Sep 16, 2021 · An accurate nonlinear optimization model is developed for stealthy FDI cyberattacks that can result in overvoltages on targeted nodes in ...

Sep 1, 2022 · An accurate nonlinear optimization model is developed for stealthy FDI cyberattacks that can result in overvoltages on targeted nodes in distribution grids.

An accurate nonlinear optimization model is developed for stealthy FDI cyberattacks that can result in overvoltages on targeted nodes in distribution grids.

An accurate nonlinear optimization model is developed for stealthy FDI cyberattacks that can result in overvoltages on targeted nodes in distribution grids ...

Second-Order Cone Programming Relaxation of Stealthy Cyberattacks Resulting in Overvoltages in Cyber-Physical Power Systems · Khazaei, Javad · Asrari, Arash ...

Dive into the research topics of 'Second-Order Cone Programming Relaxation of Stealthy Cyberattacks Resulting in Overvoltages in Cyber-Physical Power Systems'.

An accurate nonlinear optimization model is developed for stealthy FDI cyberattacks that can result in overvoltages on targeted nodes in distribution grids ...

Second-Order Cone Programming Relaxation of Stealthy Cyberattacks Resulting in Overvoltages in Cyber-Physical Power Systems. IEEE Syst. J. 16(3): 4267-4278 ...

Khazaei et al. Second-order cone programming relaxation of stealthy cyberattacks resulting in overvoltages in cyber-physical power systems. IEEE Systems Journal.

In addition to cyberattacks, physical attacks against PV systems can be used to steal data, damage equipment or interrupt power supply. Understanding the ...