Automatic Delineation of the Myocardial Wall From CT Images Via Shape Segmentation and Variational Region Growing.
Liangjia ZhuYi GaoVikram V. AppiaAnthony J. YezziChesnal D. ArepalliTracy L. FaberArthur E. StillmanAllen R. TannenbaumPublished in: IEEE Trans. Biomed. Eng. (2013)
Keyphrases
- region growing
- ct images
- image segmentation
- liver segmentation
- medical imaging
- fully automatic
- segmentation method
- segmentation algorithm
- computed tomography
- medical images
- energy functional
- shape prior
- region homogeneity
- segmentation result
- medical image segmentation
- brain mri
- vessel segmentation
- ct scans
- shape analysis
- edge detection
- region merging
- left ventricle
- region of interest
- accurate segmentation
- semi automatic
- shape model
- segmented images
- active contour model
- pet images
- magnetic resonance
- level set
- graph cuts
- fracture detection
- active contours
- image processing
- markov random field
- imaging modalities
- fully automated
- medical image analysis
- deformable models
- computer vision
- statistical shape model
- left ventricular
- watershed transform
- image registration
- image analysis
- level set method