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DLR's Free Space Experimental Laser Terminal for Optical Aircraft Downlinks

机译:DLR用于光学飞机下行链路的自由空间实验性激光终端

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The German Aerospace Center's Institute of Communications and Navigation developed the Free Space Experimental Laser Terminal II and has been using it for optical downlink experiments since 2008. It has been developed for DLR's Dornier 228 aircraft and is capable of performing optical downlink as well as inter-platform experiments. After more than 5 years of successful operation, it has been refurbished with up-to-date hardware and is now available for further aircraft-experiments. The system is a valuable resource for carrying out measurements of the atmospheric channel, for testing new developments, and of course to transmit data from the aircraft to a ground station with a very high data rate. This paper will give an overview about the system and describe the capabilities of the flexible platform. The current status of the system will be described and measurement results of a recent flight campaign will be presented. Finally, an outlook to future use of the system will be given.
机译:德国航空航天中心的通信与导航研究所开发了II型自由空间实验激光终端,自2008年以来一直在将其用于光学下行链路实验。它是为DLR的Dornier 228飞机开发的,能够执行光学下行链路以及平台实验。经过5年多的成功运营,它已使用最新的硬件进行了翻新,现在可用于进一步的飞机实验。该系统是进行大气通道测量,测试新发展以及当然以非常高的数据速率将数据从飞机传输到地面站的宝贵资源。本文将对系统进行概述并描述灵活平台的功能。将描述系统的当前状态,并将显示最近一次飞行活动的测量结果。最后,将对该系统的未来使用进行展望。

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