Specifying Constraints for Detecting Inconsistencies in A Conceptual Graph Knowledge Base
This paper proposes a strategy for representing constraints in a conceptual graph knowledge base. We describe a set of techniques for using these constraints to detect inconsistencies in a knowledge base by finding sets of nodes that are inconsistent with these constraints. The detection method is designed to be efficient. An algorithm was developed and analyzed and its computational complexity was found to be polynomial with respect to knowledge base size and number of child nodes for each constraint node.
Year of publication: |
2017
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Authors: | Kassos, Caralee ; Delugach, Harry |
Published in: |
International Journal of Conceptual Structures and Smart Applications (IJCSSA). - IGI Global, ISSN 2166-7306, ZDB-ID 2754445-X. - Vol. 5.2017, 2 (01.07.), p. 34-64
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Publisher: |
IGI Global |
Subject: | Conceptual Graph | Graph Constraints | Inconsistency Detection | Knowledge Base |
Saved in:
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