Unmanned aerial vehicle (UAV) system based on 5G network remote control

Abstract

The invention discloses an unmanned aerial vehicle (UAV) system based on 5G network remote control. The system comprises a UAV, 5G CPE, a server, and a handheld control terminal. The system disclosedby the invention has the advantages that environmental conditions, flight conditions and signal intensity conditions are comprehensively considered, and a feedback processing mechanism is establishedto pertinently provide different countermeasures and solutions, that is, the UAV technology is integrated with the 5G network communication technology and a processing mode of the 5G network communication technology, a double-promotion solution is adopted, and the communication stability and the antijamming capability of the system are improved based on both 5G and an analysis process; and duringestablishment of the feedback processing mechanism, information is collected to form data aggregates, so that corresponding suggestions can be directly provided when a same situation happens again, and the purposes of efficient intelligent learning and simple optimization, higher overall data processing smoothness and better overall data processing effects can be further achieved under the premiseof high communication stability.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicle systems, in particular to an unmanned aerial vehicle system based on 5G network remote control. Background technique [0002] Most traditional unmanned aerial vehicles use image transmission or data transmission for communication, and some use 3G, 4G networks, or a combination of the two. However, the use of image transmission or data transmission is limited to short communication distances. , The problem of weak ability to support communication beyond the line of sight; and the way of 3G and 4G networks cannot meet the requirements of unmanned aerial vehicles. The requirements for communication stability, real-time and bandwidth often lead to the control of unmanned aerial vehicles. failure, real-time image interruption or blurring, and status feedback lag; and the combination of the two methods greatly increases the overall complexity of the system; [0003] And with the develop...

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Problems solved by technology

[0007]How to use an effective method to solve the problem of using image transmission or data transmission, which is limited to short communication distance and weak ability to support communication outside the line of sight problems, and the 3G and 4G network methods cannot meet the requirements of unmanned aerial vehicles, communication stability, real-time and bandwidth, and the combination of the two methods greatly increases the overall complexity of the system.

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