基于模拟OFDM调制光的水下无线通信

G. Ardelt, Martin Mackenberg, H. Hellbrück
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引用次数: 2

摘要

短距离无线高数据速率水下通信系统变得越来越重要。本文给出了我们在波罗的海设计的光纤无线水下通信系统的实现、设置和比特率的测量结果。与目前的技术相比,我们的方法使用低频模拟OFDM调制光。该解决方案增加了健壮性、灵活性和范围。此外,它还降低了电力需求。即使发射机的角位移高达30度,系统也能在6米的距离上很好地工作,并且功耗适中,为7瓦。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wireless Underwater Communication via Analog OFDM Modulated Light
Short range wireless high data rate underwater communication systems become increasingly important. We provide the implementation, the setup and measurement results of the bit rate of our optical wireless underwater communication system in the Baltic Sea. In contrast to state of the art, our approach uses low frequency analog OFDM modulated light. This solution increases robustness, flexibility, and range. Furthermore, it decreases power requirements. Even with up to a 30 degree angular displacement of the transmitter the system works very well at a 6 m distance, and with a moderate power consumption of 7 W.
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