Evolution of White Matter Hyperintensity Segmentation Methods and Implementation over the Past Two Decades; an Incomplete Shift Towards Deep Learning
Maryam Rahmani,Donna Dierker, Lauren Yaeger,Andrew Saykin,Patrick H. Luckett,Andrei G. Vlassenko, Christopher Owens,Hussain Jafri,Kyle Womack,Jurgen Fripp,Ying Xia,Duygu Tosun,Tammie L. S. Benzinger,Colin L. Masters,Jin-Moo Lee,John C. Morris,Manu S. Goyal,Jeremy F. Strain,Walter Kukull,Michael Weiner,Samantha Burnham, Tim James CoxDoecke,Victor Fedyashov,Rosita Shishegar,Chengjie Xiong,Daniel Marcus,Parnesh Raniga,Shenpeng Li,Andrew Aschenbrenner,Jason Hassenstab,Yen Ying Lim,Paul Maruff,Hamid Sohrabi,Jo Robertson,Shaun Markovic,Pierrick Bourgeat,Vincent Doré, Clifford Jack Mayo, Parinaz Mussoumzadeh,Chris Rowe,Victor Villemagne, Randy Bateman, Chris Fowler,Qiao-Xin Li,Ralph Martins,Suzanne Schindler,Les Shaw,Carlos Cruchaga,Oscar Harari,Simon Laws,Tenielle Porter,Eleanor O’Brien,Richard Perrin,Eric McDade,Clifford Jack,John Morris, Nawaf Yassi,Blaine Roberts,Benjamin Goudey Brain Imaging and Behavior（2024）
Key words
White matter hyperintensity,Segmentation,Pipelines,Deep Learning,Systematic Review
AI Read Science
Must-Reading Tree
Example
Generate MRT to find the research sequence of this paper