摘要
针对再现图像的处理,通过将图像细分为多个较小区域,在每个小区域同时采用多种阈值计算方法,并引入错误校正机制,获得了能稳定地分割图像的自适应阈值.在此基础上,再用种子生长方法进一步界定粒子的边界,能获得更准确的分割结果,且其过程可以自动完成.该方法已成功用于动态实验图像的处理,获得了很好的结果,静态粒子靶实验表明该方法处理得到的相对误差小于15 %.
In the measurement size, shape, position, and velo reconstructed images were pr adding an error correction in for high speed partic city of the particles operly every particles edge ware determined by segmented by le field ejected from mate could be obtained by pu using several threshold part, after divided the image into region growing. And all of the rial surface under explosion lsed holography technique. selection methods together several small parts. On the b above work could be accom ase ,the The and the plished automatic in computer. The famous results have been got when used in dynamic test. The experiments on static particle target indicates the error are less than 15%.
出处
《光子学报》
EI
CAS
CSCD
北大核心
2007年第3期503-506,共4页
Acta Photonica Sinica
基金
中国工程物理研究院面上基金(20040426)资助
关键词
全息
全息再现
图像处理
粒子
Holography
Holographic reconstruction
Image processing
Particles