A Multi-Organ Nucleus Segmentation Challenge.
Neeraj KumarRuchika VermaDeepak AnandYanning ZhouOmer Fahri OnderEfstratios TsougenisHao ChenPheng-Ann HengJiahui LiZhiqiang HuYunzhi WangNavid Alemi KoohbananiMostafa JahanifarNeda Zamani TajeddinAli GooyaNasir M. RajpootXuhua RenSihang ZhouQian WangDinggang ShenCheng-Kun YangChi-Hung WengWei-Hsiang YuChao-Yuan YehShuang YangShuoyu XuPak-Hei YeungPeng SunAmirreza MahbodGerald SchaeferIsabella EllingerRupert EckerÖrjan SmedbyChunliang WangBenjamin ChidesterThat-Vinh TonMinh-Triet TranJian MaMinh N. DoSimon GrahamQuoc Dang VuJin Tae KwakAkshaykumar GundaRaviteja ChunduriCorey HuXiaoyang ZhouDariush LotfiReza SafdariAntanas KascenasAlison O'NeilDennis EschweilerJohannes StegmaierYanping CuiBaocai YinKailin ChenXinmei TianPhilipp GrüningErhardt BarthElad ArbelItay RemerAmir Ben-DorEkaterina SirazitdinovaMatthias KohlStefan BraunewellYuexiang LiXinpeng XieLinlin ShenJun MaKrishanu Das BaksiMohammad Azam KhanJaegul ChooAdrián ColomerValery NaranjoLinmin PeiKhan M. IftekharuddinKaushiki RoyDebotosh BhattacharjeeAníbal PedrazaMaria Gloria BuenoSabarinathan DevanathanSaravanan RadhakrishnanPraveen KodugantyZihan WuGuanyu CaiXiaojie LiuYuqin WangAmit SethiPublished in: IEEE Trans. Medical Imaging (2020)
Keyphrases
- medical images
- image segmentation
- organ segmentation
- segmentation algorithm
- level set
- segmentation method
- brain mri
- white blood cells
- image analysis
- neural network
- edge detection
- segmentation accuracy
- segmented images
- quantitative evaluation
- shape prior
- region growing
- fully automatic
- medical imaging
- automatic recognition
- grey level
- accurate segmentation
- watershed transform
- energy function