Page pushing method, page pushing device, page pushing server and centralized network management controller

Abstract

A page push method, device and server, and a centralized network management controller. The method comprises: generating, by a page push server, a page push request carrying page push information; and sending the page push request to a centralized network management controller, wherein operations executed by the centralized network management controller comprise: receiving the page push request carrying the page push information sent by the page push server; determining a target user of a page needing to be pushed and a target page corresponding to the target user according to the page push information; and issuing a page push instruction to a target access device corresponding to the target user.

Description

technical field [0001] The invention relates to the field of page push, in particular to a page push method, device, server and centralized network management controller. Background technique [0002] With the development of the Internet, the number of terminals has grown explosively, and the Internet advertising market has developed rapidly. The push of advertising pages can be seen everywhere. Different application scenarios and different systems have different page push methods. In general, it can be divided into two categories: [0003] <Type 1> page push method with user application layer links [0004] This type of page push is common in Internet companies such as Internet Content Providers (Internet Content Providers, ICPs) or Internet Service Providers (Internet Service Providers, ISPs). For example, when a user visits an Internet website, there is an application layer link between the user and the website. At this time, the website can directly push the corr...

AI Technical Summary

Problems solved by technology

Method 1 is strongly related to the user authentication process, which limits its scope of application; Method 2 directly interacts with network devices, resulting in the Portal server needing to interface with a large number of network devices, making it difficult to unify protocols and requiring heavy deployment workload; Method 3 requires optical splitting or traffic splitting Obtaining the user's http data stream through the method is difficult to implement, the deployment location is limited, and it has high requirements on the performance and storage capacity of the server equipment. When the push service traffic is easily discarded, resulting in service failure

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