Completion Theorem Proving is based on the observation that the task of proving a formula can be transformed into the task of solving a system of equations ...

On the Unnecessity of Multiple Overlaps in Completion Theorem Proving.

TL;DR: This article presents a taxonomy of strategies for fully-automated general-purpose first-order theorem proving, which covers forward-reasoning ordering- ...

On the Unnecessity of Multiple Overlaps in Completion Theorem Proving · J. MüllerRolf Socher-Ambrosius. Computer Science. GWAI. 1988. TLDR. It is shown that ...

Müller, J.; Socher-Ambrosius, R.: On the Unnecessity of Multiple-Overlaps in Completion Theorem Proving, Proc. 12th GWAI, 1988, Springer IFB 181. Google ...

Abstract: Completion Theorem Proving is based on the observation that proving a formula is equivalent to solving a system of equations over a boolean ...

(1988): On the Unnecessity of Multiple Over- laps in Completion Theorem Proving. In: Proceedings 12th German. Workshop on Arti cial Intelligence, Eringerfeld ...

We consider that these results are important for a theoretical understanding of the efficiency of term-rewriting based theorem provers. As in first-order ...

Aug 21, 2019 · Abstract. Completion is one of the most studied techniques in term rewriting and funda- mental to automated reasoning with equalities.

If an equational theory E UR can be represented by a canonical system, then any equation valid in E UR can be proved by simple rewriting. A rewrite proof in. E ...