Control of nonlinear multivariable systems is very challenging in the area of systems and
control. This paper is concerned with a framework that unifies sliding mode control (SMC) …

Most physical systems inherently contain nonlinearities which are commonly unknown to the
system designer. Therefore, in modeling and analysis of such dynamic systems, one needs …

This study presents a novel non‐linear mapping‐based feedback technique for controlling
chaotic permanent magnet synchronous motor (PMSM) using dynamic surface control …

This paper proposes an adaptive gain fuzzy sliding mode control (AGFSMC) scheme for the
synchronization of two nonlinear chaotic gyros in the presence of model uncertainties and …

This paper deals with the problem of the synchronization of uncertain modified Colpitts
oscillators. Considering the effect of external disturbances on the system parameters and …

The synchronization problem for a general class of uncertain chaotic systems is addressed.
The underlying systems may be perturbed by unknown time-varying parameters …

In this paper, synchronization dynamics of two different dynamical systems is investigated
through the theory of discontinuous dynamical systems. The necessary and sufficient …

In this paper, we investigate the outer synchronization between two uncertain complex
delayed networks with noise coupling. With an adaptive control scheme, sufficient conditions …

In this paper, the partial and full chaotic synchronizations of two nonlinear gyroscope
systems with/without noise are investigated. From analytical conditions for synchronization …

This paper first addresses a novel control scheme to control a class of chaotic systems. In
this method, no knowledge on the bounds of perturbations and disturbances is required in …