电视显微立体成像系统是微操作系统的立体视觉传感器。
TV micro stereoscopic imaging system is used as the stereoscopic visual sensor of a micromanipulation system.
显微立体成像微操作系统上测试了二维微执行器的位移性能。
The displacement of the micro actuator is measured by using the stereo vision micromanipulation systems.
微操作系统进行三维精细操作，要求视觉传感器输出立体感较强的图像。
Micromanipulaton system does 3 D fine manipulation. Therefore the visual sensor must provide stereoscopic image.
为了提高微操作系统的装配精度，提出了一种新型的亚像素边缘检测和中心定位算法。
In order to improve the resolution and accuracy of micro-assembly systems, a novel sub-pixel edge detection and center localization algorithm for micro-parts is presented.
本文针对微操作系统的作业标定问题，提出了一种基于游标卡尺和数字图像处理技术的方法。
A method based on vernier caliper and digital image processing is introduced aiming at the calibration of micromanipulation system.
根据时分立体成像原理，提出了双缓冲快速刷新图像的方法，研制出微操作系统的显微立体成像单元；
According to time-sequential imaging techniques, a way of double buffer image refreshing is put forward, the micro stereoscopic imaging system is developed.
另外，论文中介绍的机构在微操作系统中的应用，更加证明了少自由度并联机器人将会在各个领域应用更加广泛。
Otherwise, the application of the parallel mechanism in micro operation system mentioned in the article proved the future application will be more and more widely.
另外，论文中介绍的机构在微操作系统中的应用，更加证明了少自由度并联机器人将会在各个领域应用更加广泛。
Otherwise, the application of the parallel mechanism in micro operation system mentioned in the article proved the future application will be more and more widely.
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