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Laser based underwater communication experiments in the Baltic Sea

机译:基于激光的波罗的海水下通信实验

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While underwater acoustic communication offers a wide range of applications for command and control links, it is restricted in data rate. When transferring huge amounts of information in underwater networks, e.g. between surface and underwater vehicles or other platforms, the additional use of optical communication techniques can be advantageous. Underwater optical communication is studied at WTD 71 on the basis of a laser communication system using a robust two channel approach with orthogonal polarized laser beams. After a first experiment in a harbor basin 2016, a sea trial was performed October 2017 in the Baltic Sea to analyze system performance and channel characteristics in more detail.
机译:虽然水下声学通信为命令和控制链路提供了广泛的应用,但它受到数据速率的限制。当在水下网络中转移大量信息时,例如,在表面和水下车辆或其他平台之间,光通信技术的额外使用可能是有利的。基于激光通信系统在WTD 71使用具有正交偏振激光束的激光通信系统在WTD 71进行水下光学通信。在2016年港口盆地的第一次实验之后,2017年10月在波罗的海进行了海洋试验,以便更详细地分析系统性能和渠道特征。

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