Dual-lens drone facial recognition roll call system and its application

Abstract

This invention discloses a dual-lens drone face recognition roll call system and its application, which includes a drone, an information transmission unit, and an information processing unit. The information processing unit includes a first signal processing module, an image recognition and calculation module, and a flight scheduling activation module. The first signal processing module has built-in flight control data. When the predetermined activation time is reached, the flight scheduling activation module outputs a trigger signal to convert the flight control data into flight control commands. The first signal processing module transmits the flight control commands to the flight control module through the information transmission unit, so that the drone flies to the stopping point of the crowd gathering according to the flight control commands. The image capturing unit can then capture images at the stopping point to form a crowd gathering image. The image recognition and calculation module performs image recognition processing on the crowd gathering image to obtain the attendance recognition results information of the crowd gathering. By setting up the attendance function of drone and facial recognition, the inconvenience caused by traditional real-time classroom attendance can be solved. Therefore, in addition to effectively reducing the operation time of classroom attendance, the success rate and accuracy of classroom attendance can also be improved.

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