Unmanned aerial vehicle driver operation practice evaluation system and method

Abstract

The invention relates to an unmanned aerial vehicle driver operation practice evaluation system and method. The system comprises an upper computer end, a center node end and a plurality of sensor nodeends. Each sensor node end comprises a distance measuring sensor, a sensor node end single chip microcomputer, a sensor node end power supply and a sensor node end wireless module, the central node end comprises a central node end single chip microcomputer, a central node end power supply and a central node end wireless module, the upper computer terminal is a PC terminal or a mobile phone terminal, the upper computer terminal is in wired connection or wireless connection with the central node terminal, the central node terminal is in wireless connection with each sensor node terminal, and each sensor node end is arranged on an unmanned aerial vehicle training field and is used for carrying out distance detection on the unmanned aerial vehicle flying above the sensor node end, transmitting the measured distance data to the central node end and further transmitting the measured distance data to the upper computer end.

Description

technical field [0001] The present invention relates to the field of drone pilot training, in particular to a system and method for evaluating drone pilot operation practice. Background technique [0002] At present, the practical training of UAV pilot operation usually includes four subjects, hovering; slow horizontal 360°; designated path 8 (or other path trajectory) flight; fixed-point landing. When training on the actual field, due to the visual difference, it is difficult for students to judge whether the drone is hovering at the specified position and rotating at a slow speed of 360. To the point directly above the designated position, and at the same time, there is still the problem of height deviation during flight operation, which is not easy to detect, so no effective and intuitive feedback information can be obtained for each training, resulting in unsatisfactory training effect, prolonged training time and low efficiency. result. Contents of the invention [...

AI Technical Summary

Problems solved by technology

When training on the actual field, due to the visual difference, it is not easy for students to judge whether the drone is hovering at the designated position and rotating at a slow speed of 360. To the point directly above the designated position, and at the same time, there is a problem of height deviation during flight operation, which is not easy to detect, so no effective and intuitive feedback information can be obtained for each training, resulting in unsatisfactory training effect, prolonged training time and low efficiency. result

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