DocumentCode :
1396064
Title :
E-DEVICE: an extensible active knowledge base system with multiple rule type support
Author :
Bassiliades, Nick ; Vlahavas, Ioannis ; Elmagarmid, Ahmed K.
Author_Institution :
Dept. of Inf., Aristotelian Univ. of Thessaloniki, Greece
Volume :
12
Issue :
5
fYear :
2000
Firstpage :
824
Lastpage :
844
Abstract :
This paper describes E-DEVICE, an extensible active knowledge base system (KBS) that supports the processing of event-driven, production, and deductive rules into the same active OODB system. E-DEVICE provides the infrastructure for the smooth integration of various declarative rule types, such as production and deductive rules, into an active OODB system that supports low-level event-driven rules only by: (1) mapping each declarative rule into one event-driven rule, offering centralized rule selection control for correct run-time behavior and conflict resolution, and (2) using complex events to map the conditions of declarative rules and monitor the database to incrementally match those conditions. E-DEVICE provides the infrastructure for easily extending the system by adding: (1) new rule types as subtypes of existing ones, and (2) transparent optimizations to the rule matching network. The resulting system is a flexible, yet efficient, KBS that gives the user the ability to express knowledge in a variety of high-level forms for advanced problem solving in data intensive applications
Keywords :
active databases; deductive databases; knowledge based systems; object-oriented databases; problem solving; E-DEVICE; centralized rule selection control; complex events; conflict resolution; correct run-time behavior; data intensive applications; declarative rule types; deductive rules; event-driven rules; extensible active knowledge base system; multiple rule type support; problem solving; production rules; rule matching network; transparent optimizations; Centralized control; Control systems; Database systems; Deductive databases; Knowledge based systems; Object oriented databases; Production systems; Relational databases; Runtime; Spatial databases;
fLanguage :
English
Journal_Title :
Knowledge and Data Engineering, IEEE Transactions on
Publisher :
ieee
ISSN :
1041-4347
Type :
jour
DOI :
10.1109/69.877511
Filename :
877511
Link To Document :
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