It is a part of dynamical systems theory.
这是一个理论动力系统的一部分。
Acoustics and Vibration, Dynamical Systems, Control.
声学，振动，动力系统，控制学。
This paper proposes a new control method of chaotic dynamical systems.
文章研究了混沌动力学系统的神经网络内模控制策略。
The issue of synchronization of chaotic dynamical systems is investigated.
研究了混沌动力系统的同步问题。
Dynamical systems examples from mathematical biology and population dynamics.
来自生物数学和种群动力学的动力系统的例子。
Topological dynamical systems; Recurrent point; Sub dynamical systems; Expansion.
拓扑动力系统；回复点；子系统；扩充。
Symmetric patterns with the extended modular group are generated by dynamical systems.
用动力系统的方法自动生成具有模群对称的图形。
The problem of topological conjugation between symbolic dynamical systems is also discussed.
还讨论了符号动力系统之间的拓扑共轭问题。
In this paper, global bifurcations in a class of nonlinear dynamical systems is investigated.
研究了一类含平方、立方非线性项的两自由度系统的全局分岔。
The study of iterative dynamical systems involves iterative functional differential equations.
对迭代动力系统的研究必然涉及迭代泛函微分方程问题。
This paper considered the applications of the bifurcation theories in delayed dynamical systems.
本文研究分支理论在具有时滞的微分动力系统上的应用。
We study numerically the effect of signal modulating noise in bistable stochastic dynamical systems.
用数值方法研究了双稳随机动力系统的信号调制噪声效应。
Whatever system it is, if it has a tipping point, the universal laws of behavior for dynamical systems apply.
无论什么系统，只要它有转折点，都遵循着动力系统行为的普遍法则。
Then Cell Dynamical Systems (CDS) algorithm for simulating image was applied to simulating the equation.
应用形态模拟的CDS算法，对推导的动力学方程进行了数值模拟。
Based on this result, problems related to the control of (time-varying) dynamical systems are simply discussed.
基于这一结果，本文还简要地讨论了(时变)动力学系统控制中的一些问题。
Chaos Theory is the qualitative study of unstable aperiodic behaviour in deterministic non-linear dynamical systems.
在确定性的非线性动态系统中，混沌理论是针对不稳定的非周期行为的量性研究。
Lattice systems and nonlinear wave equations are two kinds of very important infinite dimensional dynamical systems.
格点系统与非线性波动方程是两类很重要的无穷维系统。
However, it is very difficult to analyze and synthesize this process directly by the theory of hybrid dynamical systems.
炼钢连铸过程是一个复杂而又典型的混合动态系统，但现有的混合动态系统理论难以对此进行直接分析和综合。
Then emphasis is put on the optimal theory on flow database analysis and construction of low-dimensional dynamical systems.
然后，着重介绍流动数据库分析及建立低维动力系统的优化理论。
This paper presents a parametric open plus closed loop control approach to controlling chaos in continuous dynamical systems.
针对可能呈现混沌性态的连续动力学，提出了一种参数开闭环控制方案。
Continuous dynamical system, discrete dynamical system and impulsive dynamical system are three main kinds of dynamical systems.
连续动力系统，离散动力系统和脉冲动力系统是三大主要的动力系统。
The understanding of the asymptotic behavior of dynamical systems is one of the most important problems of modern mathematical physics.
理解动力系统的渐近行为是研究无穷维动力系统的主要内容，也是当代数学物理的重要问题之一。
These formulas establish a possible way to use the fractional representation approach in the synthesis of the generalized dynamical systems.
这些公式提供了在广义系统的综合中应用分式表示方法的一条可能途径。
Lindenstrauss, the ICM citation says, "has made far-reaching advances in ergodic theory," which studies the statistical behavior of dynamical systems.
国际数学联盟在颁奖辞中称Lindenstrauss在遍历理论方面取得了意义深远的进展，遍历理论是用于研究动力系统统计行为的数学分支。
On account of its wide applications and complexities, the nonlinear studies on continuous dynamical systems have been attached more weight recently.
连续动力系统的非线性动力学研究，由于其应用的广泛性与问题的复杂性，近年来越来越受到重视。
Parameter estimation in dynamical systems, example : least squares fitting of rate constants from batch reactor data, parametric sensitivity analysis.
动态系统之参数估算，范例：利用批式反应器数据做速率常数之最小平方配适，参数灵敏度分析。
Linear Switching Systems are an important class of Hybrid Dynamical Systems, which own extensive engineering background and important theoretical value.
线性切换系统是一类重要的混合动态系统模型，具有广泛的工程背景和重要的理论价值。
Based on the understanding of characters about the chaotic nonlinear dynamical systems, intelligent control methods for chaotic nonlinear systems are presented.
在了解混沌非线性动力系统特征的基础上，本文就混沌非线性系统的智能控制方法进行了研究。
Based on the understanding of characters about the chaotic nonlinear dynamical systems, intelligent control methods for chaotic nonlinear systems are presented.
在了解混沌非线性动力系统特征的基础上，本文就混沌非线性系统的智能控制方法进行了研究。
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