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首页> 外文期刊>International journal of green energy >AN INNOVATIVE HYBRID ALGORITHM FOR VERY SHORT-TERM WIND SPEED PREDICTION USING LINEAR PREDICTION AND MARKOV CHAIN APPROACH
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AN INNOVATIVE HYBRID ALGORITHM FOR VERY SHORT-TERM WIND SPEED PREDICTION USING LINEAR PREDICTION AND MARKOV CHAIN APPROACH

机译:线性预测和马尔可夫链法的超短期风速预测混合算法

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摘要

A new hybrid algorithm using linear prediction and Markov chain is proposed in order to facilitate very short-term wind speed prediction. First, the Markov chain transition probability matrix is calculated. Then, linear prediction method is applied to predict very short-term values. Finally, the results are modified according to the long-term pattern by a nonlinear filter. The results from proposed method are compared by linear prediction method, persistent method and actual values. It is shown that the prediction-modification processes improves very short-term predictions, by reducing the maximum percentage error and mean absolute percentage error, while it retains simplicity and low CPU time and improvement in uncertainty of prediction.
机译:为了促进非常短期的风速预测,提出了一种使用线性预测和马尔可夫链的混合算法。首先,计算马尔可夫链转移概率矩阵。然后,将线性预测方法应用于预测非常短期的值。最后,通过非线性滤波器根据长期模式修改结果。通过线性预测方法,持久性方法和实际值比较了所提方法的结果。结果表明,通过减少最大百分比误差和平均绝对百分比误差,预测修改过程改进了非常短期的预测,同时保留了简单性和较低的CPU时间并改善了预测的不确定性。

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