We present extensions of our Isabelle Formalization of Rewriting that cover two historically related concepts: the Knuth-Bendix order and the Knuth-Bendix completion procedure. The former, besides being the first development of its kind in a proof assistant, is based on a generalized version of the Knuth-Bendix order. We compare our version to variants from the literature and show all properties required to certify termination proofs of TRSs. The latter comprises the formalization of important facts that are related to completion, like Birkhoff’s theorem, the critical pair theorem, and a soundness proof of completion, showing that the strict encompassment condition is superfluous for finite runs. As a result, we are able to certify completi...
Abstract This note presents an approach to prove termination of term rewrite systems (TRSs) with the...
Knuth-Bendix completion is a classical calculus in automated deduction for transforming a set of equ...
We describe an implementation of the KNS ordering within the TRIP system, a Quintus-Prolog written l...
We present extensions of our Isabelle Formalization of Rewriting that cover two historically related...
AbstractWe formulate the Knuth-Bendix completion method at an abstract level, as an equational infer...
AbstractWe give in this paper a complete description of the Knuth-Bendix completion algorithm. We pr...
AbstractWe give in this paper a complete description of the Knuth-Bendix completion algorithm. We pr...
An introduction to the confluence and finite termination properties of rewriting systems is presente...
Knuth-Bendix completion is a technique for equational automated theorem proving based on term rewrit...
AbstractThe Knuth-Bendix completion algorithm is a procedure which generates confluent and terminati...
In this paper we give a new abstract framework for the study of Knuth-Bendix type completion procedu...
Abstract. A Knuth-Bendix completion procedure is parametrized by a reduction ordering used to ensure...
AbstractWe formulate the Knuth-Bendix completion method at an abstract level, as an equational infer...
Completion procedures, originated from the seminal work of Knuth and Bendix, are well-known as proce...
AbstractThe Knuth-Bendix completion algorithm is a procedure which generates confluent and terminati...
Abstract This note presents an approach to prove termination of term rewrite systems (TRSs) with the...
Knuth-Bendix completion is a classical calculus in automated deduction for transforming a set of equ...
We describe an implementation of the KNS ordering within the TRIP system, a Quintus-Prolog written l...
We present extensions of our Isabelle Formalization of Rewriting that cover two historically related...
AbstractWe formulate the Knuth-Bendix completion method at an abstract level, as an equational infer...
AbstractWe give in this paper a complete description of the Knuth-Bendix completion algorithm. We pr...
AbstractWe give in this paper a complete description of the Knuth-Bendix completion algorithm. We pr...
An introduction to the confluence and finite termination properties of rewriting systems is presente...
Knuth-Bendix completion is a technique for equational automated theorem proving based on term rewrit...
AbstractThe Knuth-Bendix completion algorithm is a procedure which generates confluent and terminati...
In this paper we give a new abstract framework for the study of Knuth-Bendix type completion procedu...
Abstract. A Knuth-Bendix completion procedure is parametrized by a reduction ordering used to ensure...
AbstractWe formulate the Knuth-Bendix completion method at an abstract level, as an equational infer...
Completion procedures, originated from the seminal work of Knuth and Bendix, are well-known as proce...
AbstractThe Knuth-Bendix completion algorithm is a procedure which generates confluent and terminati...
Abstract This note presents an approach to prove termination of term rewrite systems (TRSs) with the...
Knuth-Bendix completion is a classical calculus in automated deduction for transforming a set of equ...
We describe an implementation of the KNS ordering within the TRIP system, a Quintus-Prolog written l...