The generation and evolution of chaotic motions in a hybrid Rayleigh–Van der Pol–Duffing
oscillator driven by parametric and amplitude-modulated excitation forces are investigated …

This paper describes a four-wing chaotic oscillator-based DCSK-CDMA modulation
technique for image encryption and decryption. The system consists of a transmission …

This paper presents a control technique capable of driving a harmonically driven nonlinear
system between two distinct periodic orbits. A vital component of the method is a temporary …

Without altering the inertial system into the two first-order differential systems, this paper
primarily works over the global exponential dissipativity (GED) of memristive inertial …

Chaotic response is a robust effect in natural systems, and it is usually unfavorable for
applications owing to uncertainty. In this paper, we propose several control strategies to …

The aim of this study is to propose a method for evaluating the comprehensive degree of
nonlinearity in the dynamic response of high-speed maglev train system through …

With the swift advancement of chaos theory, the modeling, chaotic oscillations, and
engineering applications of chaotic and hyperchaotic systems are important topics in …

This work studies the torsional vibration characteristics analysis of the wind turbine drivetrain
with the variation of internal parameter and external excitation. The electromechanically …

Control-based continuation (CBC) is a general and systematic method to explore the
dynamic response of a physical system and perform bifurcation analysis directly during …

In this current manuscript, we study a fractional-order modificatory hybrid optical model
(FOMHO model). Experiments manifest that under appropriate parameter conditions, the …