通过分析耦合参数作用, 系统所呈现大尺度周期相态的复杂性以及与系统在无噪声条件下状态的
比较, 得出耦合振子系统的动力学行为比同类单振子系统的复杂, 周期相态更稳定 …

A nonlinear mathematical model is developed in the time domain to simulate the behaviour
of two identical flexibly mounted cylinders in tandem while undergoing vortex-induced …

Impulsive synchronization of two chaotic maps is reformulated as impulsive control of the
synchronization error system. We then present a theorem on the asymptotic synchronization …

We consider the synchronization problem of a class of first-order differential-delay chaotic
systems. We utilize time-delay fuzzy logic systems to approximate continuous nonlinear time …

Using the idea of the macroscopic quantum wave function and the definition of the Melnikov
chaos, we investigate the spatially chaotic features of a Bose–Einstein condensate (BEC) in …

Using the direct perturbation technique, this paper obtains a general perturbed solution of
the Bose—Einstein condensates trapped in one-dimensional tilted optical lattice potential …

We propose a new method for chaos control and anti-control, which is referred to as the
fuzzy-neural network inverse system method (FNNIS). The Sugeno-type fuzzy-neural …

A synchronization method is proposed for a class of chaotic systems which can be translated
into the strict-feedback form. This approach needs only a single controller and turns out to be …

The chaotic ratchet effect for Bose–Einstein condensed atoms in an optical lattice is
investigated. By using the direct perturbation method we obtain the chaotic solution of the …

м = (м1 м2 ЗЗЗ м )Ь E Ъ н = (н1 н2 ЗЗЗ н )Ь E Ъ when Ћ 1, (н) = (м) - (м) + г(" ") is hold, (м Page
1 CHIN.PHYS.LETT. Vol. 20, No. 9 (2003) 1441 A Method of Controlling Synchronization in …