Key points of knowledge graph construction technology for fault analysis

Junqin Shi, Feng Chen
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Abstract

In the context of the new era, with the continuous development of social economy and information technology, the software and hardware coupling relationship of information system becomes more and more complex, and more and more information is stored in the market, which makes the information system fault more likely to occur and difficult to locate. According to this problem, the knowledge graph construction technology is applied to the information system construction, and the knowledge graph construction technology oriented to fault analysis is proposed, which can not only store and manage large quantities of data information, but also can dig the data rules deeply. Therefore, based on the knowledge graph construction technology, this paper explores the key points of knowledge graph construction technology for fault analysis based on the construction and application of power transmission information system. The final experimental results prove that the knowledge graph and construction technology can more intuitively show the association between faults and early warning, and accurately locate system faults according to the artificial intelligence algorithm, providing data basis for relevant departments.
面向故障分析的知识图谱构建技术要点
在新时代背景下,随着社会经济和信息技术的不断发展,信息系统的软硬件耦合关系越来越复杂,市场上存储的信息越来越多,使得信息系统故障发生的可能性越来越大,定位难度越来越大。针对这一问题,将知识图谱构建技术应用于信息系统构建,提出了面向故障分析的知识图谱构建技术,该技术不仅可以存储和管理大量的数据信息,而且可以深入挖掘数据规律。因此,本文以知识图谱构建技术为基础,结合输变电信息系统的构建与应用,探讨知识图谱构建技术在故障分析中的关键点。最终的实验结果证明,知识图谱和构造技术能够更直观地显示故障与预警之间的关联,并根据人工智能算法准确定位系统故障,为相关部门提供数据依据。
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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