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Generalized Regression Neural Network Based Wind Speed Prediction Model for Western Region of India

机译:基于广义回归神经网络的印度西部风速预测模型。

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With the growing demand of power generated by wind energy, prediction of wind speed has become an important region for research. In this paper, wind speed is predicted using Generalized Regression Neural Network (GRNN) and Multi-layer perceptron (MLP) in 67 cities of India. The input variables used are: Longitude, Latitude, daily solar radiation- horizontal, air temperature, relative humidity, earth temperature, elevation, cooling degree-days, heating degree-days, atmospheric pressure. The MSE of the two models are compared and found that GRNN gives better result than MLP. The accuracy of GRNN and MLP are 99.99% and 97.974% for training phase and 98.85% and 95.23% for testing phase respectively.
机译:随着风能发电需求的增长,风速的预测已成为重要的研究领域。本文使用广义回归神经网络(GRNN)和多层感知器(MLP)在印度67个城市中预测风速。使用的输入变量为:经度,纬度,日太阳辐射水平,空气温度,相对湿度,地球温度,海拔高度,冷却天数,加热天数,大气压。比较了两个模型的MSE,发现GRNN比MLP提供更好的结果。训练阶段GRNN和MLP的准确度分别为99.99%和97.974%,测试阶段分别为98.85%和95.23%。

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