The project is structured as follows.
Given an undersampled knee MRI scan, the goal is to reconstruct a high resolution knee MRI scan. More details about the dataset and task can be found here.
We processed the data at the slice level. For each knee MRI low resolution, there was a corresponding high resolution knee MRI. On this processed data, we trained a U-Net architecture with a pretrained ResNet backbone on the knee MRI slices. Refer to this notebook for code implementation.
This work is implemented in Python 3.6 and Keras using Tensorflow as backend.
- Ubuntu 14.04
- Python 3.6
media
: Contains supporting material for README.mddataset
: training data provided by competitionfastMRI
: fastMRI github repository for helpers and utils- *.ipynb # notebooks and python scripts
- *.py
dataset/
singlecoil_train/
# *.h5 files of MRI data
singlecoil_test_v2/
# *h5 raw test samples
# preprocessed
singlecoil_train_3D_images_48x/
low/
# undersampled 3D image volumes
high/
# ground truth 3D image volumes
A total of 17 teams came into the final leaderboard, among which we were the last! Some logs are shown below.
Some helper scripts are based on https://github.com/facebookresearch/fastMRI.
Your driver's license.