Title :
WBAN mass: A WBAN-based monitoring application system
Author :
Jobs, Magnus ; Lantz, Fredrik ; Lewin, Britta ; Jansson, Erik ; Antoni, Jonas ; Brunberg, Kjell ; Hallbjörner, Paul ; Rydberg, Anders
Author_Institution :
Signals & Syst. Group, Uppsala Univ., Uppsala, Sweden
Abstract :
This paper describes a WBAN-based prototype system for continuous ambulatory monitoring of human body physical activities via Internet. The system comprises a number of custom-made low-cost ZigBee-powered wireless sensor nodes forming the WBAN, a personal server based on a wearable single-board minicomputer running embedded Linux OS, and a remote monitoring server based on an internet-enabled PC running standard Linux OS. Once perfected, the system can be used, e.g., for computer-assisted physical rehabilitation, fall detection in elderly, or for remote monitoring of athletes and soldiers during exercises and trainings.
Keywords :
Internet; Linux; body area networks; personal area networks; wireless sensor networks; Internet; WBAN MASS; WBAN-based monitoring application system; ZigBee-powered wireless sensor nodes; computer-assisted physical rehabilitation; continuous ambulatory monitoring; embedded Linux OS; human body physical activities; personal server; remote monitoring server; wearable single-board minicomputer;
Conference_Titel :
Antennas and Propagation for Body-Centric Wireless Communications, 2009 2nd IET Seminar on
Conference_Location :
London
Print_ISBN :
978-1-84919-129-6