Autonomous guidance and control of a geostationary satellite during long-term conservation

  • Yevgeny Somov Samara State Technical University \\ Department for Navigation, Guidance and Control\\ 244 Molodogvardeyskaya street \ Samara \ 443100 \ Russia
  • Tatyana Somova Samara State Technical University \\ Department for Navigation, Guidance and Control\\ 244 Molodogvardeyskaya street \ Samara \ 443100 \ Russia

Abstract

Methods for analyzing the spatial motion of a satellite in geostationary orbit during long-term conservation with episodic activation of control have been developed. The computer simulation results of a geostationary communications satellite motion during the year with quarterly correction are presented.

Published
2022-02-23