This paper concerns the problem of fixed-time synchronization of master–slave Lorenz
systems. The adaptive control and fixed-time control strategies are successfully integrated …

Reviewed were the problems and methods for control of chaos, which in the last decade
was the subject of intensive studies. Consideration was given to their application in various …

In this paper, we investigate the problem of bifurcation control for a complex networks in a
small-world networks model with time delay. By choosing the nonlinear interactive …

In this paper, a fuzzy adaptive variable-structure controller is investigated for a class of
uncertain multi-input multi-output (MIMO) chaotic systems with both sector nonlinearities and …

This investigation addresses the problem of fixed-time stabilization of the chaotic systems
influenced by environmental noise. An adaptive control scheme is employed so that it is not …

This paper examines chaos control of two four-dimensional chaotic systems, namely: the
Lorenz–Stenflo (LS) system that models low-frequency short-wavelength gravity waves and …

In this paper, by using single state feedback, a novel tracking control method is proposed for
Lorenz systems. Under the proposed control law, the chaotic behaviours of the Lorenz …

Due to the worldwide outbreak of COVID-19, many strategies and models have been put
forward by researchers who intend to control the current situation with the given means. In …

This article investigates the predefined-time stabilization of nonlinear chaotic systems with
applications in the permanent magnet synchronous motor (PMSM) system and Hindmarsh …

In this paper, the problem of control for a class of chaotic systems is considered. The
nonlinear functions of chaotic systems are not necessarily to satisfy the Lipsichtz conditions …