Research on Downlink Communications Performance of Satellite-Submarine Based on Single Photon Detection
Abstract: With the development of military technology, submarine is becoming the key to sea field. It is out-standingly important to research communication system with high data rates and safety for im-proving the survival ability of submarine. The traditional communication means, such as VLF and RF, need submarine float in the sea surface, which is inconvenient in war. Blue-green laser com-munication has attracted considerable attention as the “window” for underwater communications. In this paper, the down link communications performance of satellite-submarine is based on single photon detection. The downlink model is analyzed, and the factors of transmitted laser power, sea water working depth, pointing and tracking errors are all discussed. The results show that GM APD based single detection communication systems are available for submarine working in depth of 30 - 500 m. However, there are still more key technologies to research before the realization of blue-green laser communication between satellite and submarine.
文章引用: 李 鑫 , 钱 勇 , 朱维各 , 夏 俊 (2016) 基于单光子探测体制的星潜下行链路通信性能研究。 无线通信， 6， 133-141. doi: 10.12677/HJWC.2016.66017
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