Missing Completion Method for Load Data Based on Generative Adversarial Imputation Net

Zhijian Liu, Yunxu Tao, Han Liu, Linglin Luo, Dechun Zhang, Xinyu Meng
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Abstract

Missing load data is a common phenomenon, which prevents these measurements from being used properly in subsequent data analysis. In order to solve the problem of missing data, this paper proposes a load data missing completion method based on the generative adversarial imputation net. Firstly, according to the characteristics of load data and the spatio-temporal relationship, a data matrix was constructed considering the influence of meteorological factors on the variation of load data. Secondly, the mask matrix is used to represent the missing data, the missing data value under the mask matrix is predicted by the generator, and the performance of the generator is evaluated by the discriminator. Finally, in order to verify the effectiveness of the proposed method, load data are used to carry out experiments. Through a series of experiments, it is verified that the completion effect of this paper has obtained good indicators on both RMSE and MAE, and can effectively complete load data with missing rate less than 50%
基于生成对抗插值网络的负荷数据缺失补全方法
丢失负载数据是一种常见的现象,这妨碍了在随后的数据分析中正确使用这些测量。为了解决数据缺失问题,本文提出了一种基于生成对抗补全网络的负载数据缺失补全方法。首先,根据负荷数据的特征和时空关系,构建了考虑气象因素对负荷数据变化影响的数据矩阵;其次,用掩模矩阵表示缺失数据,由生成器预测掩模矩阵下的缺失数据值,并用鉴别器对生成器的性能进行评价;最后,为了验证所提方法的有效性,利用荷载数据进行了实验。通过一系列实验验证,本文的补全效果在RMSE和MAE上都获得了较好的指标,能够有效地补全负荷数据,缺失率小于50%
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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