ANN versus Grey theory based forecasting methods implemented on short time series

J. Milojković, Vaneo Litovski
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引用次数: 1

Abstract

Two modern concepts implemented for forecasting based on reduced time series are contrasted. Results obtained by use of artificial neural nets (ANNs), already discussed at this conference, are compared with the ones obtained by implementation of the so called Grey theory or Grey Model (GM). Particularly, feed-forward accommodated for prediction (FFAP) and time controlled recurrent (TCR) ANNs are used along with the GM(1,1) algorithm for one- and two-steps-ahead forecasting of various quantities (obsolete computers, electricity loads, number of fixed telephones etc). Advantages of the ANN concept are observed. The GM(1,1) was studied in the appendix and compared with no advantages against the least-mean-squares approximation by an exponential.
基于神经网络和灰色理论的短时间序列预测方法
对比了基于简化时间序列的两种现代预测概念。利用本次会议已经讨论过的人工神经网络(ANNs)获得的结果与通过实施所谓的灰色理论或灰色模型(GM)获得的结果进行了比较。特别是,前馈适应预测(FFAP)和时间控制循环(TCR)人工神经网络与GM(1,1)算法一起用于提前一步和两步预测各种数量(过时的计算机,电力负荷,固定电话数量等)。观察了人工神经网络概念的优点。在附录中对GM(1,1)进行了研究,并与指数的最小均方近似相比没有优势。
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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