Title :
GEO-LEO beaconless spatial acquisition reality in space
Author :
Daniel Dallmann;Martin Reinhardt;Mark Gregory;Frank Heine;Uwe Sterr;Rolf Meyer
Author_Institution :
Tesat-Spacecom, Backnang, Germany
Abstract :
Starting October 2014 and continuing through the present Tesat Spacecom has been conducting successfully GEO-LEO optical inter-satellite communication links utilizing a laser communication terminal (LCT) built by Tesat-Spacecom funded by DLR and ESA. The beaconless spatial acquisition algorithm, which works flawless since 2007 in the LEO-LEO system of Tesat Spacecom, was further improved to account for increased distance and reliability requirements. Details of beaconless spatial acquisition algorithm can be found in [1] We present the results of in orbit beaconless spatial acquisitions. Statistics of success rate, spatial acquisition duration and open loop mispointing is presented as well as telemetry data of two spatial acquisitions.
Keywords :
"Radiation detectors","Integrated optics","Telemetry","Conferences","Optical fiber communication","Reliability","Orbits"
Conference_Titel :
Space Optical Systems and Applications (ICSOS), 2015 IEEE International Conference on
DOI :
10.1109/ICSOS.2015.7425068