FIELD: unmanned aerial vehicles.
SUBSTANCE: invention relates to a method for semi-natural testing of unmanned aerial vehicles (UAV) containing adaptive and intelligent automatic control systems (ACS), using a robotic mobility system and an atmospheric conditions simulation system. Provide multiple reproduction of a given controlled spatial movement of the UAV. An air-wind environment is created with a variable intensity, which is changed according to a given law synchronously with the movement of the UAV along the simulated trajectory. The UAV motion parameters and air-wind conditions, the actual values of the UAV motion and orientation parameters, the control commands generated by the ACS and their implementation by the controls, as well as the results of measuring the components of forces and moments in the suspension unit are recorded. The adaptive and intelligent ACS are trained and configured, the results of training are evaluated.
EFFECT: increased information content of test results.
3 cl, 2 dwg
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Authors
Dates
2023-04-28—Published
2023-01-24—Filed