Uncertainty in the operating condition deviation from the normal equilibrium point in the
transmission level of the power system is being an important problem due to the increasing …

Modern power system networks are complex and subjected to several uncertainties. Due to
the complexity and uncertainties involved in power system operation, the networks are …

Given the intricate nature of contemporary energy systems, addressing the control and
stability analysis of these systems necessitates the consideration of highly large-scale …

Finite time convergence based on robust synergetic control (SC) theory and terminal
attractor techniques is investigated. To this end a fast terminal synergetic control law (FTSC) …

Synchronization of chaotic systems is considered to be a common engineering problem.
However, the proposed laws of synchronization control do not always provide robustness …

In order to solve the nonlinear control problem of DC-DC Buck-Boost converter in switching
power supply, the synergetic control method is adopted and applied to DC-DC Buck-Boost …

This article presents a novel comprehensive learning bat algorithm (CLBAT) for the optimal
coordinated design of power system stabilizers (PSSs) and static VAR compensator (SVC) …

In this paper, an innovative optimized type‐2 fuzzy PID power system stabilizer is proposed
to enhance the stability of the power system. This stabilizer is a combination of PID controller …

In this study, an improved Adaptive Fast Terminal Synergetic Controller (AFTSC) using Dual
Radial Basis Function (RBF) Neural Networks (NNs) for output voltage control of an …

Ensuring the efficiency and robustness of a power system stabiliser is indebted to provide a
comprehensive scheme that considers significant uncertainties in variables and parameters …