We present a toy functional programming language inspired by our work on PML together with a criterion ensuring safety and the fact that non termination can only occur via recursive programs. To prove this theorem, we use realizability techniques and a semantical notion of types
We construct a universal and even logically fully abstract realizability model for the sequential fu...
We construct a universal and even logically fully abstract realizability model for the sequential fu...
We construct a universal and even logically fully abstract realizability model for the sequential fu...
We present a toy functional programming language inspired by our work on PML together with a criteri...
We present a toy functional programming language inspired by our work on PML together with a criteri...
AbstractRealizability interpretations of logics are given by saying what it means for computational ...
We describe a systematic method to build a logic from any programming language described as a Pure T...
AbstractRealizability structures play a major role in the metamathematics of intuitionistic systems ...
AbstractRealizability interpretations of logics are given by saying what it means for computational ...
We present a new type system with support for proofs of programs in a call-by-value language with co...
We describe a systematic method to build a logic from any programminglanguage described as a Pure Ty...
International audienceWe describe a systematic method to build a logic from any programming language...
International audienceWe describe a systematic method to build a logic from any programming language...
AbstractRealizability structures play a major role in the metamathematics of intuitionistic systems ...
We present a new type system with support for proofs of programs in a call-by-value language with co...
We construct a universal and even logically fully abstract realizability model for the sequential fu...
We construct a universal and even logically fully abstract realizability model for the sequential fu...
We construct a universal and even logically fully abstract realizability model for the sequential fu...
We present a toy functional programming language inspired by our work on PML together with a criteri...
We present a toy functional programming language inspired by our work on PML together with a criteri...
AbstractRealizability interpretations of logics are given by saying what it means for computational ...
We describe a systematic method to build a logic from any programming language described as a Pure T...
AbstractRealizability structures play a major role in the metamathematics of intuitionistic systems ...
AbstractRealizability interpretations of logics are given by saying what it means for computational ...
We present a new type system with support for proofs of programs in a call-by-value language with co...
We describe a systematic method to build a logic from any programminglanguage described as a Pure Ty...
International audienceWe describe a systematic method to build a logic from any programming language...
International audienceWe describe a systematic method to build a logic from any programming language...
AbstractRealizability structures play a major role in the metamathematics of intuitionistic systems ...
We present a new type system with support for proofs of programs in a call-by-value language with co...
We construct a universal and even logically fully abstract realizability model for the sequential fu...
We construct a universal and even logically fully abstract realizability model for the sequential fu...
We construct a universal and even logically fully abstract realizability model for the sequential fu...
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