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。
Continuous dynamical system, discrete dynamical system and impulsive dynamical system are three main kinds of dynamical systems.
根据系统变化的规律可分为由微分方程描述的连续动力系统和由映射迭代揭示的离散动力系统。
Usually there are two basic forms of dynamical systems: continuous dynamical systems described by differential equations and discrete dynamical systems described by iteration of mappings.
研究了一类具有良好隐蔽性的一元三次离散动力系统的混沌序列产生情况，提出了混沌序列的异或和置乱加密算法。
The chaos sequence procedure of a kind of discrete dynamic system with good concealing feature is studied, and two algorithms about chaos sequence are provided.
类似的复杂情况可能发生在离散动力系统中，基于元胞自动机的模型为研究动力系统行为提供了另一种可供选择的方法。
The similar complex situation possibly occurs in the separate dynamic system, based on Cellular Automata model for the research dynamic system behavior provided another optional method to be possible.
证明了一类非线性离散动力系统不动点的两个判别方法，具体分析了两个不同类型的离散动力系统的不动点性质及其分岔特性。
Some nonlinear discrete dynamic systems are considered, and two discriminating methods of the fixed point are proved. The bifurcation behavior of the corresponding dynamic systems is also studied.
这幅图片展示了曼德尔勃特集合(Mandelbrotset)与离散混沌动力系统(logistic map)之间的一致性，这解释了复杂而无序的行为可以由简单的非线性动态方程序中得出。
This graph shows correspondence between the Mandelbrot set and the logistic map, which explains how complex, chaotic behavior can arise from simple non-linear dynamical equations.
本文讨论动力系统在相关多激发作用下的随机振动离散分析方法。
A discrete analysis. Method for random vibration of structures under the excitations correlated in time domain is discussed in this paper.
本文主要针对离散时间动力系统的动力学性质研究，包括差分方程及离散人工神经网络两个方面的研究。
This dissertation aims at the study of dynamical properties of discrete-time dynamical systems, which include difference equations and discrete neural networks.
把对有限维离散化系统混沌控制的方法应用于高维微分动力系统，讨论了双光子光学双稳系统中的混沌控制。
Applying the method of controlling chaos presented by documents to a high dimensional differential dynamical system, the control of two photon optical bistable system's chaos is discussed.
混合动态系统是指即具有连续动力学特性又具有离散事件驱动性质的一类特殊的动力系统，并且两者之间存在着相互耦合作用。
Hybrid dynamic system is not only with continuous dynamics but also has the discrete event-driven nature of a special kind of power system, and between the two there is a mutual coupling.
切换系统是由一组连续或离散动态子系统组成，并按某种切换规则在各子系统间切换的动力系统。
A switched system is a class of hybrid system composed of several dynamical Subsystems and a switching law that specifies the active subsystem at each instant of time.
切换系统是由一组连续或离散动态子系统组成，并按某种切换规则在各子系统间切换的动力系统。
A switched system is a class of hybrid system composed of several dynamical Subsystems and a switching law that specifies the active subsystem at each instant of time.
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