摘要
为解决岩石薄片图像拼接过程中图像配准和图像融合运算量大,拼接速度慢的问题,论文提出了在岩石薄片图像拼接过程中采用并行处理的方法,通过在图像配准和图像融合阶段采用多线程技术来减少运算量,提高拼接速度。实验结果表明,该方法能够大幅度提高岩石薄片图像拼接速度,应用于实际生产需要。
In order to solve the problem that image registration and image fusion are large and the splicing speed is slow dur-ing the process of splicing of core slice image,this paper proposes a method of parallel processing in the process of splicing of rockslice image. Image registration and image fusion multi-threaded technology are used to reduce the amount of computation and im-prove the splicing speed. The experimental results show that this method can greatly improve the splicing speed and be applied tothe actual production needs.
作者
蒋欢
蒋宜勤
周基贤
袁媛
滕奇志
JIANG Huan;JIANG Yiqin;ZHOU Jixian;YUAN Yuan;TENG Qizhi(Institute of Xinjiang Oilfield Detection,Petro China,Kelamayi 834000;College of Electronics and Information Engineering,Sichuan University,Chengdu 610065)
出处
《计算机与数字工程》
2018年第6期1227-1231,共5页
Computer & Digital Engineering
关键词
图像配准
图像融合
多线程
铸体薄片拼接
image registration
image fusion
multithreading
casting sheet splicing