ESP-BEAT A Contactless Heart-Rate Monitoring System

As, all the previous solutions are generally operating on high cost values because they are using various RF bands which are actually more expensive. While on the hardware level they are using boards of intel and etheros on the receiver?s end and are generally more expensive. In this solution we are

Project Title

ESP-BEAT A Contactless Heart-Rate Monitoring System

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

As, all the previous solutions are generally operating on high cost values because they are using various RF bands which are actually more expensive. While on the hardware level they are using boards of intel and etheros on the receiver’s end and are generally more expensive. In this solution we are actually using a single commercial Wi-Fi router as a transmitter and a stan alone ESP-32 Wi-Fi module as a receiver which just costs us around a $15 for complete solution.

Project Objectives

• To develope a  contactless standalone device to monitor heart rate.

Project Implementation Method

ESP-BEAT uses ESP-32 and a Wi-Fi AP to acquire required signal and with the help of different software tools and techniques the desired result is carried out. WIFI AP and ESP-32 will be used to generate and receive signals and those signals will be used to detect CSI (Channel State Information). After acquiring CSI our main goal is to extract our desired chunk of information from a large number of subcarriers using different techniques and filtration process. We will be following 802.11n IEEE Standard protocol. Now following is the detailed description of hardware and software tools that will be used.

Benefits of the Project

It is uncomfortable for Elderly People to wear gadgets every time. These gadgets can cause distress. Measuring heart rates of newborn babies with abnormal or before delivery time birth. Heart monitoring for depression control: Depression can be diagnosed with 90% accuracy based on heart rate fluctuations throughout the 24 hours. We want to develop a standalone Heart rate monitoring system that will do signal acquisition and then do signal analysis to find desired signal among the sea of signals acquired to make its real time working reliable.

Technical Details of Final Deliverable

Deliverables:

• Stand alone, contactless heart rate monitoring system

Specifications:

• ESP-BEAT will provide independent, contact less heart-rate monitoring

• ESP-BEAT will ensure a precise reading up to 90 percent or more than that

• It will be a Low-Cost, low power consumption solution for contactless heart rate monitoring

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Medical

Other Industries

Health

Core Technology

Others

Other Technologies

Sustainable Development Goals

Good Health and Well-Being for People

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com