衍生混沌Lorenz系统,Lorenz chaotic evolution system
1)Lorenz chaotic evolution system衍生混沌Lorenz系统
2)Lorenz chaotic systemLorenz混沌系统
1.Design of adaptive fuzzy sliding mode controller forLorenz chaotic system;Lorenz混沌系统的自适应模糊滑模控制
2.Nonlinear feedback mismatch synchronization ofLorenz chaotic systems;Lorenz混沌系统的非线性反馈错位同步控制
3.Adaptive synchronization method ofLorenz chaotic system based on Lyapunov stability theory;基于Lyapunov方法Lorenz混沌系统自适应同步方法
英文短句/例句
1.Studies on Derivative Lorenz Chaotic System一类衍生Lorenz混沌系统的混沌分析
2.Research on Synchronous Control and Experiment of Lorenz Chaos SystemLorenz混沌系统的同步控制及实验研究
3.Implementing of Lorenz Chaos System Based on DSP基于DSP的连续Lorenz混沌系统的实现
4.Modified Projective Synchronization of the Fractional Lorenz Chaotic System分数阶Lorenz混沌系统的修正投影同步
5.A Modified Lorenz Chaotic System and Its Circuit Simulation;改进Lorenz混沌系统理论分析及其电路仿真
6.Serial General Synchronization of Lorenz Chaotic Family SystemLorenz混沌系统族耦合下的串行广义同步研究
7.Anti-synchronization Between Hyper-Chaotic Chen System and Hyper-Chaotic Lorenz System超混沌Chen系统和超混沌Lorenz系统的反同步
8.The Study of Signals Encryption Based on Lorenz Chaos System and Liu Chaos System;基于Lorenz和Liu混沌系统的信号加密研究
9.Study on Anti-synchronization in Hyperchaotic Lorenz System with Unknown Parameters;参数未知超混沌Lorenz系统的反同步研究
10.Chaos and Its Forming Mechanism of a New Lorenz-Like System;一个类Lorenz系统的混沌行为与形成机制
11.Adaptive Control of the Uncertain Transient Lorenz Chaotic System;Lorenz临界混沌系统的自适应控制
12.Analysis of the fast-slow hyperchaotic Lorenz system快慢型超混沌Lorenz系统分析
13.Reforming of one class of Lorenz-like system and hyperchaos realization一种类Lorenz系统的变形与超混沌实现
14.The Research of Generalized Lorenz Chaos System Family Method to Mechanism Synthesis机构综合的混沌Lorenz系统族方法研究
15.STUDY ON SELF-TIME-DELAY CHAOTIC SYNCHRONIZATION OF LORENZ SYSTEM FAMILIESLorenz系统族的自时滞混沌同步研究
16.Design of a hyperchaotic Lorenz system and its implementation based on FPGA一个超混沌Lorenz系统设计与FPGA电路实现
17.Chaos of general modified Lorenz systems一般Lorenz型系统的特性分析及混沌
18.A Feedback Approach to the Control and Synchronization of Lorenz System反馈控制实现Lorenz系统混沌同步
相关短句/例句
Lorenz chaotic systemLorenz混沌系统
1.Design of adaptive fuzzy sliding mode controller forLorenz chaotic system;Lorenz混沌系统的自适应模糊滑模控制
2.Nonlinear feedback mismatch synchronization ofLorenz chaotic systems;Lorenz混沌系统的非线性反馈错位同步控制
3.Adaptive synchronization method ofLorenz chaotic system based on Lyapunov stability theory;基于Lyapunov方法Lorenz混沌系统自适应同步方法
3)generalized Lorenz chaotic system广义Lorenz混沌系统
1.According to the structure of thegeneralized Lorenz chaotic system and Lyapunov stability theory,linear feedback control,adaptive control and nonlinear feedback control are applied respectively to synchronize two identicalgeneralized Lorenz chaotic systems by taking the first state variable of the master system as driving variable.根据广义Lorenz混沌系统的具体结构和Lyapunov稳定性理论,将主系统的第1个状态变量作为驱动变量,分别利用线性反馈控制、自适应控制和非线性反馈控制实现了2个相同的广义Lorenz混沌系统的同步,数值仿真结果表明了这些同步控制方法的有效性和可行性。
2.According to the structure ofgeneralized Lorenz chaotic system and Lyapunov stability theory,some different controllers,which make thegeneralized Lorenz chaotic system globally exponentially stable,are designed using the first and second state variables ofgeneralized Lorenz chaotic system respectively.根据广义Lorenz混沌系统的具体结构和Lyapunov稳定性理论,分别利用广义Lorenz混沌系统的第一个和第二个状态变量设计了一些简单的不同的线性反馈控制器,实现了广义Lorenz混沌系统全局指数稳定。
4)Hyperchaotic Lorenz system超混沌Lorenz系统
1.Analysis of the fast-slow hyperchaotic Lorenz system快慢型超混沌Lorenz系统分析
2.Adaptive synchronization for an uncertain new hyperchaotic Lorenz system一个新的不确定超混沌Lorenz系统的自适应同步
3.Hybrid control of hyperchaotic Lorenz system by constant impulse and adaptation impulse超混沌Lorenz系统的常数脉冲与自适应脉冲的混合控制
5)Lorenz familyLorenz类混沌系统
1.Presents the study on the chaos control ofLorenz family by notch filter feedback and directs the chaotic motion towards desired low-period motion,when fixing parameters of dynamic system.研究了Lorenz类混沌系统的控制问题,采用凹槽滤波的方法,在不改变Lorenz类混沌系统参数的前提下,引导系统转化为期望的低周期状态,同时控制效果在弱噪声干扰下具有很强的鲁棒性,数值仿真结果将进一步证实本文的结论。
6)Lorenz-type new chaotic systemLorenz型新混沌系统
延伸阅读
衍生1.蕃衍生息。 2.一种较简单的化合物中的原子或原子团被其他原子或原子团置换而生成较复杂的化合物。
