AIM-KannLab

BRAF_Classification

DeepSarcopenia

A fully-automated deep learning platform for sarcopenia assessment in head and neck cancer patients

itmt

Code repository for "Automated Temporalis Muscle Quantification and Growth Curves for Children through Young Adulthood"

lung_cancer_radiomics

nnUnet_Features

Extract the features from nnUNet architecture

pediatric-brain-age

Code for paper "Diffusion Deep Learning for Brain Age Prediction and Longitudinal Tracking in Children through Adulthood

pLGG_3year_EFS

This repository is dedicated to the prediction of three-year recurrence-free survival in pediatric low-grade gliomas using preoperative MRI scans and clinical variables.

pLGG_Segmentation

pLGG_Segmentation_docker

docker for https://github.com/AIM-KannLab/pLGG_Segmentation

AIM-KannLab/DeepSarcopenia

A fully-automated deep learning platform for sarcopenia assessment in head and neck cancer patients

AIM-KannLab/pediatric-brain-age

Code for paper "Diffusion Deep Learning for Brain Age Prediction and Longitudinal Tracking in Children through Adulthood

AIM-KannLab/itmt

Code repository for "Automated Temporalis Muscle Quantification and Growth Curves for Children through Young Adulthood"

AIM-KannLab/pLGG_Segmentation_docker

docker for https://github.com/AIM-KannLab/pLGG_Segmentation

AIM-KannLab/BRAF_Classification

AIM-KannLab/lung_cancer_radiomics

AIM-KannLab/nnUnet_Features

Extract the features from nnUNet architecture

AIM-KannLab/pLGG_3year_EFS

This repository is dedicated to the prediction of three-year recurrence-free survival in pediatric low-grade gliomas using preoperative MRI scans and clinical variables.

AIM-KannLab/pLGG_Segmentation