基于全局和局部支持向量机的分类方法

Liming Liu, Mao-xiang Chu, Rongfen Gong, Dapeng Xu
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引用次数: 0

摘要

为了解决标准支持向量机(SVM)和局部支持向量机(SVM)在空间和时间上消耗过大的问题,提出了一种新的全局和局部支持向量机(GLSVM)分类模型。该模型通过训练无边界样本集得到全局支持向量机。该算法通过对每个测试样本的边界样本集中训练k个近邻来获得局部支持向量机。在测试阶段,通过全局决策边界直接确定部分测试样本的类别。并利用局部支持向量机确定其他分类。实验证明,本文提出的分类模型在准确率和效率上都有较好的表现。
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Classification method based on global and local support vector machine
In order to solve the excessive consumption in space and time of standard support vector machine (SVM) and local SVM, a novel classification model called global and local SVM (GLSVM) is proposed. This new model obtains the global SVM by training non-boundary samples set. It obtains local SVM by training k-nearest neighbors in boundary samples set for each testing sample. In testing stage, the class of some testing samples is determined directly through global decision boundary. And the class of the others is determined with local SVM. Experiments prove that our proposed classification model has perfect performance in accuracy and efficiency.
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