We show how the method of proof by consistency can be extended to proving \u000Aproperties of the perfect model of a set of first‐order clauses with equality. \u000ATechnically proofs by consistency will be similar to proofs by case analysis \u000Aover the term structure. As our method also allows to prove \u000Asufficient‐completeness of function definitions in parallel with proving an \u000Ainductive theorem we need not distinguish between constructors and defined \u000Afunctions. Our method is linear and refutationally complete with respect to the \u000Aperfect model, it supports lemmas in a natural way, and it provides for \u000Apowerful simplification and elimination techniques
We consider instantiation-based theorem proving whereby instances of clauses are generated by certai...
We define a formalism of equality constraints and use it to prove the completeness of what we have c...
We present refutationally complete calculi for first-order clauses with equality. General paramodula...
AbstractIn the early 1980s, there was a number of papers on what should be called proofs by consiste...
In the early 80's, there was a number of papers on what should be called proofs by consistency...
We present a brief overview on completion based inductive theorem proving techniques, point out the ...
The aim of this paper is first to describe an algorithm for testing sufficient completeness and seco...
AbstractDeduction methods for first-order constrained clauses with equality are described within an ...
We define and discuss various conceivable notions of inductive validity for first-order equational c...
This paper presents a fixedpoint approach to inductive definitions. Instead of using a syntactic tes...
AbstractInductive theorems are properties valid in the initial algebra. A now popular tool for provi...
Inductive logic programming is a discipline investigating invention of clausal theories from observe...
Wepresent a constructive analysis of the logical notions of satisfiability and consistency for first...
Abstract. The Wholeness Axiom (WA) is an axiom schema that can be added to the axioms of ZFC in an e...
We show by means of counter examples that some well-known results on the completeness of deduction m...
We consider instantiation-based theorem proving whereby instances of clauses are generated by certai...
We define a formalism of equality constraints and use it to prove the completeness of what we have c...
We present refutationally complete calculi for first-order clauses with equality. General paramodula...
AbstractIn the early 1980s, there was a number of papers on what should be called proofs by consiste...
In the early 80's, there was a number of papers on what should be called proofs by consistency...
We present a brief overview on completion based inductive theorem proving techniques, point out the ...
The aim of this paper is first to describe an algorithm for testing sufficient completeness and seco...
AbstractDeduction methods for first-order constrained clauses with equality are described within an ...
We define and discuss various conceivable notions of inductive validity for first-order equational c...
This paper presents a fixedpoint approach to inductive definitions. Instead of using a syntactic tes...
AbstractInductive theorems are properties valid in the initial algebra. A now popular tool for provi...
Inductive logic programming is a discipline investigating invention of clausal theories from observe...
Wepresent a constructive analysis of the logical notions of satisfiability and consistency for first...
Abstract. The Wholeness Axiom (WA) is an axiom schema that can be added to the axioms of ZFC in an e...
We show by means of counter examples that some well-known results on the completeness of deduction m...
We consider instantiation-based theorem proving whereby instances of clauses are generated by certai...
We define a formalism of equality constraints and use it to prove the completeness of what we have c...
We present refutationally complete calculi for first-order clauses with equality. General paramodula...