This work describes the implementation of a complete Wireless Body Area Network (WBAN)
that is capable of monitoring multiple physiological signals of a patient by means of IEEE
802.15. 6 scheduled access MAC protocol. In the WBAN setup, data from multiple sensors
are sent to a Body Network Controller (BNC) using low power transceivers. To this end, the
BNC is designed to multiplex the data from multiple sensors and send them to a remote
server over the Internet using cellular communications, thereby enabling ubiquitous remote …

This work describes the implementation of a complete Wireless Body Area Network (WBAN)
that is capable of monitoring multiple physiological signals of a patient by means of IEEE
802.15. 6 scheduled access MAC protocol. In the WBAN setup, data from multiple sensors
are sent to a Body Network Controller (BNC) using low power transceivers. To this end, the
BNC is designed to multiplex the data from multiple sensors, and send them to a remote
server over the Internet using a backhaul cellular network, thereby enabling ubiquitous …