Abstract:
The article describes a software system for algorithms modeling for nanosatellilte motion
control on laboratory facility with an aerodynamic table. The structure of the program,
mock-ups motion mathematical models are presented, algorithms for nanosatellite mockup control and navigation on a plane are described. The software system provides communication between the station and on-board computers of mock-ups on the table, the
mockups receive information about the position on the aerodynamic table based on the results of camera image processing. Before the running of the experiments, preliminary
calibration tests are carried out, the perturbations acting on the table are determined and
the magnitudes of the control forces of the actuators are estimated. Experiments on the
autonomous mock-up motion in nanosatellite formation flying tasks are carried out at the
laboratory facility, and various approaches to the active removal of space debris are tested.
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