High Performance ATP Systems by Combining Several AI Methods

We present a design for an automated theorem prover that controls its search based on ideas from several areas of artificial intelligence (AI). The combination of case-based reasoning, several similarity concepts, a cooperation concept of distributed AI and reactive planning enables a system to learn from previous successful proof attempts. In a kind of bootstrapping process easy problems are used to solve more and more complicated ones. We provide case studies from two domains in pure equational theorem proving. These case studies show that an instantiation of our architecture achieves a high grade of automation and outperforms state-of-the-art conventional theorem provers.

• Type: Conference
• Year: 1997
• Where: IJCAI
• Authors: Jörg Denzinger, Marc Fuchs, Matthias Fuchs
• Keywords: Automated Theorem Prover, Case Studies, IJCAI 1997, IJCAI 2007, Theorem Provers