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The repository includes the analysis of physiological systems using MATLAB, the CircAdapt simulation platform for modeling respiratory and cardiac physiology, and the modeling of dendrites using Hodgkin-Huxley and branched cylinder cable equations.
BRAPH 2.0 is a comprehensive software package for the analysis and visualization of brain connectivity data, offering flexible customization, rich visualization capabilities, and a platform for collaboration in neuroscience research.
For the BME MSc of Auth, in the subject of Medical Robotics, the assignment of Team A, was the mathematical description of a 4DOF robotic finger. Matlab was used to create a GUI, and an MQTT server in order to communicate with Team B who created the corresponding model in Unity.
BRAPH 2.0 is a comprehensive software package for the analysis and visualization of brain connectivity data, offering flexible customization, rich visualization capabilities, and a platform for collaboration in neuroscience research.
In this project, medical X-Ray imaging methods using MATLAB tools are studied. In order to design the model of the X-Ray imaging as software, the X-Ray imaging project is divided into two parts, namely the forward problem and the inverse problem
This repository encompasses all the work done during an internship at MedIT, focusing on the development of a dorsoventral ballistocardiographic measurement system for capacitive ECG.
Respiration-rate-and-heart-rate-detection is a project developed for the Biomedical Signal Processing exam at the University of Milan (academic year 2020-2021). It implements an algorithm to analyze accelerometric signals collected with a smartphone positioned on the thorax while supine.
La seguente relazione ha come obiettivo di spiegare accuratamente quali sono stati i passaggi logici che hanno portato alla creazione del prototipo di un sistema riabilitativo per la caviglia. Il brevetto fornitoci è stata fonte di ispirazione per il numero di componenti e come queste si relazionassero tra di loro. Per la forma di queste abbiamo…