Chaotic systems depict complex dynamics, thanks to their nonlinear behaviors. With recent
studies on fractional-order nonlinear systems, it is deduced that fractional-order analysis of a …

Chaotic systems are often used in cryptology applications thanks to their complex dynamic
structures. By increasing the dynamic diversity of chaotic systems through fractional-order …

Due to the experimental realization of memristor circuit elements, research on memristors
and memristor-based circuits has surged. Because of their nonvolatile and nonlinear …

This study proposes a novel chaotic attractor with seven terms in three simple ordinary
differential equations involving a line and unstable equilibria. The complex dynamical …

Chaotic systems, characterized by their sensitivity to initial conditions and the presence of
deterministic unpredictability, have garnered significant attention in various fields of science …

In this paper, the characteristics of absolute value memristors are verified through the circuit
implementation and construction of a chaotic system with a conditional symmetric fractional …

Purpose The purpose of this study is to improve the control performance of wind energy
conversion systems (WECSs) by proposing a new sensorless, robust control strategy based …

This work aims to design a simple and powerful optimal observer for electric vehicles (EV)
propelled by permanent magnet synchronous motor (PMSM) using synergetic theory. The …

This paper uses MATLAB/Simulink to build a fault self-healing simulation model of
shipboard zonal distribution power system, uses LabVIEW's MIT toolkit and MATLAB script …

Chaotic systems depict complex dynamics, thanks to their nonlinear behaviors. With recent
studies on fractional-order nonlinear systems, it is deduced that fractional-order analysis of a …