Method, device and communication equipment for traffic guidance

Abstract

The invention provides a traffic guiding method, a traffic guiding device and a communication device. The traffic guiding method includes the following steps that: when the traffic of a user reaches a GGSN (gateway GPRS support node), whether the user sets a proxy address is judged; if the user sets the proxy address, whether the proxy address is a first preset address is judged; if the proxy address is the first preset address, the traffic of the user is guided to a WAP gateway; if the proxy address is not the first preset address, the type of the proxy address is judged; if the type of the proxy address is the type of a public network address, the traffic of the user is guided to a server corresponding to the proxy address; and if the type proxy address is the type of a private network address, the traffic of the user is guided to the WAP gateway. With the method adopted, verification and correction of the proxy address of the user can be realized, the user, who sets a wrong proxy address, can still normally surf the Internet; APN fusion can be authentically realized at the GGSN size without totally relying on terminal settings; the perception of the user can be enhanced; and complaints due to the terminal settings can be decreased.

Description

technical field [0001] The present invention relates to the field of mobile communication, in particular to a flow guidance method, device and communication equipment. Background technique [0002] GGSN (Gateway GPRS Support Node) is a gateway GPRS support node, which mainly functions as a gateway. GGSN is responsible for responding to the PDP activation request initiated by the terminal, assigning the operator's private network IP address to the terminal, establishing a packet data protocol PDP session, performing traffic accounting and terminal data packet forwarding in the PDP session, until the user initiates a PDP deactivation request . [0003] A WAP (Wireless Application Protocol) gateway technically follows the Multimedia Message Service (MMS) specification defined by the WAP Forum to support multimedia message services. The data access channel between the MMS user agent and the MMS relay server is established through the WAP gateway, thereby supporting operations ...

AI Technical Summary

Problems solved by technology

[0007] 2. The user does not set a proxy address but needs to access the free platform business. GGSN completes the user number insertion through content detection and directs the traffic directly to its own platform

[0008] 3. If the user does not set a proxy address to access non-proprietary platform services, GGSN will direct this part of the traffic to the Internet after passing the detection

[0009] The current APN (Access Point) fusion transformation has largely solved the problem of users accessing the Internet, but there are still defects: that is, when the user sets a wrong proxy address, the traffic will be guided to the Internet through the default route after the user sets the wrong proxy address. The proxy address of is unreachable, so the user's Internet traffic is discarded, which will cause the following impact:

[0010] 1. The user's mobile phone has a signal but cannot connect to the network, which affects the user's perception of the Internet

[0011] 2. The Internet traffic generated by the user's mobile phone results in deductions and complaints from users

[0012] Therefore, the current APN fusion solution does not completely solve the problem that users cannot access the Internet due to the problem of user terminal settings

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