The issue of impulsive synchronization of chaotic dynamical systems is investigated.
研究了混沌系统的脉冲同步问题。
In this paper, we investigate the delayed impulsive synchronization of general complex delayed dynamical networks.
本文针对一般延迟的复杂动力网络，研究了脉冲采样时存在时滞的脉冲同步问题。
An impulsive synchronization controller is presented for complex networks with coupling delays using impulsive control for time-delayed systems.
针对具有耦合时延的复杂网络，利用时滞系统的脉冲控制方法，提出了脉冲同步控制器。
To the synchronization problems of a class of unified chaotic systems with parameter uncertainty, an impulsive synchronization scheme was proposed.
针对一类参数不确定统一混沌系统的同步问题，提出一种脉冲同步方法。
Several different approaches including adaptive synchronization, robust synchronization and impulsive synchronization have been introduced to solve the above problem.
人们已经提出了自适应同步，鲁棒同步，脉冲同步等方法。
Based on conditional Lyapunov exponent, the impulsive synchronization form and interval of chaotic systems are studied, which breaks the traditional basic assumptions.
基于条件李亚普诺夫指数，对混沌系统的脉冲同步形式和同步范围进行了研究，突破了传统的基本假设。
Finally, numerical experiment result is presented to illustrate the effectiveness of impulsive control method for robust synchronization of Chen's chaotic system.
最后，通过数值实验来证明所提出脉冲控制方法对陈氏混沌系统鲁棒同步是有效的。
The impulsive controller is designed to switch the in-phase synchronization state and the anti-phase synchronization state.
设计了脉冲控制器，实现了正反相同步间的动态切换。
Then, we first use the impulsive control approach to control the scaling factor of projective synchronization onto any desired scale.
然后，应用脉冲微分方程理论里的比较系统方法，首次用来研究部分线性系统的投影同步问题。
Then, we first use the impulsive control approach to control the scaling factor of projective synchronization onto any desired scale.
然后，应用脉冲微分方程理论里的比较系统方法，首次用来研究部分线性系统的投影同步问题。
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