Name: Magnetic Resonance Engineering Laboratory
Type: Organization
Bio: Magnetic Resonance Engineering Laboratory, University of Southern California
Twitter: nayak_lab
Location: Los Angeles, California
Blog: http://mrel.usc.edu
Magnetic Resonance Engineering Laboratory's Projects
Bloch-McConnell-Flow equations
Source codes for "Direct Estimation of Tracer-Kinetic Parameter Maps from Highly Undersampled Brain DCE-MRI", submitted to MRM
Direct model-based reconstruction of TK maps for accelerated DCE-MRI using a flexible MOCCO approach.
Dynamic off-resonance correction for spiral real-time MRI
Contains raw GRATER data, raw pick-up coil data, code to adjust measured waveforms, and code perform Bloch simulations of GRATER measurements.
A conversion script for RTHAWK pulse sequences (apd + spv files) into the pypulseq format for data sharing.
Demo of Improved 3D Real-time MRI for Speech Production
Code repository to go alongside "State-of-the-art speech production MRI protocol for new 0.55 Tesla scanners" submitted to Interspeech 2024.
matlab ismrmrd server, with support for non-cartesian dynamic imaging trajectories.
The repository contains example data and reconstruction code for "Contrast-optimal simultaneous multi-slice (SMS) bSSFP cine cardiac imaging at 0.55 Tesla".
Modified mapVBVD with ability to read .hdr files
An ISMRMRD-compatible image reconstruction server written in MATLAB. Added some non-Cartesian online reconstruction routines.
MATLAB reconstruction codes for the dual perfusion project. Methods: SENSE + temporal TV constraint. Algorithm: ADMM.
Open source framework for pulse sequences
Contains the Gadgetron reconstruction pipelines for quantitative imaging.
Contains pulseq definitions for T1 (VFA GRE), T2 (MESE) mapping sequences.
Example client/server example for the streaming ISMRM Raw Data protocol
Off-line SEMAC reconstruction
Precontrast T1 mapping
Evaluation of Speech Coil