本文探讨“计算机控制系统”低成本实验装置的设计、制作及其在研究型实验中的应用，即物理仿真技术的应用。
This paper discussed the design of low cost experimental installations and their applications in the experiments on the study of computer control systems by physical simulation.
论述了将计算机仿真技术应用于翻车机控制系统开发的可行性，并给出具体仿真方案及编程框图。
The feasibility of applying this technique in the development of the control system of tippers is demonstrated with the concrete emulation scheme and a programming flowchart.
本文简要介绍了再入体六自由度控制系统半实物仿真的系统结构与软件系统设计，并探讨了相应的仿真技术途径。
In this paper, system structure and software design of reentry vehicle Sir -dof semi physical simulation are introduced briefly, and corresponding simulation technical methods is discussed.
最后，本文把联合仿真技术引入并联机器人的精度分析领域，结合控制系统，在仿真环境下对并联机器人运行精度进行分析，并提出了改进措施。
At the end of this paper, co-simulation method was introduced to the area of parallel robot accuracy analysis, and come up with ways to improve the running accuracy of parallel robot.
在汽车控制系统开发中，采用硬件在环仿真技术可以对控制系统软硬件进行测试。
The hardware - in - the - loop simulation technics may be adopted in development of automobile control system to test the software and hardware of the control system.
探讨了航空机轮刹车系统的模拟仿真技术、半实物仿真技术以及刹车系统的性能评估方法，展望了机轮刹车控制系统的研究方向和发展前景。
The simulation scheme and performance evaluation methods of aircraft braking system are presented, and the trend and good prospect of aircraft braking control system future are pointed out in the end.
把计算机数字仿真技术运用于生产过程的PID控制系统中，实现对控制系统的最优化控制，是信息技术应用于控制系统的一个范例。
The computer simulation technology, which applied to optimize control of PID control system, is a good example that control system was reformed with information technology.
把计算机数字仿真技术运用于生产过程控制系统中，实现生产过程的最优化控制，是信息技术改造传统产业的一个范例。
The computer simulating technology applying to optimization control of pharmaceutical processes is a good example that traditional industry is reformed with information technology.
应用半物理仿真技术，把仿真与试验有机结合起来，不仅有效地检验了平台控制系统，也对平台的运动特性进行了实时仿真。
The control system is not only testified, but also the real time motion simulations of the platform are proceeded in this system. Results of simulation are coincided with the testing results.
应用半物理仿真技术，把仿真与试验有机结合起来，不仅有效地检验了平台控制系统，也对平台的运动特性进行了实时仿真。
The control system is not only testified, but also the real time motion simulations of the platform are proceeded in this system. Results of simulation are coincided with the testing results.
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