Including Domain-Specific Reasoners with Reusable Ontologies

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Citation: Richard Fikes and Jessica Jenkins and Qing Zhou. (2003) Including Domain-Specific Reasoners with Reusable Ontologies. In KSL-03-05, March,2003.

Publication techreport ( Edit )
type Technical Report
bibtype techreport
Bibtex basics
author Richard Fikes and Jessica Jenkins and Qing Zhou
title Including Domain-Specific Reasoners with Reusable Ontologies
number KSL-03-05
institution Knowledge Systems, AI Laboratory
address Stanford, CA, USA
year 2003
month March
Bibtex more
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abstract In this paper, we extend the methodology for developing intelligent systems that promotes building knowledge bases by assembling reusable ontologies and knowledge base modules from on-line libraries to include associating domain-specific reasoners with reusable ontologies and incorporating such reasoners into an intelligent system as part of the knowledge assembly process. The methodology is based on an existing hybrid reasoning architecture that provides an API and functional specification for special-purpose reasoners. We illustrate the methodology by describing a reusable time ontology and an associated set of domain-specific reasoners for the vocabulary of relations defined in that ontology. The ontology is designed to support large-scale knowledge system applications by providing an easily understandable, flexible, formally defined, and effective means of representing knowledge about time and the standard components and properties of calendars such as calendar months, calendar days, and weekdays. The domain-specific reasoners support "telling and "asking" operations for temporal ordering relations on time points and the Allen relations on time intervals.

KSL Technical Report ID: KSL-03-05
Facts about Including Domain-Specific Reasoners with Reusable OntologiesRDF feed
Abstract In this paper, we extend the methodology f … In this paper, we extend the methodology for developing intelligent systems that promotes building knowledge bases by assembling reusable ontologies and knowledge base modules from on-line libraries to include associating domain-specific reasoners with reusable ontologies and incorporating such reasoners into an intelligent system as part of the knowledge assembly process. The methodology is based on an existing hybrid reasoning architecture that provides an API and functional specification for special-purpose reasoners. We illustrate the methodology by describing a reusable time ontology and an associated set of domain-specific reasoners for the vocabulary of relations defined in that ontology. The ontology is designed to support large-scale knowledge system applications by providing an easily understandable, flexible, formally defined, and effective means of representing knowledge about time and the standard components and properties of calendars such as calendar months, calendar days, and weekdays. The domain-specific reasoners support "telling and "asking" operations for temporal ordering relations on time points and the Allen relations on time intervals. and the Allen relations on time intervals.
Address Stanford, CA, USA  +
Author Richard Fikes and Jessica Jenkins and Qing Zhou  +
Bibtype techreport  +
Has author Richard Fikes and Jessica Jenkins and Qing Zhou  +
Has identifier KSL-03-05  +
Has publishing details March,2003  +
Has title Including Domain-Specific Reasoners with Reusable Ontologies  +
Has where published KSL-03-05  +
Has year 2003  +
Institution Knowledge Systems, AI Laboratory  +
Ksl tr id KSL-03-05  +
Month March  +
Number KSL-03-05  +
Process note NO  +
Title Including Domain-Specific Reasoners with Reusable Ontologies  +
Year 2003  +
Retrieved from "http://tw.rpi.edu/wiki/Including_Domain-Specific_Reasoners_with_Reusable_Ontologies"
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