To appearInternational audienceThe use of interactive theorem provers to establish the correctness o...
National audienceIn a convenient language to handle dependent algebraic data types, this article des...
International audienceWe describe a generic method to implement and extract partial recursive algori...
International audienceWe present a short implementation of the well-known Tortoise and Hare cycle fi...
Projet COQThis document is an introduction to the definition and use of recursive types in the Coq p...
International audienceWe present a practical tool for defining and proving properties of recursive f...
Basing on an original Coq implementation of unbounded linear search for partially decidable predicat...
International audienceWe present a (relatively) short mechanized proof that Coq types any recursive ...
International audienceEmerging trends in proof styles and new applications of interactive proof assi...
International audienceEquations is a plugin for the Coq proof assistant which provides a notation fo...
AbstractThis paper establishes a new property of predomains recursively defined using the cartesian ...
International audienceCoq [1] is a proof assistant which relies on the Curry-Howard isomorphism to c...
International audienceWe present the development of a machine-checked implementation of Stalmarck's ...
AbstractA theorem-proving system has been programmed for automating mildly complex proofs by structu...
Centre for Intelligent Systems and their ApplicationsA key problem in automating proof by mathematic...
To appearInternational audienceThe use of interactive theorem provers to establish the correctness o...
National audienceIn a convenient language to handle dependent algebraic data types, this article des...
International audienceWe describe a generic method to implement and extract partial recursive algori...
International audienceWe present a short implementation of the well-known Tortoise and Hare cycle fi...
Projet COQThis document is an introduction to the definition and use of recursive types in the Coq p...
International audienceWe present a practical tool for defining and proving properties of recursive f...
Basing on an original Coq implementation of unbounded linear search for partially decidable predicat...
International audienceWe present a (relatively) short mechanized proof that Coq types any recursive ...
International audienceEmerging trends in proof styles and new applications of interactive proof assi...
International audienceEquations is a plugin for the Coq proof assistant which provides a notation fo...
AbstractThis paper establishes a new property of predomains recursively defined using the cartesian ...
International audienceCoq [1] is a proof assistant which relies on the Curry-Howard isomorphism to c...
International audienceWe present the development of a machine-checked implementation of Stalmarck's ...
AbstractA theorem-proving system has been programmed for automating mildly complex proofs by structu...
Centre for Intelligent Systems and their ApplicationsA key problem in automating proof by mathematic...
To appearInternational audienceThe use of interactive theorem provers to establish the correctness o...
National audienceIn a convenient language to handle dependent algebraic data types, this article des...