AbstractWe define a semantic framework to reason about properties of abstractions of SLD-derivations. The framework allows us to address problems such as the relation between the (top-down) operational semantics and the (bottom-up) denotational semantics, the existence of a denotation for a set of definite clauses and their properties (compositionality w.r.t. various syntactic operators, correctness, minimality, and precision). Using abstract interpretation techniques to model abstraction allows us to state very simple conditions on the observables which guarantee the validity of several general theorems
AbstractRewriting logic is a flexible and expressive logical framework that unifies algebraic denota...
AbstractGame semantics has renewed denotational semantics. It offers among other things an attractiv...
Coalgebra may be used to provide semantics for SLD-derivations, both finite and infinite. We first g...
We define a semantic framework to reason about properties of abstractions of SLD-derivations. The fr...
AbstractThe paper introduces a semantics for definite logic programs expressed in terms of SLD-deriv...
AbstractWe extend the framework of Comini et al. (Inform. Comput. (1999), to appear) in order to be ...
The paper introduces a semantics for definite logic programs expressed in terms of SLD-derivations a...
AbstractAbstract interpretation is a theory of semantics approximation that is used for the construc...
We consider abstract interpretation, and in particular the basic operators of reduced product and co...
AbstractWe first introduce a general semantic scheme for logic programs which provides a uniform fra...
AbstractThis paper considers open logic programs originally as a tool to build an OR-compositional s...
In this paper we model both program behaviours and abstractions between them as lax functors, which ...
We consider abstract interpretation, and in particular the basic operators of reduced product and co...
The paper defines a new declarative semantics for logic programs, which is based on interpretations ...
AbstractThe paper defines a new declarative semantics for logic programs, which is based on interpre...
AbstractRewriting logic is a flexible and expressive logical framework that unifies algebraic denota...
AbstractGame semantics has renewed denotational semantics. It offers among other things an attractiv...
Coalgebra may be used to provide semantics for SLD-derivations, both finite and infinite. We first g...
We define a semantic framework to reason about properties of abstractions of SLD-derivations. The fr...
AbstractThe paper introduces a semantics for definite logic programs expressed in terms of SLD-deriv...
AbstractWe extend the framework of Comini et al. (Inform. Comput. (1999), to appear) in order to be ...
The paper introduces a semantics for definite logic programs expressed in terms of SLD-derivations a...
AbstractAbstract interpretation is a theory of semantics approximation that is used for the construc...
We consider abstract interpretation, and in particular the basic operators of reduced product and co...
AbstractWe first introduce a general semantic scheme for logic programs which provides a uniform fra...
AbstractThis paper considers open logic programs originally as a tool to build an OR-compositional s...
In this paper we model both program behaviours and abstractions between them as lax functors, which ...
We consider abstract interpretation, and in particular the basic operators of reduced product and co...
The paper defines a new declarative semantics for logic programs, which is based on interpretations ...
AbstractThe paper defines a new declarative semantics for logic programs, which is based on interpre...
AbstractRewriting logic is a flexible and expressive logical framework that unifies algebraic denota...
AbstractGame semantics has renewed denotational semantics. It offers among other things an attractiv...
Coalgebra may be used to provide semantics for SLD-derivations, both finite and infinite. We first g...