Body Area Networking Standardization: Present and Future directions

Body Area Networks (BAN) designed for medical, lifestyle and entertainment applications have drawn the attention of many researchers and industry players alike. This is pri-marily due to the surge in the number of personal electronic gadgets, new sensing and monitoring devices for in-body and near-body use, device miniaturization, and technolog-ical advances in Wireless Sensor Networking (WSN). BAN enables the convergence of these technologies by providing a single unified solution for connectivity in and around the body towards providing the connected consumer experience. BAN brings about new set of challenges such as scalabil-ity (in terms of data rate, power consumption and number of devices), integration of in and around the body network-ing, interference mitigation, coexistence, QoS, and ultra-low power protocols and algorithms. Moreover, effects on human body have to be considered and several regulatory require-ments have to be met. On the standardization side, the IEEE 802.15 Study Group on BAN (SG-BAN) has recently been formed to lead the initiative of developing a single uni-fying BAN standard that addresses these challenges. In this paper we study the applications, functional and technical requirements that are at the center of the first BAN specific standards making process. We compare and con-trast these requirements with existing low power low data rate WPAN standard called ZigBee. Our goal is to highlight the core set of requirements and research challenges which must be addressed by a BAN standard for it to become ubiquitous and pervasive technology