AbstractWe present a refutationally complete set of inference rules for first-order logic with equality. Except for x = x, no equality axioms are needed. Equalities are oriented by a well-founded ordering and can be used safely for demodulation without losing completeness. When restricted to equational logic, this strategy reduces to a Knuth-Bendix procedure
AbstractWe show the completeness of an extension of SLD-resolution to the equational setting. This p...
In this chapter we describe the theoretical concepts and results that form the basis of state-of-the...
We introduce a class of restrictions for the ordered paramodulation and superposition calculi (inspi...
We define a formalism of equality constraints and use it to prove the completeness of what we have c...
AbstractIn this paper we propose a slight modification of the Knuth and Bendix completion procedure ...
We present refutationally complete calculi for first-order clauses with equality. General paramodula...
The most efficient techniques that have been developed to date for equality handling in first-order ...
We present various refutationally complete calculi for first-order clauses with equality that allow ...
The most efficient techniques that have been developed to date for equality handling in first-order ...
AbstractThis paper describes a theorem proving procedure which combines the approach of Resolution w...
The most efficient techniques that have been developed to date for equality handling in first-order ...
We have previously shown that strict superposition together with merging paramodulation is refutatio...
In this paper we extend the term rewriting approach to first order theorem proving, as described in ...
In this chapter we describe the theoretical concepts and results that form the basis of state-of-the...
We propose a new calculus SCL(EQ) for first-order logic with equality thatonly learns non-redundant ...
AbstractWe show the completeness of an extension of SLD-resolution to the equational setting. This p...
In this chapter we describe the theoretical concepts and results that form the basis of state-of-the...
We introduce a class of restrictions for the ordered paramodulation and superposition calculi (inspi...
We define a formalism of equality constraints and use it to prove the completeness of what we have c...
AbstractIn this paper we propose a slight modification of the Knuth and Bendix completion procedure ...
We present refutationally complete calculi for first-order clauses with equality. General paramodula...
The most efficient techniques that have been developed to date for equality handling in first-order ...
We present various refutationally complete calculi for first-order clauses with equality that allow ...
The most efficient techniques that have been developed to date for equality handling in first-order ...
AbstractThis paper describes a theorem proving procedure which combines the approach of Resolution w...
The most efficient techniques that have been developed to date for equality handling in first-order ...
We have previously shown that strict superposition together with merging paramodulation is refutatio...
In this paper we extend the term rewriting approach to first order theorem proving, as described in ...
In this chapter we describe the theoretical concepts and results that form the basis of state-of-the...
We propose a new calculus SCL(EQ) for first-order logic with equality thatonly learns non-redundant ...
AbstractWe show the completeness of an extension of SLD-resolution to the equational setting. This p...
In this chapter we describe the theoretical concepts and results that form the basis of state-of-the...
We introduce a class of restrictions for the ordered paramodulation and superposition calculi (inspi...