Modeling and simulation technology is one of the most important and most valid methods to support the researches of C4ISR architecture and C4ISR systems analysis and design.
建模仿真技术是C4ISR体系结构研究、C4ISR系统分析与设计所采用的重要且有效的方法之一。
It applied simulation, modeling and analysis technology in product development to predict products capability and potential problems of manufacturability before real manufacturing.
它将仿真、造型和分析技术应用于产品开发，以在真实制造前预知产品性能和制造工艺性的潜在问题。
With the development of computer technology, the modeling and simulation of rectifying process already become the mainly tools on chemical technological design and operation.
随着计算机技术的飞速发展，精馏过程的模型化与仿真已成为化工工艺设计和操作分析的主要工具。
The static state modeling method of equipment and the key technology of dynamic simulation in experiment of machinery bases based on VRML are explored.
对基于VRML技术在机械基础实验的实验仪器设备的静态建模方法及实验的动态仿真等的关键技术问题进行了探索。
Using the method discussed above, the author analyses and gives the data model and the arithmetic model of the ZXJ10 Exchanger training simulation system integrated database-modeling technology.
并利用该方法，结合数据库建模技术分析和建立了ZXJ10程控机训练仿真系统的数据模型。
Visual 3D terrain simulation technology is an important means of virtual reality, which deals with realistic 3D terrain modeling and 3D terrain visualization real-time drawing mainly.
三维地形可视化仿真技术是虚拟现实的重要手段之一，主要研究真实感三维地形建模和三维地形可视化的实时绘制。
This thesis specifies the whole process of realizing the modeling and simulation of DK-1 electric-air brake and accomplishing the CAI system of this brake by using the object-oriented technology.
本文论述了对DK - 1型电空制动机进行建模与仿真，并在此基础上利用面向对象技术设计该制动机教学软件的整个过程。
Based on use of virtual reality simulation technology for visual simulation of train operation and train accident reconstruction simulation, we made a complete visual modeling.
基于利用虚拟现实仿真技术，针对列车运行的视景模拟和列车事故的再现仿真，提出了完整的视景建模方法。
A complete denture tooth-arrangement robot with 3 fingers and 9 DOFs dexterous hands is studied and a new mechatronics modeling and simulation system is established based on Simmechanics technology.
以全口义齿排牙机器人为研究对象，采用3个手指9个自由度的灵巧手结构设计。
A complete denture tooth-arrangement robot with 3 fingers and 9 DOFs dexterous hands is studied and a new mechatronics modeling and simulation system is established based on Simmechanics technology.
以全口义齿排牙机器人为研究对象，采用3个手指9个自由度的灵巧手结构设计。
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