CAJ | 학술논문

高速工业相机在图像采集过程中产生的大量数据，导致采集和传输困难，针对此种情况本文提出了高速工业相机图像采集系统方案。详细介绍了系统各个结构，对相机迸发的大量数据进行传输、转存和显示进行了研究，本系统采用中级配置模式，并行传输4路像素数据、时钟信号及控制信号。实验结果表明，图像采集系统能够完成对分辨率1280×1024、帧频400f/s、位宽8bit高速视频图像的实时采集及显示。
고속공업상궤재도상채집과정중산생적대량수거，도치채집화전수곤난，침대차충정황본문제출료고속공업상궤도상채집계통방안。상세개소료계통각개결구，대상궤병발적대량수거진행전수、전존화현시진행료연구，본계통채용중급배치모식，병행전수4로상소수거、시종신호급공제신호。실험결과표명，도상채집계통능구완성대분변솔1280×1024、정빈400f/s、위관8bit고속시빈도상적실시채집급현시。
The article proposes a research of high-speed CMOS industrial camera video capture based on Camera Link. It particularly introduces the system structure and researches on the transmission, storage and display about the large amount of data. This system uses the medium configuration mode which is parallelly transmitting 4 pixel data, clock signal and control signal. For the high speed real-time video image of resolution of 1280*1024, a frame rate 400f/s, the width of 8bit, experimental results show that the system can complete the video image acquisition and display.