Unmanned aerial vehicle reservation aerial photographing method and system based on user reservation and automatic control

Abstract

The invention relates to the technical field of unmanned aerial vehicles, and specifically provides an unmanned aerial vehicle reservation aerial photographing method and system based on user reservation and automatic control. The method is specifically as follows: a user submits a reservation aerial photographing request to a server through a user terminal, the server determines conditions required for the aerial photographing according to the reservation aerial photographing request, obtains state information of unmanned aerial vehicles in an unmanned aerial vehicle parking area in real time, and selects an unmanned aerial vehicle meeting the conditions required for the aerial photographing according to the obtained state information of the unmanned aerial vehicles, the server generatesan aerial photographing task according to the conditions required for the aerial photographing and allocates the aerial photographing task to the selected unmanned aerial vehicle, and the unmanned aerial vehicle flies to an aerial photographing waypoint according to a flight route, performs aerial photographing service for the user, sends video image data of the aerial photographing to the corresponding user terminal after completing the aerial photographing of the user, and returns to the unmanned aerial vehicle parking area according to the flight route. According to the method, unmanned aerial vehicle achieves multi-angle shooting, meanwhile, the unmanned aerial vehicle flight dispatching scheme is optimized, and the aerial photographing efficiency is improved.

Description

Technical field [0001] The invention relates to the technical field of unmanned aerial vehicles, in particular to an aerial photography method and system for unmanned aerial vehicle booking based on user reservation and self-control. Background technique [0002] The tourism industry is in a period of vigorous development. People invest more money and time in tourism every year, and there are more and more tourists in tourist attractions. When tourists are playing in the scenic area, they often take selfies with their mobile phones at their favorite attractions or famous scenic spots as a souvenir. However, when tourists use their mobile phones to take selfies, the arm length is limited, so the distance between the mobile phone shooting point and the tourists themselves The farthest can only be arm length, and long-distance selfies cannot be achieved. If you use a selfie stick to take a selfie, it is easy to take the pole of the selfie stick into the photo. Even if it is possibl...

AI Technical Summary

Problems solved by technology

When tourists are playing in the scenic area, they often take selfies with their mobile phones at their favorite scenic spots or famous scenic spots as souvenirs. However, when tourists use their mobile phones to take selfies, due to the limited arm length, the distance between the mobile phone shooting point and the tourists themselves The farthest can only be the length of the arm, and it is impossible to realize long-distance selfies. If you use a selfie stick to take selfies, it is easy to take the pole of the selfie stick into the photo

Even if it is possible to avoid taking the pole into the photo, since the selfie stick needs to be held by tourists, most of the tourists face the camera, and the shooting angle of the selfie is relatively simple

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