Research and development of 40Gbps optical free space communication from satellite/airplane

Y. Koishi, Yoshiaki Suzuki, Tamaki Takahashi, I. Mase, M. Jibiki, Y. Hashimoto, S. Murata, T. Yamashita, K. Shiratama
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引用次数: 18

Abstract

This paper explains a plan of research and development of high speed optical communication technology for observed data transmission from satellites/airplanes. The amounts of data acquired on observation satellites or airplanes have become larger with the rapid improvements of resolutions of sensors. In order to transmit the vast amounts of data, a communication system that combines free space optical communication system and terrestrial optical networks is proposed. Particular communication protocol is planned to be developed to realize efficient and stable link quality under the special characteristics of free space optical link such as interruption by rain or cloud. Also digital coherent detection scheme is proposed to be implemented to the system to overcome the degradation by atmospheric scintillation. The plan includes the development of mobile onboard laser communication terminal and the demonstration experiments of the total system.
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卫星/飞机40Gbps光自由空间通信的研究与开发
本文阐述了卫星/飞机观测数据传输高速光通信技术的研究与开发计划。随着传感器分辨率的迅速提高,观测卫星或飞机获得的数据量也越来越大。为了传输海量数据,提出了一种自由空间光通信系统与地面光网络相结合的通信系统。为实现自由空间光链路在雨、云中断等特殊情况下的高效、稳定的链路质量,计划制定特定的通信协议。为克服大气闪烁对系统的影响,提出了数字相干探测方案。该方案包括车载移动激光通信终端的研制和整个系统的演示实验。
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