Sliding-Mode Perturbation Observer-Based Delay-Independent Active Mitigation for AGC Systems Against False Data Injection and Random Time-Delay Attacks

This article presents a sliding-mode perturbation observer (SMPO) based delay-independent active mitigation (DIAM) scheme for automatic generation control (AGC) systems of multi-area interconnected power grid. It is designed to defend against malicious cyber attacks such as false data injection atta...

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Veröffentlicht in:	IEEE transactions on industrial cyber-physical systems 2024, Vol.2, p.446-458
Hauptverfasser:	Xiahou, Kaishun, Xu, Xingye, Huang, Deyang, Du, Wei, Li, Mengshi
Format:	Artikel
Sprache:	eng
Schlagworte:	Automatic generation control automatic generation control (AGC) Cyberattack Delay-independent Delays false data injection attack (FDIA) Observers Perturbation methods Power systems Prevention and mitigation random time-delay attack (RTDA) sliding -mode perturbation observer (SMPO)
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