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Kazuhiro Katada
Publication Activity (10 Years)
Years Active: 1994-2008
Publications (10 Years): 0
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Publications
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Miwa Okumura
,
Takamasa Ota
,
Kazuhisa Kainuma
,
James W. Sayre
,
Michael F. McNitt-Gray
,
Kazuhiro Katada
Effect of Edge-Preserving Adaptive Image Filter on Low-Contrast Detectability in CT Systems: Application of ROC Analysis.
Int. J. Biomed. Imaging
2008 (2008)
Takayuki Kitasaka
,
Kensaku Mori
,
Jun-ichi Hasegawa
,
Jun-ichiro Toriwaki
,
Kazuhiro Katada
Automated extraction of aorta and pulmonary artery in mediastinum from 3D chest x-ray CT images without contrast medium.
Medical Imaging: Image Processing
(2002)
Takayuki Kitasaka
,
Kensaku Mori
,
Jun-ichi Hasegawa
,
Jun-ichiro Toriwaki
,
Kazuhiro Katada
Automated extraction of the aorta and the pulmonary artery in the mediastinum from 3D chest X-ray CT images using the medial line model.
CARS
(2001)
Kensaku Mori
,
Yoshiaki Hoshino
,
Yasuhito Suenaga
,
Jun-ichiro Toriwaki
,
Jun-ichi Hasegawa
,
Kazuhiro Katada
An improved method for generating virtual stretched view of stomach based on shape deformation.
CARS
(2001)
Kensaku Mori
,
Jun-ichi Hasegawa
,
Yasuhito Suenaga
,
Jun-ichiro Toriwaki
,
Hirofumi Anno
,
Kazuhiro Katada
Automated Labeling of Bronchial Branches in Virtual Bronchoscopy System.
MICCAI
(1998)
Kensaku Mori
,
Jun-ichi Hasegawa
,
Jun-ichiro Toriwaki
,
Hirofumi Anno
,
Kazuhiro Katada
A Fast Rendering Method Using the Tree Structure of Objects in Virtualized Bronchus Endoscope System.
VBC
(1996)
Kensaku Mori
,
Jun-ichi Hasegawa
,
Jun-ichiro Toriwaki
,
Hirofumi Anno
,
Kazuhiro Katada
Recognition of bronchus in three-dimensional X-ray CT images with applications to virtualized bronchoscopy system.
ICPR
(1996)
Kensaku Mori
,
Jun-ichi Hasegawa
,
Jun-ichiro Toriwaki
,
Hirofumi Anno
,
Kazuhiro Katada
Automated Extraction and Visualization of Bronchus from 3D CT Images of Lung.
CVRMed
(1995)
Jun-ichi Hasegawa
,
Kensaku Mori
,
Jun-ichiro Toriwaki
,
Hirofumi Anno
,
Kazuhiro Katada
Automated extraction of lung cancer lesions from multislice chest CT images by using three-dimensional image processing.
Systems and Computers in Japan
25 (11) (1994)