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| 1 | 基于人体通信的信息交互系统设计显示文摘针对穿戴式设备之间的互联互通问题,研究并实现了基于人体通信技术的信息交互系统。考虑到穿戴式设备的应用场景,设计了人体通信双向通信的MAC协议;为了提高系统的通信效率,定制了人体通信传输帧结构;为了降低系统功耗,设计了系统的3种工作模型。实验结果表明,该系统能够快速完成信息交互,其实时数据率达到200 khit/s,误码率亦趋近10^(-8)。为IEEE 802.15.6标准MAC协议的实现奠定了良好基础,将进一步推动人体通信技术的发展与应用。 | 莫太平 王晓辉 聂泽东 闫广续 段长江 刘宇航 | 2015 | 电视技术2015，39，9： | 0 |
| 2 | A Novel Flexible Antenna at Very High Frequency Band for On-Body Applications显示文摘This paper proposes a novel flexible antenna design operating at very high frequency(VHF)band for on-body applications such as human body communication(HBC).The antenna consists of back-to-back E-shaped fractal and complimentary structures designed over a thin flex-ible substrate.The overall design working on the principle of fractal geometries and capacitive coupling is highly beneficial to achieve better antenna characteristics even at low frequencies around 35 MHz-45 MHz that are being used for HBC application.The proposed antenna obtained a large bandwidth of around 10.0 MHz in air and a bandwidth of around 8.0 MHz during on-body opera-tion.The antenna has been tested in three different scenarios viz.air,on-body single antenna and on-body communication using two antennas.The insertion loss is reduced to a minimum in all three scenarios,which is quite beneficial for better signal transmission.The size miniaturization with high flexibility in such low frequencies has also been achieved in the paper that makes the proposed design suitable for human body communication applications. | Abhishek Kandwal Huajie Tang Pengfei Ao Kun Wang Jingzhen Li Yuhang Liu Tobore Igbe Zedong Nie | 2022 | Journal of Beijing Institute of Technology2022，31，1： | 0 |
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