A multi-classification algorithm based on support vectors

Jian Cao, S. Sun, X. Duan
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引用次数: 1

Abstract

In the fault classification process, a flexible SVM classification algorithm is proposed to solve the unreasonable condition that the number of muti-classification decision boundary is stationary when using the traditional support vector machine(SVM). The algorithm is based on support vector data description(SVDD) hypersphere determine the sample distribution characteristics similar class of fusion as a new class, guaranted to produce classifications which are easy to distinguish. Training multi hyperspheres between the new classes and SVM decision boundary within the new class. Using one-to-one vote to choose. Experiments show that this algorithm has a better classification performance, and can reduce training time and determine time which can be well applied to fault classification.
一种基于支持向量的多分类算法
在故障分类过程中,针对传统支持向量机(SVM)多分类决策边界数目平稳的不合理条件,提出了一种灵活的SVM分类算法。该算法基于支持向量数据描述(SVDD)超球确定样本分布特征,将相似类融合为新类,保证产生易于区分的分类。训练新类之间的多超球和支持向量机在新类内的决策边界。采用一对一的投票方式进行选择。实验表明,该算法具有较好的分类性能,减少了训练时间和确定时间,可以很好地应用于故障分类。
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