Power system control and transient stability analysis play essential roles in secure system
operation. Control of power systems typically involves highly nonlinear and complex …

In this paper, a nonlinear control scheme is proposed for synchronous generators in a
multimachine power system to damp out low-frequency oscillations and enhance the …

This paper proposes a decentralized method for nonlinear control of oscillatory dynamics in
power systems. The method is applicable for ensuring both transient stability and small …

This paper focuses on an adaptive fuzzy based dynamic surface sliding mode control
(ADSSMC) strategy for multi-machine power systems with SVC. The main characteristics of …

This paper proposes decentralized improved synergetic excitation controllers (ISEC) for
synchronous generators to enhance transient stability and obtain satisfactory voltage …

In recent years, there has been an increasing need for effective voltage control methods in
power systems due to the growing complexity and dynamic nature of practical power grid …

A new adaptive scheme is proposed in this paper to design excitation controllers for
feedback linearized models of synchronous generators in multimachine power systems in …

Maintaining power system stability is becoming urgent due to the large-scale
interconnection of power grids and the high penetration of uncertain renewable energy …

This paper presents a novel decentralized nonlinear excitation controller based on a
nonlinear optimal predictive control theory for multi-machine power systems to enhance their …

Nowadays, one of the main challenges in expanding AI applications is the effective use of
Computation, Communication, and Caching (3C) resources. The complexity of the cloud …