Automatic 3D graph cuts for brain cortex segmentation in patients with focal cortical dysplasia.
Ivana DespotovicIef SegersLjiljana PlatisaEwout VansteenkisteAleksandra PizuricaKarel DeblaereWilfried PhilipsPublished in: EMBC (2011)
Keyphrases
- graph cuts
- cerebral cortex
- cortical surface
- shape prior
- segmentation algorithm
- energy function
- human cerebral cortex
- subcortical structures
- image segmentation
- object segmentation
- caudate nucleus
- neurological disorders
- human brain
- spatial coherence
- cortical areas
- interactive segmentation
- graph based image segmentation
- random walker
- interactive image segmentation
- brain mapping
- cortical folding
- graph cut segmentation
- active shape model
- energy minimization framework
- brain mr images
- belief propagation
- gray matter
- markov random field
- energy minimization
- magnetic resonance images
- cortical regions
- min cut
- graph cut optimization
- min cut max flow
- foreground background segmentation
- multi label
- segmentation method
- labeling problems
- white matter
- medical image analysis
- automatic segmentation
- cortical thickness
- fully automatic
- region growing
- segmentation accuracy
- basal ganglia
- segmentation result
- brain tumors
- visual cortex
- object boundaries
- medical images
- probabilistic atlas
- mr images
- atlas based segmentation
- brain activity
- loopy belief propagation
- shape constraints
- robust segmentation
- max flow
- energy functional
- magnetic resonance imaging
- natural images
- higher order