A Robust Data Communication Model to Transmit Data through Human Body using Intelligent Wearable Sensors

One of the prominent research endeavors in the healthcare sector revolves around the applications of Wireless Body Area Networks (WBANs), which offer substantial potential for remote monitoring of human health. This research project is centered on the development of a wearable WBAN application dedicated to the remote monitoring of individuals' health. The primary objective is to continuously capture, process, and transmit human physiological parameters for health monitoring. ECG, SPO2, heart rate, and respiration are just some of the vital physiological signals that are measured by the four specialized biomedical sensor nodes used in this application. These measurements are then converted into actionable data. Subsequently, a processor processes this data and sends it to a central node using a transceiver. The central node serves as a hub for collecting and transmitting the data in real-time to a monitoring PC, where the physiological parameters are visually displayed and recorded on a graphical interface.