Explaining subsumption in description logics

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abstract: This paper explores the explanation of subsumption reasoning in Description Logics that are implemented using normalization methods, focusing on the perspective of knowledge engineers. The notion of explanation is specified using a proof-theoretic framework for presenting the inferences supported in these systems. The problem of overly long explanations is addressed by decomposing them into smaller, independent steps, using the notions of "atomic description" and "atomic justification". Implementation aspects are explored by considering the design space and some desiderata for explanation modules. This approach has been implemented for the CLASSIC knowledge representation system.

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AbstractThis paper explores the explanation of sub This paper explores the explanation of subsumption reasoning in Description Logics that are implemented using normalization methods, focusing on the perspective of knowledge engineers.

The notion of explanation is specified using a proof-theoretic framework for presenting the inferences supported in these systems. The problem of overly long explanations is addressed by decomposing them into smaller, independent steps, using the notions of "atomic

description" and "atomic justification". Implementation aspects are explored by considering the design space and some desiderata for explanation modules. This approach has been implemented for the CLASSIC knowledge representation system.
e CLASSIC knowledge representation system.
AddressMontreal, Canada  +
AuthorDeborah L. McGuinness  +, and Alexander Borgida  +
Bibtypeinproceedings  +
BooktitleProceedings of the 14th International Joint Conference on Artificial Intelligence  +
Keydblp:conf/ijcai/mcguinnessb95  +
MonthAugust  +
Pages816-821  +
Paper urlhttp://dli.iiit.ac.in/ijcai/IJCAI-95-VOL%201/pdf/105.pdf  +
Sourcehttp://dblp.uni-trier.de/rec/bibtex/conf/ijcai/McGuinnessB95  +
TagComputer science  +
TitleExplaining Subsumption in Description Logics  +
Year1995  +
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