This paper presents fuzzy model-based design for control and synchronization of chaotic
systems. In this framework, the chaotic systems are exactly reproduced based on a Takagi …

A novel fuzzy control concept for stabilizing and synchronizing multi-scroll chaotic systems is
presented in this paper. First, the multi-scroll chaotic systems are exactly derived using …

This paper tackles in the stabilization of periodic orbits of nonlinear discrete-time dynamical
systems with chaotic sets. The problem is approximated locally to the stabilization of linear …

In this paper, we introduce a control algorithm based on the delayed feedback control
method to stabilize a fractional order system on an unstable fixed point. The control input is …

This paper presents a fuzzy algorithm for controlling original unstable periodic orbits of
unknown discrete chaotic systems. In the modeling phase, only input–output data pairs …

In this work, a fuzzy predictive optimal control for multivariable nonlinear systems with pure
time delays is presented. Therefore, dynamic local linear state models are used at each …

The chaos control problem of continuous time Rabinovich chaotic system is addressed. An
instantaneous control input has been designed using predictive control principle to …

We present in this paper a novel and unified control approach that combines intelligent fuzzy
logic methodology with predictive method for controlling chaotic vibration of a class of …

The main problem evaluated in this manuscript is the stabilization of periodic orbits of non-
linear dynamical systems by use of feedback control. The goal of the control methods …

In this paper, we address the question of making stable dynamical systems chaotic by using
state feedback control method. The controller is designed to ensure the controlled orbit be …