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Optical Scintillation Measurements in a Desert Environment 4:Simulated Effects of Scintillation on Communications Links

机译:沙漠环境中的光学闪烁测量4:闪烁对通信链路的模拟影响

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Optical scintillation is an effect that limits the performance of many optical systems including imagers and free space optical communication links. The Naval Research Laboratory is undertaking a series of measurement campaigns of optical scintillation in a variety of environments. In December of 2010 measurements were made over a one week period in the desert at China Lake, CA. The NRL TATS system was used to measure time resolved scintillation over a variety of different ranges and terrains. This data has been used to determine fade rate and duration as a function of weather and link margin. Temporal correlation of fades has also been calculated. This data allows simulation of a variety of communication protocols and the effects of those protocols on link throughput. In this paper we present a comparison of different protocols for both direct and retroreflector links.
机译:光学闪烁是一种限制许多光学系统(包括成像器和自由空间光学通信链路)性能的效应。海军研究实验室正在各种环境中进行一系列的光学闪烁测量活动。 2010年12月,在加利福尼亚州中国湖的沙漠中进行了为期一周的测量。 NRL TATS系统用于测量各种不同范围和地形上的时间分辨闪烁。该数据已被用来确定衰落率和持续时间与天气和链路余量的关系。还计算了衰落的时间相关性。该数据允许模拟各种通信协议以及这些协议对链路吞吐量的影响。在本文中,我们对直接和后向反射链路的不同协议进行了比较。

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