On predicting wind power series by using Bayesian Enhanced modified based-neural network
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Institute of Electrical and Electronics Engineers Inc.
In this paper, wind power series prediction using BEA modified (BEAmod.) neural networks-based approach is presented. Wind power forecasting is a complex, multidimensional, and highly non-linear system. Neural network is able to learn the relationship between system inputs and outputs without mathematical conversion, and perform complex nonlinear mapping, data classification, prediction, and is also suitable for wind power forecasting. The purpose of this paper is to use neural network to design a wind power forecasting system. The focus, with particularly interest in short-term prediction, is by using the data model selected, in which the Bayesian enhanced modified approach (BEAmod.) is used to extract information to make prediction. The efficiency analysis of the proposed forecasting method is examined through the underlying dynamical system, in which the nonlinear and temporal dependencies span long time intervals (long memory process). The conducted results show that this method can be used to improve the predictability of short-term wind time series with a suitable number of hidden units compared to that of reported in the literature. © 2017 Comisión Permanente RPIC.
Complex networks , Dynamical systems , Linear systems , Time series , Time series analysis , Wind power , Bayesian , Data classification , Extract informations , Forecasting methods , Mathematical conversion , Short term prediction , Time series forecasting , Wind power forecasting , Weather forecasting