IoT Applications in Bio-Medical Systems

Abstract

This article summarizes the findings and maximum latest improvements with inside the discipline of Electronics for Healthcare the usage of clever IoT enabled wearable devices. We have mentioned approximately what form of diverse important scientific measurements are viable with the assist of various sensors which may be deployed in a shape of network of sensors, then how they could wirelessly transmit that medical information over a network, to the approved clinical personnel. Then looking after the QoS metrices, the desired Data transmission rate with the corresponding latency for every form of measurement needs to be maintained in an effort to well set up a dependable Network, which is usually recommended be IEEE 802.15.4 standard. Various realistic examples of sensors have additionally been noted for every form of medical information which may be applied at the noted IoT Network. There are some techniques currently under development in an effort to effortlessly measure parameters like Blood Pressure with portability and comfort of individual. These sensors/Transducers aren't only capable of Health diagnosis but additionally, they could assist in monitoring the mental health and bodily well-being of individuals. After having the desired set of scientific information, now a ZigBee/RFID based Biomedical Framework is developed in an effort to set up a right communication system in which every patient/user is uniquely determined with the help of RFID tags and the information may be transmitted wirelessly. A simulation diagram of the proposed communication system is given below. Important shortcomings and future opportunities for optimisation of present system is mentioned in the end. Also, what Improvements may be achieved for further optimisation of those structures are mentioned herewith.