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Results from the Galileo Laser Uplink: A JPL Demonstration of Deep-Space Optical Communications

机译：伽利略激光上行链路的结果：深空光通信的JpL演示

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The successful completion of the Galileo Optical Experiment (GOPEX), represented the accomplishment of a significant milestone in JPL's optical communication plan. The experiment demonstrated the first transmission of a narrow laser beam to a deep-space vehicle. Laser pulses were beamed to the Galileo spacecraft by Earth-based transmitters at the Table Mountain Facility (TMF), California, and Starfire Optical Range (SOR), New Mexico. The experiment took place over an eight-day period (December 9 through December 16, 1992) as Galileo receded from Earth on its way to Jupiter, and covered ranges from 1 to 6 million kilometers (15 times the Earth-Moon distance), the laser uplink from TMF covered the longest known range for laser beam transmission and detection. This demonstration is the latest in a series of accomplishments by JPL in the development of deep-space optical communications technology.

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作者
Wilson, K. E.; Lesh, J. R.;
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年度 1993
页码 1-13
总页数 13
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
DEEP SPACE; GALILEO SPACECRAFT; LASER BEAMS; LASERS; MOUNTAINS; OPTICAL COMMUNICATION; PULSED LASERS; TRANSMITTERS; UPLINKING; Lasers experiment optical communications Galileo deep-space vehicle uplink;

机译：深空; GaLILEO spaCECRaFT;激光束;激光器;山脉;光通信;脉冲激光;变送器;上行线路;激光实验光通信伽利略深空飞行器上行;

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机译：随机跟踪误差下深空光通信光阵列接收机的统计分析和性能评估
2. Analysis of adaptive optics-based telescope arrays in a deep-space inter-planetary optical communications link between Earth and Mars [J] . Ali J. Hashmi, Ali A. Eftekhar, Ali Adibi, Optics Communications: A Journal Devoted to the Rapid Publication of Short Contributions in the Field of Optics and Interaction of Light with Matter . 2014,第Null期

机译：地球与火星之间深空行星际光通信链路中基于自适应光学的望远镜阵列的分析
3. Performance analysis of gradual multi-pulse pulse-position modulation in deep-space optical communications [J] . Selmy Hossam, Shalaby Hossam M. H., Kawasaki Zen Optical Communications and Networking, IEEE/OSA Journal of . 2012,第10期

机译：深空光通信中渐进多脉冲脉冲位置调制的性能分析
4. GOPEX: a deep-space optical communications demonstration with the Galileo spacecraft [C] . Keith E. Wilson, Jet Propulsion Lab., Arcadia, Free-Space Laser Communication Technologies III . 1991

机译：GOPEX：伽利略号航天器进行的深空光通信演示
5. Novel architectures for broadband free-space optical communications: Deep-space and terrestrial optical links. [D] . Hashmi, Ali Javed. 2010

机译：宽带自由空间光通信的新颖体系结构：深空和地面光链路。
6. HARE: Supporting Efficient Uplink Multi-Hop Communications in Self-Organizing LPWANs [O] . Toni Adame Vázquez, Sergio Barrachina-Muñoz, Boris Bellalta, 2018

机译：HARE：在自组织LPWAN中支持有效的上行链路多跳通信
7. Analysis of large optical ground stations for deep-space optical communications [O] . G. Murga, A. Alonso, M. Reyes Garcia-Talavera, 2017

机译：深空光通信大型光学地站分析
8. (abstract) Galileo Optical Link Takes a Step Towards Deep-Space Optical Communications [R] . Wilson, Keith E., Lesh, J. R. 1993

机译：（摘要）伽利略光链路迈向深空光通信

Results from the Galileo Laser Uplink: A JPL Demonstration of Deep-Space Optical Communications

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