Title :
Knowledge management: an abstraction of knowledge base and database management systems
Author :
Riedesel, Joel D.
Author_Institution :
Martin Marietta Astronaut. Group, Denver, CO, USA
Abstract :
KNOMAD, a knowledge management design system, is a collection of tools built in layers. The layered architecture provides two major benefits: the ability to flexibly apply only those tools that are necessary for an application, and the ability to deep overhead, and thus inefficiency, to a minimum. KNOMAD is designed to manage many knowledge bases in a distributed environment. Three very different knowledge agents have been defined so far. The Freight Agency Knowledge Base is the simplest. However, it was made more complex by using a meta-rule group for its control strategy. The `monkeys and bananas´ problem has been defined; it consists of about twenty rules, uses qualification extensively and has been very useful to drive out limitations and inadequacies of the rule system. Finally, a large knowledge base consisting of three rule groups and a total of about 160 rules has been defined that performs fault diagnosis in a power management and distribution system for a space-station-like platform
Keywords :
database management systems; knowledge based systems; knowledge engineering; software tools; Freight Agency Knowledge Base; KNOMAD; control strategy; database management systems; distributed environment; distribution system; expressivity; fault diagnosis; flexibility; knowledge agents; knowledge management design system; large knowledge base; layered architecture; meta-rule group; power management; qualification extensively; rule groups; rule system; space-station-like platform; Application software; Artificial intelligence; Database systems; Expert systems; Knowledge engineering; Knowledge management; Knowledge representation; Object oriented programming; Space technology; Subspace constraints;
Conference_Titel :
AI Systems in Government Conference, 1990. Proceedings., Fifth Annual
Conference_Location :
Washington, DC
Print_ISBN :
0-8186-2044-7
DOI :
10.1109/AISIG.1990.63806