Automated Pulmonary Fibrosis Segmentation Using a 3D Multi-Scale Convolutional Encoder-Decoder Approach in Thoracic CT for the Rhesus Macaque with Radiation-Induced Lung Damage.
Dong YangGiovanni LasioBaoshe ZhangByong YiShifeng ChenYin ZhangThomas J. MacvittieDimitris N. MetaxasJinghao ZhouPublished in: J. Signal Process. Syst. (2022)
Keyphrases
- multiscale
- ct scans
- automated segmentation
- x ray
- lung cancer
- lung parenchyma
- low complexity
- video codec
- thoracic ct
- decoding process
- ct images
- accurate segmentation
- image segmentation
- error control
- distributed video coding
- automatic segmentation
- segmentation algorithm
- thoracic ct images
- medical images
- fully automatic
- edge detection
- lymph nodes
- segmentation method
- pet ct
- natural images
- image analysis
- ct data
- motion estimation
- wyner ziv
- positron emission tomography
- registration process
- rate distortion
- bit rate
- lung nodules
- rigid registration
- medical imaging