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Weighted Cross-Validation Evolving ArtificialNeural Networks to Forecast Time Series

机译:加权交叉验证改进艺术网络预测时间序列

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Accurate time series forecasting is a key tool to support decision mak-ing and for planning our day to-day activities. In recent years, several works in theliterature have adopted evolving artificial neural networks (EANN) for forecastingapplications. EANNs are particularly appealing due to their ability to model anunspecified non-linear relationship between time series variables. In this work, anovel approach for EANN forecasting systems is proposed, where a weightedcross-validation is used to build an ensemble of neural networks. Several experi-ments were held, using a set of six real-world time series (from different domains)and comparing both the weighted and standard cross-validation variants. Overall,the weighted cross-validation provided the best forecasting results.
机译:准确的时间序列预测是支持决策和计划日常活动的关键工具。近年来,若干工程在Theliterature中采用了不断发展的人工神经网络(EANN)进行预测应用。由于它们在时间序列变量之间模拟了anunpecified的非线性关系的能力,因此尤其吸引。在这项工作中,提出了对EANN预测系统的ANOVEL方法,其中使用权重验证来构建神经网络的集合。使用一组六个真实世界时间序列(来自不同域)并比较加权和标准交叉验证变体的若干实验。总的来说,加权交叉验证提供了最佳预测结果。

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