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基于人工智能的电力控制系统运行状态自动化识别模型

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针对电力控制系统当中逻辑拓扑复杂、数据参数繁多、运行状态无法准确判断的问题,该文提出一种以图模型为依据的电力控制系统运行状态自动化识别模型.该模型以图模型为基础依据,对电力控制系统当中不同数据特征的时间序列进行聚类,离散化之后构建相应的差异矩阵.通过识别模型的建立,对电力控制系统的运行状态、是否故障报警等进行判断识别.经过算例验证,该方法在召回率、nDCG以及误警率等方面相比其他算法更具优势.
Automatic Identification Model of Operating State of Power Control System Based on Artificial Intelligence
In order to solve the problems of complex logic topology,numerous data parameters and inaccurate judg-ment of the operating state in the power control system,an automatic identification model of the operation state of the power control system based on the graph model was proposed.Based on the graph model,the time series of dif-ferent data features in the power control system are clustered,and the corresponding difference matrix is constructed after discretization.Through the establishment of the identification model,the operation status of the power control system and whether it is a fault alarm are judged and identified.After the example verification,the proposed method has advantages over other algorithms in terms of recall rate,nDCG and false alarm rate.

graph modelpower control systemclusteringalarm statusinformation metrics

李杰、李言、王余阳、尤祎祯

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国网江苏省电力有限公司,南京 210000

图模型 电力控制系统 聚类 报警状态 信息度量

2024

自动化与仪表
天津市工业自动化仪表研究所 天津市自动化学会

自动化与仪表

CSTPCD
影响因子:0.548
ISSN:1001-9944
年,卷(期):2024.39(6)