Displaying 1 - 3 of 3

A Cartilage-Specific Loss Function Improves Image Reconstruction Performance in Multiple Tissues of Clinical Interest

Session Type:Digital Poster

Program Number:0948

Deep Learning Predicts Synthetic T₁rho Maps from T₂ Maps for Knee MRI

Session Type:Oral

Session Name:Cartilage

Program Number:0345

A Recurrent Encoder-Decoder Network Accelerates T₂ Mapping in Knee, Hip and Lumbar Spine

Session Type:Digital Poster

Program Number:1339

Displaying 1 - 3 of 3

A Cartilage-Specific Loss Function Improves Image Reconstruction Performance in Multiple Tissues of Clinical Interest

Deep Learning Predicts Synthetic T₁rho Maps from T₂ Maps for Knee MRI

A Recurrent Encoder-Decoder Network Accelerates T₂ Mapping in Knee, Hip and Lumbar Spine

A Cartilage-Specific Loss Function Improves Image Reconstruction Performance in Multiple Tissues of Clinical Interest

Deep Learning Predicts Synthetic T1rho Maps from T2 Maps for Knee MRI

A Recurrent Encoder-Decoder Network Accelerates T2 Mapping in Knee, Hip and Lumbar Spine

Deep Learning Predicts Synthetic T₁rho Maps from T₂ Maps for Knee MRI

A Recurrent Encoder-Decoder Network Accelerates T₂ Mapping in Knee, Hip and Lumbar Spine