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首页> 外文期刊>The Journal of Space Technology and Science >Laser Beam Propagation In Ground-to-oicets Laser Communication Links
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Laser Beam Propagation In Ground-to-oicets Laser Communication Links

机译:地对地激光通信链路中的激光束传播

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摘要

The first bi-directional laser communication demonstration between an optical ground station and the Optical Inter-orbit Communication Engineering Test Satellite (OICETS, Japanese name 'Kirari') was successfully conducted in March and May 2006 with an uplink of 2 Mbps and a downlink of 50 Mbps. The optical communication quality was improved in September 2006. The optical ground station, located in Koganei, Tokyo, Japan, is operated by the National Institute of Information and Communications Technology (NICT), Japan. The Kirari Optical Communication Demonstration Experiments with the NICT optical ground station was called 'KODEN'. Four laser beams were transmitted from the optical ground station to the OICETS satellite in order to reduce the optical signal's intensity fluctuation due to atmospheric turbulence. The optical scintillation as a function of the number of beams and the frequency response were measured, and the uplink and downlink laser transmission results were obtained.
机译:光地面站与光轨道间通信工程测试卫星(OICETS,日语名称为“ Kirari”)之间的首次双向激光通信演示已于2006年3月和5月成功进行,上行链路为2 Mbps,下行链路为2 Mbps。 50 Mbps。 2006年9月,光通信质量得到了改善。位于日本东京小金井的光地面站由日本国立信息与通信技术研究所(NICT)运营。 NICT光地面站的Kirari光通信演示实验被称为“ KODEN”。四束激光束从光学地面站传输到OICETS卫星,以减少由于大气湍流引起的光信号强度波动。测量了光闪烁与光束数量和频率响应的关系,并获得了上行和下行激光传输结果。

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