Message transmission method and system

Abstract

This invention discloses a message transmission method and a system including the following steps: 1, an initiating terminal splits information and submits it to an information service center, 2, which sends the information to a receiving terminal to merge it, in which, step 1 includes that after the center rceives the information, it merges it and step 2 includes that the service center splits the information before it sends down the information. The message transmission system includes: an initiating terminal, a message service center and a receiving terminal, in which, the initiating terminal splits a message and submits it to the information service center, which receives it and sends it down to the receiving terminal, which gets it and merges it.

Description

technical field [0001] The invention relates to wireless communication technology, in particular to a message transmission method and system. Background technique [0002] Among the many value-added services provided by communication operators, the message service is very popular among users and is a major source of income for operators. The current message services mainly include short message service SMS (Short Messaging Service), enhanced short message service EMS (Enhanced Message Service) and multimedia message service MMS (Multimedia Messaging Service) three. At present, MMS has gradually matured and become a mainstream message service. [0003] see figure 1 , is a prior art of a message transmission method. This figure takes multimedia message transmission as an example, but is not limited to multimedia messages. [0004] In the figure, the initiating terminal A successfully sends a multimedia message to the receiving terminal B, and the specific process is as fol...

AI Technical Summary

Problems solved by technology

[0012] In the prior art, message service centers or terminal devices often limit the size of messages sent or received due to factors such as network bandwidth and processing capabilities. For example, when a sending terminal sends a message exceeding the size limit, it will send a message If it fails, the user needs to re-edit the message and resend it; when the receiving terminal finds that the received message exceeds its ability, it will also fail to receive. At this time, the receiving terminal may initiate multiple requests to obtain the message, but because the message is too large, it will always Will not download successfully and consumes a lot of unnecessary network resources

[0013] In addition, each terminal and the message service center have different restrictions on the size of the message. For example, the message size supported by the terminal may be larger than the message size supported by the message service center, and the message submitted by the terminal is easy to fail.

Images