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Three-generation (3G) mobile internet video monitoring system

A technology of video surveillance system and mobile Internet, which is applied in the field of video surveillance system and 3G Internet-based video surveillance system. It can solve the problems that real-time monitoring cannot be realized, and achieve the effect of no space limitation, high real-time performance, and wide network coverage.

Inactive Publication Date: 2011-08-10
HANGZHOU ZHUOWO ELECTRONICS BUSINESS CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Traditional video surveillance is based on fixed-point monitoring. Although it can achieve relatively clear monitoring image quality, the biggest disadvantage is that real-time monitoring cannot be achieved for moving monitoring objects, such as information in a moving bus.

Method used

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  • Three-generation (3G) mobile internet video monitoring system

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0029]Embodiment 1, the 3G mobile Internet video monitoring system adopts the fixed monitoring client mode, and the video acquisition device 101 is used to collect and collect video signals of the on-site monitoring area, and transmit them to the network video server 102 . The network video server 102 encodes the data signal collected by the video through signal encoding, and the wireless signal transmitting device of the network video server transmits the signal wirelessly to the 3G network 104, and utilizes the existing 3G network 104 data bandwidth to transmit data to the Internet 105 and to The central server platform 107; the central server platform 107 includes a central server and a streaming media server. The central server is mainly responsible for signal access and agency of front-end video acquisition, and accepts and forwards instructions from the front-end equipment and the central platform. The streaming media server is responsible for media forwarding and video p...

Embodiment 2

[0030] Embodiment 2, the 3G mobile Internet video monitoring system adopts the mobile monitoring client mode, and the video acquisition device 101 is used to collect and collect video signals of the on-site monitoring area, and transmit them to the network video server 102 . The network video server 102 encodes the data signal collected by the video through signal encoding, and the wireless signal transmitting device of the network video server transmits the signal wirelessly to the 3G network 104, and utilizes the existing 3G network 104 data bandwidth to transmit data to the Internet 105 and to The central server platform 107; the central server platform 107 includes a central server and a streaming media server. The central server is mainly responsible for signal access and agency of front-end video acquisition, and accepts and forwards instructions from the front-end equipment and the central platform. The streaming media server is responsible for media forwarding and video...

Embodiment 3

[0031] Embodiment 3, the 3G mobile Internet video monitoring system adopts the mobile and fixed dual monitoring client mode, and the video acquisition device 101 is used to collect and collect video signals of the on-site monitoring area, and transmit them to the network video server 102 . The network video server 102 encodes the data signal collected by the video through signal encoding, and the wireless signal transmitting device of the network video server transmits the signal wirelessly to the 3G network 104, and utilizes the existing 3G network 104 data bandwidth to transmit data to the Internet 105 and to The central server platform 107; the central server platform 107 includes a central server and a streaming media server. The central server is mainly responsible for signal access and agency of front-end video acquisition, and accepts and forwards instructions from the front-end equipment and the central platform. The streaming media server is responsible for media forwa...

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PUM

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Abstract

The invention discloses a three-generation (3G) mobile internet video monitoring system. The system comprises three parts, namely a front-end monitoring scene device, a platform server system and a monitoring client, wherein the front-end monitoring scene device comprises a video collection device and a network video server; the platform server system consists of a center server and a steam media server; and the monitoring client can a work station-based monitoring client or a mobile phone-based monitoring client. Compared with the traditional network video monitoring, the mobile video monitoring has the advantages of wide network covering square, no space limitation, high real time and the like, and is simple to use.

Description

【Technical field】 [0001] The invention relates to a video monitoring system, in particular to the technical field of a 3G Internet-based video monitoring system. 【Background technique】 [0002] Traditional video surveillance is based on fixed-point monitoring. Although it can achieve relatively clear monitoring image quality, the biggest disadvantage is that real-time monitoring cannot be achieved for moving monitoring objects, such as information in a moving bus. [0003] The mobile monitoring system is a combination of computer, mobile network, video coding technology and video transmitter. It can transmit the on-site information of different locations to the monitoring center and handheld devices through the mobile network in real time. At the monitored point, cameras are usually used to collect real-time on-site conditions. The cameras are connected to local video transmitters and send data signals to the monitoring center through the mobile network. In order to ensure ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H04N7/18H04L29/06
Inventor 杨剑锋
Owner HANGZHOU ZHUOWO ELECTRONICS BUSINESS CO LTD
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