SMART HOME CLINIC AND REMOTE HEALTH MONITORING SYSTEM

Abstract

With the introduction of the new coronavirus, modern nations have placed a premium on healthcare. So, in this sense, a health monitoring system based on the Internet of Things (IoT) has become a significant area of study in light of the recent global epidemic. Healthcare technology has become very popular and has been considered one of the priority fields of development in many countries in the world. The introduction of Internet of Things (IoT) technology has made it much easier to transition from traditional in-person consultations to more convenient online interactions between patients and their healthcare providers. Because of the proliferation of wearable sensors and smartphone technology, remote healthcare monitoring has progressed to the point where patients no longer have to physically present themselves at a physician's office. The purpose of this system is to utilize the sensors such as temperature sensors, heartbeat sensors, humidity sensors, and some other sensors. The patient's bodily conditions may be read by this project, which can subsequently send to the Firebase cloud database and the doctor's web server. The Internet of Things (IoT) health monitoring aids in recognizing medical conditions and obtaining an accurate diagnosis of the patient's health status, even when the doctor is located at a great distance. An easy-to-use physiological checking framework has been designed for this project. This framework can continuously monitor the patient's heartbeat, as well as the temperature, humidity, and other fundamental characteristics of the room. This system has been presented for a nonstop checking procedure to monitor the patient's health status and save the patient's information in a server employing Wi-Fi Module. Additionally, this system monitors the patient's vital signs in real-time. According to the values obtained from the sensors in a remote health monitoring system based on the Internet of Things (IoT), illnesses may be diagnosed by doctors from a distance based on the data recorded using the Firebase cloud database. This technique will cut down on the amount of time spent going to the medical facility as well as standing in line to consult with the chamber physician.