Characterization of on-body communication channel for vertical and horizontal polarization of center fed dipole at GSM frequency

M. I. Khattak, R. Edwards, M. Shafi
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Abstract

While designing a wearable antenna for on-body communications, particular importance is given to lessen the lossy effects of the human body on transmission coefficient. This paper presents experimental and simulation results for two different polarizations of center-fed dipole antenna on human body at mobile communication frequency. The isolated parameter is S21(dB). Early results suggest that vertical polarization of dipole gives better transmission coefficient than horizontal polarization.
GSM频率下中心馈偶极子垂直和水平极化的体上通信信道特性
在设计可穿戴式人体通信天线时,要特别注意降低人体对传输系数的损耗影响。本文给出了在移动通信频率下,中心馈电偶极子天线在人体上两种不同极化的实验和仿真结果。隔离参数为S21(dB)。早期结果表明,垂直极化的偶极子比水平极化的偶极子具有更好的透射系数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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