An open communication infrastructure is used to support data transmission in a modern
deregulated power system, it makes communication channels vulnerable to cyber-attacks …

This study describes a robust load‐frequency control (LFC) scheme in a two‐area
interconnected power system with uncertain disturbances. A sector‐bounded H∞ control …

This article is concerned with modelling, controllability analysis and the design of aggressive
robust controllers for interconnected electric power systems. The proposed Load Frequency …

There are volume of research articles regarding Load Frequency Control (LFC) of single
area/multi area power system considering various control strategies. To use these research …

Many mainstream robust control/estimation algorithms for power networks are designed
using the Lyapunov theory as it provides performance guarantees for linear/nonlinear …

In this article, a robust load frequency controller is designed by adopting H∞ loop shaping
design procedure given in. Using a selected pre-compensator, the singular values of the …

While open communication infrastructures are embedded into multi-area power systems to
support data transmittion, it make communication channels vulnerable to cyber attacks …

Aggressive Robust Load Frequency Control of networked electric power systems
necessitates the reduction of system dynamics to account for its controllability. The designed …

This paper aims at investigating the problem of Load Frequency Control (LFC) in
interconnected power systems in order to obtain robustness against uncertainties. A design …

Many mainstream robust control and estimation algorithms for power networks are designed
using Lyapunov theory. This theory provides performance guarantees for linear or nonlinear …