Automatic Skull Segmentation and Registration for Tissue Change Measurement After Mandibular Setback Surgery.
Jeongjin LeeNamkug KimHo LeeSuk-Ho KangJae-Woo ParkYoung-Il ChangPublished in: PSIVT (2006)
Keyphrases
- mr brain
- cerebrospinal fluid
- probabilistic atlas
- soft tissue
- tissue segmentation
- medical images
- image guided
- mr brain images
- partial volume
- atlas based segmentation
- intensity distribution
- fully automatic
- brain structures
- brain images
- medical imaging
- ct scans
- brain tumors
- computed tomography images
- mr imaging
- brain mr images
- tissue deformation
- image guided surgery
- dce mri
- mri images
- surgical simulation
- medical image analysis
- ct imaging
- magnetic resonance images
- image analysis
- white matter
- ct images
- image registration
- magnetic resonance
- mri data
- image segmentation
- accurate registration
- mr images
- minimally invasive
- brain mri
- partial volume effects
- minimally invasive surgery
- group wise registration
- computed tomography
- clinical applications
- registration accuracy
- segmentation method
- human brain
- atlas construction
- deformation field
- contrast enhanced
- gray matter
- level set
- segmentation algorithm
- deformable registration
- optical coherence tomography
- three dimensional
- deformable models
- computer assisted
- finite element
- brain atlas
- ct data
- anatomical structures
- brain tissue
- imaging modalities
- automatic segmentation
- surgical procedures
- computer aided diagnosis
- breast cancer
- lymph nodes
- robot assisted
- computer tomography