Time series prediction of bank cash flow based on grey neural network algorithm

Jie-sheng Wang, Chen-Xu Ning, Wen-Hua Cui
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引用次数: 6

Abstract

For improving the forecasting accuracy of bank cash flow, a combined model based on back propagation (BP) neural network and grey prediction method is put forward based on the merits and demerits of both BP neural network and grey model prediction method. The proposed method has the advantage of two methods and makes up the deficiencies of single model as well. It can efficiently reduce the influence of predicting precision caused by high data fluctuation, and is also capable of enhancing the self-adaptability of forecasting. The accumulation generating operation of grey prediction method is used to transform the original data to generate the accumulated data with better regularity so as to facilitate the neural network modeling and training. By using the function approximation feature of neural network, the prediction of raw bank cash flow data can be realized. The simulation comparison experiments and the results show the BP neural network can revise the GM (1, 1) so that the predictive accuracy of the combined model is higher than individual GM (1, 1).
基于灰色神经网络算法的银行现金流时间序列预测
为了提高银行现金流量的预测精度,在分析BP神经网络和灰色模型预测方法各自优缺点的基础上,提出了一种基于BP神经网络和灰色预测方法的组合模型。该方法既有两种方法的优点,又弥补了单一模型的不足。它可以有效地降低由于数据波动大而对预测精度的影响,同时还能增强预测的自适应性。采用灰色预测法的积累生成操作,对原始数据进行变换,生成规律性较好的积累数据,便于神经网络建模和训练。利用神经网络的函数逼近特性,可以实现对银行现金流原始数据的预测。仿真对比实验和结果表明,BP神经网络可以对GM(1,1)进行修正,使得组合模型的预测精度高于单个GM(1,1)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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