Method for quick sending short message in public telephone network short message system

Abstract

The invention discloses a method for rapidly dispatching short messages in the public phone network short message system comprising, first the short message platform establishing the connection with the terminal according to the destination contained in the short message, the storage transfer module in the short message platform sending a short message to the dispatching module, the dispatching module sending a short message to the terminal, the terminal sending the dispatching result message to the dispatching module after receiving the short message which keeps the connection with the terminal and transfers the dispatching result message to the storage transferring module, the storage transferring module checks the storage region after receiving the dispatching result messages. The method by the invention can improve sending efficiency of short messages.

Description

technical field [0001] The invention relates to a short message system of a public telephone network, in particular to a method for increasing the speed of sending a short message from a short message platform of a public telephone network to a terminal. Background technique [0002] The public telephone network short message is a new telecommunication service, and its function is to provide short message service to the users of the public telephone network (PSTN). The method of sending short messages in the public telephone network is based on the voice channel. Every time the short message platform of the public telephone network sends a short message to a user, it needs to establish a connection with the user terminal first, and then send the short message to the terminal. , cut off the connection with the user terminal after sending. However, if every time a short message is sent, it must be completed according to the above three steps of link building, sending, and lin...

AI Technical Summary

Problems solved by technology

However, if every time a short message is sent, it must be completed according to the above three steps of link building, sending, and link breaking, and there will be the following problems: first, it is inefficient, because from the point of view of sending a single short message, the above-mentioned link building and The time required for the link disconnection step is longer than the delivery time. If there are many short messages sent to a user, the link needs to be established and disconnected frequently, and the efficiency is obviously very low; secondly, from the user's point of view, when he is receiving When there are multiple short messages, because each short message needs the above three steps, it will inevitably cause the extension of the sending time and cause inconvenience to the user when using the terminal

First of all, this method cannot send as many short messages as possible to the terminal in one connection

Because the short message sending module maintains or cuts off the connection with the terminal according to the flag value after the short message is sent, and the flag is updated when the short message is sent, when the flag is not, and the sending module is sending In the case of short messages, when the store-and-forward module receives a short message with the same destination address, the flag cannot be updated. In this way, after the short message is sent, the sending module cuts off the connection with the terminal according to the existing flag (no). In fact, there are follow-up short messages on the platform

Second, increased investment in platform equipment

Since the platform needs to frequently establish or cut off the connection with the terminal, the relay resources cannot be fully utilized, so the relay resources of the platform must be increased

At the same time, since the platform must temporarily store short messages, the storage capacity of the platform is increased

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