Multiple multipoint controlled equipment network building system and management method using the same

Abstract

The invention discloses a multiple point control equipment networking system comprising, transport operation support system for controlling the proceeding of the meeting on the video signal exchange device, video signal exchange system for providing video signal terminal switch-in, video signal exchange and meeting control, custom realizing system consisting a plurality of partitions for providing meeting mode and multiple switch-in pattern needed for the session of the meeting. The invention can increase the equipment capacity factor, and by the adoption of centralized management and automatic dispatching, the uniform customer reservation interfaces are easy to provide, charging and service management are also made easy.

Description

technical field [0001] The invention relates to a video service, in particular to a multi-point control device networking system and a management method for using the system. Background technique [0002] With the development of the Internet and multimedia technology, video conference applications are becoming more and more popular. However, most users cannot bear the high cost of purchasing and maintaining multi-point control equipment (MCU), so there is a demand for telecom operators to provide public multi-point video services. Video service is a multimedia communication service integrating voice, image and data. In recent years, it has developed rapidly in distance education and distance teaching. Multimedia video communication has become an inevitable trend of communication development. [0003] The traditional video system is positioned for internal use in government agencies or enterprises, and the scope of use is not large, and the business scale is small, so the re...

AI Technical Summary

Problems solved by technology

[0006] 1. It is impossible to realize the unified management of the resources of the whole network, and it is difficult to operate and maintain;

[0007] 2. Each MCU is managed independently. When there are many meetings, it is difficult to reasonably distribute resource usage on multiple MCUs, and the resource usage efficiency is low;

[0008] 3. It is easy to cause uneven load on each MCU;

[0009] 4. Unable to automatically manage and allocate cascade resources, and it is difficult to schedule and manage cascade conferences;

[0010] 5. It is easy to cause waste of network resources;

[0011] 6. It is difficult to provide a unified, convenient and fast user reservation service;

[0012] 7. It is difficult to hold an instant meeting;

[0013] 8. The conference control operation is complex: H.320 terminals can only perform simple control, and cannot dynamically add conference sites, which can only be realized by the operator of a specific MCU; while H.323 conference sites are completely dependent on the operator;

[0014] 9. Not suitable for commercial operation: each MCU can only record the call status of the video terminal connected to this MCU, and cannot provide call records of the entire network and conference, and cannot be used by commercial operation systems

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