Wireless body area network transmissions for iot-based healthcare network: a review

Abstract

Abstract This survey reviews how electronically aided health monitor ingand observing systems with wireless body area networks (WBANs) support patient’s data analyzing and processing. These technologies in communications domain integrated into conventional medical system and assists as a capable methodology to boost the efficiency of health-care. Wireless body area networks contain dissimilar biosensors are fitted in a patient for analyzing the condition of health continuously. The collected parameters of signals are initially given at a gateway for the accretion of data and then furthered to out-of-the-way medical centers. Patient’s smart devices which has internet connectivity act as the gateways in internet of things-based WBANs, each among them generally stands for single patient. A huge volume of medical data congestion will be occurred during the widespread use of IoT-based WBANs, which is leading to an imperative prerequisite with high utilization based efficiency system for radio resource management. Henceforth, this survey examines methodically the management of transmissions of wireless body area network (WBAN) for internet of things-based a network is sculpted as a multi-server priority queueing system with multi-class delay-constrained with. Based on the result of queueing data packet, a mechanism for the arrangement of data packet transmissions for medical purposes with delay constraints is deliberated.