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1·Am I suitable for laser vision correction?

我适合于激光矫正视力吗？

2·Key models in traditional laser vision correction are presented.

研究了准分子激光矫正屈光不正的关键模型。

3·A novel visual robotic arc welding system based on circular laser vision sensor is developed.

开发了一种基于环形激光视觉传感的新型弧焊机器人视觉系统。

4·The Line laser vision sensor is integrated CMM, and the mathematical model of them is established.

本文将线激光视觉传感器与三坐标测量机（CMM）相集成，并建立相应的数学模型；

5·In this paper, a weld seam image real-time acquisition and processing system based on adjustable laser vision sensor is developed.

本文研究了一套基于激光结构光视觉传感的焊缝图像实时采集和图像处理系统。

6·A camera model based on perspective transformation is analyzed and established according to optical properties of the laser vision probe.

根据线结构光视觉测头的光学成像特性，论证并建立了基于透视变换的摄像机及物像关系模型。

7·Laser vision sensing, as one of the most promising seam tracking methods, has been paid more and more attention and gradually employed widely in the welding production.

激光视觉传感作为目前最有发展前景的焊缝跟踪方法，已引起了人们的普遍关注，并逐步在焊接生产中得到了推广应用。

8·According to resolved-rate algorithm, the control commands of hand controller and laser vision sensor are summed in robot controller to control the 6 degree of freedom respectively.

根据解析速率控制算法，把手控器的控制命令与激光视觉传感器的自主控制命令在人控制器中进行融合，控制焊枪的六个自由度。

9·In this paper, combining the advantages of active light vision technology and passive light vision technology, an optical system of circular scanning laser vision sensor was developed.

本文结合主动光视觉技术和被动光视觉技术的优点，开发了环形扫描激光视觉传感器的光学系统。

10·On the contrary, deepness images, attained by a 3D laser vision sensor, contain the goal's deepness, but enormous 3D information exceeds the ability of a computer's timely solving images.

由激光三维视觉传感器获取的深度图像又恰恰包含有目标的深度信息且三维信息量大，但远远超出了计算机的实时图像处理能力。