ABSTRACT
A device comprising an oximeter and a module for detecting body temperature has been designed so that a person can readily check his or her health in crucial situations. This was accomplished by programming Arduino to output values measured by sensors such as the MAX30102 (Particle Sensor) and GY-906-BCC (Infrared Sensor). We've all been dealing with a global pandemic for the past year. As a result, there have been numerous coronavirus discoveries. The COVID-19 virus primarily affects an individual's respiratory system, lowering the patient's oxygen levels, and it causes a rise in body temperature. This approach can be quite valuable in such situations and can aid in the regular monitoring of an individual's health. © The Author(s), under exclusive license to Springer Nature Singapore Pte Ltd. 2023.
ABSTRACT
A prescription for AI can assist physicians in developing more precise diagnoses and enhancing patient outcomes. Physicians now have a formidable new ally in the war on disease. This article discusses the importance of IoT-based health monitoring systems and the major characteristics that differentiate them from traditional health monitoring systems and also how the system is helpful in times of pandemic. The proposed system will help the physicians in tracking fundamental patient data, as well as those who live in remote places. The proposed model has been successfully emulated on software through the use of ThinkSpeak and Proteus. The hardware implementation is discussed utilizing a microcontroller, sensors, and an ESP8266 Wi-Fi module to create an IOT-based health monitoring system capable of successfully displaying basic patient parameters. © 2022 IEEE.