Conference drift control method and system

Abstract

The invention provides a conference drift control method and system. The conference drift control method comprises the following steps that: a domain name analysis server receivers a network conference request, and sends the network conference request to a corresponding zone control server; the zone control server analyzes conference parameter information carried in the network conference request, and judges whether the quantity of current conferences of conference types in a zone exceeds the maximum conference quantity threshold according to a conference load threshold lift; if yes, a controller determines the zone control server of a target zone corresponding to the network conference request according to a first drift strategy; if the quantity of the current conferences of the conference types in the target zone is more than or equal to the maximum conference quantity threshold, the zone control server determines a target network conference needing drifting, and a service processing server for processing the target network conference drifts the target network conference according to a second drift strategy; and a load balance server routes the network conference request to the service processing server for processing the target network conference according to an allocating strategy.

Description

technical field [0001] The invention belongs to the field of network communication, and in particular relates to a conference drift control method and system. Background technique [0002] At present, with the development of network communication technology, there is a demand for network conference drift in the network conference field. However, the methods currently used in the industry are to drift the collective users corresponding to one regional server in the network conference to another regional server. For example, company A sets up a computer room A1 in Beijing and a computer room A2 in Hangzhou, where users in Beijing connect to the server in Beijing computer room A1, and users in Hangzhou connect to the server in Hangzhou computer room A2. When the server in Beijing computer room A1 is under too much pressure or fails, all users connected to the server in Beijing computer room A1 will collectively drift to the server in Hangzhou computer room A2. However, the ab...

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Problems solved by technology

However, the above-mentioned overall drift method not only greatly reduces the experience of Beijing users, but also causes excessive pressure on the servers in Hangzhou computer room A2, and even causes the system crash of all server rooms in the computer room, seriously affecting communication efficiency

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