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Chaotic characterization of electric load demand time series load forecasting by using GA trained artificial neural network

机译:遗传算法训练的人工神经网络对电力负荷需求时间序列进行混沌表征和负荷预测

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Non linear time series modeling and forecasting has fundamental importance to various practical domains and a lot of active research work is going on in this area during past several years. In this work, an artificial neural network based model is used for load forecasting. Further, its performance is improved by using a canonical genetic algorithm. The method is supported by giving the forecasting result via simulation for real non linear time series of the electric load demand of Delhi region. To evaluate forecasting accuracy as well as to compare different models, three performance measures, viz. RMSE (Root mean square Error), MAPE (Mean Absolute Percentage Error) and REP (Relative Error Percentage) have been used. In this paper, all the simulations are carried out in MATLAB 7.10.0 environment using core i5 Intel processor.
机译:非线性时间序列建模和预测对于各个实际领域都具有根本的重要性,并且在过去几年中,该领域正在进行大量积极的研究工作。在这项工作中,基于人工神经网络的模型用于负荷预测。此外,通过使用规范遗传算法可以提高其性能。通过模拟给出德里地区电力负荷需求的真实非线性时间序列的预测结果,为该方法提供了支持。为了评估预测准确性以及比较不同的模型,使用了三个性能指标。已使用RMSE(均方根误差),MAPE(平均绝对百分比误差)和REP(相对误差百分比)。在本文中,所有仿真都是在使用酷睿i5英特尔处理器的MATLAB 7.10.0环境中进行的。

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