Implementation method, gateway, agency and system of mobile internet business based on AOG

Abstract

The invention relates to an implementation method, a gateway, an agency and a system of a mobile internet business based on AOG. The method comprises the following steps that: the AOG gateway receives a first registration request sent by the terminal application agency, and a first data link between the AOG gateway and the terminal application agency is established according to the first registration request; the AOG gateway receives a second registration request sent by at least one application server, and a second data link between the AOG gateway and the at least one application server is established according to the second registration request; and the transmission of application data is carried out between the AOG gateway and the at least one terminal server through at least one application client end of the terminal application agency, the first data link and the second data link on a terminal. According to the invention, an AOI architecture system is arranged between the terminal application agency and the AOG gateway, so that a large number of network connections existed in a mobile internet is converged, the network load is reduced, the consumption on the network resources due to the mobile internet application is reduced, and the usability of the internet is improved.

Description

technical field [0001] The present invention relates to the technical field of mobile Internet, in particular to an implementation method, gateway, agent and system of AOG-based mobile Internet services. Background technique [0002] At present, as an emerging network service, the mobile Internet service combines the advantages of the mobile network and the Internet, and can provide users with voice, data, image, multimedia and other types of services through mobile terminals. Smartphones are an important link in mobile Internet services. On smartphones, application client programs with specific functions can be run. Through the interaction between smartphones and application servers, users can be provided with personalized, content-related and interactive application experience. . With the gradual popularization of smart phones, more and more users are accustomed to completing the customary business in their daily life and daily work through mobile terminals, such as chatt...

AI Technical Summary

Problems solved by technology

Due to the large number of smart terminals, if each smart terminal establishes multiple connections, the number of long connections in the mobile Internet will be quite large, and such a large number of long connections will seriously affect the performance of the mobile Internet network

In addition, since link detection packets are regularly launched on each long connection for detection, there are a lot of detection packets in the network

These additional signaling loads cause the mobile Internet network to allocate and create a lot of additional wireless channels, resulting in problems such as call drop, inaccessibility, and network congestion.

[0005] In addition, compared with ordinary mobile phone users, smart phones have a large amount of application data, and most of the application data is uncompressed data, resulting in a large amount of data traffic, which has a great impact on the bandwidth of the entire mobile Internet network

When there is a bottleneck in network bandwidth, different mobile Internet applications cannot be treated differently, and some high-real-time and high-priority applications cannot be prioritized.

When the application server needs to actively push data messages to the smart terminal application client, it often fails because the smart terminal application client is not online, which affects the use of mobile Internet services

[0006] At the same time, for the application service provider, because each terminal using the application needs to establish a long connection with the application server, when the number of terminals is large, the application server needs to establish a very large number of connections. The number of connections is limited, so the application provider has to use a lot of servers to complete this function, which increases the construction difficulty of the application provider

[0007] Therefore, in the mobile Internet of the prior art, since the application server performs data interaction with the terminal application client through the end-to-end connection, as the number of terminals and applications continues to increase, the number of connections expands geometrically, which not only increases the number of mobile Internet applications consume network resources and have a great impact on mobile Internet networks, seriously affecting the performance of mobile Internet networks and further increasing the difficulty of construction for application providers

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