ophthalmology

There are 28 repositories under ophthalmology topic.

  • alexander-rakhlin/Return-to-Diabetic-Retinopathy-Detection

    New project, powerful model

    15435

  • j-morano/rrwnet

    Official repository of the paper "RRWNet: Recursive Refinement Network for Effective Retinal Artery/Vein Segmentation and Classification", accepted for publication at Expert Systems with Applications (2024).

    Language:Python13201

  • ukinoki/Rufus

    Rufus est un logiciel open source publié sous licence GPLv3 de gestion d'activité en ophtalmologie et en orthoptie, conçu pour s'adapter à toutes les formes d'exercice : individuel, groupe, et travail multisite. Rufus est bâti sur un modèle client-serveur. Le code est compilable sous MacOSX et Linux. Les exécutables sont téléchargeables sur la page Téléchargements du site.

    Language:C++125144

  • VARID-XR/VARID-plugin-unreal

    Open source code for generating interactive, data-driven simulations of vision loss due to eye disease

    Language:C++82160

  • constructor-s/PyVF

    Python Visual Field simulation. For latest development, please see zest-multi branch: https://github.com/constructor-s/PyVF/tree/zest-multi. Please contact us for any questions.

    Language:Python7112

  • jasonwenlee/ESA

    Project repository for the eye surgery application

    Language:C#5203

  • M-ballabio1/MLODC-Transfer_Learning

    A Keras implementation of Multi Label classification in ophthalmology area

    Language:Jupyter Notebook4101

  • boonepeter/boonepeter.github.io

    I write here sometimes!

    Language:HTML3110

  • MREYE-LUMC/PAROS

    PAROS is a method to calculate the magnification of fundus photographs.

    Language:Jupyter Notebook2000

  • umn-milab/retinaimagingtoolbox

    Retina Imaging Toolbox (RIT)

    Language:MATLAB2411
  • pad_classification

    AgenoDrei/pad_classification

    Source code for the paper "Automated Detection of Peripheral Artery Disease From High Resolution Color Fundus Photographs" by Mueller, S et al.

    Language:Jupyter Notebook1110

  • AppertaFoundation/eyedraw-website

    Eyedraw web pages

    Language:JavaScript1821

  • charlesli37/covid-oph-dx-utils

    Online content for "Shifts in ophthalmic care utilization during the COVID-19 pandemic in the United States"

    1100

  • iaiglsib/Ophtalmo

    Département d'ophtalmologie

    Language:Python1101

  • LongwellJ/Ophtho.ai

    WebApp for using a ViT to diagnose retinal diseases

    Language:HTML1302

  • Mizeri/Attention_Map

    Draw attention maps of a CNN which predicts refractive error from Optomaps

    Language:Python1200

  • mmkim1210/bleph

    👁️🧿👀🙄💉✂🪡𖠣🩹

    Language:Julia1110
  • ocimido

    sap218/ocimido

    An ontology for ocular immune-mediated inflammatory diseases

    1350

  • vahicode/api

    Backend API for VaHI – A standardized grading system for limbal stem cell deficiency

    Language:PHP1200

  • vahicode/website

    Frontend for VaHI – A standardized grading system for limbal stem cell deficiency

    Language:Vue12151

  • yxmauw/eye-disease-classification

    Option 2 for capstone project DSIF5

    Language:Jupyter Notebook1100

  • AgenoDrei/DetectingDiabeticRetinopathyFromSmartphoneVideoFundus

    Repo for the source code of the publication "Detecting Diabetic Retinopathy From Smartphone Video Fundus"

    Language:Jupyter Notebook01

  • hereAnshul/medPhase-1

    Mainly front-end, how to implement this using Blockchain

    Language:CSS00

  • jeremymoreau/projectCardinal

    https://cardinal.ophtho.app

    Language:Vue0200

  • ukinoki/RufusAdmin

    Logiciel d'administration de RufusVision. Les exécutables sont téléchargeables sur la page RufusAdmin du site

    Language:C++0100

  • yxmauw/eye-disease-clf-app

    associated with eye-disease-classification project [link](https://github.com/yxmauw/eye-disease-classification)

    Language:Python01

  • akshayjith4/OptiCheck

    OptiCheck is a web-based eye test application featuring distance vision, near vision, astigmatism, and color blindness tests. Users can identify numbers in images to evaluate their vision and receive immediate feedback. Note: This app is not a substitute for professional eye examinations. Consult an eye doctor for accurate assessments.

    Language:HTML

  • patricia-lamy/MFPT-ocular-drug-delivery

    This repository is linked to the article: A first passage model of intravitreal drug delivery and residence time - influence of ocular geometry, individual variability, and injection location

    Language:Jupyter Notebook