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引用次数: 21

摘要

在任何无线通信中,天线和传播都是关键问题。它们的重要性在体内/体上无线应用中变得更加重要。由于身体组织、身体运动和巨大的身体姿势,身体区域网络(BAN)链路导致的传播问题与自由空间无线通信有很大不同。因此,为了保证身体区域无线通信的高效性能,需要对可靠通信系统的电磁波传播进行环境、天线、身体姿势和身体运动等方面的表征和建模。本文讨论了人体运动引起的体上发射天线和体外接收天线的极化失配问题。
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Antenna polarization mismatch in BAN communications
In any wireless communications, antennas and propagation are key concerns. Their importance becomes more significant for in/on-body wireless applications. Body Area Network (BAN) links lead to propagation problems considerably different from free space wireless communications due to presents of body tissues, body movements, and enormous figure of body poses. Therefore, to ensure the efficient performance of body area wireless communication the electromagnetic wave propagation need to be characterized and modeled for reliable communication system with respect to environment, antenna, body postures, and body movements. This paper discusses on polarization mismatch due to body movements between on-body transmitting antenna and off-body receiving antenna.
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