BRIO Lab

Biomechanics, Robotics, and Imaging in Orthopaedics Lab at the University of Florida

Pinned Repositories

Joint-Track-Machine-Learning
An autonomous solution for extracting joint kinematics from fluoroscopic images
21
HRFormer
This is an official implementation of our NeurIPS 2021 paper "HRFormer: High-Resolution Transformer for Dense Prediction".
Language:Python20
LitJTML
Using Pytorch Lightning and WandbLogger for our JTML neural network segementation code
Language:Python16
Bone-Meal
Repo for Sp 2023 CS Senior Project group BoneMeal
Language:Python10
Gator-Bones
The repo for the Gator Bones CS Senior Project in Spring 2023.
Language:Python12
Lightning-Segmentation
Practising neural network training using the BRIO Lab workflow (PyTorch Lightning, Wandb, etc.). This repo segmented bones from X-ray images.
Language:Jupyter Notebook13
brio-lab-onboarding
This GitHub Repo is for onboarding and general information about the Biomechanics, Robotics, and Imaging in Orthopaedics Lab!
00
process-knee-data
Language:Python00
BRIO-lab.github.io
Our lab website
Language:HTML00
JTA_FFT
This is a collection of python files that perform FFT on pose estimates for images
Language:Jupyter Notebook00

BRIO-lab/Stifle-Keypoints
Keypoint-based pose estimation for canine stifles
Language:Jupyter Notebook
BRIO-lab/Lightning-Segmentation
Practising neural network training using the BRIO Lab workflow (PyTorch Lightning, Wandb, etc.). This repo segmented bones from X-ray images.
Language:Jupyter Notebook13
BRIO-lab/Bone-Meal
Repo for Sp 2023 CS Senior Project group BoneMeal
Language:Python1
BRIO-lab/Gator-Bones
The repo for the Gator Bones CS Senior Project in Spring 2023.
Language:Python12
BRIO-lab/LitJTML
Using Pytorch Lightning and WandbLogger for our JTML neural network segementation code
Language:Python16
BRIO-lab/Joint-Track-Machine-Learning
An autonomous solution for extracting joint kinematics from fluoroscopic images
21
BRIO-lab/JTA_FFT
This is a collection of python files that perform FFT on pose estimates for images
Language:Jupyter Notebook
BRIO-lab/HRFormer
This is an official implementation of our NeurIPS 2021 paper "HRFormer: High-Resolution Transformer for Dense Prediction".
Language:Python2
BRIO-lab/BRIO-lab.github.io
Our lab website
Language:HTML
BRIO-lab/brio-lab-onboarding
This GitHub Repo is for onboarding and general information about the Biomechanics, Robotics, and Imaging in Orthopaedics Lab!
BRIO-lab/process-knee-data
Language:Python