Accelerated calibrationless parallel transmit mapping using joint transmit and receive low-rank tensor completion
Aaron T. Hess, Iulius Dragonu, Mark Chiew
Within each folder (except for Figure 1), there are fig_XX.m
files which generate the data/results for that figure or sub-figure, and plt_XX.m
files which generate the MATLAB figure. Generally speaking, fig_XX.m
will save output to a res_XX.mat
mat-file, which is read by plt_XX.m
Requires the following data (which can be downloaded from https://doi.org/10.5287/bodleian:YQpGNevaa):
data/masks.mat
poisson-disc sampling masksdata/syn_data.mat
synthetic body dataset (8 Rx, 8 Tx)data/body_data.mat
in-vivo body datasets with Rx noise scans (8 Rx, 8 Tx)data/brain_data.mat
in-vivo brain dataset with Rx noise scan (32 Rx, 8 Tx)