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The concept of wireless body area network (WBAN) technology holds great potential for many applications such as continuous, remote healthcare monitoring. To develop a power-efficient and reliable wearable system, a fundamental understanding of the propagation medium must be developed. This letter investigates the creeping wave transmission path loss and phase delay of a horizontal path and a vertical...
The future of wireless body area networks (WBAN) in medical applications is promising. A typical WBAN consists of wearable body sensor units (BSU) and a body control unit (BCU). The BCU can receive the signal from the BSUs and relay data regarding impending emergencies. In this paper, the wave propagation along and around the human body are studied, representing line-of-sight and non-line-of-sight,...
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