DocumentCode
651747
Title
Semiautomatic Segmentation of CT Cardiac Images
Author
Yu-Ke Chen ; Xiao-Ming Wu ; Rong-Qian Yang ; Ken Cai ; Xiao-Jun Ding
Author_Institution
Dept. of Med. Equip., Gen. Hosp. of Guangzhou Mil. Command of PLA, Guangzhou, China
fYear
2013
fDate
20-22 Sept. 2013
Firstpage
104
Lastpage
108
Abstract
In order to complete the semi auto-segmentation of dual-source CT image of heart and extract the structure of heart accurately, propose a novel segmentation method of CT images based on graph cuts based active contour and anisotropies spreads algorithms. The method combines image characteristics with high-level segmentation model, Due to effectively used heart anatomical structure, the noise and fuzzy boundary have less effect on the segmentation results. It is used to quickly and accurately segment ventricle, atria and coronary artery. After the pre-segmentation of the DSCT images, the ventricular and atrium are fast and accurately segmented through minimize the energy function. The segmentation method can effectively process cardiac medical image of DSCT. It provides new methods for clinical doctors to get more information of cardiac images.
Keywords
cardiology; computerised tomography; fuzzy set theory; graph theory; image segmentation; medical image processing; CT cardiac images; DSCT image presegmentation; active contour; anisotropies spreads algorithms; atria segmentation; atrium; coronary artery segmentation; dual-source CT image; energy function; fuzzy boundary; graph cuts; heart anatomical structure; high-level segmentation model; semi autosegmentation; semiautomatic segmentation; ventricle segmentation; ventricular; Active contours; Anisotropic magnetoresistance; Computed tomography; Heart; Image edge detection; Image segmentation; Noise; Active contours; DSCT; Grapu Cuts; catdiac; segmentation;
fLanguage
English
Publisher
ieee
Conference_Titel
Internet Computing for Engineering and Science (ICICSE), 2013 Seventh International Conference on
Conference_Location
Shanghai
Type
conf
DOI
10.1109/ICICSE.2013.28
Filename
6680064
Link To Document