A new technique is presented for superposition with firstorder clauses with built-in abelian groups (AG). Compared with previous approaches, it is simpler, and no inferences with the AG axioms or abstraction rules are needed. Furthermore, AG-unification is used instead of the computationally more expensive unification modulo associativity and commutativity. Due to the simplicity and restrictiveness of our inference system, its compatibility with redundancy notions and constraints, and the fact that standard term orderings like RPO can be used, we believe that our technique will become the method of choice for practice, as well as a basis for new theoretical developments like logicbased complexity and decidability analysis. Keywords: term r...
We show that superposition, a restricted form of paramodulation, can be combined with specifically d...
We describe a refined superposition calculus for cancellative abelian monoids. They encompass not on...
We propose a new inference system for automated deduction with equality and associative commutative ...
We develop special superposition calculi for first-order theorem proving in the theories of abelian ...
We develop special superposition calculi for first-order theorem proving in the theories of abelian ...
We present an associative-commutative paramodulation calculus that generalizes the associative-commu...
We define a superposition calculus specialized for abelian groups represented as integer modules, an...
AbstractComplete paramodulation strategies are developed for clauses with symbolic constraints and b...
In this document, we propose techniques of automated deduction for proving properties by refutation ...
We introduce a class of restrictions for the ordered paramodulation and superposition calculi (inspi...
AbstractWe introduce a class of restrictions for the ordered paramodulation and superposition calcul...
We introduce a class of restrictions for the ordered paramodulation and superposition calculi (inspi...
We define a refutationally complete superposition calculus specialized for abelian groups represente...
Colloque avec actes et comité de lecture. internationale.International audienceWe show how to derive...
AbstractWe define a refutationally complete superposition calculus specialized for abelian groups re...
We show that superposition, a restricted form of paramodulation, can be combined with specifically d...
We describe a refined superposition calculus for cancellative abelian monoids. They encompass not on...
We propose a new inference system for automated deduction with equality and associative commutative ...
We develop special superposition calculi for first-order theorem proving in the theories of abelian ...
We develop special superposition calculi for first-order theorem proving in the theories of abelian ...
We present an associative-commutative paramodulation calculus that generalizes the associative-commu...
We define a superposition calculus specialized for abelian groups represented as integer modules, an...
AbstractComplete paramodulation strategies are developed for clauses with symbolic constraints and b...
In this document, we propose techniques of automated deduction for proving properties by refutation ...
We introduce a class of restrictions for the ordered paramodulation and superposition calculi (inspi...
AbstractWe introduce a class of restrictions for the ordered paramodulation and superposition calcul...
We introduce a class of restrictions for the ordered paramodulation and superposition calculi (inspi...
We define a refutationally complete superposition calculus specialized for abelian groups represente...
Colloque avec actes et comité de lecture. internationale.International audienceWe show how to derive...
AbstractWe define a refutationally complete superposition calculus specialized for abelian groups re...
We show that superposition, a restricted form of paramodulation, can be combined with specifically d...
We describe a refined superposition calculus for cancellative abelian monoids. They encompass not on...
We propose a new inference system for automated deduction with equality and associative commutative ...