A Fuzzy Classification Model with SVM

Aimin Yang, Xing-guang Li, Yongmei Zhou, Ling-min Jiang
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Abstract

A fuzzy classification model with support vector machine (FCMWSVM) is proposed. For the basic idea of constructing this model, firstly the kernel function is constructed by selecting suitable membership function. Then a fuzzy partition is built around each training pattern and a fuzzy IF-THEN classification rule is defined for each fuzzy partition. Finally, the support vectors and the parameters for rule are got by SVM learning method. The basic idea and the structure of this model are introduced. The effects of the membership function parameters and the penalty parameters for the classification rule and the classifier performance are analyzed. Experiments with two-spiral line data and typical data sets evaluate the performances of this model.
基于支持向量机的模糊分类模型
提出了一种基于支持向量机的模糊分类模型。构造该模型的基本思想是,首先选取合适的隶属函数构造核函数;然后围绕每个训练模式建立一个模糊划分,并为每个模糊划分定义一个模糊IF-THEN分类规则。最后,利用支持向量机学习方法得到支持向量和规则参数。介绍了该模型的基本思想和结构。分析了隶属函数参数和惩罚参数对分类规则和分类器性能的影响。用双螺旋线数据和典型数据集对该模型的性能进行了评价。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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