Pinned Repositories
AFM_Youngs_modulus_fit
matlab coding for AFM raw data post-processing > Hertz model to obtain cell Young's modulus
CT2S-Abaqus-VTKConverter
The VTK to Abaqus INP Converter and Reader simplifies the conversion of VTK files including surface mesh, volume mesh, and those with material properties into Abaqus INP files. It identifies pertinent nodes for boundary/loading conditions and determines the VTK file's element type.
DL-SOCRATIS
DL-SOCRATIS we use two different deep learning networks approaches. A combination of a convolution deep neural network for left ventricle detection, and an u-net LGE-MRI trained network for the myocardium segmentation (DLl-SOCRATIS). For the second approach we used a cycle-GAN network to translate the LGE-MR images to cine-MRI and segment the myocardium using an u-net network trained in cine-MR images (DLc-SOCRATIS).
MA-SOCRATIS
Multi-Atlas - Segmentation Of Cardiac Regions And Total Ifarct Scar (MA-SOCRATIS) is an unsupervised automatic pipeline that is capable of segmenting ventricular myocardium and scar from late gadolinium enhanced MR images (LGE-MRI) of left ventricle
MAF2Medical
A software application framework for the rapid development of computer aided medicine applications
microFE
openBF
1D blood flow model
openBF-db
openBF population generator
pFIRE
The Parallel Framework for Image Registration
VPH-HF-rabbitmq-cli-client
A command line client interface to RabbitMQ
INSIGNEO's Repositories
INSIGNEO/openBF
1D blood flow model
INSIGNEO/pFIRE
The Parallel Framework for Image Registration
INSIGNEO/openBF-db
openBF population generator
INSIGNEO/MAF2Medical
A software application framework for the rapid development of computer aided medicine applications
INSIGNEO/AFM_Youngs_modulus_fit
matlab coding for AFM raw data post-processing > Hertz model to obtain cell Young's modulus
INSIGNEO/DL-SOCRATIS
DL-SOCRATIS we use two different deep learning networks approaches. A combination of a convolution deep neural network for left ventricle detection, and an u-net LGE-MRI trained network for the myocardium segmentation (DLl-SOCRATIS). For the second approach we used a cycle-GAN network to translate the LGE-MR images to cine-MRI and segment the myocardium using an u-net network trained in cine-MR images (DLc-SOCRATIS).
INSIGNEO/microFE
INSIGNEO/MA-SOCRATIS
Multi-Atlas - Segmentation Of Cardiac Regions And Total Ifarct Scar (MA-SOCRATIS) is an unsupervised automatic pipeline that is capable of segmenting ventricular myocardium and scar from late gadolinium enhanced MR images (LGE-MRI) of left ventricle
INSIGNEO/VPH-HF-rabbitmq-cli-client
A command line client interface to RabbitMQ
INSIGNEO/CHIC
INSIGNEO/CT2S-Abaqus-VTKConverter
The VTK to Abaqus INP Converter and Reader simplifies the conversion of VTK files including surface mesh, volume mesh, and those with material properties into Abaqus INP files. It identifies pertinent nodes for boundary/loading conditions and determines the VTK file's element type.
INSIGNEO/MAF3Tools
Some useful tools for deploy MAF3 vertical applications
INSIGNEO/PH_3Dpatches
A three dimension analyzer of pulmonary hypertension diseases. Three dimensional mapping of the diseases and ratio of each in the total lung area.
INSIGNEO/1D-multigrid-contact-solver
INSIGNEO/AFM_glycocalyx
Matlab coding for AFM raw data post-processing > glycocalyx stiffness fitting
INSIGNEO/AFM_SMFS
Matlab coding for AFM SMFS raw data post-processing > localisation and classification of rupture events
INSIGNEO/Ansys-Benchmarks
Benchmark codes for Ansys
INSIGNEO/CT2S-Abaqus-PostProcessor
This repository features a Results Processor for mass-analyzing nodal results from finite element analysis (FEA), designed to compute nodal and final average minimum principal strain and Minimum Femur Strength.
INSIGNEO/QAT
INSIGNEO/TemplateSphinx
Sphinx template for Insigneo documentations.
INSIGNEO/tickets
INSIGNEO/VBiomech
FE poroelastic solver