A Survey on Wireless Body Area Networks: Technologies and Design Challenges
Обзор беспроводных сенсорных сетей на теле человека (WBAN): технологии и проблемы дизайна
2014-01-01
SCID: 54.1/n37789pg
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Abstract (AI)
Interest in Wireless Body Area Networks (WBANs) has increased significantly in recent years thanks to the advances in microelectronics and wireless communications. Owing to the very stringent application requirements in terms of reliability, energy efficiency, and low device complexity, the design of these networks requires the definition of new protocols with respect to those used in general purpose wireless sensor networks. This motivates the effort in research activities and in standardisation process of the last years. This survey paper aims at reporting an overview of WBAN main applications, technologies and standards, issues in WBANs design, and evolutions. Some case studies are reported, based on both real implementation and experimentation on the field, and on simulations. These results have the aim of providing useful insights for WBAN designers and of highlighting the main issues affecting the performance of these kind of networks.
Key Findings
1
Case studies from real implementations, field experiments, and simulations provide insights into main performance-affecting issues for WBAN designers.
2
Recent research and standardisation efforts have focused on addressing WBAN-specific technologies, applications, and design issues.
3
The survey identifies evolutions and open design challenges that must be considered when developing WBANs.
4
WBAN design requires new protocols distinct from general-purpose wireless sensor networks because of stringent requirements for reliability, energy efficiency, and low device complexity.
5
WBANs have seen significant growth due to advances in microelectronics and wireless communications.
Research Object
Wireless Body Area Networks (WBANs)
Research Subject
Technologies, design challenges, application requirements and performance-affecting issues of WBANs including reliability, energy efficiency, low device complexity, protocols, standards, and evolutions
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2014-01-01
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