Pre-distortion adaptive optics: experimental results from bi-directional tracking links between DLR’s optical ground station and Alphasat’s TDP-1 terminal-Reference-Cited by-同舟云学术

Pre-distortion adaptive optics: experimental results from bi-directional tracking links between DLR’s optical ground station and Alphasat’s TDP-1 terminal

Published:2024-03-12 Issue: Volume:109100W Page:43
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Container-title:Free-Space Laser Communications XXXVI
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Author:

Hristovski Ilija R.,Romero Campelo Adrian,Femenia Castella Bruno,Doensdorf-Sternal Esther,Duliu Alexandru,Haeusler Stefanie,Holzman Jonathan F.,Klemich Kai,Laidlaw Douglas J.,Marynowski Thomas,Muegge Jonas W.,Poliak Juraj,Prell Johannes,Raffa Samuele,Reger Linus A.,Rittershofer Jonas,Saucke Karen,Spirito Veronica,Torres Joana S.,Wagner Paul,Reeves Andrew P.

Publisher

SPIE

Reference23 articles.

1. Canadian Space Agency, Exploration Imagination Innovation: A new space strategy for Canada (CSA Public Report, 2019).

2. European Space Agency, ESA specification for terabit/sec optical links (ESTOL) (ESA Public Report, 2023).

3. Roadmap of optical communications

4. Optical feeder-link between ESA’s optical ground station and Alphasat;Sodnik,2021

5. Mata Calvo, R., et al., “Optical feeder links for future very high-throughput satellite systems in B5G networks,” Proc. 2020 European Conference on Optical Communications (ECOC) (2020), pp. 1–4.

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1. Optical Ground Station Oberpfaffenhofen Next Generation: first satellite link tests with 80 cm telescope and AO system;2023 IEEE International Conference on Space Optical Systems and Applications (ICSOS);2023-10-11