Abstract
Modern automated control systems for spacecrafts are characterized by complex multicomponent architecture. The orbital group of spacecrafts is controlled from the mission control center which receives different types of office and special data. The flows of telemetry data which allow to monitor the condition of a spacecraft take a special place among various types of information circulating within an automated control system. The article contains practical recommendations regarding the improvement of special automation software for technological processes of telemetry data multiline reception, processing and analyzing. It is shown that adherence to the principles of unified systems creation provides many advantages when designing modern tools for telemetry data processing and analyzing.
Highlights
The modern automated control system for spacecrafts is intended for ensuring proper functioning of the spacecraft onboard systems during the whole time of its work [1, 2]
The automated control system for spacecrafts is a set of onboard and ground control facilities for technological processes equipped with the necessary software which includes [3, 4]:
In mission control center of GLONASS they use a system of single telemetry data stream which is able to receive, process and analyze telemetry data from no more than one spacecraft at a unit moment
Summary
The modern automated control system for spacecrafts is intended for ensuring proper functioning of the spacecraft onboard systems during the whole time of its work [1, 2]. The automated control system for spacecrafts is a set of onboard and ground control facilities for technological processes equipped with the necessary software which includes [3, 4]:
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