This paper addresses the decomposition of proofs as a means of constructingmethods in plan-based automated theorem proving. It shows also, howdecomposition can beneficially be applied in theorem proving by analogy.Decomposition is also useful for human-style proof presentation. We proposeseveral decomposition techniques that were found to be useful in automatedtheorem proving and give examples of their application
AbstractKnowledge-based proof planning is a new paradigm in automated theorem proving (ATP) which sw...
We present an overview of various learning techniques used in automated theorem provers. We characte...
A general concept for combining planning with automatic theorem provingis introduced. From this a sy...
Abstract. In this paper we propose how proof planning systems can be extended by an automated learni...
Automated theorem proving based on proof planning is a new and promising paradigm in the field of au...
This paper analyzes how mathematicians prove the-orems. The analysis is based upon several empirical...
. The paper addresses comprehensible proof presentation for teaching and learning that can be provid...
Extending the plan-based paradigm for automated theorem proving, we developed in previous work a dec...
The paper addresses two problems of comprehensible proof presentation, the hierarchically structured...
AbstractWe describebarnacle: a co-operative interface to theclaminductive theorem proving system. Fo...
Constructing an analogy between a known and already proven theorem(the base case) and another yet to...
Proof planning is a powerful technique for theorem proving. Proof plans are descriptions of common p...
The paper addresses two problems of comprehensible proof presentation, the hierarchically structured...
Proof structures in traditional automatic theorem proving systems are generally designed for ecientl...
In this paper we present a framework for automated learning within mathematical reasoning systems. I...
AbstractKnowledge-based proof planning is a new paradigm in automated theorem proving (ATP) which sw...
We present an overview of various learning techniques used in automated theorem provers. We characte...
A general concept for combining planning with automatic theorem provingis introduced. From this a sy...
Abstract. In this paper we propose how proof planning systems can be extended by an automated learni...
Automated theorem proving based on proof planning is a new and promising paradigm in the field of au...
This paper analyzes how mathematicians prove the-orems. The analysis is based upon several empirical...
. The paper addresses comprehensible proof presentation for teaching and learning that can be provid...
Extending the plan-based paradigm for automated theorem proving, we developed in previous work a dec...
The paper addresses two problems of comprehensible proof presentation, the hierarchically structured...
AbstractWe describebarnacle: a co-operative interface to theclaminductive theorem proving system. Fo...
Constructing an analogy between a known and already proven theorem(the base case) and another yet to...
Proof planning is a powerful technique for theorem proving. Proof plans are descriptions of common p...
The paper addresses two problems of comprehensible proof presentation, the hierarchically structured...
Proof structures in traditional automatic theorem proving systems are generally designed for ecientl...
In this paper we present a framework for automated learning within mathematical reasoning systems. I...
AbstractKnowledge-based proof planning is a new paradigm in automated theorem proving (ATP) which sw...
We present an overview of various learning techniques used in automated theorem provers. We characte...
A general concept for combining planning with automatic theorem provingis introduced. From this a sy...