DocumentCode
2654960
Title
Mastering interactive virtual bronchioscopy on a low-end PC
Author
Wegenkittl, Rainer ; Vilanova, Anna ; Hegedüs, Balint ; Wagner, Daniel ; Freund, Martin C. ; Gröller, Eduard M.
Author_Institution
Tiani Medgraph GesmbH, Vienna, Austria
fYear
2000
fDate
13-13 Oct. 2000
Firstpage
461
Lastpage
464
Abstract
Virtual endoscopy presents the cross-sectional acquired 3D-data of a computer tomograph as an endoluminal view. The common approach for the visualization of a virtual endoscopy is surface rendering, yielding images close to a real endoscopy. If external structures are of interest, volume rendering techniques have to be used. These methods do not display the exact shape of the inner lumen very well. For certain applications, e.g. operation planning of a transbronchial biopsy, both the shape of the inner lumen as well as outer structures like blood vessels and the tumor have to be delineated. A method is described, that allows a quick and easy hybrid visualization using overlays of different visualization methods like different surfaces or volume renderings with different transfer functions in real time on a low-end PC. To achieve real time frame rates, image based rendering techniques have been used.
Keywords
blood vessels; computerised tomography; data visualisation; medical image processing; microcomputer applications; rendering (computer graphics); stereo image processing; tumours; blood vessels; computer tomograph; cross-sectional 3D data; endoluminal view; external structures; image based rendering techniques; inner lumen shape; interactive virtual bronchioscopy; low-end PC; operation planning; real time frame rates; surface rendering; transbronchial biopsy; transfer functions; tumor; virtual endoscopy; visualization; volume rendering techniques; Biomedical imaging; Biopsy; Blood vessels; Computer displays; Endoscopes; Neoplasms; Rendering (computer graphics); Shape; Transfer functions; Visualization;
fLanguage
English
Publisher
ieee
Conference_Titel
Visualization 2000. Proceedings
Conference_Location
Salt Lake City, UT, USA
Print_ISBN
0-7803-6478-3
Type
conf
DOI
10.1109/VISUAL.2000.885732
Filename
885732
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