A real-time video transmission method, transmission system and a readable storage medium

Abstract

The invention discloses a real-time video transmission method, comprising: a front-end mobile device establishes a video connection through a system server and a back-end processor, the front-end mobile device includes a counter; the front-end mobile device performs video collection, stores and analyzes the collected video data, Judging the image continuous similarity of the video data, if the image continuous similarity indicates an invalid video, then the counter counts time; judging the value of the counter, if it is less than the threshold, the front-end mobile device performs video compression on the video data and transmits the video through the wireless network The video data is transmitted to the back-end processor in real time; otherwise, the front-end mobile device suspends the video compression and real-time transmission, and continues to collect live video. The disclosed embodiments of the present invention provide a real-time video transmission method, transmission system, and a readable storage medium. The technical solution provided by the present invention can save the mobile traffic used in the video transmission process, and can reduce the cost of the remote loss assessment system. Operating expenses.

Description

technical field [0001] The invention relates to the field of video transmission, in particular to a real-time video transmission method, a transmission system and a readable storage medium. Background technique [0002] Automobile insurance is a property insurance widely developed in China. It is an insurance based on automobiles, trams, battery cars, motorcycles and other motor vehicles as the subject of insurance. At present, after a traffic accident occurs, the insurance company generally sends staff to the scene to carry out surveys to determine the damage. Due to the subjective factors of the loss assessors, this method of loss assessment may lead to inaccurate and reasonable loss assessment. Therefore, it is proposed that after a traffic accident, the insurance company sends staff to the scene to collect video and transmit it to the back-end processor. Because the on-site survey personnel use the front-end mobile device to collect video, sometimes the video image will...

AI Technical Summary

Problems solved by technology

Due to the subjective factors of the loss assessors, this method of loss assessment may lead to inaccurate and reasonable loss assessment. Therefore, it is proposed that after a traffic accident, the insurance company sends staff to the scene to collect video and transmit it to the back-end processor.

Because the on-site survey personnel use the front-end mobile device to collect video, sometimes the video image will stop when they need to communicate with customers, for example, put the front-end mobile device on the car, bag or car; or the video image shakes violently, Such as site surveyors walking around to observe damaged vehicles, etc.; the above situation will cause a lot of useless information to be transmitted to the processor

Since most front-end mobile devices currently use mobile networks for video transmission, the above situation will waste a lot of traffic, resulting in an increase in the operating cost of the remote loss assessment system

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