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    具有FIR突触的积单元神经网络预测时间序列

    Prediction Time Series Using Product Unit Neural Networks with FIR Synapses

    • 摘要: 提出一种具有有限脉冲响应 (FIR)突触的积单元神经网络 (PUNN)结构 ,并用于预测混沌时间序列 这种神经网络结构既继承了标准PUNN的结构简单、信息存储能力强的优点 ,又更适合预测混沌时间序列 ,特别是在小的学习样本情况 分别用具有FIR突触的PUNN、标准PUNN以及模糊神经网络 (FNN)等 3种神经网络对小的样本混沌时间序列做了 1步和多步预测对比实验 结果显示具有FIR突触的PUNN比其他 2种神经网络预测精度都高 这说明具有FIR突触的PUNN是预测小学习样本时间序列的一种有效方法

       

      Abstract: In this paper a novel neural network architecture is proposed for predicting time series The new neural network is called product unit neural network with finite impulse response synapses (PUNN with FIR), which has simple structure and power information storage capacity Application considered is a chaotic time series with a small sample set Experiment results of single step and multi step prediction are obtained by PUNNs with FIR, standard PUNNs and fuzzy neural networks respectively The results show that performance of PUNNs with FIR is superior to that of standard PUNNs and fuzzy neural networks The work demonstrates that the PUNN with FIR is an efficient method for predicting time series, especially in small training sample set situations

       

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