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A hybrid technique to enhance the performance of recurrent neural networks for time series prediction

机译:增强递归神经网络性能的混合技术,用于时间序列预测

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摘要

The recurrent neural networks trained by the real time recurrent learning (RTRL) algorithm is used for time series prediction. When there is a strong nonlinear relationship connecting the adjacent samples of the time series which the network is trying to predict, the prediction performance of the network deteriorates. A scheme is proposed to overcome this drawback. This scheme incorporates cascade-correlation into the recurrent network learning after the network has been trained using RTRL. Fahlman's quickprop algorithm is incorporated into the RTRL learning to make the network converge faster. Simulation results with the above enhancements are presented. The improvement in the prediction performance is found to be considerable.
机译:由实时递归学习(RTRL)算法训练的递归神经网络用于时间序列预测。当网络试图预测的时间序列的相邻样本之间存在强非线性关系时,网络的预测性能会下降。提出了一种克服该缺点的方案。在使用RTRL训练网络后,该方案将级联相关合并到循环网络学习中。 Fahlman的quickprop算法被集成到RTRL学习中,以使网络收敛更快。给出了具有上述增强功能的仿真结果。发现预测性能的改善是可观的。

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