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Initialization of Recurrent Networks Using Fourier Analysis

机译:傅立叶分析初始化反复网络的初始化

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Time-Delayed recurrent neural network models preserve information through time and are more powerful than the static feedforward networks, especially in dynamic problems. At present, recurrent networks are mostly formulated as nonlinear autoregression models [4] when applied to time series prediction problem. In this paper, we use a novel approach to interpret the recurrent networks. We build the linkage between Fourier analysis and recurrent networks. The major advantage of our method is that it provides a means to initialize the weights. This initialization significantly shortens the training time.
机译:延时的经常性神经网络模型通过时间保留信息,并且比静态前馈网络更强大,尤其是动态问题。目前,在应用于时间序列预测问题时,经常性网络主要被制定为非线性自动增加模型[4]。在本文中,我们使用一种新颖的方法来解释经常性网络。我们建立傅立叶分析与经常性网络之间的联系。我们方法的主要优点是它提供了初始化权重的方法。此初始化显着缩短了培训时间。

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