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Time series forecasting: Automatic determination of lags and radial basis neural networks for a changing horizon environment

机译:时间序列预测:自动测定变化地平线环境的滞后和径向基础网络

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This paper shows how E-tsRBF deals with time-series prediction in a changing horizon environment. E-tsRBF is a meta-evolutionary algorithm that simultaneously evolves both the neural networks and the set of lags needed to forecast time series. The method uses radial basis function neural networks, a kind of net that has been successfully applied to time series prediction in literature. Frequently, methods to build and train these networks must be given the past periods or lags to be used in order to create patterns and forecast any time series. Up to twenty-one time series are evaluated in this work, showing the behaviour of the new method.
机译:本文显示了E-TSRBF如何在变化地平线环境中处理时间序列预测。 E-TSRBF是一种元进化算法,同时演变为预测时间序列所需的神经网络和滞后集。该方法采用径向基函数神经网络,一种已成功应用于文学中的时间序列预测的网。通常,建立和培训这些网络的方法必须使用过去的时期或滞后,以便在任何时间序列中创建模式和预测。在这项工作中评估了最多二十一序列,显示了新方法的行为。

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