Online processing system and method for implementing terminal application

Abstract

The invention discloses an online processing system and an online processing method for implementing terminal application. The system comprises an always online engine (AOE), an application server and an always online push infrastructure (AOI), wherein one or more terminals are registered on the AOE; the application server is used for generating a new message; and the AOI is used for receiving the new message which is pushed by the application server, and sending the new message to the registered terminals through the AOE. By the invention, bottlenecks of mobile interconnection services can be eliminated, and a terminal user can obtain good user experience.

Description

technical field [0001] The present invention relates to the field of mobile Internet, in particular, to an online processing system and method for realizing terminal applications. Background technique [0002] Under the current mobile Internet business application model, service providers SP, operators and end users are all facing some problems to varying degrees. [0003] For the service provider SP, there are problems such as high development cost, long cycle, unable to proactively push the application content to the user through the operator, and lack of a unified application access method. [0004] For end users, there are problems such as the inability to update content in time, the serious consumption of terminal resources resulting in slow response, and short battery life. [0005] Especially for operators, there are more and more serious problems, including: a large number of terminals connect to the application server, and the application server needs to establish ...

AI Technical Summary

Problems solved by technology

The biggest disadvantage of this processing method is that the application must be started all the time or at least one background process must be started all the time and maintain a long connection with the server to ensure that it can receive the Push message from the server in time

This leads to wasting system memory resources, CPU resources, occupying connection channels, maintaining long connection links affects wireless resources, increasing battery consumption, etc.;

[0009] 2) After the server program has a new message, it sends a Push message. After the client background process captures the message, it starts the client and actively initiates a connection to the server and then updates the information. Although this method obtains the information in time, the general SP cannot The cost of sending Push SMS and relying on the operator's SMS channel is relatively high;

[0010] 3) The program regularly initiates a connection to the server to check whether there is the latest information, and if there is, it will be sent to the terminal. This timing acquisition method will repeatedly initiate connection requests to the server, and consumes a lot of terminal battery and network resources. At the same time The information was not obtained in a timely manner. In essence, it can only be said to be a Pull method rather than a Push method

[0011] For one or more problems of the above-mentioned prior art, there is no effective solution at present

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