An Optimization Algorithm Based On Fitting and Center Approximation Principle For Wind Power Prediction

T. Gao, Hongtao Shi, Zhongnan Jiang, Shiyu Du, Shuli Jia
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Abstract

Neural network attracts more and more attention in many research fields. However, neural network prediction is scarce in determining the hidden layer. In this paper an algorithm for rapidly discovering hidden layer nodes in neural networks is proposed. Establish a neural network to predict future wind power. Weather forecast information is used as an input data set for neural networks. Then two test sites in the hidden layer are identified by traditional methods. The fitting degree of the two test points is compared through the fitting judgment. BP NNW is founded base on the weather-report data, and the prediction of future wind power is finally completed
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基于拟合和中心逼近原理的风电功率预测优化算法
神经网络在许多研究领域受到越来越多的关注。然而,神经网络预测在确定隐藏层方面存在不足。本文提出了一种快速发现神经网络隐层节点的算法。建立神经网络预测未来风力发电。天气预报信息被用作神经网络的输入数据集。然后用传统方法对隐藏层中的两个测试点进行识别。通过拟合判断比较两个测试点的拟合程度。BP NNW是在气象预报数据的基础上建立起来的,最终完成了对未来风电的预测
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