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Smart Grid 2022
智能微网在网络攻击模式下的研究现状及展望
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Abstract:
智能微网作为典型的网络物理系统，由于在信息传输，智能控制等方面面临不同类型网络攻击的危险。因此，本文针对网络攻击对系统所带来的危害，首先对两种典型的网络攻击如虚假数据注入和拒绝服务攻击的原理进行综述。其次，根据上述相对应的原理，对于攻击存在时，概述了常用的检测及控制方法如集中式与分布式检测，多智能体一致性协同控制，分布式弹性控制等。最后，对智能微网在不同类型攻击下如何稳定运行进行了总结，并对未来攻击的检测与控制策略进行了展望。
As a typical network physical system, smart microgrid is exposed to different types of network attacks due to information transmission and intelligent control. Therefore, aiming at the harm brought by network attacks to the system, this paper firstly reviews the principles of two typical network attacks, such as false data injection and denial of service attack. Secondly, according to the corresponding principle, for the attack, summarizes the commonly used detection and control methods such as centralized and distributed, collaborative multi-agent consistency control, distributed flexible control, etc. Finally, the paper summarizes how to operate the smart microgrid stably under different types of attacks, and prospects the attack detection and control strategies in the future.
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