Low-delay 5G communication system applied to unmanned aerial vehicle

Abstract

The invention relates to a low-delay 5G communication system applied to an unmanned aerial vehicle, which is characterized by comprising unmanned aerial vehicle data acquisition equipment, a communication module, airborne 5G video data equipment and a quantum encryption card, and is characterized in that the communication module comprises a 5G communication module and a 5G base station; after theunmanned aerial vehicle data acquisition device and the airborne end 5G video data device are encrypted through a quantum encryption card, an encrypted file is transmitted to a 5G base station througha 5G communication module and then transmitted to a cloud data live broadcast platform through the 5G base station, and the cloud data live broadcast platform is connected with an AI data analysis and recognition system. The AI data analysis and recognition system intelligently analyzes the data and transmits the data to a user use platform through a 5G base station, and a quantum data decryptionmodule is arranged on the user use platform. The system has the advantages that data can be analyzed in real time and live broadcast in real time, the overall working efficiency and accuracy are improved, and quantum encryption transmission can be customized for some units needing data protection.

Description

technical field [0001] The invention relates to the technical field of UAV communication, in particular to a low-latency 5G communication system applied to UAVs. Background technique [0002] With the rapid development of the UAV market, the number of UAVs has risen sharply, and the practice of using mobile communication as UAV video transmission has become more and more recognized and accepted by users. The current UAV video transmission mostly uses microwave transmission and 4G network transmission. Using microwaves for video transmission will have distance limitations and no signal due to occlusion. If 4G is used for video transmission, the video delay will be relatively large due to the limitation of 4G network transmission characteristics, and video freezes are prone to occur. In addition, this Both types of video transmission cannot transmit high-definition 4K video, which makes the development of UAVs subject to many constraints and large data transmission and distan...

AI Technical Summary

Problems solved by technology

Using microwaves for video transmission will have distance limitations and no signal due to occlusion. If 4G is used for video transmission, the video delay will be relatively large due to the limitation of 4G network transmission characteristics, and video freezes are prone to occur. In addition, this Both types of video transmission cannot transmit high-definition 4K video, which makes the development of drones subject to many constraints. Big data transmission and distance bottlenecks occur. At the same time, the transmitted video data needs to be encrypted for some special user needs to ensure data security and prevent leakage.

Images