| 1. | Design of the high - precision motion platform for ic testing
测试技术的精密运动平台的设计 |
| 2. | Dynamics analysis studies the force of the actuator by the newton - euler approach , the force was created by motion parameter
动力学运用牛顿-欧拉法进行分析,由运动平台的运动参数得出各个液压缸的驱动力。 |
| 3. | When the atp system is setup on a moving bed , movement and angular jitter of the bed will cause system line - of - sight high frequency jitter
当捕获、跟踪与瞄准系统安装于运动平台上时,运动平台的运动及抖动将导致系统视轴存在高频的抖动。 |
| 4. | The structure of the fixed platform module and the moving platform module is relatively simple , and can be designed to various types according to the practical need
运动平台模块和静止平台模块的结构形式比较简单，根据不同的需要其结构可以成各种形式。 |
| 5. | The parallel manipulator is composed of legs , the fixed platform , the moving platform , so the innovation of new parallel mechanism should be starting from analysis of the legs
并联机构是由支链、运动平台和静止平台组成，故并联机构的创新研究主要应从支链分析入手。 |
| 6. | To improve the performance of control , the coordinated control system of six degree freedom motion simulator was designed to make six jars collaborate to drive the motion deck
为进一步提高控制品质、设计运动模拟器整体控制系统,首先对运动模拟器的运动平台进行位置姿态反解。 |
| 7. | The research goal of vr group is the development and experiments of a consisting of a stewart platform as its motion device and a matching computer graphical system
本组的研究目标在于发展一个结合电脑图学、载具动态和运动平台的整合性模拟系统，应用范围涵盖各种系统动态模拟分析、教育训练和娱乐。 |
| 8. | In this paper , the mechanismic module of modular and reconfigurable parallel is classified into three basic modules , the fixed platform module , the moving platform module and the leg module
本文把可重组模块化并联机器人从整体上分为三大模块进行研究，一是静止平台模块，二是支链模块，三是运动平台模块。 |
| 9. | As we know , gloal motion caused by camera vibration is quite common in image sequence . this nuisance factor resukts in translational , totational and parallax distortions in images
很多情况下摄像机安装在运动平台上,由于由摄像机颤动引起的全局运动是在图像序列中普遍存在的,这个因素在图像中将产生平移,旋转以及视差畸变等后果。 |
| 10. | Relationship between the link length of kinetic limb module and end output of moving platform is analyzed by finite element ( fe ) simulation of solid module through the example of 3 - puu and 6 - pus parallel micromanipulators
并以3 - puu和6 - pus并联微动机器人为例，将实体模型进行有限元仿真分析，研究运动支链模块中连杆长度对运动平台末端输出的影响。 |
