Add to ORKGIn this paper, we first review a bottom-up abstract interpretation framework for finite approximations of definite programs that are characterised by abstraction functions. For each such abstraction function ff, a finite approximation of the least fixpoint semantics is given as the least fixpoint of a function \Phi
World Scientific Series in Computer Science, 31, 227--245,1991SLDNF-resolution procedure is not comp...
We study a powerful class of logic programs which terminate for a large class of goals. Both classes...
We propose a novel approach for computing weakest liberal safe preconditions of programs. The standa...
Recent advances in knowledge compilation introduced techniques to compile positive logic programs in...
In this paper we develop an algorithm, based on abstract interpretation, for source specialisation o...
AbstractMuch of the earlier development of abstract interpretation, and its application to imperativ...
An applicative program denotes a function mapping values from some domain to some range. Abstract in...
The theory of abstract interpretation provides a formal framework to develop advanced dataflow analy...
We present the semantic foundations for computing the least fix-point semantics of definite logic pr...
We extend the abstract interpretation point of view on context-free grammars by Cousot and Cousot to...
AbstractA fixpoint semantics for PROLOG is presented that takes into account PROLOG's deterministic ...
AbstractMany studies [1, 7, 20, 21, 26, 28] have shown the soundness and completeness of SLD-resolut...
AbstractWe extend the abstract interpretation point of view on context-free grammars by Cousot and C...
Abstract. In this paper, we present a high-level implementation of lazy functional logic programs by...
This thesis consists of two parts. Both concern reasoning about non-strict functional programming la...
World Scientific Series in Computer Science, 31, 227--245,1991SLDNF-resolution procedure is not comp...
We study a powerful class of logic programs which terminate for a large class of goals. Both classes...
We propose a novel approach for computing weakest liberal safe preconditions of programs. The standa...
Recent advances in knowledge compilation introduced techniques to compile positive logic programs in...
In this paper we develop an algorithm, based on abstract interpretation, for source specialisation o...
AbstractMuch of the earlier development of abstract interpretation, and its application to imperativ...
An applicative program denotes a function mapping values from some domain to some range. Abstract in...
The theory of abstract interpretation provides a formal framework to develop advanced dataflow analy...
We present the semantic foundations for computing the least fix-point semantics of definite logic pr...
We extend the abstract interpretation point of view on context-free grammars by Cousot and Cousot to...
AbstractA fixpoint semantics for PROLOG is presented that takes into account PROLOG's deterministic ...
AbstractMany studies [1, 7, 20, 21, 26, 28] have shown the soundness and completeness of SLD-resolut...
AbstractWe extend the abstract interpretation point of view on context-free grammars by Cousot and C...
Abstract. In this paper, we present a high-level implementation of lazy functional logic programs by...
This thesis consists of two parts. Both concern reasoning about non-strict functional programming la...
World Scientific Series in Computer Science, 31, 227--245,1991SLDNF-resolution procedure is not comp...
We study a powerful class of logic programs which terminate for a large class of goals. Both classes...
We propose a novel approach for computing weakest liberal safe preconditions of programs. The standa...