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A Recent Approach Incorporating External Forces To Predict Nonstationary Processes

机译:结合外力预测非平稳过程的最新方法

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摘要

Most real-world time series have some degree of nonstationarity due to external perturbations of the observed system; external driving forces are the essential reason that leads to the nonstationarity of dynamics system. In this paper, the authors present a novel technique in which the authors incorporate external forces to predict nonstationary time series. To test the effect, the authors also examined two prediction experiments with an ideal time series from a logistic map and a proxy climate data-set for the past millennium. The preliminary results show that the resulting algorithm has better predictive ability than the one that does not consider the external forces.
机译:由于被观察系统的外部扰动,大多数现实世界时间序列都具有一定程度的不稳定。外部驱动力是导致动力学系统不稳定的根本原因。在本文中,作者提出了一种新颖的技术,其中作者结合了外力来预测非平稳时间序列。为了检验这种影响,作者还检查了两个预测实验,这些实验来自逻辑地图和过去千年的代理气候数据集,具有理想的时间序列。初步结果表明,与不考虑外力的算法相比,所得算法具有更好的预测能力。

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