CAJ | 학술논문

该研究为实现发射场初始段安控电视系统数字化图像采集、处理和存储展开讨论。采用形态学边缘检测算法、霍夫变换直线检测算法和光流法运动检测算法，利用火箭发射初始段安控电视录像进行测试实验，实现了对发射场初始段火箭箭体的识别。该研究使用数字化图像处理方法对现有的安控电视系统进行有效改进，为安控图像实时判读提供了可靠的依据，并为下一步研究提供了有意义的参考。通过对上述几种之间的特点和处理所需的时间的比较分析，形态学边缘检测算法的效果优于其他两种方法。
해연구위실현발사장초시단안공전시계통수자화도상채집、처리화존저전개토론。채용형태학변연검측산법、곽부변환직선검측산법화광류법운동검측산법，이용화전발사초시단안공전시록상진행측시실험，실현료대발사장초시단화전전체적식별。해연구사용수자화도상처리방법대현유적안공전시계통진행유효개진，위안공도상실시판독제공료가고적의거，병위하일보연구제공료유의의적삼고。통과대상술궤충지간적특점화처리소수적시간적비교분석，형태학변연검측산법적효과우우기타량충방법。
The digitization image acquisition,processing and storage of initial security TV system are discussed in the re-search. The morphological edge detection algorithm,Hough transform line detection algorithm and optical flow motion detection algorithm are used to perform the testing experiment by means of the rocket initial security control video and to realize the identi-fication of rocket in the initial section. The digital image processing method is adopted to improve the existing security control TV system,which provides a reliable basis for real-time interpretation of security control images and a significant reference for further research. The morphological edge detection algorithm is better than the others according to the comparative analysis on the characteristics and the time needed for image processing of these three methods.