Research on Entity Update Technology for Fault Diagnosis Knowledge Graph of Cloud Data Center

Wang Luo, Chao Lou, Yuan Xia, De-Quan Gao, Ji-Wei Li, Ziyan Zhao, Fenggang Lai, Chao Ma
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Abstract

The Fault Diagnosis Knowledge Graph (FDKG) of Cloud Data Center (CDC), in a broad sense, is the knowledge Digital Twin of the fault phenomenon, reasoning, and maintenance process of Cloud Data Center in the physical world. The key to the Digital Twin is to establish the information interface between the physical space and the virtual space, and the key to the construction of the fault diagnosis KG is also here. FDKG of The State Grid Cloud Data Center needs to integrate multi-source knowledge to establish an information interface with the CDCs of subsidiaries in each province. However, in the process of updating the FDKG, the entity name attribute represented by long sentences reduces the accuracy of entity alignment, and it is difficult to efficiently integrate knowledge into the FDKG without increasing knowledge redundancy. This paper proposes an entity alignment method based on the fusion of attribute and relationship similarity, which will use the clearly defined relationship information in the FDKG to effectively improve the accuracy of entity alignment. The knowledge update tool developed based on this, effectively improves the entity alignment accuracy of the FDKG, and improves the information interface connection efficiency of the FDKG of the CDC.
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云数据中心故障诊断知识图谱的实体更新技术研究
广义的云数据中心故障诊断知识图(Fault Diagnosis Knowledge Graph, FDKG)是云数据中心故障现象、推理和维护过程在物理世界中的知识数字孪生。数字孪生的关键在于建立物理空间与虚拟空间之间的信息接口,而构建故障诊断KG的关键也在此。国网云数据中心FDKG需要整合多源知识,与各省子公司疾控中心建立信息接口。然而,在FDKG的更新过程中,以长句表示的实体名称属性降低了实体对齐的准确性,并且在不增加知识冗余的情况下难以有效地将知识整合到FDKG中。本文提出了一种基于属性相似度和关系相似度融合的实体对齐方法,利用FDKG中明确定义的关系信息,有效提高实体对齐的精度。在此基础上开发的知识更新工具,有效地提高了FDKG的实体对齐精度,提高了CDC FDKG的信息接口连接效率。
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