Multi-site, Multi-domain Airway Tree Modeling (ATM'22): A Public Benchmark for Pulmonary Airway Segmentation.
Minghui ZhangYangqian WuHanxiao ZhangYulei QinHao ZhengWen TangCorey W. ArnoldChenhao PeiPengxin YuYang NanGuang YangSimon WalshDominic C. MarshallMatthieu KomorowskiPuyang WangDazhou GuoDakai JinYanan WuShuiqing ZhaoRunsheng ChangBoyu ZhangXing LvAbdul QayyumMoona MazherQi SuYonghuang WuYing'ao LiuYufei ZhuJiancheng YangAshkan PakzadBojidar RangelovRaúl San José EstéparCarlos Cano-EspinosaJiayuan SunGuang-Zhong YangYun GuPublished in: CoRR (2023)
Keyphrases
- airway tree
- multi domain
- ct scans
- cross sections
- subject specific
- seeded region growing
- multi site
- fully automated
- semi automatic
- rigid registration
- ct images
- computed tomography
- region growing
- x ray
- cross domain
- cross sectional
- lymph nodes
- domain specific
- color image segmentation
- instance based learning
- patient specific
- cross section
- medical imaging
- computer aided diagnosis
- segmentation method
- pulmonary nodules
- lung cancer
- heterogeneous networks
- segmentation algorithm
- medical images
- remote sites
- image segmentation
- machine learning
- co occurrence
- three dimensional
- case study
- web services