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Channel models of body area networks for human motion

机译:用于人体运动的人体局域网的通道模型

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The channel characteristics of the body area network are important to transmission rate and transmission robustness. Current explorations mainly concern the channel characteristics in static state of the human body. In this paper, we establish human motion models of sitting to standing, walking and running postures, and calculate the path loss values in 2.4GHz for the models. The experimental results show that the path loss values vary sharply in the process of human movement, which is very helpful to determine the transmission power and design BAN sensor nodes.
机译:人体局域网的信道特性对于传输速率和传输鲁棒性很重要。当前的探索主要涉及人体静态下的通道特性。在本文中,我们建立了从坐姿到站立,行走和奔跑的人体运动模型,并为模型计算了2.4GHz的路径损耗值。实验结果表明,路径损耗值在人体运动过程中变化很大,这对确定传输功率和设计BAN传感器节点非常有帮助。

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