Fuzzy Nearest Neighbor Partitioning Neural Network for Classification

Shuangrong Liu, Lin Wang, Bo Yang, Shuo Kong, Huifen Dong, Xuehui Zhu
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引用次数: 1

Abstract

The fuzzy nearest neighbor partitioning neural network (FNNP) is proposed to promote the capability of the neural network classifier. The fixed centroids problem restrains the further improvement of the neural network classifier. The original nearest neighbor partitioning method (NNP) have been proposed to address this problem. In the NNP, the learning method is employed to train the neural network in according with the distribution information of samples. However, the distribution information underutilization problem affects the learning method to obtains the neural network with expected mapping performance. Therefore, we propose the FNNP to overcome this problem. In the FNNP, the fuzzy logic theory is adopted to assist the learning method to comprehensively collect neglected distribution information that increases the probability to find the optimal neural network with expected mapping performance. Experiment results demonstrate that the FNNP achieves remarkable classification performance on various indictors.
模糊最近邻划分神经网络分类
为了提高神经网络分类器的性能,提出了模糊最近邻划分神经网络(FNNP)。固定质心问题制约了神经网络分类器的进一步改进。为了解决这个问题,提出了原始的最近邻划分方法(NNP)。在NNP中,采用学习方法根据样本的分布信息对神经网络进行训练。然而,分布信息的未充分利用问题影响了神经网络的学习方法以获得具有预期映射性能的神经网络。因此,我们提出FNNP来克服这个问题。在FNNP中,采用模糊逻辑理论辅助学习方法综合收集被忽略的分布信息,增加了找到具有预期映射性能的最优神经网络的概率。实验结果表明,FNNP在各种指标上都取得了显著的分类性能。
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