Journal
IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS
Volume 70, Issue 4, Pages 4293-4299Publisher
IEEE-INST ELECTRICAL ELECTRONICS ENGINEERS INC
DOI: 10.1109/TIE.2022.3176301
Keywords
DC microgrids; data-driven cyber-attack detection; discordant detection algorithm; reinforcement learning (RL); neural-network-based detector
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In this paper, a data-driven cyber-attack detection method for islanded dc microgrids is proposed. The method collects data by monitoring the behavior of an intelligent attacker who can bypass conventional detection algorithms. A reinforcement learning algorithm is used to emulate the attacker's actions, who exploits the vulnerability of index-based detection methods. The collected data is then used to train a neural-network-based detector that complements the conventional method.
In this letter, a data-driven cyber-attack detection method for islanded dc microgrids is proposed. Data are collected by monitoring the behavior of an intelligent attacker who is able to bypass the conventional cyber-attack detection algorithms and disrupt the operation of the system. The reinforcement learning algorithm emulates the actions of such intelligent attacker, who exploits the vulnerability of index-based cyber-attack detection methods, such as discordant detection algorithm. The data are then used to train a neural-network-based detector that complements the conventional method with additional capability to detect a larger set of possible attacks. Through experiments, the effectiveness of the proposed method is validated.
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