IoT Based Health Monitoring System for Physiological Investigation

Abstract

The health monitoring system is emerged in the recent times since it is most desirable for checking physiological conditions. Internet of Things (IoT) based health care is one of the growing research which helps to monitor the physiological conditions in a repeated span of time. This technology is much obliged especially during epidemic conditions. Hence, present study focuses on development of distembot system which is used to measure temperature, pulse rate and respiratory rate of a person for a repeated span of time. It is identified that wrist position provides the accurate measurements of human body conditions. Hence in this paper, wrist watch is developed as distembot system. Initially, distembot system is designed and fabricated using Fused Deposition Modelling (FDM) technology. Then, temperature sensor and pulse sensor amped heart rate sensor are employed in the system to measure temperature, pulse rate and respiratory rate of a person. The distembot system is interfaced with respective sensors using ESP32 module. Network Time Protocol (NTP) is adopted to synchronize the clock over a network and OLED is interfaced with the system to display the measurements. The digital values of various measurements are extracted from the device using Wi-Fi module. The results suggested that proposed system is performing effectively to monitor the human health conditions in a repeated span of time.