Shape recognition by fuzzy distance measure

Wenjing Qi, Xue-qing Li, Lei Tang, Zunyi Xu
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引用次数: 1

Abstract

A novel shape recognition method based on fuzzy distance measure is proposed. A fuzzy set is defined on the feature vector space according to each training class, so the distance between an unknown shape and the class centroid is measured by a fuzzy distance based on the membership function. Another significant contribution of this paper is the method of constructing membership function using the statistical features of training class. Our shape recognition method is a minimum distance method in nature, but compared with the minimum distance method using common distance measure, fuzzy distance measure improves the accuracy rate of recognition greatly. The accuracy improved either compared with KNN classifier.
基于模糊距离测度的形状识别
提出了一种基于模糊距离测度的形状识别方法。根据每个训练类别在特征向量空间上定义一个模糊集,通过基于隶属函数的模糊距离来度量未知形状与类质心之间的距离。本文的另一个重要贡献是利用训练类的统计特征构造隶属函数的方法。我们的形状识别方法本质上是一种最小距离方法,但与使用常用距离测度的最小距离方法相比,模糊距离测度大大提高了识别的正确率。与KNN分类器相比,准确率均有提高。
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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