The Performance of a Classifier by Testing Only the Significant Events

Dong-Hui Kim, W. Lee
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引用次数: 1

Abstract

In ubiquitous environment, too much information exist, and it is not easy to obtain the well classified data from the information. Therefore an algorithm which should be fast and deduce good result is needed. About it, a decision tree algorithm is much useful in the field of data mining or machine learning system for the problem of classification. However sometimes according to several reasons, a decision tree may have leaf nodes which are made of only noise data or include noise data. Therefore it should be excluded from a decision tree. Because those weak leaves is provided wrong results. This paper proposes a method using a classifier, UChoo, for solving a classification problem, and suggests how to exclude weak leaves as foreknow it whether each leaves is weak or not in decision tree. And, the experiment shows a gradient of the performance of a classifier, Uchoo, by changing the threshold for deciding between acceptable leaves and unacceptable leaves.
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仅测试重要事件的分类器性能
在无所不在的环境中,存在着太多的信息,从这些信息中获取分类良好的数据并不容易。因此,需要一种速度快、推导结果好的算法。因此,决策树算法在数据挖掘或机器学习系统中对分类问题有很大的帮助。然而,有时由于多种原因,决策树可能有仅由噪声数据组成或包含噪声数据的叶节点。因此,它应该被排除在决策树之外。因为那些软弱的叶子被提供了错误的结果。本文提出了一种使用分类器UChoo来解决分类问题的方法,并提出了如何通过预先知道决策树中每个叶子是否弱来排除弱叶子的方法。并且,该实验通过改变在可接受叶和不可接受叶之间决定的阈值,显示了分类器Uchoo性能的梯度。
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