类失衡问题的决策树与贝叶斯网络混合集成

Pumitara Ruangthong, S. Jaiyen
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引用次数: 6

摘要

类不平衡问题是导致分类结果不理想的主要问题。使用任何类型的分类仍然不能改善结果。因此,本文提出了一种基于AdaBoost的混合集成模型。并采用SMOTE算法解决类不平衡问题,以预测银行客户定期存款的概率。该混合集成模型由贝叶斯网络、交替决策树、Tree- j48和REPTree (Reduced-Error Pruning)分类器组成。从实验结果来看,与普通集成模型和使用多数类约简的集成模型相比,该模型的性能最高,最终得到了91.5%的灵敏度、100%的特异性和96.3%的准确率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hybrid ensembles of decision trees and Bayesian network for class imbalance problem
Class imbalance problem is the main issue causing unsatisfactory outcome in classification. Any type of classification used still cannot improve the result. Therefore, in this research we propose a new hybrid ensemble model based on AdaBoost.M2 and adopt SMOTE algorithm to solve the class imbalance problem in order to predict the probability of term deposit from bank customers. The proposed hybrid ensemble model consist of diverse based classifiers which are Bayesian Network, Alternating Decision Tree, Tree-J48, and REPTree (Reduced-Error Pruning). From the experimental results, the proposed model can achieve the highest performance comparing to normal ensemble models and ensemble models that use majority class reduction, and finally generates the results of 91.5% sensitivity, 100% specificity, and 96.3% accuracy.
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