The Brain Tumor Segmentation (BraTS) Challenge 2023: Local Synthesis of Healthy Brain Tissue via Inpainting.
Florian KoflerFelix MeissenFelix SteinbauerRobert GrafEva OswaldEzequiel de la RosaHongwei Bran LiUjjwal BaidFlorian A. HölzlOezguen TurgutIzabela HorvathDiana WaldmannstetterChristina BukasMaruf AdewoleSyed Muhammad AnwarAnastasia JanasAnahita Fathi KazerooniDominic LaBellaAhmed W. MoawadKeyvan FarahaniJames A. EddyTimothy BergquistVerena ChungRussell Takeshi ShinoharaFarouk DakoWalter I. WigginsZachary ReitmanChunhao WangXinyang LiuZhifan JiangAriana FamiliarGian Marco ConteElaine JohansonZeke MeierChristos DavatzikosJohn B. FreymannJustin S. KirbyMichel BilelloHassan M. Fathallah-ShaykhRoland WiestJan KirschkeRivka R. ColenAikaterini KotrotsouPamela LaMontagneDaniel S. MarcusMikhail MilchenkoArash NazeriMarc-André WeberAbhishek MahajanSuyash MohanJohn MonganChristopher HessSoonmee ChaJavier E. Villanueva-MeyerErrol ColakPriscila CrivellaroAndrás JakabJake AlbrechtUdunna AnazodoMariam AboianJuan Eugenio IglesiasKoen Van LeemputSpyridon BakasDaniel RueckertBenedikt WiestlerIvan EzhovMarie PiraudBjoern H. MenzePublished in: CoRR (2023)
Keyphrases
- brain tissue
- magnetic resonance images
- brain tumor segmentation
- texture synthesis
- brain tumors
- mr images
- normal subjects
- mri data
- medical images
- automatic segmentation
- magnetic resonance imaging
- white matter
- medical imaging
- brain anatomy
- skull stripping
- high resolution
- denoising
- brain images
- computer vision
- image data
- grey level
- texture images
- diffusion tensor imaging
- morphological operations
- medical image analysis
- magnetic resonance
- higher order
- color images
- image analysis
- pairwise
- high quality
- image processing