Allard-Shi

PhD student ~ Neuroimaging (MRI)

Johns Hopkins University

Pinned Repositories

AFFIRM
A deep recursive fetal motion estimation and correction framework based on slice and volume affinity fusion
Language:Python9 1 11
dl4fetalBA
Fetal brain age estimation and anomaly detection
Language:Python10 1 10
EEGMicrostate_Anesthesia
EEG microstate spectral analysis
Language:MATLAB18 1 06
Experimental-WebDesign
Language:PHP0 0 00
iqt
Image Quality Transfer
Language:MATLAB0 0 00
mTBI-aging-model
Language:Python0 0 00
NiftyMIC
NiftyMIC is a research-focused toolkit for motion correction and volumetric image reconstruction of 2D ultra-fast MRI.
Language:Python0 0 00
PRML
PRML algorithms implemented in Python
Language:Jupyter Notebook0 0 00
TRON
Trajectory Optimized Nufft
Language:MATLAB0 0 00

Allard-Shi's Repositories

Allard-Shi/EEGMicrostate_Anesthesia
EEG microstate spectral analysis
Language:MATLAB18 1 06
Allard-Shi/dl4fetalBA
Fetal brain age estimation and anomaly detection
Language:Python10 1 10
Allard-Shi/AFFIRM
A deep recursive fetal motion estimation and correction framework based on slice and volume affinity fusion
Language:Python9 1 11
Allard-Shi/Experimental-WebDesign
Language:PHP0 0 00
Allard-Shi/iqt
Image Quality Transfer
Language:MATLAB0 0 00
Allard-Shi/mTBI-aging-model
Language:Python0 0 00
Allard-Shi/NiftyMIC
NiftyMIC is a research-focused toolkit for motion correction and volumetric image reconstruction of 2D ultra-fast MRI.
Language:Python0 0 00
Allard-Shi/PRML
PRML algorithms implemented in Python
Language:Jupyter Notebook0 0 00
Allard-Shi/TRON
Trajectory Optimized Nufft
Language:MATLAB0 0 00