Tree layering structure conference system and conference organization method

Abstract

The tree-shaped hierarchal conference organization method comprises: according to conference feature, requesting lower server to provide node information to relative server for identification, and building connection; letting every client to provide account information to relative server for identification and built connection; using lower server to transfer client account information to upper server for checkup layer by layer, then entering the conference system. This invention is more safe and reliable, improves system flexibility, simplifies operation process, and lets single system support thousands conferences.

Description

technical field [0001] The invention relates to a tree-like layered structure conference system and a conference organization method. Background technique [0002] For national group conferences, involving the headquarters of the group, provincial branches, and provincial and municipal branches, the venues are widely distributed, and each venue does not have one participant. Therefore, the number of large-scale conference participants often reaches Tens of thousands of people, the existing conference system, the solution usually adopted in the IP network is: the headquarters of the group uniformly enters the client information of each conference site, and assigns an account to each conference site client to join a certain conference Middle; After obtaining their own accounts, the relevant venue clients of each organization enter the same server IP address respectively, and then log in to the central server through the Internet (INTERNET), and after verification, they can par...

AI Technical Summary

Problems solved by technology

[0004] First, the work efficiency of sorting out the venue client information is too low, and there may be duplication of venue client information set up by the group headquarters, provincial level, and municipal level, which inevitably complicates the formulation of unified account allocation rules. Furthermore, The account numbers and related information of each venue client are finally entered into the database by the meeting organizers of the group headquarters, resulting in a heavy workload for the meeting organizers of the group headquarters

[0005] Second, after obtaining their own accounts, all venue clients set up at the group headquarters, provincial level, and municipal level log in to the same central server. Due to the large number of venue clients, the login time is often the same time, and the central server may become a processing bottleneck

[0006] Thirdly, since the clients of the venues set up by the group headquarters, the provincial level, and the municipal level must all be able to access the same central server, the central server must disclose its own IP address to a certain extent, which may lead to come more security risks

[0007] Fourth, the clients of each venue access the same central server through the Internet, the reliability of its network transmission cannot be guaranteed, and the normal holding of the meeting will also be affected

[0008] Fifth, the meeting mode is single. If the provincial meeting organizers hold a provincial meeting, there is no need for the group headquarters to participate. The clients of each venue participating in the meeting are limited to the province and the prefectures and cities within the jurisdiction of the province. In this way, It is a bit redundant for the clients of the participants to access the center server through the Internet, and the boundary with the group meeting is not clear, which is easy to confuse

[0009] Sixth, the status quo of the national IP network of the large group is: the group headquarters opens routes to provincial institutions, but not to prefecture-level institutions. Instead, provincial-level institutions open routes to prefecture-level institutions under their jurisdiction. Therefore, it is required that all the clients of each conference site log in to the same central server, and it is necessary to open more routes, which increases the additional management burden and network bandwidth.

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