Designing of IoT Based Portable Vital Health Parameter Monitoring System

Abstract

The mandated project is concerned with coming up with a sophisticated and cutting-edge way for average people to assess their health without a doctor's or lab technician's assistance. They can use the suggested equipment to independently monitor themselves. Sensors like the LM35 temperature sensor and blood pressure sensor are used in health monitoring systems. The technology has been modified for a wireless emergency telemedicine system, and in this prototype, it aids the blinded by converting text into speech so they can hear the output. Remote health monitoring raises the standard of care, cuts down on attention, and gives patients more control. The system includes an Arduino, data cable, non-invasive glucometer, digital sphygmomanometer, pulse oximeter sensor, heartbeat sensor, A/D device, signal learning circuit, and mobile. It is a reasonably priced, detachable device. Blood pressure, oxygen saturation, temperature, pulse rate, glucose level, and voice communication will all be displayed as a result of this gadget. In this project, an Arduino Uno is used to demonstrate IoT based e - health monitoring system. The system tracks the patient's critical health metrics and broadcasts the observed data on a specific IP address (WiFi). To demonstrate the effectiveness of the suggested system, a prototype has been created. In order to avert problems and provide care for patients at the appropriate moment, the current research enables people periodically evaluate their health metrics.