The global bifurcations and chaotic dynamics are investigated when the rotor-AMBs system has the time-varying stiffness.
研究了电磁轴承-转子系统在变刚度情况下的全局分叉和混沌动力学。
There are inextricably links between chaos theory and simple cryptography, and chaotic dynamics shows some features that are desirable for the cipher system.
混沌理论与密码学之间存在着千丝万缕的联系，混沌系统的动力学特性满足密码系统的某些安全性能需求。
In the second part, chaotic dynamics and controlling chaos in hybrid systems are considered.
第二部分考虑混杂系统中的混沌动力学及其控制。
Differential waveform complexity between resistivity and porosity curves of reservoir often contains information of petroliferous reservoir, which can be described by the chaotic dynamics.
储层孔隙度和电阻率曲线间微差形态波形的复杂程度隐含着储层含油气性的信息，可以用混沌动力学系统加以刻划。
Based on symbol dynamics in 1-d piecewise linear mapping chaotic systems, an arithmetic method processing chaotic signals is studied in the paper, including addition, subtraction and multiplication.
基于1 - D分段线性映射函数构造的混沌系统符号动力学，该文研究了一种能直接对混沌符号序列进行加、减及乘法运算的方法。
Recently, mixing of liquids has been associated with the chaotic behavior of dynamics system and it is to provide a new method for analyzing and understanding numerous mixing.
最近粘性流体分布混合和动力系统的混沌行为联系起来，为分析和理解各种混合提供了新思路。
Chaotic time series analysis provides a new approach to analyzing, examining and diagnosing dynamics system, and resolves problem according to the essence of chaos dynamics signals.
而混沌时间序列分析为动力学系统的非线性信号分析、检测及诊断提供了一条全新的途径，着眼于从混沌动力学系统的本质去解决问题。
Conclusions of the paper improve robustness to erect LE1 by old rule and are useful to basic theoretic research of chaotic dynamics.
研究成果在一定程度上克服了传统准则确定LE1鲁棒性较差的缺陷，对混沌动力学基础研究具有一定的理论意义。
The spatiotemporal dynamics behavior and system characteristic has been discovered for a new system coupled by some chaotic systems with same structure.
研究了相同结构的混沌系统耦合后所得到的新系统的时空动力学行为及其系统特性。
When neural network with fast parallel computing and complex behavior of chaotic dynamics, it is one of the best choice for designing encryption algorithm.
人工神经网络具有实现快速并行运算又有混沌动力学复杂行为时，它将是用来设计一种加密算法的最佳选择。
Test of nonlinearity of time series is very important for nonlinear time series analysis and study of chaotic dynamics.
时间序列的非线性检测对于非线性时间序列分析、混沌特性研究有着重要意义。
Based on the deterministic characterization of chaotic FH code construction and nonlinear dynamics of chaotic FH code, nonlinear adaptive predictive countermeasure method is proposed to interfere.
基于混沌跳频码序列构造固有的确定性、非线性等特点，提出了对抗混沌跳频通信的非线性自适应预测对抗的新概念。
The nonlinear dynamics of the double inverted pendulum system is also studied, and the results show that there are chaotic motions in some parameter regions.
研究了二级倒立摆系统的非线性动力学特性，表明二级倒立摆系统在某些特定参数区域内可以出现混沌运动。
Firstly, the chaotic state of weak signal detection method was proposed, based on the inverted sawtooth map model and symbolic dynamics description methods.
首先，基于混沌理论中的倒锯齿映射模型，以符号动力学为描述方法，设计了一种基于混沌状态的微弱电信号检测方法。
Firstly, the chaotic state of weak signal detection method was proposed, based on the inverted sawtooth map model and symbolic dynamics description methods.
首先，基于混沌理论中的倒锯齿映射模型，以符号动力学为描述方法，设计了一种基于混沌状态的微弱电信号检测方法。
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