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Amide Proton Transfer (APT) Mapping from Undersampled Z-spectra in the Brain Using Deep Learning

DCE-DRONE: Perfusion MRI Parameter Estimation using a DRONE Neural Network

Author:Soudabeh Kargar  Ouri Cohen  Ricardo Otazo  

Session Type:Digital Poster  

Session Date:Thursday, 12 May 2022  

Topic:Module 5: Machine Learning/Artificial Intelligence  

Session Name:Quantitative Imaging I  

Program Number:2529  

Room Session:Exhibition Hall:S8 & S9  

Institution:MSKCC  

Deep learning framework for accelerating revised-NODDI parameter estimation with tensor-valued diffusion encoding

Fast and High-Resolution T2* weighted and susceptibility-based MRI using 3D-EPI with Deep Learning Reconstruction

Fully Connected Deep Neural Network combined with Segmented Least Square Fitting for improved extraction of IVIM Parameters

Improved detection of multiple kidney pH compartments by deep learning in MRS and MRSI with hyperpolarized 13C-labelled zymonic acid

Investigating complex-valued neural networks applied to phase-cycled bSSFP for multi-parametric quantitative tissue characterization

Predicting PDFF and R2* from Magnitude-Only Two-Point Dixon MRI Using Generative Adversarial Networks

Prior-knowledge MRS Metabolite Quantification using Deep Learning Frameworks: A proof-of-concept

Quantitative MRI parameter estimation with supervised deep learning: MLE-derived labels outperform groundtruth labels

Revised-NODDI with conventional dMRI data enabled by deep learning

SUPER-IVIM-DC, A supervised deep-learning with data consistency approach for IVIM model parameter estimation from Diffusion-Weighted MRI data