Behavioral trust measurement method and device based on power edge computing

Abstract

This application relates to a method and device for measuring behavioral credibility based on power edge computing. The method includes: acquiring the running status metric information of the power MEC when it is running; determining that the running status of the power MEC is credible according to the running status metric information, establishing a connection between the power MEC and the power edge computing network; acquiring and establishing the connection, the power MEC and the power Based on the platform integrity information of the edge computing network, when the connection is judged to be credible according to the platform integrity information, the behavior feature vector of each measured object in the power system is obtained; Measure the behavioral credibility of the object to obtain the behavioral credibility measurement results of each measured object; based on the behavioral credibility measurement results of each measured object, control the behavior of the power system. By adopting the method of the embodiment of the present application, the power system can actively perform security defense while performing calculations, and effectively improve the security of the power system.

Description

technical field [0001] The present application relates to the technical field of trusted computing, in particular to a method and device for measuring behavioral credibility based on power edge computing. Background technique [0002] With the development of power edge computing in various fields, today's power edge computing technology, power edge computing architecture, power edge computing smart devices, etc. have gradually formed, satisfying the internal edge data flow in the industry, business application integration, and efficient service sharing. Convenient and other cutting-edge quantitative services for enterprises. Power edge computing is an application technology centered on the network edge nodes on the power supply side, based on the nearest basic data source and integrating power services, intelligent terminals, computing analysis, and storage. The key point is to achieve rapid response on the edge side , Frontier modeling of various data to reduce the operati...

AI Technical Summary

Problems solved by technology

[0003] However, since the overall application of power edge computing involves the constraints of remote control, access control, cross-domain interaction, deployment environment and other factors, it is easy to be attacked and destroyed, and it is difficult to guarantee the security of power operation

However, the current security protection mechanism of power edge computing mainly adopts passive defense mechanisms such as intrusion detection, which causes when malicious behaviors are found, the power edge computing network and nodes may have been attacked and destroyed, and cannot work normally.

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