Enhanced U2Net Framework for Pulmonary Airway Segmentation in CT.
Wanying LiangKai MaLi XuXu QiaoPublished in: ICBIP (2023)
Keyphrases
- ct images
- ct scans
- airway tree
- computed tomography
- lung parenchyma
- seeded region growing
- medical images
- ct data
- lymph nodes
- lung cancer
- medical imaging
- automatic segmentation
- computer tomography
- segmentation algorithm
- region growing
- ct volume
- brain mri
- ground glass opacity
- segmentation method
- pulmonary nodules
- thoracic ct images
- lung nodules
- x ray
- image segmentation
- mri images
- mri brain
- image reconstruction
- level set
- three dimensional
- accurate segmentation
- rigid registration
- contrast enhanced
- quantitative analysis
- inter patient
- edge detection
- image analysis
- image slices
- blood pool
- anatomical structures
- pre operative
- patient specific
- magnetic resonance images
- energy function
- image processing
- magnetic resonance imaging
- intraoperative
- shape prior
- region of interest
- image registration
- multiscale
- cardiac ct