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Context awareness in WBANs: a survey on medical and non-medical applications

机译:WBAN中的上下文意识:医学和非医学应用调查

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Wireless Body Area Network (WBAN) applications help reduce medical costs and improve people??s quality of life by monitoring a user??s biological signals via wearable and implantable wireless sensors. In order to satisfy burgeoning requirements, context-aware solutions are needed, thus allowing the system to adapt to changes in the user??s mood, mental states, biological signals, and the environment. Thus, contextual information must be measured alongside biological signals in order to characterize and understand the current situation to adapt the system. With these issues in mind, this survey presents an overview of context-aware solutions at the Medium Access Control (MAC) and application layers. A clear distinction between medical and non-medical applications is made and some promising latest commercial WBAN products are highlighted. We show that, despite the importance of context-awareness in WBAN applications, there are limited solutions available, particularly at the MAC layer. The survey concludes with a discussion on open research challenges for future context-aware WBANs.
机译:无线人体局域网(WBAN)应用程序通过可穿戴和可植入的无线传感器监视用户的生物信号,从而帮助降低医疗成本并改善人们的生活质量。为了满足迅速增长的需求,需要上下文感知解决方案,从而使系统能够适应用户的情绪,精神状态,生物信号和环境的变化。因此,必须与生物信号一起测量上下文信息,以表征和理解当前情况以适应系统。考虑到这些问题,本次调查概述了媒体访问控制(MAC)和应用程序层的上下文感知解决方案。在医学和非医学应用之间进行了明确区分,并着重介绍了一些有希望的最新商业WBAN产品。我们表明,尽管在WBAN应用程序中上下文感知很重要,但可用的解决方案有限,尤其是在MAC层。该调查以讨论未来环境感知型WBAN面临的开放研究挑战为结尾。

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