تصميم وتنفيذ نظام تنبؤ ببعض المشاكل القلبية والرئوية بالاعتماد على معدل ضربات القلب ونسبة اشباع الأكسجين بالدم

Abstract

This work presents the design of a monitoring system that incorporates an integrated oximeter sensor (MAX30102) to measure blood oxygen saturation through the finger. Any deviation in the measurement may indicate a dysfunction or an inflammatory condition in the respiratory system (lungs). The system also monitors heart rate and rhythm using the same sensor. An audiovisual alarm is integrated to alert the user whether a medical professional or not in the event of abnormal oxygen saturation, irregular heart rate, or heart rhythm anomalies.

A user interface is developed using LabView 2020 (32-bit, NI) to display the real time condition of the heart and lungs. The interface visualizes the measured parameters

 using distinct indicators for oxygen saturation and heart rate.

The system is tested on fifteen volunteers of varying ages (ranging from 17 to 75 years) and genders (seven males and eight females). The results demonstrate that the system operates effectively in real time, achieving an accuracy of 93% with a response delay of no more than 0.5 seconds.