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monotonous synchronization
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  “monotonous synchronization”译为未确定词的双语例句
     The efficiency of the method for synchronizing chaos is verified by lyapunov's stable theorem. The idea is applied to the Lorenz system, and the process of chaotic synchronization is illustrated by numberical method. As a result this method of chaotic synchronization shows rapid rate of convergence, and realizes monotonous synchronization at any initial condition.
     提出了一种多变量驱动和线性反馈相结合的混沌同步方法.由李雅普诺夫稳定性定理证明了这种同步方法的有效性,以Lorenz系统为例数值地研究了这种同步化方法,结果表明:该方法有很快的同步收敛率,且在任何初始条件下,均能实现两个混沌系统的单调同步化.
短句来源
     Simulation results show that the method can realize monotonous synchronization and identify the uncertain parameters quickly. Furthermore, the information signal can be recovered undistorted when this method is applied to secure communication.
     仿真结果表明可以实现单调快速同步,能较快辩识未知参数,应用于保密通信可以达到掩盖有用信号的目的,并且可以无失真的恢复有用信号。
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  相似匹配句对
     Multimedia Synchronization
     多媒体同步模型研究
短句来源
     From Synchronization to Emergence
     从同步到涌现
短句来源
     the mode of courseware was monotonous;
     模式固定,缺乏教学思想和教学设计;
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     the research paradigm is too monotonous.
     ( 5)研究方式单调
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In this paper,a method of chaotic synchronization by multivariables driving and linear feedback is presented. The efficiency of the method for synchronizing chaos is verified by lyapunov's stable theorem.The idea is applied to the Lorenz system, and the process of chaotic synchronization is illustrated by numberical method. As a result this method of chaotic synchronization shows rapid rate of convergence, and realizes monotonous synchronization at any initial condition.

提出了一种多变量驱动和线性反馈相结合的混沌同步方法.由李雅普诺夫稳定性定理证明了这种同步方法的有效性,以Lorenz系统为例数值地研究了这种同步化方法,结果表明:该方法有很快的同步收敛率,且在任何初始条件下,均能实现两个混沌系统的单调同步化.

The paper investigates the chaotic synchronization and its application to secure communication based on Chen system which has uncertain parameters. According to the strategy of adaptive control for parameters, the uncertain parameters of system are identified. Based on Lyapunov stability theory a nonlinear feedback controller is presented,which realizes the good chaotic synchronization. Then this method is applied to secure communication through chaotic masking. Simulation results show that the method can realize...

The paper investigates the chaotic synchronization and its application to secure communication based on Chen system which has uncertain parameters. According to the strategy of adaptive control for parameters, the uncertain parameters of system are identified. Based on Lyapunov stability theory a nonlinear feedback controller is presented,which realizes the good chaotic synchronization. Then this method is applied to secure communication through chaotic masking. Simulation results show that the method can realize monotonous synchronization and identify the uncertain parameters quickly. Furthermore, the information signal can be recovered undistorted when this method is applied to secure communication.

针对参数不确定的Chen混沌系统的同步控制和在保密通信中的应用进行了仿真研究。采用参数自适应控制策略对系统中不确定的参数进行辩识,并且基于Lyapunov稳定理论,设计出一种非线性反馈控制器,实现了性能良好的混沌同步,进而用混沌掩盖的方法将该同步方法应用于保密通信。仿真结果表明可以实现单调快速同步,能较快辩识未知参数,应用于保密通信可以达到掩盖有用信号的目的,并且可以无失真的恢复有用信号。

>=The monotonous synchronization of identical Lorenz systems in complex networks is studied,using Lorenz system's attractor and its constrictive propertity. The sufficient conditions are proposed with the help of theoretical analysis, and are contrasted when thirteen identical Lorenz systems are connected in the form of star networking network, small-world network and completely connected network,respectively. The results show small-world network not only has the virtue of simple and good structure but...

>=The monotonous synchronization of identical Lorenz systems in complex networks is studied,using Lorenz system's attractor and its constrictive propertity. The sufficient conditions are proposed with the help of theoretical analysis, and are contrasted when thirteen identical Lorenz systems are connected in the form of star networking network, small-world network and completely connected network,respectively. The results show small-world network not only has the virtue of simple and good structure but also is easy to synchronize. The extensive numerical simulation confirms our conclusion.

本文利用Lorenz吸引子的存在性和挤压性质,对全同Lorenz系统的单调同步化问题,通过严密的理论推导给出了单调同步的充分条件,并讨论了13个Lorenz方程分别在星形双向耦合、环形网络、小世界网络、全连接网络连接下单调同步的充分条件及其性能优劣。数值仿真结果进一步证实结论。

 
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