An Arduino board (such as an Arduino Uno) The MAX30100 pulse oximeter heart rate sensor module A breadboard and jumper wires Once you have all of these components, you can connect the MAX30100 module ...

This project is a heart rate monitoring system that uses the MAX30100 optical sensor to detect pulse signals. The data is processed and displayed both on a 128x64 OLED screen and LabVIEW for real-time ...

There are many pulse-oximeter sensors available in the market for medical purposes, and in one of our previous projects, we also made an IoT-based Heart Rate Monitor where the data is sent from a ...

Project Hardware Software Selection. Arduino NANO:- As you know that Arduino is a microcontroller-based open source electronic prototyping board that can be programmed with an easy-to-use Arduino ...

Max30100 sensor; Any Arduino Dev board (Arduino Uno, Nano or Pro Mini). OLED Display (SSD 1306). Bluetooth HC 05; Wires; Code for SpO2 and Heart Rate Monitoring. First, we must install the required ...

Internally his heart rate monitor is using an Arduino Pro Mini, a small OLED screen, and a turn-key pulse sensor which was originally conceived as a Kickstarter in 2011 by “World Famous ...

MAX30100 sensor is integrated pulse oximetry and heart rate monitor module. It communicates with the I2C data line and provides the SpO2 and Pulse information to the host microcontroller unit. It uses ...

This paper presents a sophisticated framework for real-time health monitoring and gesture-based interaction, integrating advanced technologies like the MAX30100 sensor, Arduino microcontroller, ...

The objective of this proposed system is to measure the SpO2 (oxygen saturation level) in the blood and Heart Rate (HR). The oxygen saturation level in the blood is one of the vital parameters to ...