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Realtime Breathing using realsense

Nili Stein and Maayan Ehrenberg

Supervised by Alon Zvirin and Yaron Honen

Abstract

Chest motion abnormalities and sporadic breathing rate are often associated with thorax diseases hidden under the human eye radar. Those can range from light and passing conditions to fatal and lifestyle affecting illnesses, which in many cases stay unnoticeable or falsely diagnosed.
Current medical methods of chest motion abnormalities detection often rely on human medic eye observation which might be less accurate and comprehensive as computer vision, and also often lead to mistreatment of patients who are unable to be physically present at the examination location due to various reasons: handicap, privacy or mostly - availability.
Our work in the GIP Lab in the Technion Institute strives to provide an innovative, precise and accessible-to-all tool to detect chest motion and breathing abnormalities as seeked by medical doctors and provide the findings as fast as possible, using a 3D camera.

Pictures
Project Realtime Breathing using realsense Picture 1
Project Realtime Breathing using realsense Picture 2
Project Report

Please, see project report.

Final Presentation

Please, see final presentation.

Demo

Please, see demo clip.

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