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Region tracking on surfaces deforming via level-sets methods
Marcelo Bertalmio
,
Guillermo Sapiro
, Gregory Randall
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
4
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Scopus citations
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Dive into the research topics of 'Region tracking on surfaces deforming via level-sets methods'. Together they form a unique fingerprint.
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Keyphrases
Level Set Method
100%
Medical Imaging
100%
Region Tracking
100%
Functional Magnetic Resonance Imaging
50%
Lagrangian
50%
Parametrization
50%
Numerical Techniques
50%
Cortex
50%
Level-set
50%
Eulerian
50%
Region of Interest
50%
Unfolding Algorithm
50%
Shape Evolution
50%
Implicit Representation
50%
Point Correspondence
50%
Level Set Algorithm
50%
Level Set Approach
50%
Image Region
50%
Implicit Level
50%
Implicit Surface
50%
MRI Visualization
50%
Surface Mapping
50%
Lesion Localization
50%
Geometric Surface
50%
Sethians
50%
Computer Science
level-set method
100%
Numerical Technique
50%
Parametrization
50%
Implicit Representation
50%
Medical Imaging
50%
Implicit Surface
50%
Topology
50%
Engineering
Level Set
100%
Level Set Method
100%
Numerical Technique
33%
Main Advantage
33%
Region of Interest
33%
Medical Image
33%
Image Region
33%
Parametrization
33%
Mathematics
Level Set
100%
Lagrangian
20%
Numerical Technique
20%
Pointwise
20%
Magnetic Resonance Imaging
20%
Topology
20%
Geometric Surface
20%