Stuckey (1995) has presented a sound and complete procedure for Constructive Negation in Constraint Logic Programming, together with a sufficient condition, called admissible closure, which guarantees an effective implementation. In this paper we analyze this condition and relate it to the decidability of the underlying constraint structure. We prove that the admissible closure condition is also necessary to guarantee the existence of an effective implementation of Constructive Negation
This paper considers Kripke completeness of Nelson’s constructive predicate logic N3 and its several...
Abstract. Global constraint design is a key success of CP for solving hard com-binatorial problems. ...
. This paper is motivated by the declarative insufficiency diagnosis of constraint logic programs, b...
AbstractAlmost all constraint logic programming systems include negation, yet nowhere has a sound op...
The aim of this paper is to extend the Constructive Negation technique to the case of CLP(SET), a Co...
. In this paper we define a new compilative version of constructive negation (intensional negation) ...
In this paper we propose a new operational semantics, called BCN, which is sound and complete with ...
Providing a clean procedural semantics of the Negation As Failure rule in Logic Programming has been...
FIXPOINT SEMANTICS 15 5 THREE-VALUED LOGICAL SEMANTICS 21 6 COMPARISON WITH OTHER WORKS 23 7 VARIATI...
AbstractWe show that a simple concurrent pruning mechanism over standard SLD derivation trees, calle...
this paper we significantly extend Chan's approach and provide it with a more thorough theoreti...
AbstractThe notions of acyclicity and acceptability fail to characterize termination of general logi...
We develop a denotational, fully abstract semantics for constraint logic programming (clp) with resp...
AbstractA normal logic program P is transformed to another Pω by a bottom-up computation on the posi...
Systems of set constraints describe relations between sets of ground terms. They have been successfu...
This paper considers Kripke completeness of Nelson’s constructive predicate logic N3 and its several...
Abstract. Global constraint design is a key success of CP for solving hard com-binatorial problems. ...
. This paper is motivated by the declarative insufficiency diagnosis of constraint logic programs, b...
AbstractAlmost all constraint logic programming systems include negation, yet nowhere has a sound op...
The aim of this paper is to extend the Constructive Negation technique to the case of CLP(SET), a Co...
. In this paper we define a new compilative version of constructive negation (intensional negation) ...
In this paper we propose a new operational semantics, called BCN, which is sound and complete with ...
Providing a clean procedural semantics of the Negation As Failure rule in Logic Programming has been...
FIXPOINT SEMANTICS 15 5 THREE-VALUED LOGICAL SEMANTICS 21 6 COMPARISON WITH OTHER WORKS 23 7 VARIATI...
AbstractWe show that a simple concurrent pruning mechanism over standard SLD derivation trees, calle...
this paper we significantly extend Chan's approach and provide it with a more thorough theoreti...
AbstractThe notions of acyclicity and acceptability fail to characterize termination of general logi...
We develop a denotational, fully abstract semantics for constraint logic programming (clp) with resp...
AbstractA normal logic program P is transformed to another Pω by a bottom-up computation on the posi...
Systems of set constraints describe relations between sets of ground terms. They have been successfu...
This paper considers Kripke completeness of Nelson’s constructive predicate logic N3 and its several...
Abstract. Global constraint design is a key success of CP for solving hard com-binatorial problems. ...
. This paper is motivated by the declarative insufficiency diagnosis of constraint logic programs, b...