Spatio-Temporal Registration and Microvasculature Segmentation of Retinal Angiogram Sequences.
Shuoying CaoAnil A. BharathKim H. ParkerJeffrey NgJohn ArnoldAlison H. McGregorAdam HillPublished in: MIUA (2011)
Keyphrases
- spatio temporal
- joint segmentation
- intra subject
- image registration
- image analysis
- variational framework
- segmentation algorithm
- mr brain
- image segmentation
- atlas based segmentation
- hidden markov models
- dynamic textures
- optical coherence tomography
- oct images
- multi atlas
- spatio temporally
- fully automatic
- medical images
- ct and mr images
- segmentation method
- brain mr images
- volumetric images
- movement patterns
- probabilistic atlas
- level set
- medical image data
- moving objects
- registration framework
- vessel segmentation
- image sequences
- temporal segmentation
- spatial and temporal
- brain structures
- registration process
- intensity distribution
- segmentation accuracy
- blood vessels
- registration accuracy
- deformable registration
- retinal images
- space time
- automatic segmentation
- fundus images
- computer vision
- spatio temporal data
- medical imaging
- retinal fundus
- region growing
- multiscale
- video sequences
- magnetic resonance images
- medical image analysis
- mr images
- atlas construction
- deformation field
- rigid registration
- statistical shape model
- optic disc