摘要
随着我国经济社会的快速发展和电力行业的不断进步,电网中大量的建设方案和二次装备是否满足规范以及相关参数标准要求,均得到了业内人士的广泛关注。在此背景下,本文对基于无监督学习的二次设备配置智能校核工具进行研究,探讨了该项目开展和市场需求的背景,并论述了基于无监督学习的二次设备配置智能校核工具的建设目标,分析了该智能校核工具的设计原则、设计标准、系统架构、应用架构、技术架构等内容,并进一步研究了不同模块的设计功能,最后对基于无监督学习的二次设备配置智能校核工具的具体应用进行探讨,旨在为无监督学习的二次设备配置智能校核工具应用水平的快速提升和应用范围的进一步拓宽带来更多参考和启迪。
With the rapid development of China’s economy and society and the continuous progress of the power industry,whether a large number of construction schemes and secondary equipment in the power grid meet the requirements of specifications and relevant parameter standards has been widely concerned by people in the industry.In this context,this paper studies the intelligent verification tool for secondary equipment configuration based on unsupervised learning,discusses the background of the project and market demand,discusses the construction objectives of the intelligent verification tool for secondary equipment configuration based on unsupervised learning,and analyzes the design principles,design standards,system architecture,application architecture,technical architecture,and further studied the design functions of different modules.Finally,the specific application of the intelligent verification tool for secondary equipment configuration based on unsupervised learning is discussed,in order to bring more reference and enlightenment to the rapid improvement of the application level and further broadening of the application scope of the intelligent verification tool for secondary equipment configuration based on unsupervised learning.
作者
陈志君
周春丽
覃惠玲
CHEN Zhijun;ZHOU Chunli;QIN Huiling(Guangxi Power Grid Co.,Ltd.,Nanning Guangxi 530000)
出处
《软件》
2022年第2期108-110,共3页
Software
关键词
无监督学习
二次设备
智能校核工具
设计应用
unsupervised learning
secondary equipment
intelligent verification tool
design application
