AbstractWe present a collection of simple but powerful techniques for enhancing the efficiency of tableau-based model generators such as Satchmo. The central ideas are to compile a clausal first order theory into a procedural Prolog program and to avoid redundant work of a naı̈ve implementation. We have compared various combinations of our techniques among each other and with theorem provers based on various calculi, using the TPTP problem library as a benchmark. Our implementation has turned out to be the most efficient for range-restricted problems and for a class of problems we call nonnesting
We combine techniques originally developed for refutational first-order theorem proving within the c...
AbstractRecent years have seen considerable interest in procedures for computing finite models of fi...
Abstract OCC 1 N [11] is a decidable subclass of first-order clausal lo...
AbstractWe present a collection of simple but powerful techniques for enhancing the efficiency of ta...
Minimal Herbrand models for clausal theories are useful in several areas of computer science, e.g. ...
Minimal Herbrand models of sets of first-order clauses are useful in several areas of computer scien...
Satchmo is an automated theorem prover for rst-order predicate logic implemented in Prolog. Its rea...
Herbrand models for clausal theories are useful in several areas of computer science. In most cases...
Minimal Herbrand models of sets of rst-order clauses are useful in several areas of computer scienc...
Machine for Model Generation with PUHR Tableaux (Extended Abstract) Alexander von Drach, Tim Geisle...
In this paper we present the CPUHR-tableau calculus, a modification of positive unit hyperresolution...
This articles is a structured bibliography on theorem provers, approaches to theorem proving, and t...
AbstractA method is proposed to transform automatically some satisfiable clause sets S into clause s...
We present several calculi that integrate equality handling by superposition and ordered param...
AbstractProof procedures based on model elimination or the connection tableau calculus have become m...
We combine techniques originally developed for refutational first-order theorem proving within the c...
AbstractRecent years have seen considerable interest in procedures for computing finite models of fi...
Abstract OCC 1 N [11] is a decidable subclass of first-order clausal lo...
AbstractWe present a collection of simple but powerful techniques for enhancing the efficiency of ta...
Minimal Herbrand models for clausal theories are useful in several areas of computer science, e.g. ...
Minimal Herbrand models of sets of first-order clauses are useful in several areas of computer scien...
Satchmo is an automated theorem prover for rst-order predicate logic implemented in Prolog. Its rea...
Herbrand models for clausal theories are useful in several areas of computer science. In most cases...
Minimal Herbrand models of sets of rst-order clauses are useful in several areas of computer scienc...
Machine for Model Generation with PUHR Tableaux (Extended Abstract) Alexander von Drach, Tim Geisle...
In this paper we present the CPUHR-tableau calculus, a modification of positive unit hyperresolution...
This articles is a structured bibliography on theorem provers, approaches to theorem proving, and t...
AbstractA method is proposed to transform automatically some satisfiable clause sets S into clause s...
We present several calculi that integrate equality handling by superposition and ordered param...
AbstractProof procedures based on model elimination or the connection tableau calculus have become m...
We combine techniques originally developed for refutational first-order theorem proving within the c...
AbstractRecent years have seen considerable interest in procedures for computing finite models of fi...
Abstract OCC 1 N [11] is a decidable subclass of first-order clausal lo...