A method for synchronization of two systems with parameters perturbation is presented, which combines the error feedback approach with the parameter adaptive control way.
结合误差反馈同步方法和参数自适应同步方法，使参数不同的两个系统达到同步，数值计算结果也表明同步效果很好。
This paper investigates the synchronization of two linearly coupled unified chaotic systems.
对线性耦合的两个统一混沌系统同步进行研究。
Chaos synchronization is realized between the two systems via linear coupling of systemic variable.
利用系统变量线性耦合方法实现二系统之间的混沌同步；
The model of two intercoupling uncertain chaotic systems is studied. Based on robust control, a synchronization scheme is proposed.
以两个相互耦合的不确定性混沌系统为研究模型，基于鲁棒控制，提出了同步方案。
Synchronization of these two systems may illustrate a relationship between the Atlantic and Pacific sectors of the Earth 's climate system.
这两个系统的同步化可能解释在地球气候系统中太平洋和大西洋区域之间的关系。
The synchronization of two symmetrical nonlinear coupled chaotic systems is discussed.
研究两个对称非线性耦合混沌系统的同步问题。
The synchronization issue of two uncertain chaotic systems is investigated.
研究了两个不确定性混沌系统的同步化问题。
Adaptive controller is developed to suppress chaos to equilibrium points and realige synchronization of two identical coupled dynamos systems with unknown system parameters.
设计了自适应控制器，将耦合发电机系统的混沌轨道镇定到平衡点，并使得两个参数未知的耦合发电机系统达到了混沌同步。
Through mutual couple of the drive variables of the chaos systems, we make two chaos systems which have different initial value become synchronization.
过对混沌系统的驱动变量进行相互偶合，使不同初值下的混沌系统达到同步。
The methods and systems also include the real-time synchronization of the media of a conversation between two communication devices over the network by requesting missing media from the sending node.
所述方法和系统还包括，通过从发送节点请求遗失的媒体，实时地同步在所述网络上的两个通信设备之间的会话的媒体。
Secondly, nonlinear feedback control was used to realize the synchronization of two chaotic systems.
然后，设计有效的控制器实现混沌系统的同步；
Two techniques of chaos synchronization, variable substitution and variable feedback, are applied to Lorenz systems.
指出了椭球形区域上三重积分的一科变量替换方法，并说明了其应用。
Two techniques of chaos synchronization, variable substitution and variable feedback, are applied to Lorenz systems.
指出了椭球形区域上三重积分的一科变量替换方法，并说明了其应用。
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