AbstractWe present a goal-independent abstract interpretation framework for pure constraint logic programs, and prove the sufficiency of a set of conditions for abstract domains to ensure that the analysis will never lose precision. Along the way, we formally define pure constraint logic programming systems, give a formal semantics that is independent of the actual constraint domain, and formally define the maximally precise abstraction of a pure constraint logic program
In the context of abstract interpretation based static analysis, we cope with the problem of correc...
AbstractA compositional and fully abstract semantics for concurrent constraint programming is develo...
AbstractIn this paper we propose a new generic scheme CFLP(D), intended as a logical and semantic fr...
AbstractWe present a goal-independent abstract interpretation framework for constraint logic program...
AbstractWe present a goal-independent abstract interpretation framework for pure constraint logic pr...
AbstractWe present simple and powerful generalized algebraic semantics for constraint logic programs...
We present simple and powerful generalized algebraic semantics for constraint logic programs that ar...
We survey some general principles and methodologies for program analysis and verification. In partic...
Abstract. In this article, we apply techniques from Abstract Interpreta-tion (a general theory of se...
This paper presents and illustrates a practical approach to the dataflow analysis of constraint logi...
© Springer-Verlag Berlin Heidelberg 1994. We report on an experiment with two tools for global analy...
Program analysis based on abstract interpretation has proven very useful in compilation of constrain...
AbstractProgram analysis based on abstract interpretation has proven very useful in compilation of c...
We present a simple and powerful generalized algebraic semantics for constraint logic programs that ...
AbstractThe Constraint Logic Programming (CLP) Scheme was introduced by Jaffar and Lassez. The schem...
In the context of abstract interpretation based static analysis, we cope with the problem of correc...
AbstractA compositional and fully abstract semantics for concurrent constraint programming is develo...
AbstractIn this paper we propose a new generic scheme CFLP(D), intended as a logical and semantic fr...
AbstractWe present a goal-independent abstract interpretation framework for constraint logic program...
AbstractWe present a goal-independent abstract interpretation framework for pure constraint logic pr...
AbstractWe present simple and powerful generalized algebraic semantics for constraint logic programs...
We present simple and powerful generalized algebraic semantics for constraint logic programs that ar...
We survey some general principles and methodologies for program analysis and verification. In partic...
Abstract. In this article, we apply techniques from Abstract Interpreta-tion (a general theory of se...
This paper presents and illustrates a practical approach to the dataflow analysis of constraint logi...
© Springer-Verlag Berlin Heidelberg 1994. We report on an experiment with two tools for global analy...
Program analysis based on abstract interpretation has proven very useful in compilation of constrain...
AbstractProgram analysis based on abstract interpretation has proven very useful in compilation of c...
We present a simple and powerful generalized algebraic semantics for constraint logic programs that ...
AbstractThe Constraint Logic Programming (CLP) Scheme was introduced by Jaffar and Lassez. The schem...
In the context of abstract interpretation based static analysis, we cope with the problem of correc...
AbstractA compositional and fully abstract semantics for concurrent constraint programming is develo...
AbstractIn this paper we propose a new generic scheme CFLP(D), intended as a logical and semantic fr...