In this paper, a multi-stable chaotic hyperjerk system with both self-excited and hidden
attractors is proposed. Such a system is infrequent between dynamical systems. State …

Background Electro-hydraulic shaking tables system is used in many vibration tests to
replicate earthquake motion to evaluate structural performances and potential problems …

This paper constructs a new physical system, ie, the fractional-order Rabinovich system, and
investigates its stability, chaotic behaviors, chaotic control and matrix projective …

In this paper, full state hybrid projective synchronization of two new incommensurate
fractional hyperchaotic systems are presented. The synchronization is achieved under a …

This paper reports the issue of robust synchronization for a class of fractional-order
dynamical system with parameter mismatch and stochastic disturbance. Based on the …

In this paper, a sliding model control approach is introduced to realize modified projective
synchronization between two different chaotic systems in a finite time. The effects of …

This paper reports an autonomous dynamical system, and it finds that one nonhyperbolic
zero equilibrium and two hyperbolic nonzero equilibria coexist in this system. Thus, it is …

In this study, chaos synchronization problem of two gyroscopes is addressed. The outputs of
state variables are affected by noise disturbances. In addition, the parameters of the system …

Since meteorologist Lorenz discovered chaotic phenomenon in 1963, it has been widely
and deeply studied. Chaos theory is known as the third scientific theoretical revolution …

Two kinds of synchronization control are proposed for chaotic systems with constant
Lyapunov spectrum based on adaptive method. The first method can realize complete …