Towards integrating fuzzy logic capabilities into an ontology-based Inductive Logic Programming framework

Josué Iglesias, Jens Lehmann

2011 · 24 citations · 15 references

Concepts

TL;DR

Ontologies based on Description Logics enable formal knowledge sharing, and recent tools have added fuzzy logic to support reasoning in vague domains. The paper analyzes existing fuzzy ontology tools and shows how to integrate them into an ontology‑based Inductive Logic Programming system to add fuzzy logic capabilities. A fuzzy version of a standard ILP test case was developed to validate the integration approach. This work constitutes a first step toward fuzzy inductive reasoning for OWL ontologies.

Abstract

Ontologies based on Description Logics (DLs) have proved to be useful in formally sharing knowledge across applications. Recently, several tools have extended ontologies with fuzzy logic capabilities in order to apply ontology-based reasoning to vague and imprecise domains. This paper first analyses the state of the art in tools for fuzzy ontologies management and then describes how some of the most significant ones have been integrated in order to extend an ontology-based Inductive Logic Programming (ILP) system with fuzzy logic capabilities. A fuzzy version of a well-known ILP test case has been developed in order to validate the approach. This research represents a first step towards fuzzy inductive reasoning for OWL ontologies.

References

15