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A Power Transmission Line Fault Diagnosis Method Based on Multi-dimensional Information Model

机译:一种基于多维信息模型的电力传输线故障诊断方法

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Transmission lines are generally deployed in multi-dimensional scenarios including a sky-heaven-land sources, while transmission lines in different scenarios are vulnerable to varying degrees of failure, which causes great harm to the security of the system. Transmission lines are usually deployed in multi-dimensional scenarios including sky, heaven and land sources, while transmission lines in different scenarios are vulnerable to varying degrees of failure, which causes great harm to the security of the system. In order to ensure the high efficiency of top-level data storage and interaction, this paper proposes an “end-edge-cloud” data collaborative architecture, which ensures the reliable interaction between the user side and the power system, and makes use of the complementary and collaborative relationship between edge computing and cloud computing. Ensure the efficiency of user-end business processing.
机译:传输线通常部署在包括天空陆地源的多维场景中,而不同场景中的传输线容易受到不同程度的失败,这导致系统的安全性造成巨大危害。 传输线通常部署在包括天空,天堂和土地来源的多维场景中,而不同场景中的传输线容易受到不同程度的失败,这会对系统的安全性造成巨大危害。 为了确保顶级数据存储和交互的高效率,本文提出了一个“终端云”数据协作架构,可确保用户侧和电力系统之间的可靠交互,并利用 边缘计算与云计算之间的互补和协作关系。 确保用户端业务处理的效率。

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