RT Journal Article
JF IEEE Computer Graphics and Applications
YR 2012
VO 32
IS 5
SP 20
TI Biomedical applications: From data capture to modeling
A1 Cindy Grimm,
A1 G. Elisabeta Marai,
A1 undefined,
A1 undefined,
A1 undefined,
A1 undefined,
K1 Special issues and sections
K1 Biomedical image processing
K1 Computational modeling
K1 Image analysis
K1 Mesh generation
K1 Biological system modeling
K1 Data processing
K1 Special issues and sections
K1 Biomedical image processing
K1 Computational modeling
K1 Image analysis
K1 Mesh generation
K1 Biological system modeling
K1 Data processing
K1 biological data
K1 biomedical applications
K1 computer graphics
K1 mesh processing
K1 image analysis
K1 graphics APIs
K1 interactive visualization
K1 anatomical atlases
K1 protein structures
AB Just as calculus helps physicists understand and model the mechanical world, computational models can help us model complex biological systems and reason and make predictions about them. Computer graphics and visualization techniques and algorithms—from modeling to physically based animation—make this process possible. This special issue is dedicated to the multidisciplinary effort needed to build, verify, and understand biological models.
PB IEEE Computer Society, [URL:http://www.computer.org]
SN 0272-1716
LA English
DO 10.1109/MCG.2012.98
LK http://doi.ieeecomputersociety.org/10.1109/MCG.2012.98