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Memory-Based Modeling of Seasonality for Prediction of Climatic Time Series

机译:基于内存的季节性预测的气候时间序列建模

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The paper describes a method for predicting climatic time series that consist of significant annual and diurnal seasonal components and a short-term stochastic component. A memory-based method for modeling of the non-linear seasonal components is proposed that allows the application of simpler linear models for predicting short-term deviations from seasonal averages. The proposed method results in significant reduction of prediction error when predicting time series of ambient air temperature from multiple locations. Moreover, combining the statistical predictor with meteorological forecasts using linear regression or Kalman filtering further reduces prediction error to typically between 1℃ over a prediction horizon of one hour and 2.5℃ over 24 hours.
机译:本文介绍了一种预测气候时间序列的方法,该方法由重要的年度和昼夜季节性成分以及短期随机成分组成。提出了一种基于内存的非线性季节分量建模方法,该方法允许应用更简单的线性模型来预测与季节平均值的短期偏差。当从多个位置预测环境空气温度的时间序列时,所提出的方法可显着减少预测误差。此外,将统计预测器与使用线性回归或卡尔曼滤波的气象预测结合起来,可以进一步将预测误差降低到通常在1小时的预测范围内为1摄氏度到24小时的2.5摄氏度之间。

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