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- muhibody system dynamics 多体系统动力学
- muhibody system dynamic 多体系统动力学
- Sterman, J. System Dynamics Modeling for Project Management. 2000. “专案管理的系统发展模式”2000.
- Writing and Modeling: using a notebook to learn about system dynamics. 运用笔记本搭配写作与画模型图来学习系统动力。
- A Study on Personal Financial Planning: by System Dynamics Approach. 全方位理财规划之系统动力学研究。
- A Dynamic Alignment Approach to the Leverage Design in System Dynamics Models. 以同步化流径搭配方式发展系统动力学模式高杠杆解设计方法之研究。
- Getting Started: Five lesson plans to help teachers introduce System Dynamics to their students. 帮助老师介绍系统动力学给学生的五种课程。
- Once the system dynamics reaches the sliding plane, the control system is insensitive to uncertainty. 一旦系统动态达到滑动运动阶段,系统对不确定是不敏感的。
- The system dynamics is used to make the simulation about the differential game under the condition of complete information and incomplete information. 摘要以系统动力学为工具，通过模拟的方法求解完全信息和不完全信息情况下微分博弈的均衡策略。
- Based on the fully Cartesian coordinates, a differential/algebraic equation system of multibody system dynamics is obtained. 利用完全笛卡尔坐标描述多刚体系统,建立多刚体系统动力学微分-代数方程。
- This article develops a simulation model of energy econometrics evolution using system dynamics method. 采用系统动力学方法;构造能源经济发展仿真模型.
- This paper used system dynamics to found the system dynamics model of WUHU city ecosystem. 并在此基础上利用系统动力学方法，建立了芜湖市城市生态系统的动力学模型，模型分人口子系统，经济子系统，土地子系统，水子系统等四个子系统。
- transfer matrix method of muhibody system 多体系统传递矩阵法
- Ernst D Dickmanns.Computer Vision and Highway Automation.Vehicle System dynamics, 1999 (31)：325-343. 王荣本等.;有线图像识别式自动引导车辆系统设计
- The method of Huston on multibody system dynamics and its development were introduced. 介绍多体系统动力学的休斯敦方法及其发展。
- This text designed system dynamics model of MSW based on source reduction according to theory of planned behavior. 文章根据计划行为理论,使用系统动力学的方法,设计了考虑源头减量的城市生活垃圾管理的系统动力学模型。
- Since importance of research on aircraft arrestment, arresting system dynamics performance was studied. 摘要针对飞机拦阻的重要性，分析了飞机拦阻动力学性能。
- On the basis of pilot-aircraft system response the interplay between pilot workload and system dynamics is exposed. 基于人-机系统响应特性可揭示出驾驶员工作负荷和系统动态特性之间相互影响。
- And it is conceptually and computationally simple to solve MDP without system dynamics. 它不需要机率特性即可解马可夫决策过程的问题。
- The first,the system dynamic model,which is expressed in quaternion,is given. 首先给出了以四元数表示的系统动力学模型；
