System and method for processing multimedia information timing task

Abstract

A system and a method for processing timing task of multimedia message are disclosed. The multimedia message timing task processing system includes: a message processing module for receiving signaling and calling a database module interface and timing task management module interface to complete the process of message; a database module for storing control message, generating control information and returning it to the message process module; a timing task management module for storing and triggering the timing task information; wherein, the message process module extracts the timing task information from the control information and stores in the timing task management module, the timing task management module triggers the message process module according to given time to process the timing task. The system and method can manage the multimedia message timing task completely, and process the timing task with high efficiency and instantaneity.

Description

technical field [0001] The invention relates to the field of multimedia message communication, in particular to a multimedia message timed task processing system and method thereof. Background technique [0002] Multimedia Message Service (MMS) is a further development of Short Message Service (SMS), which not only supports larger capacity and multimedia information content, but also supports more business interaction modes. With the continuous growth of multimedia messaging business volume, it may become a killer application in the 3G era. There are some tasks in the life cycle of multimedia messages, such as sending a message, resending a message, failing to obtain a forwarded message after timeout, and message expiration. According to the multimedia message service specification (3GPP TS 22.140) and the operator's requirements, the processing time of these tasks can be configured or customized by the user, which is called the timing task of the multimedia message. The p...

AI Technical Summary

Problems solved by technology

[0004] The main disadvantages of this processing mode are low processing efficiency, poor real-time performance, and inconvenient and flexible expansion of scheduled task functions.

The reasons are as follows: First, because it is impossible to know whether there is a scheduled task at the current time, we can only rely on allocating fixed time slots in the message processing module for full table scanning, which will cause instantaneous external request signaling blocking, especially when the traffic is busy It will cause the external request signaling response to time out, resulting in a decrease in the success rate of system processing; secondly, the message storage capacity of a medium-sized MMSC is above one million, and the second timer needs to be triggered multiple times to complete the full table scan. The real-time performance of the

In addition, there is no distinction between messages and message-related tasks in the prior art, and there is no complete and flexible management method for timing tasks

Images