Optimal power flow (OPF), a mathematical programming problem extending power flow
relationships, is one of the essential tools in the operation and control of power grids. To …

Operation of modern power systems integrated by distributed energy resources is only
possible if information/communication technologies are leveraged in the system. This results …

Developing attack models is the first step to understand cyberattacks in smart grids and
develop countermeasures. In this article, a three-level nonlinear programming formulation is …

Power system is one of the most critical cyber–physical systems in a sustainable society,
whose security and reliability can significantly impact other infrastructures. Therefore …

Recent cyberattacks on the US power grid revealed how vulnerable smart grids are against
cyberattacks. Consequently, it is critical to study cyberattacks that can lead to cascading …

The connection between smart grids and buildings in smart cities can align energy supply
and demand more efficiently with real-time communication. Because of the deep interactions …

This letter develops a new bilevel optimization model to construct false data injection attack
based on pre-and post-dispatch. In order to enhance the attack concealment, the proposed …

Smart girds security is raising a lot of concerns to governments, energy industries, and
consumers. Due to the vulnerability of smart grids and their critical nature, they can be a …

Today, the expansion utilization of telecommunication systems results in the power systems
having a physical-cyber structure. Despite the advantages of this structure, one of the main …

Smart Grid refers to a positive transformative force that streamlines integration of different
infrastructures such as energy and Information/Communication Technology (ICT) together …