Algebraic dynamical method is an effective method to deal with the dynamical evolution of such systems by making use of its algebraic structure.
代数动力学方法便是求解该系统的一种有效方法。该方法利用系统的代数结构使系统按照动力学规律随时间演化。
The simulation results indicate that this control method can improve the systems dynamical performance and enhance its static precision contrasting than the traditional PID control system.
仿真结果表明，该控制方法比传统PID控制更好的改善了系统的动态性能，提高了稳态精度。
Research result show that this method has advantages of high-precision and convenient calculation in researching the dynamical characteristics of the kind of nonlinear systems.
研究表明该方法对研究此类非线性系统动力特性具有精度高、计算方便的优点。
Secondly, Mixed Logical Dynamical (MLD) method is implemented to describe several typical hybrid systems.
其次，将混合逻辑动态方法推广应用到多种形式的混杂系统建模。
It is concluded that the method provides an uniform framework for highly efficient damping engineering of the dynamical systems with light damping.
时域自适应反馈主动阻尼设计是高效的主动阻尼设计方法，并且为小阻尼动态系统的增阻设计提供了统一的方法框架。
The method of nonstandard analysis is applied to the studies of the topological dynamical systems.
本文采用非标准分析方法研究拓扑动力系统。
Numerical simulation implies that the proposed method is a new effective approach to dynamical responses of stochastic nonlinear systems.
数值模拟结果与数值解比较表明：正交多项式逼近法能有效地解决此类非线性随机动力系统的响应问题。
The bifurcation would occur in the nonlinear dynamical systems. The theory of bifurcation provides us a new method to explore the strange phenomena in the social-economic systems.
在非线性动态系统中可能出现分岔现象，分岔理论为我们研究社会经济系统中的某些异常现象提供了一种新方法。
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。
An improved adjoint operator method is employed to compute the third order normal form of six dimensional nonlinear dynamical systems and the associated nonlinear transformation for the first time.
本文首次用一种改进的共轭算子法研究了六维非线性系统的三阶规范形以及所用的非线性变换。
Presented the constraint force control method can be used to the dynamical systems control with the equality constraints.
提出的约束力控制法，可应用于具有任意等式约束的动力学系统的控制问题中。
As a new intelligent control method, the neural-network-based technique provides a potential tool for solving the control problems of highly uncertain, complex, nonlinear dynamical systems.
神经网络控制作为一种全新的智能控制方法，为解决高度不确定性和严重非线性的复杂动态系统的控制问题开辟了一条新的途径。
A fighter safe landing lateral-directional control method is presented based on reinforcement learning algorithm (RL), using hierarchical control of dynamical large-scale systems theory.
基于大系统递阶控制思想，提出了一种运用再励学习算法设计歼击机自动着陆横侧向协调控制系统的方法。
The dynamical characteristics contrastive analysis is made, and 3d seismic response contrastive analysis through the method of elastic time-history response of systems is also made.
研究对比了各结构体系的动力特性，并通过地震弹性时程反应分析法进行了结构体系三维地震反应分析与对比。
The parameters of these components can be identified by using least square algorithm via a general modeling method of power electronic circuits based on the theory of hybrid dynamical systems.
通过基于混杂系统理论的通用电力电子电路建模，在此基础上应用最小二乘法实现电力电子电路的器件参数辨识和在线故障诊断。
In this paper, we propose some systematology viewpoints from the model, content and method of the stability problems of large scale singular dynamical systems.
分别就广义大系统稳定性的研究对象、内容和方法提出几个系统学观点。
In this article, the authors introduce a method of controlling certain types of nonlinear dynamical systems whose dynamics can be modelled by a multilayer BP neural network.
从某类可以被多层BP神经网络建模的非线性系统出发，给出一种控制方法。
The Ensemble Kalman Filter (EnKF) is a powerful data assimilation method and has proven its efficiency for strongly non-linear dynamical systems but is demanding in computing power.
方法是目前在强非线性系统中应用最广泛，效果最明显的集合资料同化方法。
The Ensemble Kalman Filter (EnKF) is a powerful data assimilation method and has proven its efficiency for strongly non-linear dynamical systems but is demanding in computing power.
方法是目前在强非线性系统中应用最广泛，效果最明显的集合资料同化方法。
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