Chaos control remains a crucial area of study in nonlinear dynamics due to its ability to
enhance system stability and efficiency in various applications. This review thoroughly …

In this paper, a polynomial-fuzzy-model-based design methodology to synchronize multi-
scroll Chen chaotic systems is proposed for secure communication. At first, the architecture …

This paper considers the generation of multi-butterfly chaotic attractors from a generalised
Sprott C system with multiple non-hyperbolic equilibria. The system is constructed by …

We propose a novel approach called the robust fractional-order proportional-integral-
derivative (FOPID) controller, to stabilize a perturbed nonlinear chaotic system on one of its …

In this paper, a fractional-order prediction-based feedback control scheme (Fo-PbFC) is
proposed to stabilize the unstable equilibrium points and to synchronize the fractional-order …

A new method is presented to generate two-directional (2D) grid multi-scroll chaotic
attractors via a specific form of the sine function and sign function series, which are applied …

This paper concerns the control problems of an induction motor with chaotic behavior due to
the defiance of indirect field oriented control applied with a proportional integral (PI) speed …

A three directional (3-D) multi-scroll chaotic attractors based on the Jerk system with
nonlinearity of the sine function and sign function is introduced in this paper. The scrolls in …

This paper addresses the problem of chaos control in cardiac rhythm dynamics. For that
purpose, the high-order control method is applied to a recently proposed model of the …

The paper deals with the problem of control and synchronization of hyperchaotic systems.
The proposed control method is based on the predictive principle which employ an …