Positioning video linkage system and method based on 5G + MEC

Abstract

The invention discloses a positioning video linkage system and method based on 5G + MEC, and the system specifically comprises a positioning label which is used for carrying out the real-time positioning of a person or an object through combining with a positioning base station; a positioning base station which is used for receiving the data returned by the positioning label and performing real-time positioning; an MEC which is used for deploying a high-precision positioning video linkage management platform, and is also used for network local shunting, receiving data transmitted back by the positioning base station and the camera module through 5G, and processing the data at the front end and feeding back the data to the camera module in time; and a camera module which is used for receiving the positioning signal sent by the MEC, triggering the nearest camera in the position area according to the positioning signal to carry out identification and shooting, regenerating a track route with a video, and then sending the track route to the MEC, so the accurate positioning function of moving the person or the object with the positioning label can be accurately displayed.

Description

technical field [0001] The present invention relates to positioning and video linkage technology, in particular to a positioning video linkage system and method based on 5G+MEC. Background technique [0002] At present, in various large indoor areas, especially factories, airports, supermarkets or office buildings, there are special requirements for the storage location of office items. Some important items need to be stored according to regulations. , and using the traditional manual record copying to record the borrowing and returning situation, the human uncertainty factor has a great influence, and finally it is difficult to trace its specific location, which makes the work of the custodians more difficult and inconvenient for daily management. [0003] In order to solve the problem of item positioning in the prior art, existing products propose a positioning system combined with video analysis to track item positioning. However, [0004] 1. The distance between the exi...

AI Technical Summary

Problems solved by technology

[0002] At present, in various large indoor areas, especially factories, airports, supermarkets or office buildings, there are special requirements for the storage location of office items. Some important items need to be stored according to regulations. , and the borrowing and returning situation is recorded by traditional manual recording, human uncertainty factors have a great influence, and finally it is difficult to trace its specific location, which makes the work of custodians more difficult and inconvenient for daily management

[0003] In order to solve the problem of item positioning in the prior art, existing products propose a positioning system combined with video analysis to track item positioning. However,

[0004] 1. The distance between the existing camera and the image analysis server should not be too large (generally within 30m), so if the camera needs to be added with an intelligent algorithm and applied to the scene, it cannot be deployed remotely;

[0005] 2. Each production line has at most dozens of vision servers deployed, which will occupy a large amount of production line space;

[0007] 4. A simple positioning system (positioning tags with built-in Bluetooth, RFID or UWD modules) cannot determine whether people or objects are moving with positioning tags, and cannot accurately locate and manage people or objects

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