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Erschienen in:
2010 | OriginalPaper | Buchkapitel
A General Bayesian Network-Assisted Ensemble System for Context Prediction: An Emphasis on Location Prediction
verfasst von : Kun Chang Lee, Heeryon Cho
Erschienen in: Future Generation Information Technology
Verlag: Springer Berlin Heidelberg
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Context prediction, highlighted by accurate location prediction, has been at the heart of ubiquitous decision support systems. To improve the prediction accuracy of such systems, various methods have been proposed and tested; these include Bayesian networks, decision classifiers, and SVMs. Still, greater accuracy may be achieved when individual classifiers are integrated into an ensemble system. Meanwhile, General Bayesian Network (GBN) classifier possesses a great potential as an accurate decision support engine for context prediction. To leverage the power of both the GBN and the ensemble system, we propose a GBN-assisted ensemble system for location prediction. The proposed ensemble system uses variables extracted from Markov blanket of the GBN’s class node to integrate GBN, decision tree, and SVM. The proposed system was applied to a real-world location prediction dataset, and promising results were obtained. Practical implications are discussed.