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Optical Data Downlinks from Earth Observation Platforms

机译:光学数据从地球观测平台下行链接

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The increasing resolution of earth observation sensors will require much higher data rates for the data downlink in future than is feasible with conventional RF-technology. This applies for earth observation satellites as well as for aeronautic observation platforms, such as aircraft or stratospheric high altitude platforms. The most promising solution for this data downlink bottleneck is the application of optical free space transmission technologies. DLR has built diverse atmospheric flight terminals and performed several trials of optical downlinks from space (together with partnering organizations) as well as from atmospheric carriers in recent years. Here we present and compare results of such communication system trials.
机译:由于传统的RF技术的可行性,地球观测传感器的越来越多的分辨率将需要更高的数据下行数据速率。这适用于地球观测卫星以及航空观测平台,例如飞机或地段高海拔平台。该数据最有前途的解决方案下行链路瓶颈是光学自由空间传输技术的应用。 DLR建立了多样化的大气飞行端子,并从空间(与合作组织一起)以及近年来从大气运营商进行了多次试验。在这里我们展示并比较了这种通信系统试验的结果。

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