Mobile phone audio/video monitoring software

Abstract

The invention relates to mobile phone audio/video monitoring software which is composed of a mobile phone program, a streaming media server, a live video workstation, a transcoding server, a mobile phone monitoring system application server, a geographic information system (GIS) server and an audio/video signal monitoring system. The software is taken as a monitoring and supervising terminal for a broadcast television monitoring system, an audio/video monitoring system and the like, can check a video and indexes anytime and anywhere and then acquires an alarm as soon as possible. The software can ensure the audio to be broadcast normally and safely, thus the probability of broadcast incidents is effectively reduced, and the time of failure recovery is shortened. Meanwhile, the software has an audio/video recording function and a reviewing function, and inquires relevant information such as related audio/video history records, indexes, alarms and the like clearly by accessing to a backstage database. In addition, for the purpose of facilitating front-end positioning, the GIS views a map in a layering mode, so the map can be freely amplified or reduced; and meanwhile, alarm information is transmitted to monitoring terminal equipment in real time, and is displayed intuitively and vividly in an animation mode.

Description

technical field [0001] The invention relates to the technical field of mobile phone monitoring, in particular to a mobile phone version of audio and video monitoring software. Background technique [0002] The traditional mobile phone monitoring software collects real-time audio and video signals of the site to be monitored through the acquisition equipment, transmits them to the video server, converts them into digital signals and then transmits them to the transmission server, and then transmits the converted data of the transmission server to the streaming media through the wired network The server, the user uses the mobile terminal to access the streaming media server through the mobile communication network, and the streaming media server will play the corresponding audio and video signals to the user after authenticating the user's request, so as to realize real-time video and audio viewing, monitoring and other functions. [0003] Other technologies close to the prese...

AI Technical Summary

Problems solved by technology

[0006] Traditional monitoring software can only perform simple video and audio monitoring, with a single function and a relatively small scope of application

When there is a problem with the video and audio quality, no real-time alarm can be given, and no video and audio indicators can be tested. Only the current video and audio information is played in real time, and the video and audio information of a specific date cannot be traced back, and video Audio and video recording, which brings inconvenience to the query of video and audio historical data after the event

[0007] In addition, the traditional monitoring software does not perform GIS positioning, and cannot accurately identify the current front-end location, status and other related attribute information, which is inconvenient for users to use

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