Unmanned aerial vehicle remote control system based on SSVEP brain-computer interface and MR

The invention discloses an unmanned aerial vehicle remote control system based on an SSVEP brain-computer interface and an MR, and provides a more convenient and efficient mode for man-machine interaction of an unmanned aerial vehicle in mixed reality application. According to the technical scheme, the system comprises an EEG cap integrated with an EEG acquisition module, an MR helmet provided with SSVEP stimulation, an electroencephalogram system and a server running a Flask framework, and the MR helmet provided with SSVEP stimulation is integrated with the EEG cap to ensure that the EEG cap is fixed to the head of a user; the EEG cap is integrated with an EEG acquisition module and is used for acquiring the EEG signals of the user in the MR helmet; the electroencephalogram system is used for performing signal analysis and classification on the collected electroencephalogram signals so as to obtain a control intention of the user and generate a control instruction of the unmanned aerial vehicle; and operatin