AbstractThe paper [1] purports to present a classification of the general failure sets of logic programs and a simple proof of the theorem on the soundness and completeness of the negation-as-failure rule. In this note we clarify some conflicting terminology between [1] and the papers [2, 3] to which it predominantly refers. Our main purpose, however, is to point out major errors, in particular, one in the proof of the above mentioned theorem
AbstractThe class of logic programs with negation as failure in the head is a subset of the logic of...
AbstractWe survey here various approaches which were proposed to incorporate negation in logic progr...
Providing a clean procedural semantics of the Negation As Failure rule in Logic Programming has been...
AbstractThe paper [1] purports to present a classification of the general failure sets of logic prog...
AbstractA classification of any logic program's failures into different levels of general finite fai...
AbstractThe use of the negation as failure rule in logic programming is often considered to be tanta...
AbstractA general logic program is a set of rules that have both positive and negative subgoals. We ...
Abstract goes here. 1 Introduction Let us recall that a logic program is a set of clauses of the f...
AbstractThe notion of negation as inconsistency is motivated and introduced into PROLOG. This negati...
AbstractNegation as failure is sound both for the closed world assumption and the completed database...
AbstractThis paper deals with logic programs containing two kinds of negation: negation as failure a...
AbstractComplete logic programs augmented with the domain-closure axiom are proposed as the referenc...
In logic programs, negation-as-failure has been used both for representing negative information and ...
AbstractClark's attempt [1] to validate negation as failure in first order logic is shown to contain...
AbstractWe define in this paper a system of axioms for any general logic program. With regard to thi...
AbstractThe class of logic programs with negation as failure in the head is a subset of the logic of...
AbstractWe survey here various approaches which were proposed to incorporate negation in logic progr...
Providing a clean procedural semantics of the Negation As Failure rule in Logic Programming has been...
AbstractThe paper [1] purports to present a classification of the general failure sets of logic prog...
AbstractA classification of any logic program's failures into different levels of general finite fai...
AbstractThe use of the negation as failure rule in logic programming is often considered to be tanta...
AbstractA general logic program is a set of rules that have both positive and negative subgoals. We ...
Abstract goes here. 1 Introduction Let us recall that a logic program is a set of clauses of the f...
AbstractThe notion of negation as inconsistency is motivated and introduced into PROLOG. This negati...
AbstractNegation as failure is sound both for the closed world assumption and the completed database...
AbstractThis paper deals with logic programs containing two kinds of negation: negation as failure a...
AbstractComplete logic programs augmented with the domain-closure axiom are proposed as the referenc...
In logic programs, negation-as-failure has been used both for representing negative information and ...
AbstractClark's attempt [1] to validate negation as failure in first order logic is shown to contain...
AbstractWe define in this paper a system of axioms for any general logic program. With regard to thi...
AbstractThe class of logic programs with negation as failure in the head is a subset of the logic of...
AbstractWe survey here various approaches which were proposed to incorporate negation in logic progr...
Providing a clean procedural semantics of the Negation As Failure rule in Logic Programming has been...