提出一种基于支持向量回归机(SVR)的非线性动态系统建模方法。
A modeling method for nonlinear dynamic system based on Support Vector Regression (SVR) was proposed in this paper.
开发动态系统建模软件原型，为进一步研究动态系统建模的理论和算法奠定基础，目前有着重要和紧迫的意义。
It is very urgent and important of developing the prototype of dynamical system modeling software for the next step research of theory and algorithm.
首先用一种人工神经网络和线性动态系统的串级模型对非线性动态系统建模，这种模型具有很大的确定性与通用性。
First, a cascade model with neural networks and linear dynamic systems, which is determinate and general, is used in modeling the nonlinear dynamic systems.
本方法以实际系统的输入输出信号为依据，实现系统建模，用被控对象传递函数的逆作为串联控制器来对系统的动态特性进行控制。
Using the input and output signal, the method can model the system, and can control the dynamical property of the system with the inverse transfer function of the controlled object as the controller.
本文采用动态数据系统建模分析法与改进的周期图检验法相结合，对主轴回转精度进行混合谱分析。
This paper presents a method with mixed spectra for analyzing rotational accuracy of spindles, making use of the modified periodogram test combined with dynamic data system modeling.
文章对智能体的特性进行了全面阐述，提出了一种新的、动态的基于多智能体的制造系统建模方法。
In this paper the primitive properties of agents are discussed and a new dynamic multi-agent based modeling approach for manufacturing system is proposed.
在对智能体的内涵及基本特性进行详细探讨的基础上，提出一种新的、动态的基于多智能体的制造系统建模方法。
Based on a detailed discussion about the connotation and basic properties of multi-agent, a new dynamic multi-agent-based modeling approach for manufacturing system is proposed.
该工具集成了基于离散事件系统建模技术的影响网络，既支持对行动过程的静态评估，又支持对行动过程的动态评估。
The tool supports both static and dynamic evaluation of COAs by integrating influence nets with discrete event systems modeling techniques.
行为方法是研究动态系统的一种重要手段，在处理系统建模和控制设计中都有广泛而灵活的应用。
Behavioral approach as an important method in the study of dynamical system has extensive applications in system modeling and control design.
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。
Secondly, Mixed Logical Dynamical (MLD) method is implemented to describe several typical hybrid systems.
本软件应用UML进行系统建模，描绘系统的静态结构和动态行为。
Using UML to make the modeling of this system describes the static state structure and dynamic doing of this system.
有限状态机用于对系统的动态行为建模，一般用状态图来可视化表示，是对反应式系统建模的一种强大工具。
Finite state machine is used for the dynamic behavior of system modeling, which is represented by visual state chart. And the finite state machine is a powerful tool of reaction system modeling.
有限状态机用于对系统的动态行为建模，一般用状态图来可视化表示，是对反应式系统建模的一种强大工具。
Finite state machine is used for the dynamic behavior of system modeling, which is represented by visual state chart. And the finite state machine is a powerful tool of reaction system modeling.
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