Pinned Repositories
Brains-are-hard
Brains are hard. Brains are cool.
Gray-Scott-PDE
Hodgkin_Huxley
Hodgkin-Huxley and beyond
JA-ML
Andrei Roibu & Jakke Neiro
nn-common-modules
Pytorch Implementations of Common modules, blocks and losses for CNNs specifically for segmentation models
Paint4Brains
A brain MRI segmentation tool that provides accurate robust segmentation of problematic brain regions across the neurodegenerative spectrum. The methodology is generalisable to perform well with the typical variance in MRI acquisition parameters and other factors that influence image contrast.
PARA_PDE
Pavan, Alistair, Rebecca, Andrei
Perona-Malik
Brennan, Itai, Simon, Tobias
PKPD
A simple, graphical pharmacokinetic-pharmacodynamic modelling solution
quickNAT_pytorch
PyTorch Implementation of QuickNAT and Bayesian QuickNAT, a fast brain MRI segmentation framework with segmentation Quality control using structure-wise uncertainty
SABS-R3-projects's Repositories
SABS-R3-projects/PKPD
A simple, graphical pharmacokinetic-pharmacodynamic modelling solution
SABS-R3-projects/Paint4Brains
A brain MRI segmentation tool that provides accurate robust segmentation of problematic brain regions across the neurodegenerative spectrum. The methodology is generalisable to perform well with the typical variance in MRI acquisition parameters and other factors that influence image contrast.
SABS-R3-projects/Brains-are-hard
Brains are hard. Brains are cool.
SABS-R3-projects/Gray-Scott-PDE
SABS-R3-projects/Hodgkin_Huxley
Hodgkin-Huxley and beyond
SABS-R3-projects/JA-ML
Andrei Roibu & Jakke Neiro
SABS-R3-projects/nn-common-modules
Pytorch Implementations of Common modules, blocks and losses for CNNs specifically for segmentation models
SABS-R3-projects/PARA_PDE
Pavan, Alistair, Rebecca, Andrei
SABS-R3-projects/Perona-Malik
Brennan, Itai, Simon, Tobias
SABS-R3-projects/quickNAT_pytorch
PyTorch Implementation of QuickNAT and Bayesian QuickNAT, a fast brain MRI segmentation framework with segmentation Quality control using structure-wise uncertainty
SABS-R3-projects/squeeze_and_excitation
PyTorch Implementation of 2D and 3D 'squeeze and excitation' blocks for Fully Convolutional Neural Networks
SABS-R3-projects/test-driven-development-practice