An optimal attack strategy combining denial-of-service (DoS) attacks and false data injection
(FDI) attacks against the economic dispatch of integrated energy system (IES) is proposed in …

Distributed algorithms are increasingly being used to solve the economic dispatch problem
of integrated energy systems (IESs) because of their high flexibility and strong robustness …

This economic dispatch problem has been tended to be solved by using distributed
optimization algorithms which are easier to suffer from diversified cyberattacks, eg, the …

In a smart grid, distributed energy management (DEM) is a promising approach to realize
reliable and efficient operation. Since cyberattack is one of the crucial threats faced by smart …

Economic dispatch (ED) is critical to the efficient operation in microgrids. With the increase of
the system complexity, new method that could manage the distributed generators (DGs) …

Distributed system is efficient and scalable in modern power grid. However, a distributed
system is so susceptible to attack. In this paper, we formulate consensus-based distributed …

The economic dispatch problem of a smart grid under vicious denial of service (DoS) is the
main focus of this paper. Taking the actual situation of power generation as a starting point …

A dynamic data attack on a power system aimed at making the real time economic dispatch
infeasible is considered. As a man-in-the-middle attack, the attack modifies part of sensor …

This article presents an observer-based decentralized detection and mitigation (ODDM)
scheme for the interconnected power system subject to multiarea multichannel false data …

The application of many sensor devices and complex information communication networks
in a power system brings new potential threats to the electrical cyber-physical system. In this …