Intelligent service system for preventing false increase of transfer amount of prepaid users and implement method thereof

Abstract

The invention discloses an intelligent service system for preventing the false increase of the transfer amount of prepaid users and an implement method thereof. The method includes the following steps: (a) a transfer-out user attribution service control point sends transfer information to a transfer-in user attribution service control point, and if the transfer result returned by the transfer-in user attribution service control point to the transfer-out user attribution service control point is overtime, the transfer-out user attribution service control point records transfer abnormality data;and (b) according to the transfer abnormality data, an interface message processor determines the transfer-in user attribution service control point, and according to the transfer-in data corresponding to the transfer information which exists in the transfer-in user attribution service control point, the interface message processor deletes the corresponding transfer abnormality data on the transfer-out user attribution service control point. The intelligent service system for preventing the false increase of the transfer amount of prepaid users and the implement method thereof can effectivelyprevent the false increase of the transfer amount.

Description

technical field [0001] The invention relates to the field of mobile communication, in particular to an intelligent service system and an implementation method for preventing prepaid users from falsely increasing the transfer amount. Background technique [0002] In the field of smart network, it is a very simple and quick way to recharge smart users by using transfer operations. In the disclosed GSM (Global System for Mobile Communications) intelligent network prepaid user account transfer technical solution, both transfer information and transfer results. figure 1 Disclosed is a traditional intelligent service system, in which the SCP of the transfer-out user sends EXECUTE signaling to the SCP of the transfer-in user to transmit the transfer information, and the SCP of the transfer-in user returns the EXECUTE-RESULT signaling to the SCP of the transfer-out user to transmit the transfer result . The workflow when the system transfers money is as follows: figure 2 As sho...

AI Technical Summary

Problems solved by technology

The workflow when the system transfers money is as follows: figure 2 As shown, when the transfer-out user's home SCP sends EXECUTE signaling to the transfer-in user's home SCP, if the signaling times out, it is impossible to know whether the transfer-in user's home SCP transfer operation is successful at this time, and the transfer-out user's home SCP has no The transfer-out user rolls back and sends a transfer failure message to the transfer-out user. At this time, if the transfer-in user's SCP transfer-in operation succeeds, the amount of the transfer-in user will increase but the amount of the transfer-out user will not decrease. If Repeated operations by users will cause great losses to operators

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