A new research paper titled “A Communication Failure and Cyber-Attack Resilient Wide-Area Out-of-Step Prediction Scheme Using Dynamic State Estimation,” co-authored by A. Dadashi, S. Riahinia, A. Ameli, H. Naser, and M. Ghafouri, has been published in IEEE Transactions on Power Systems.
The paper presents a resilient wide-area protection approach that enhances the reliability of out-of-step prediction under communication failures and cyber-attack conditions. By integrating dynamic state estimation, the proposed method improves situational awareness and supports secure and reliable system operation in modern interconnected power grids.
