A mobile wireless body area network platform

作者：Alghamdi Bandar; Fouchal Hacene

来源：Journal of Computational Science, 2014, 5(4): 664-674.

DOI：10.1016/j.jocs.2014.02.008

• Wireless sensor networks
• Wireless body area networks
• E-health
• Mobile networks
• Classification methodologies
• Disease diagnosis

This paper aims to propose a system architecture for a mobile health-monitoring platform based on a wireless body area network (WBAN). We detail the WBAN features from either hardware and software point of view. The system architecture of this platform is three-tier system. Each tier is detailed. We have designed a flowchart of a use of the WBANs to illustrate the functioning of such platforms. We show the use of this platform in a wide area to detect and to track disease movement in the case of epidemic situation. Indeed, tracking epidemic disease is a very challenging issue. The success of such process could help medical administration to stop diseases quicker than usual. In this study, WBANs deployed over volunteers who agree to carry a light wireless sensor network. Sensors over the body will monitor some health parameters (temperature, pressure, etc) and will run some light classification algorithms to help disease diagnosis. Finally, the WBAN will send aggregated data about the disease to some base stations which collect the results. Our platform will run an on-line disease tracking program and to detect some information about how the disease is propagated.

• 出版日期2014-7