Recent R&D activities of the Lunar – the Earth Optical Communication Systems in Japan

T. Araki, H. Kotake, Y. Saito, H. Tsuji, M. Toyoshima, K. Makino, Masaru Koga, Naoki Sato
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引用次数: 2

Abstract

The ARTEMIS program aims to explore Mars and the Moon through international cooperation [1]. Japan is improving high-speed data transmission between the Moon and the Earth. The target of the data rate is 1 Gbps. Conventional RF technology cannot achieve this target. It is expected that bidirectional transmission that can deliver a massive volume of data will be needed after the 2030s. Under various scenarios, JAXA and NICT have started joint research. This paper reports on their preliminary study of Moon-to-Earth optical communication systems. Several technical issues and our R&D plans are discussed. We hope this paper encourages the standardization and partnerships for these optical data links between the Moon and Earth.
日本月地光通信系统的最新研究进展
ARTEMIS计划旨在通过国际合作探索火星和月球[1]。日本正在改善月球和地球之间的高速数据传输。数据速率的目标是1gbps。传统的射频技术无法实现这一目标。预计在21世纪30年代以后,将需要能够传输大量数据的双向传输。在各种情况下,JAXA和NICT已经开始联合研究。本文报道了他们对月地光通信系统的初步研究。讨论了几个技术问题和我们的研发计划。我们希望这篇论文能够促进月球和地球之间这些光学数据链路的标准化和合作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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