Complex, dynamical systems, often of a high order, composed of several interconnected
subsystems, are referred to as large-scale systems (LSSs). This article presents a survey of …

Power system oscillations are the primary threat to the stability of a modern power system
which is interconnected and operates near to their transient and steady-state stability limits …

In this paper, a robust partial feedback linearizing excitation controller is designed for
synchronous generators to enhance the transient stability of single machine infinite bus …

The assimilation of flexible AC transmission (FACTS) controllers to the existing power
network outweigh the numerous alternatives in enhancing the damping behavior for the inter …

This paper designs a new excitation controller for the synchronous generator in a simple
power network by combining the concept of the partial feedback linearization and …

This paper proposes a backstepping integral sliding mode controller (BISMC) based on the
partial feedback linearization (PFBL) of the detailed model of synchronous generators (SGs) …

English This paper proposes a method of sliding mode control (SMC) approach for
excitation control in a single generator-infinite bus power system. Conventional power …

Considering that the current platoon control algorithms applied in unmanned tracked
vehicles have poor reliability and stability. There are also few research employing the model …