Proceedings

Inductive Logic Programming: Inverse Resolution and Beyond

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Proceedings of the Fourteenth International Joint Conference on Artificial Intelligence. Invited Speakers. Pages 997--1.

© 1995 International Joint Conferences on Artificial Intelligence

Abstract

This talk is based on a paper which appears in the May 1995 issue of New Generation Computing Journal under the title "Inverse entailment and Progol." The paper is available as gzipped Postscript by anonymous ftp from

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ABSTRACT

This talk is based on a paper which appears in the May 1995 issue of New Generation Computing Journal under the title "Inverse entailment and Progol." The paper is available as gzipped Postscript by anonymous ftp from

ftp.comlab.ox.ac.uk

in ftle

pub!Packages/ILP/PapersllnvEnt.ps.gz

The paper firstly provides a reappraisal of the development of techniques for inverting deduction, secondly introduces Mode-Directed Inverse Entailment (MDIE) as a generaliza­ tion and enhancement of previous approaches, and thirdly describes an implementation of MDIE in the Progol system. Progol is implemented in C and also available by anony­ mous ftp (details in main paper). The reassessment of previ­ ous techniques in terms of inverse entailment leads to new results for learning from positive data and inverting implica­ tion between pairs of clauses.

Inductive Logic Programming: Inverse Resolution and Beyond

Stephen Muggleton Oxford University Computing Laboratory

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