An Adaptive FCM Probabilistic Neural Networks with Confidence Criteria

Gao Zhihua, B. Kerong, Zhang Linke
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引用次数: 1

Abstract

A novel PNN classifier for underwater vehicle noise source recognition is proposed. Such PNN classifier based on adaptive FCM algorithm and confidence criteria. Confidence criteria recognition technique allows the classifier recognize the abrupt noise without any abrupt noise samples to train base classifier, which is difficult to the traditional PNN classifier. The adaptive FCM algorithm can optimize classifier topology structure and save recognition time. Experimental results show adaptive FCM-PNN which has better generalization performance and real time performance than RBF neural network and the traditional PNN, and can recognize the abrupt noise effectually through confidence criteria.
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带置信准则的自适应FCM概率神经网络
提出了一种新的用于水下航行器噪声源识别的PNN分类器。该PNN分类器基于自适应FCM算法和置信度准则。置信准则识别技术允许分类器识别突发噪声,而不需要任何突发噪声样本来训练基分类器,这是传统PNN分类器难以做到的。自适应FCM算法可以优化分类器拓扑结构,节省识别时间。实验结果表明,自适应FCM-PNN具有比RBF神经网络和传统PNN更好的泛化性能和实时性,并能通过置信度准则有效识别突发噪声。
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