Design and Development of Real Time Patient Health Monitoring System using Internet of Things

Abstract

Among the panoply of requirements considered by Internet of Things (IoT), effective and interfaced health attention is very vital in particular. Health monitoring is irregular, the unnecessary process of examining wheel power for indications of bad health. The primary attention of the technique is to demonstrate a laboratory scale set-up for actual online patient's health checking method. The planned technique is utilized to monitor parametric values of body e.g. temperature, pulse rate, etc. The design of methodology gives an effective patient health monitoring technique which utilizes temperature as well as pulse rate detectors to monitor patient health and utilizes internet facility to intimate doctor the matter if any. The detectors get interfaced to a microcontroller to check the patient's condition which is connected to an LCD display and Wi-Fi system to inform messages. If circuit module senses any kind of variations in patient's pulse rate or body temperature, the module automatically indicates the user/doctor regarding the patient's condition on IoT and highlights information of pulse rate and temperature of the patient in real-time on the internet. Thus, IoT based patient health monitoring technique efficiently utilizes internet facility to check patient health status and stores live data in real-time. The detail architectural design of patient health tracking technique is presented describing subsystems. The hardware demonstration of the method is executed by using ARDUINO microcontroller, Wi-Fi module, thingSpeak website for IoT analysis and thus simulation results are obtained. The hardware results are also presented.