This paper introduces the study, principle and implementation of a practical system of video image capture and processing for industry electronic endoscope.
工业内窥镜视频图象采集系统，是通过专用的视频图像采集卡将内窥镜图像输入计算机，并实现了视频图象的实时显示、处理和保存。
The entire image communication system consists of image capture, image signal processing and the control, the USB transmission and the control, the terminal image return and storage and so on.
整个图像通信系统由图像采集、图像信号的处理和控制、USB传输和控制、系统接口以及终端的图像还原和存储等几部分组成。
This paper detailedly introduced a solution of image pre-processing system in video detection system and implemented a FPGA subsystem which had the function of video capture and image pre-processing.
本文详细介绍了一种视频检测中图像预处理系统的设计方案，实现了具有前端视频采集、图像预处理功能的FPGA子系统。
This system has higher image capture speed, simple configuration, auto-processing ability, and it raise work efficiency greatly, hence, it has quite broad practical application values.
本系统具有结构简单，采集速度高，将人工抄表改造成自动处理，提高工作效率等优点，具有较高的实际应用价值。
The Medical image Processing System in this essay is used by community hospitals to capture and tune the real-time images in the department of radio and others.
本文设计的医学图像处理系统应用在基层医院，主要用于医疗放射图像和病人信息的实时采集及处理，目标是全面解决医学图像的获取、显示、存储、处理和管理等问题。
The Medical image Processing System in this essay is used by community hospitals to capture and tune the real-time images in the department of radio and others.
本文设计的医学图像处理系统应用在基层医院，主要用于医疗放射图像和病人信息的实时采集及处理，目标是全面解决医学图像的获取、显示、存储、处理和管理等问题。
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