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Relational Ensemble Classification

Abstract
Relational classification aims at including relations among entities, for example taking relations between documents such as a common author or citations into account. However, considering more than one relation can further improve classification accuracy. In this paper we introduce a new approach to make use of several relations as well as both relations and attributes for classification using ensemble methods. To accomplish this, we present a generic relational ensemble model, that can use different relational and local classifiers as components. Furthermore, we discuss solutions for several problems concerning relational data such as heterogeneity, sparsity, and multiple relations. Finally, we provide empirical evidence, that our relational ensemble methods outperform existing relational classification methods, even rather complex models such as relational probability trees (RPTs), relational dependency networks (RDNs) and relational Bayesian classifiers (RBCs).
Publication Type
ConferencePaper
Author
Preisach, Christine 
•
Schmidt-Thieme, Lars 
Editor
Clifton, Christopher W.
•
Zhong, Ning
•
Liu, Jiming
•
Wah, Benjamin W.
•
Wu, Xindong
Date Issued
2006
DOI
10.1109/ICDM.2006.135
Faculty
Fachbereich 4 
Institute / Institution
Institut für Informatik 
Published in
Proceedings: Sixth International Conference on Data Mining: ICDM 2006
Conference
6th International Conference on Data Mining (ICDM 2006), Hong Kong, 18.12.-22.12.2006
Publisher
IEEE
Publisher Place
Los Alamitos
Page Start
499
Page End
509
ISBN
978-0-7695-2701-7
HilPub short link
https://hilpub.uni-hildesheim.de/handle/ubhi/17044
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