Data-consistent super resolution for 3D whole-heart MRI using a motion-corrected deep-learning reconstruction framework

Deep Learning enhanced joint reconstruction and Nyquist ghost correction in multiband diffusion imaging

Fast Multi-contrast MRI using Deep Factor Model

A Generalized Inverse Fourier Transformation (GIFT) Approach for Direct Image Reconstruction from Arbitrary K-space Trajectories

Author:Maolin Qiu  Yuqing Wan  R. Todd Constable  

Session Type:Digital Poster  

Session Date:Thursday, 09 May 2024  

Session Name:Sparse & Low-Rank Modeling & Reconstruction  

Program Number:4182  

Room Session:Exhibition Hall (Hall 403)  

Institution:Yale School of Medicine  

High Resolution Pyruvate-Lactate Metabolic Measurement by Hyperpolarized 13C MR Fingerprinting Acquisition with Low Rank Reconstruction

Improved Large-FOV Dynamic MRI at 0.55T with Concomitant Field Correction

Author:Nejat Can  Nam Lee  Prakash Kumar  Ye Tian  Krishna Nayak  

Session Type:Digital Poster  

Session Date:Thursday, 09 May 2024  

Session Name:Sparse & Low-Rank Modeling & Reconstruction  

Program Number:4180  

Room Session:Exhibition Hall (Hall 403)  

Institution:University of Southern California  

K-space Low-rankness Enabled Additive NoisE Removal (KLEANER) to Denoise Multi-Coil Multi-Contrast Low-Field MRI

Non-contrast Time-resolved 4D MR Angiography Reconstruction using Compressed Sensing with Sparsity Regularization and Subspace Modeling

Non-rectangular Field-of-Views: A Novel Method for Accelerating MRI

Non-rigid motion-compensated MR Multitasking for free-breathing low-dose dynamic contrast-enhanced MRI in the abdomen

A Self-Consistency Guided Multi-Prior Deep Learning Framework for Reconstruction of Fast Spatiotemporal MRI and Its Applications in Cardiac MRI

Author:Liping Zhang  Weitian Chen  

Session Type:Digital Poster  

Session Date:Thursday, 09 May 2024  

Session Name:Sparse & Low-Rank Modeling & Reconstruction  

Program Number:4179  

Room Session:Exhibition Hall (Hall 403)  

Institution:The Chinese University of Hong Kong  

UPsampling by Subspace Informed ZEro-padded Reconstruction (UPSIZER) in Diffusion Tensor Imaging