The paper presents the analysis of the possibility of using the information resource of the Globalstar LEO satellite communication system (LSCS) for rapid data exchange via the following channels: MCC Globalstar nanosatellite, nanosatellite Globalstar nanosatellite in order to receive telemetric information from a nanosatellite, to transmit necessary commands and information from MMC to a nanosatellite as well as to exchange data between two nanosatellites. The possibility of data transmission via the channels: MCC Globalstar nanosatellite, nanosatellite Globalstar nanosatellite is shown. The duration of communication sessions via the channel MCC Globalstar nanosatellite and the channel nanosatellite Globalstar nanosatellite is analyzed Potential volumes of data transmitted between two nanosatellites are determined. Stochastic analysis of the possibility of data transmission between two spacecraft is performed and the possibility of data transmission between two spacecraft, depending on the data volume and load level of the Globalstar system is assessed.


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