A new bi-level optimization framework is proposed to realistically model the FDIAs from the attacker perspective.
A new bi-level model for the false data injection attack on real-time electricity market considering uncertainties. https://doi.org/10.1016/j.compeleceng.
The proposed approach is developed by limiting the current overshoot during the transient and time variant variations. This maintains a constant average active ...
This study develops a bi-level model developed from the attacker's point of view in order to determine the optimal attack vector taking the optimal defender ...
Abstract—Deregulated electricity markets rely on a two- settlement system consisting of day-ahead and real-time markets, across which electricity price is ...
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In this paper, a new strategy of FDI attack based on Monte Carlo is proposed for an attacker participating in an electricity market, who has overmuch imperfect ...
Abstract—Electricity markets consist of multiple look-ahead and real-time spot markets, across which energy price is generally volatile.
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What are the different types of false data injection attacks?
Abstract—The rapid evolution of sensor technologies and communication networks is tightly coupling the cyber and physical layers of power systems.
Bi, X. Zhang, “Data-Driven Detection of Stealthy False Data Injection Attack Against Power System State Estimation,” IEEE Trans. Industrial Informatics, vol ...
A data-driven scheduling model of virtual power plant using Wasserstein distributionally robust optimization