International audienceThe question of the termination of logic programming computations is studied from a semantical point of view. To every program are associated two first-order formulas. Their valid consequences are respectively the finiteness and the infiniteness SLDNF sets of the logic programs considered. The non-existence of a recursive safe computation rule leading into an infinite SLDNF computation is proved
Recently there has been an increasing interest in the bottom-up evaluation of the semantics of logic...
AbstractA successful SLD-derivation from a logic program has as result a positive assertion which is...
The proof theory of logic programming has been given by the SLDNF-resolution which has been proven c...
This paper describes a general framework for automatic termination analysis of logic programs, where...
AbstractWe address the problem of declarative and operational semantics for logic programming in the...
AbstractFor logic programs that compute infinite atoms, SLD-resolution is not complete with respect ...
We study a powerful class of logic programs which terminate for a large class of goals. Both classes...
Logic for reasoning about programs must proceed from the programming language semantics. It is our t...
AbstractWe study a powerful class of logic programs which terminate for a large class of goals. Both...
AbstractWe survey termination analysis techniques for Logic Programs. We give an extensive introduct...
Termination is well-known to be one of the most intriguing aspects of program verification. Since lo...
We introduce the notion of ∃-universal termination of logic programs. A program P and a goal G ∃-uni...
We present an approximation framework for attacking the undecidable termination problem of logic pro...
AbstractWe introduce the notion of ∃-universal termination of logic programs. A program P and a goal...
This paper describes the logical and philosophical background of an extension of logic programming w...
Recently there has been an increasing interest in the bottom-up evaluation of the semantics of logic...
AbstractA successful SLD-derivation from a logic program has as result a positive assertion which is...
The proof theory of logic programming has been given by the SLDNF-resolution which has been proven c...
This paper describes a general framework for automatic termination analysis of logic programs, where...
AbstractWe address the problem of declarative and operational semantics for logic programming in the...
AbstractFor logic programs that compute infinite atoms, SLD-resolution is not complete with respect ...
We study a powerful class of logic programs which terminate for a large class of goals. Both classes...
Logic for reasoning about programs must proceed from the programming language semantics. It is our t...
AbstractWe study a powerful class of logic programs which terminate for a large class of goals. Both...
AbstractWe survey termination analysis techniques for Logic Programs. We give an extensive introduct...
Termination is well-known to be one of the most intriguing aspects of program verification. Since lo...
We introduce the notion of ∃-universal termination of logic programs. A program P and a goal G ∃-uni...
We present an approximation framework for attacking the undecidable termination problem of logic pro...
AbstractWe introduce the notion of ∃-universal termination of logic programs. A program P and a goal...
This paper describes the logical and philosophical background of an extension of logic programming w...
Recently there has been an increasing interest in the bottom-up evaluation of the semantics of logic...
AbstractA successful SLD-derivation from a logic program has as result a positive assertion which is...
The proof theory of logic programming has been given by the SLDNF-resolution which has been proven c...