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Application of a hybrid model on short‐term load forecasting based on support vector machines (SVM)

机译:基于支持向量机(SVM)的混合模型在短期负荷预测中的应用

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Abstract To overcome the shortcoming of single train set of support vector machines (SVM), a novel hybrid model based on dual support vector machines (DSVM) is presented in this paper. The first SVM takes the recent samples in the vicinity of the demand day as its train samples. It can capture the most recent dynamic changing load. The second one takes the same season's load samples in historic years that have the similar attributes with the demand days as its train samples to reflect the season‐period rule. Final results can be archived by converging both SVM. The raw dataset related to experiments was obtained from the EUNITE network. The experiments have proved that the accuracy of proposed model is better than traditional one in general and showed this model's feasibility in practical application.
机译:摘要为克服单列支持向量机(SVM)的缺点,提出了一种基于双支持向量机(DSVM)的新型混合模型。第一个SVM将需求日附近的最新样本作为其火车样本。它可以捕获最新动态变化的负载。第二个样本在历史年份中使用相同的季节负荷样本,其需求天数与其火车样本具有相似的属性,以反映季节周期规则。可以通过融合两个SVM来归档最终结果。与实验相关的原始数据集是从EUNITE网络获得的。实验证明,该模型的精度总体上优于传统模型,表明该模型在实际应用中的可行性。

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