A Multi-class Classification Algorithm Based on Hypercube

Yu-ping Qin, Yuanyue Zhao, Xiangna Li, Q. Leng
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引用次数: 1

Abstract

A multi-class classification algorithm based on hypercube is proposed. For each class of training samples, a minimum hypercube that surround all samples is constructed in sample space. If two hypercubes intersect, the hypercube centers are used as the benchmark for compression. For a sample to be classified, its class label is determined according to the hypercube in which it is located. If this sample is not in any hypercube, the distances from the sample to the center of each hypercube are calculated firstly, and then the class label is determined by the nearest neighbor rule. The experimental results show that the training speed and classification speed of the proposed algorithm are improved significantly while ensuring the classification accuracy, especially in the case of large dataset and large number of classes.
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一种基于超立方体的多类分类算法
提出了一种基于超立方体的多类分类算法。对于每一类训练样本,在样本空间中构造一个围绕所有样本的最小超立方体。如果两个超立方体相交,则使用超立方体中心作为压缩的基准。对于要分类的样本,其类标签是根据其所在的超立方体确定的。如果该样本不在任何超立方体中,则首先计算样本到每个超立方体中心的距离,然后根据最近邻规则确定类标号。实验结果表明,在保证分类精度的前提下,该算法的训练速度和分类速度均有显著提高,特别是在大数据集和大量分类的情况下。
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