Monitoring of the Orbital Position of a Geostationary Satellite by the Spatially Separated Reception of Signals of Digital Satellite Television

1Kaliuzny, MP, 1Bushuev, FI, 1Sybiryakova, Ye.S, 1Shulga, OV, 2Shakun, LS, 3Bezrukovs, V, 4Kulishenko, VF, 5Moskalenko, SS, 6Malynovsky, Ye.V, 7Balagura, OA
1Mykolaiv Astronomical Observatory Research Institute
2Research Institute «Astronomical Observatory» of the Mechnikov Odesa National University
3Ventspils University College
4Institute of Radio Astronomy, NAS of Ukraine
5Western Center of Radio Engineering Surveillance
6Rivne Minor Academy of Sciences of School Age Youth
7State Enterprise «Ukrkosmos»
Nauka innov. 2017, 13(1):45-49
https://doi.org/10.15407/scin13.01.045
Section: Scientific Framework of Innovation Activities
Language: Ukrainian
Abstract: 
The results of the determination of the geostationary satellite «Eutelsat-13B» orbital position obtained during 2015-2016 years using European stations’ network for reception of DVB-S signals from the satellite are presented. The network consists of five stations located in Ukraine and Latvia. The stations are equipped with a radio engineering complex developed by the RI «MAO». The measured parameter is a time difference of arrival (TDOA) of the DVB-S signals to the stations of the network. The errors of TDOA determination and satellite coordinates, obtained using a numerical model of satellite motion, are equal ±2.6m and ±35m respectively. Software implementation of the numerical model is taken from the free space dynamics library OREKIT.
Keywords: DVB-S, orbit of geostationary satellite, radiointerferometer, TDOA