cardiac
There are 58 repositories under cardiac topic.
neuropsychology/NeuroKit
NeuroKit2: The Python Toolbox for Neurophysiological Signal Processing
JuliaHealth/KomaMRI.jl
Koma is a Pulseq-compatible framework to efficiently simulate Magnetic Resonance Imaging (MRI) acquisitions. The main focus of this package is to simulate general scenarios that could arise in pulse sequence development.
Cardiac-MR-Group-Lund/segment-open
Segment Source Distribution
HReynaud/EchoDiffusion
MICCAI 2023 code for the paper: Feature-Conditioned Cascaded Video Diffusion Models for Precise Echocardiogram Synthesis. EchoDiffusion is a collection of video diffusion models trained from scratch on the EchoNet-Dynamic dataset with the imagen-pytorch repo.
julien-zheng/CardiacMotionFlow
Code for the analysis of cardiac motion and cardiac pathology classification
qiuhuaqi/cardiac-motion
[STACOM-MICCAI 2019] Deep Learning Registration for Cardiac Motion Tracking
starlordvk/Prediction-Of-Cardiac-Arrhythmia
Machine Learning project to predict heart diseases
hellopipu/HQS-Net
Learned Half-Quadratic Splitting Network for Magnetic Resonance Image Reconstruction, MIDL2022
MRKonrad/tomato
A library to calculate parametric maps in MRI. For details see https://doi.org/10.1016/j.softx.2019.100369
bcnmedtech/unsupervised_multiple_kernel_learning
This is an implementation of unsupervised multiple kernel learning (U-MKL) for dimensionality reduction, which builds upon a supervised MKL technique by Lin et al (10.1109/TPAMI.2010.183).
cherise215/CardiacMRSegmentation
[Robust cardiac MR image segmentation foundation model] This code contains the most powerful cardiac segmentation model trained from UK biobank dataset with superior performance on out-of-domain datasets. This model can be used out-of-box, and serve as a foundation model for further finetuning
ComputationalPhysiology/cardiac_geometries
Tool for creating idealised cardiac geometries and microstructure
dpfens/FitnessJS
Exercise Physiology Equations
Chaste/ApPredict
Cardiac Action Potential Prediction (ApPredict) under drug-induced block of ion channels. This is a Chaste extension/bolt-on project.
finsberg/fenicsx-pulse
Next generation cardiac mechanics solver based on FEniCSx
eyalhana/PCMC-T1
Free-breathing myocardial T1 mapping with Physically-Constrained Motion Correction
fcbg-hnp-meeg/eeg-cardio-audio-sleep
Project to study sound stimulus synchronous, asynchronous and isochronous with the heartbeat during sleep.
RaymondCM/UOL-FinalYearProject
GPU implementation of a Full Search Block Matching Motion Estimation Algorithm
jlduan/Reprogram-Seq
Reprogram-Seq: Rational reprogramming of cellular states by combinatorial perturbation
Moderin/Hybrid
Hearth Rate Variability research using STM32F103 and MAX30100
KibromBerihu/LFBNet
This repository implements a robust deep learning method (LFBNet) for medical image segmentation using a two systems approach. Learning fast and slow strategy for robust medical image analysis.
RealityBending/SussexPhysioProtocol
Sussex Psychophysiology Research Protocol (SuPREP)
UK-Digital-Heart-Project/mutools3D
R package for Mass Univariate Analysis of 3D Phenotypes
rockingbapidas/hearrate
Check heart rate using the phone camera
ziyuanli17/MrMesh
Automatically generate cardiac segmentations, contours, and meshes from SAX MR images
bmewang/Anisotropic_cardiac_tissue-3D
This a reaction-diffusion PDE solver in 3D implemented with C/C++/CUDA and OpenGL interoperability. In addition, the media has rotational anisotropy to account for the tissue fiber effects.
bmewang/LDRB_Fibers
Adapted version of the Laplace–Dirichlet Rule-Based (LDRB) algorithm for generating ventricular fibers
bmewang/SGST
Squared generalized structure-tensor (SGST) models for fiber reinforced soft materials
bmewang/Spiral-Waves-Linear-Nonlinear-Theory
EZ-Spiral and Matlab code to reproduce computations in [Sandstede & Scheel (2020)].
c-tous/cardiac-diffusion-MRI
cDWI, cDTI, cardiacDTI, design of DWI sequences (SE, STEAM, TRSE), gradient sampling shells, processing helix angle (HA), sheet angle (E2A, SA), transverse angle (TA)
CAMERA-MRI/SWiM
Scan With Me (SWiM)
Cardio-AI/cmr-phase-detection
Self-supervised method for cardiac phase detection in 4D CMR. Model consists of a deformable registration part, the derivation of the per-voxel deformation angle and a rule-set based on the physiological properties of a contracting ventricle. Implemented in TF2.X. Koehler et al. 2022, STACOM workshop @ MICCAI
SPEREZB/Cardiac-Sensor-Web
Application to measure the user's heart rate
zhennongchen/CMR_MC_SR_End2End
An end-to-end deep learning solution to perform motion correction (MC) and super-resolution (SR) concurrently in CMR SAX slices. Author: Zhennong Chen, PhD