Abstract
A new algorithm of segmenting contour series of images is presented, which can achieve three dimension reconstruction with parametric recognition in Reverse Engineering based on X-ray CT. First, in order to get the nested relationship between contours, a method of a certain angle ray is used. Second, for realizing the contour location in one slice, another approach is presented to generate the contour tree by scanning the relevant vector only once. Last, a judge algorithm is put forward to accomplish the contour match between slices by adopting the qualitative and quantitative properties. The example shows that this algorithm can segment contour series of CT parts rapidly and precisely. (authors)
Yanfang, Wang;
Li, Liu;
Yonglian, Yan;
[1]
Baoci, Shan;
Xiaowei, Tang
[2]
- Chinese Academy of Sciences, Beijing (China). Inst. of High Energy Physics, R and D Center
- Chinese Academy of Sciences, Beijing (China). Inst. of High Energy Physics, Key Laboratory of Nuclear Analytical Techniques
Citation Formats
Yanfang, Wang, Li, Liu, Yonglian, Yan, Baoci, Shan, and Xiaowei, Tang.
Principle and realization of segmenting contour series algorithm in reverse engineering based on X-ray computerized tomography.
China: N. p.,
2007.
Web.
Yanfang, Wang, Li, Liu, Yonglian, Yan, Baoci, Shan, & Xiaowei, Tang.
Principle and realization of segmenting contour series algorithm in reverse engineering based on X-ray computerized tomography.
China.
Yanfang, Wang, Li, Liu, Yonglian, Yan, Baoci, Shan, and Xiaowei, Tang.
2007.
"Principle and realization of segmenting contour series algorithm in reverse engineering based on X-ray computerized tomography."
China.
@misc{etde_20924533,
title = {Principle and realization of segmenting contour series algorithm in reverse engineering based on X-ray computerized tomography}
author = {Yanfang, Wang, Li, Liu, Yonglian, Yan, Baoci, Shan, and Xiaowei, Tang}
abstractNote = {A new algorithm of segmenting contour series of images is presented, which can achieve three dimension reconstruction with parametric recognition in Reverse Engineering based on X-ray CT. First, in order to get the nested relationship between contours, a method of a certain angle ray is used. Second, for realizing the contour location in one slice, another approach is presented to generate the contour tree by scanning the relevant vector only once. Last, a judge algorithm is put forward to accomplish the contour match between slices by adopting the qualitative and quantitative properties. The example shows that this algorithm can segment contour series of CT parts rapidly and precisely. (authors)}
journal = []
issue = {1}
volume = {31}
place = {China}
year = {2007}
month = {Jan}
}
title = {Principle and realization of segmenting contour series algorithm in reverse engineering based on X-ray computerized tomography}
author = {Yanfang, Wang, Li, Liu, Yonglian, Yan, Baoci, Shan, and Xiaowei, Tang}
abstractNote = {A new algorithm of segmenting contour series of images is presented, which can achieve three dimension reconstruction with parametric recognition in Reverse Engineering based on X-ray CT. First, in order to get the nested relationship between contours, a method of a certain angle ray is used. Second, for realizing the contour location in one slice, another approach is presented to generate the contour tree by scanning the relevant vector only once. Last, a judge algorithm is put forward to accomplish the contour match between slices by adopting the qualitative and quantitative properties. The example shows that this algorithm can segment contour series of CT parts rapidly and precisely. (authors)}
journal = []
issue = {1}
volume = {31}
place = {China}
year = {2007}
month = {Jan}
}