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6DoF tracking of laparoscopic forceps using ArUco markers and computer vision on Meta Quest 3. Features marker visibility-based clamp control, size-adaptive grasping, and One Euro filtering. Built with Unity, OpenCV, and XR Interaction Toolkit for MR surgical training.
The Auscultation Simulator is a Hardware based project coupled with Software, designed to provide a realistic and immersive simulation environment for medical training and education.
A state-based neonatal resuscitation simulator utilizing Next.js (App Router), React Three Fiber (WebGL), Zustand for global state management, and Framer Motion for coordinate-based layout animations.
A Unity-based medical training simulation for allergy skin testing, focusing on procedural accuracy, interactive workflows, and data-driven evaluation of user performance in virtual environments.
This repository provides a software and data processing pipeline for the modeling, simulation, and algorithmic analysis of Ultraviolet (UV) light blood-cleaning systems, supporting pathogen inactivation research and photo-therapy. Optimized repository topics include medical-technology, ultraviolet, blood-irradiation, biomedical-engineering, etc.
This repository provides a software and data processing pipeline for the modeling, simulation, and algorithmic analysis of Ultraviolet (UV) light blood-cleaning systems, supporting pathogen inactivation research and photo-therapy. Optimized repository topics include medical-technology, ultraviolet, blood-irradiation, biomedical-engineering, etc.
ChemoTrace is a clinical simulation platform for modeling Hodgkin's Lymphoma therapy using C++17. It features patient-specific dosing, risk-adapted regimen selection, and dynamic adjustments based on toxicity and response, all within a modular, object-oriented framework.
A clinical-grade biophysical simulation of Metabolic Dysfunction-Associated Steatotic Liver Disease (MASLD) and Cirrhosis. Built with Spring Boot, Next.js, and Three.js, it translates FIB-4 laboratory parameters into real-time WebGL organ deformations and ECG electrophysiology models.