Segmenting White Matter Hyperintensity in Alzheimer's Disease using U-Net CNNs. - Kauê T. N. Duarte; David G. Gobbi; Abhijot S. Sidhu; Cheryl R. McCreary; Feryal Saad; Nita Das; Eric E. Smith; Richard Frayne (SIBGRAPI, 2022)

Default Mode Network Segregation Decreases in Healthy Brain Aging. - Abhijot S. Sidhu; Talal H. Shahid; Kauê T. N. Duarte; Rachel J. Sharkey; Cheryl R. McCreary; Bradley G. Goodyear; Richard Frayne (SIPAIM, 2023)

Segmenting white matter hyperintensities in brain magnetic resonance images using convolution neural networks. - Kauê T. N. Duarte; David G. Gobbi; Abhijot S. Sidhu; Cheryl R. McCreary; Feryal Saad; Richard Camicioli; Eric E. Smith; Richard Frayne (Pattern Recognit. Lett., 2023)

Multi-stage semi-supervised learning enhances white matter hyperintensity segmentation. - Kauê T. N. Duarte; Abhijot S. Sidhu; Murilo Costa de Barros; David G. Gobbi; Cheryl R. McCreary; Feryal Saad; Richard Camicioli; Eric E. Smith; Mariana P. Bento; Richard Frayne (Frontiers Comput. Neurosci., 2024)