Based on the image processing technology, an auto-focusing system consisted of optical microscope, CCD, moment motor and drive gear etc, was presented.
介绍了一个基于图像处理的自动调焦系统，该系统由光学显微镜、CCD、力矩电机和齿轮传动机构等组成。
An optical system based on polarization and area coded scheme and the multiple imaging technique is proposed for fuzzy image processing.
提出和验证一种基于偏振空间编码方案和多重成像技术的光学方法来实现模糊逻辑图像处理。
In order to enhance the speed of robotic vision system image processing, the optical wavelet transform is applied to vision system based on the method of photoelectric hybrid implementation.
为了提高机器人视觉系统的图像处理速度，利用光电混合实现的方法，将光学小波变换应用于视觉系统。
Based on a hybrid opto electrical image processing system with an incoherent correlator, the image matching algorithm using optical Walsh transformation is realized successfully.
基于以非相干光相关器为核心的光电混合图像处理系统，实现了基于光学沃尔什变换特征提取的图像匹配算法。
Finally, with PROM device as spatial modulator and edge enhanced processing in a real time coherent optical system, a clear image of object can be produced.
最后采用了PROM器件作为空间调制器，在实时相干光系统中进行边缘增强效应处理，获得了轮廓清晰的物体图。
The results of typical optical stripes image processing demonstrate the feasibility of the system based on DSP.
通过对典型光学条纹图像的应用，验证了基于DSP的小型化图像处理系统的可行性。
Confocal scanning optical microscopy (CSOM) is a high precision microscopical image system which based on the confocal principle, scanning technology and image processing.
共焦扫描显微成像系统(C SO M)是以共焦原理为基础，集扫描技术和数字图像处理技术为一体的高精度的成像系统。
A kind of new way to measure optical system focal distance automatically is proposed, which is based on CCD optical-electrical method and digital image processing method.
提出了一种基于CCD光电法和数字图像处理方法自动测量光学系统焦距的新方法。
A vision automatic alignment system comprises an optical lighting system, an optical imaging system, image processing software, a control system and so on.
基于高精度自动对准系统中的视觉定位系统，对定位标识图像进行系列的图像处理算法研究和技术处理。
The ophthalmology multifunction image processing system has the functions of input and storing the images and data obtained from the ophthalmic optical instruments for processing in a computer.
将眼科光学仪器获得的图像及数据，输入并存储到计算机内进行处理。
Some research subjects concern video recording and processing system, which are brought forward based on optical image recording and reading requirement of weapon test range.
最后，通过两种仪器的数据分析、图像判读，提出了综合利用两种仪器可增强两种数据的互补性并提高工程质量。
Some research subjects concern video recording and processing system, which are brought forward based on optical image recording and reading requirement of weapon test range.
最后，通过两种仪器的数据分析、图像判读，提出了综合利用两种仪器可增强两种数据的互补性并提高工程质量。
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