摘要
以数字化图像处理与识别技术为基础,利用最优投影及弱纹理增强技术,根据某型惯性保险引信X射线图像中所反映的零部件位置、灰度和形态等特征,建立惯性筒簧状态的识别算法,然后应用C语言进行算法编程,应用C++Builder完成程序界面设计,实现识别过程的人机交互,解决了惯性保险引信安全状态自动化准确判别的难题.
Based on the digital image processing and identification technology,by using the optimal projection and the weak texture enhancement,the identification algorithm of the inertial canister spring was built according to the characters of inertial fuze which were present in X-ray image,such as the location,the gray,the shape,and so on.The algorithm was programmed by C language,and the program interface was designed using C＋＋ Builder to achieve man-machine alternation.The research realized the automatic precise judgment of the inertia fuze safe condition.
出处
《中北大学学报（自然科学版）》
CAS
北大核心
2010年第6期568-572,共5页
Journal of North University of China(Natural Science Edition)
关键词
引信
惯性筒簧
安全状态
数字化
识别
fuze
inertial canister spring
safe condition
digitization
identification
