Analysis of User Power Characteristic Weight Based on Improved ReliefF and FCM Clustering

Huizhao Li, Yungui Zhang, Xue Wang, Jinxia Xu
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引用次数: 2

Abstract

In view of the problem of low accuracy in the selection of users' power load characteristics in the analysis of user behavior in smart community, an improved ReliefF algorithm is proposed. Through the improved ReliefF algorithm model, a large number of user power data is processed. Then the FCM clustering algorithm is used for cluster analysis. The improved ReliefF algorithm is combined with the FCM algorithm to verify the effectiveness of the improved ReliefF algorithm for the model of power users. The experimental data come from an intelligent park that has been able to collect data. The improved ReliefF algorithm and FCM clustering algorithm are used to classify users. The accuracy of the result is 95.43%. It is proved that the improved ReliefF model is more reliable.
基于改进ReliefF和FCM聚类的用户功率特征权值分析
针对智能社区用户行为分析中用户电力负荷特征选择准确率不高的问题,提出了一种改进的ReliefF算法。通过改进的ReliefF算法模型,对大量用户电量数据进行处理。然后采用FCM聚类算法进行聚类分析。将改进的ReliefF算法与FCM算法相结合,验证了改进的ReliefF算法对电力用户模型的有效性。实验数据来自一个已经能够收集数据的智能园区。采用改进的ReliefF算法和FCM聚类算法对用户进行分类。结果的准确率为95.43%。实验证明,改进后的ReliefF模型更可靠。
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