CN102882873B - Method and system for synthesizing intelligent network bill record - Google Patents
Method and system for synthesizing intelligent network bill record Download PDFInfo
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- CN102882873B CN102882873B CN201210372906.7A CN201210372906A CN102882873B CN 102882873 B CN102882873 B CN 102882873B CN 201210372906 A CN201210372906 A CN 201210372906A CN 102882873 B CN102882873 B CN 102882873B
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Abstract
The invention relates to a ticket-associated technology in the field of signaling monitoring systems, in particular to a method and a system for synthesizing an intelligent network ticket. The method comprises the following steps that: an uplink protocol module and an intelligent network application protocol (INAP) transmit a request message body; a call detail record (CDR) module generates a call identifier (CALL ID); the INAP protocol module transmits a notification message body; the CDR modules associates the same calling number in the CALL ID request message body according to the notification message body to establish a one-to-one correspondence relation between the CALL ID and the notification message; a service switching point (SSP) downlink protocol module transmits a CALL ID request message; the CDR module associates the CALL ID from the relation; the CDR module responds the CALL ID request to the protocol module; the protocol module transmits a thing detail record (TDR) to a database output (DBO) module; the DBO module warehouses and forwards the TDR to a ground-controlled radar (GCR) module; and the GCR module synthesizes a voice ticket according to the CALL ID in the TDR. By the method, an SSP uplink ticket and an SSP downlink ticket are synthesized.
Description
Technical field
The present invention relates to the telephone bill association technology in signaling monitoring system field, the method and system of espespecially intelligent network ticket synthesis.
Background technology
Signaling monitoring system is the important support system that telecom operators' supporting network operation maintenance, business performance analysis, specific communication and new product are disposed.Voice ticket is basic data important in monitoring system.In user's communication process, under normal circumstances, signaling can cross over multiple office point, and between office point, signaling is carried by distinct interface agreement.In existing network, signaling monitoring system gathers the original signaling in each office point, and distinct interface protocol signaling is transferred to respective protocol resume module.Protocol module is to original signaling decoding, generate TDR(things according to decoded result to record in detail), and using calling number, called number, call time in decoded result as CALLID(unique call identification) required parameter is sent to CDR(call detail record) synthesis module; CDR synthesis module generates unique call identification CALLID according to same caller number, called number, call time in each agreement CALLID request message body, and this unique CALLID is returned to protocol module; After protocol module receives CALLID response, CALLID is filled up in TDR, and TDR is sent to DBO module (entering library module), DBO module by TDR stored in database, and TDR is forwarded to GCR module (ticket generation module), GCR generates voice ticket according to agreement TDR, identifies call with CALLID unique in TDR.
What in existing network, process IN service has two equipment usually, is Service Switching Point and Service Control Point respectively.Standard interface protocol (INAP) according to intelligent network between SCP and SSP communicates.SSP is the tie point of call network and intelligent network, and it provides the function of access Intelligent Network Capabilities collection.When SSP receives the request of office exchange trigger intelligent business, communicate with SCP, the request of SCP is responded, allow the service logic in SCP to carry out call treatment.The call event that SCP can report according to SSP starts different service logics, sends Call-Control1 instruction according to service logic to corresponding SSP, and instruction SSP carries out next step action, thus realizes various intelligent call.
In Intelligent Network Application Protocol, Initial DP(IDP) operation sends to SCP by SSP, and SSP asks SCP to be certain call setup IN service control planning, is generally first message that in an intelligent call, SSP reports SCP.The parameter of IDP mainly comprises service key (between SSP and SCP unique identification business), calling number, called number, number attribute etc.Connect operation is handed down to SSP by SCP, and user is routed to a called number by request SSP.Most intelligent network business, in IDP operation, called number is IN service number, and in Connect operation, called number is real user number.For 800 business, in IDP, parameter is that (called intelligent service number: 8001234567), Connect Message Opcode parameter is (actual called number: 02362071234) for service key: 8, calling number.In SSP upstream Interface agreement, called number is 8001234567, in SSP downstream interface agreement, called number is 02362071234, monitoring system CDR synthesis module can generate different CALLID according to different called numbers, and then SSP up-downgoing agreement TDR carries different CALLID, and then call is generated two different phonetic tickets by GCR module, affect operator and carry out business diagnosis process.
Summary of the invention
The first object of the present invention is to provide a kind of method realizing the synthesis of intelligent network business ticket, and application the method can realize in call process, the object that the up ticket of SSP and the descending ticket of SSP synthesize.The second object of the present invention is to provide a kind of system realizing the synthesis of intelligent network business ticket, uses this system can realize in call process, the object that the up ticket of SSP and the descending ticket of SSP synthesize.
For realizing above-mentioned first object, the technical solution used in the present invention is as follows: a kind of method of intelligent network ticket synthesis comprises the steps:
Step 1, up protocol module and Intelligent Network Application Protocol module send a request message body respectively to CDR synthesis module.
Step 2, CDR synthesis module receives request message body, generates unique call identification CALLID, set up the relation of request message body and CALLID according to request message body, and the request that in response of step 1, each protocol module sends.
Step 3, Intelligent Network Application Protocol module sends a notification message body to CDR synthesis module.
Step 4, CDR synthesis module associates with notification message body according to request message body, sets up the relation of notification message body and CALLID.
Step 5, descending protocol module transmit a request to CDR synthesis module, and carries parameter.
Step 6, CDR synthesis module is associated with CALLID by the relation of the notification message body of the parameter in step 5 from step 4 and CALLID, and the request of response of step 5.
Step 7, each protocol module receives the CALLID response of CDR synthesis module, the CALLID in response is inserted TDR, and TDR is sent to DBO module.
Step 8, TDR puts in storage by DBO module, and forwards TDR to GCR module.
Step 9, GCR module generates voice ticket according to unique call identification CALLID in TDR.
For realizing the second object of the present invention, present invention employs following technical scheme: a kind of intelligent network ticket synthesis system, comprise CDR synthesis module, Intelligent Network Application Protocol module, up protocol module, descending protocol module, DBO module and GCR module, wherein said Intelligent Network Application Protocol module, up protocol module and descending protocol module send CALLID to CDR synthesis module and ask and the CALLID response receiving CDR synthesis module; CALLID during CALLID responds by described Intelligent Network Application Protocol module, up protocol module and descending protocol module inserts TDR, and TDR is sent to DBO module; TDR puts in storage by DBO module, and forwards TDR to GCR module.
A kind of method and system realizing the synthesis of intelligent network business ticket that invention provides, up protocol module and Intelligent Network Application Protocol module send CALLID request, CDR CMOS macro cell CALLID, Intelligent Network Application Protocol module sends and carries the notification message that parameter is actual called number in Connect, CDR module realizes associating with same caller number in CALLID request message body according to notification message body, and then set up one-to-one relationship between CALLID and notification message, SSP descending protocol module sends CALLID request message, CDR module associates CALLID from above-mentioned relation, CDR module responds protocol module CALLID asks, protocol module sends TDR to DBO module, DBO module is put in storage and is forwarded TDR to GCR module, and then GCR module is according to CALLID synthetic speech ticket in TDR.
Accompanying drawing explanation
Fig. 1 is flow chart of the present invention;
Fig. 2 is system architecture diagram of the present invention.
Embodiment
In intelligent network business, Intelligent Network Application Protocol module sends carries calling number in IDP operation, actual called number in Connect operation, call time is that the notification message body of parameter is to CDR synthesis module, the up agreement mould of SSP, SSP descending protocol module sends and carries calling number, called number, call time is that parameter CALLID request body is to CDR synthesis module, CDR synthesis module sets up corresponding relation according to calling number in calling number in notification message body and SSP up protocol module CALLID request message body, and then set up the relation of notification message body and CALLID, after CDR receives SSP descending protocol module CALLID request message, by CALLID request message body association CALLID, and then the up protocol module of SSP, the association of SSP descending protocol module and the synthesis of intelligent network business voice ticket.
See the flow chart of Fig. 1, method of the present invention comprises the steps:
The up protocol module of A, in logic appliance services exchange point SSP sends CALLID and asks CDR module, carries parameter calling number, called number, call time.
B, Intelligent Network Application Protocol module send CALLID request message body to CDR synthesis module, and message body parameter of carrying: calling number, called number, call time, wherein called number carries IDP message called number.
The calling number that C, CDR synthesis module carries according to each protocol module request message body, called number, call time generate unique call identification CALLID, set up request message body and CALLID relation R1, and response protocol module request.
D, INAP module sends the called number of changing result to CDR module, carries parameter IDP calling number, connect called number, call time; Intelligent Network Application Protocol module sends a notification message body to CDR module when Connect operates, notification message body carries parameter: calling number, actual called number, call time, and wherein actual called number is the called number carried in Connect operation.
E, CDR synthesis module realizes associating with notification message body same caller number by CALLID request message body, namely according to calling number matching request message in INAP notification message, and then coupling CALLID, and set up INAP notification message body and CALLID corresponding relation R2.
F, SSP descending protocol module sends CALLID and asks CDR module, carries parameter: calling number, called number, call time.
G, CDR module is according to request message body match notifications message body, and then coupling CALLID, and responds the CALLID request of descending protocol module.
H, each protocol module all receive CALLID response, CALLID in response message body is inserted TDR, and is sent to DBO module.
I, DBO module forwards TDR to GCR module after keeping TDR.
J, GCR module is according to the TDR production language ticket of different agreement (in TDR unique call identification CALLID).
Wherein, steps A, D, F send CALLID request and notification message according to described order.Step e is by CALLID request message body and notification message body same caller number opening relationships R2.Step G is associated with CALLID by CALLID request message body from relation R2.
See Fig. 2, present system, comprise CDR synthesis module 2-4, Intelligent Network Application Protocol module 2-3, up protocol module 2-1, descending protocol module 2-2, DBO module 2-5 and GCR module 2-6, wherein said Intelligent Network Application Protocol module 2-3, up protocol module 2-1 and descending protocol module 2-2 send CALLID to CDR synthesis module 2-4 and ask and the CALLID response receiving CDR synthesis module 2-4; CALLID during CALLID responds by described Intelligent Network Application Protocol module 2-3, up protocol module 2-1 and descending protocol module 2-2 inserts TDR, and TDR is sent to DBO module 2-5; TDR puts in storage by DBO module 2-5, and forwards TDR to GCR module 2-6.
Above-mentioned CDR synthesis module 2-4 also comprises the notice matching unit 2-4-2 that notification message body and CALLID to be carried out mating and request message body and CALLID is carried out the match messages unit 2-4-1 that mates.Notice matching unit 2-4-2 is used for making calling number coupling CALLID request message in notification message body, mates CALLID further.Match messages unit 2-4-1 is used for by calling number, called number, call time in CALLID notification message body mating CALLID.
Above-mentioned Intelligent Network Application Protocol module 2-3 also comprises for sending calling number, actual called number and the notification message transmitting element 2-3-1 of call time.It is that IDP operates calling number that notification message transmitting element 2-3-1 carries parameter for transmission, and Connect operates actual called number, the message body of call time.
Claims (5)
1. the method for an intelligent network ticket synthesis comprises the steps:
Step 1, up protocol module and Intelligent Network Application Protocol module send a request message body respectively to call detail record CDR synthesis module;
Step 2, CDR synthesis module receives request message body, generates unique call identification CALLID, set up the relation of request message body and CALLID according to request message body, and the request that in response of step 1, each protocol module sends;
Step 3, Intelligent Network Application Protocol module sends a notification message body to CDR synthesis module, and the parameter that described notification message body carries comprises calling number, actual called number and call time;
Step 4, CDR synthesis module associates with notification message body according to request message body, sets up the relation of notification message body and CALLID;
Step 5, descending protocol module transmit a request to CDR synthesis module, and carries parameter;
Step 6, CDR synthesis module is associated with CALLID by the relation of the notification message body of the parameter in step 5 from step 4 and CALLID, and the request of response of step 5;
Step 7, each protocol module receives the CALLID response of CDR synthesis module, the CALLID in response is inserted things and records TDR in detail, and TDR is sent to warehouse-in DBO module;
Step 8, TDR puts in storage by DBO module, and forwards TDR to ticket generation GCR module;
Step 9, GCR module generates voice ticket according to unique call identification CALLID in TDR.
2. the method for a kind of intelligent network ticket synthesis according to claim 1, is characterized in that: the parameter that described request message body is carried comprises calling number, called number and call time.
3. an intelligent network ticket synthesis system, it is characterized in that: comprise call detail record CDR synthesis module, Intelligent Network Application Protocol module, up protocol module, descending protocol module, warehouse-in DBO module and ticket and generate GCR module, wherein said Intelligent Network Application Protocol module, up protocol module and descending protocol module send CALLID to CDR synthesis module and ask and the CALLID response receiving CDR synthesis module; CALLID during CALLID responds by described Intelligent Network Application Protocol module, up protocol module and descending protocol module inserts TDR, and things is recorded in detail TDR and be sent to DBO module; TDR puts in storage by DBO module, and forwards TDR to GCR module; Wherein the specific works step of modules is as follows:
Step 1, up protocol module and Intelligent Network Application Protocol module send a request message body respectively to CDR synthesis module;
Step 2, CDR synthesis module receives request message body, generates unique call identification CALLID, set up the relation of request message body and CALLID according to request message body, and the request that in response of step 1, each protocol module sends;
Step 3, Intelligent Network Application Protocol module sends a notification message body to CDR synthesis module, and the parameter that described notification message body carries comprises calling number, actual called number and call time;
Step 4, CDR synthesis module associates with notification message body according to request message body, sets up the relation of notification message body and CALLID;
Step 5, descending protocol module transmit a request to CDR synthesis module, and carries parameter;
Step 6, CDR synthesis module is associated with CALLID by the relation of the notification message body of the parameter in step 5 from step 4 and CALLID, and the request of response of step 5;
Step 7, each protocol module receives the CALLID response of CDR synthesis module, the CALLID in response is inserted TDR, and TDR is sent to DBO module;
Step 8, TDR puts in storage by DBO module, and forwards TDR to GCR module;
Step 9, GCR module generates voice ticket according to unique call identification CALLID in TDR.
4. a kind of intelligent network ticket synthesis system according to claim 3, is characterized in that: described CDR synthesis module also comprises the notice matching unit that notification message body and CALLID to be carried out mating and request message body and CALLID carried out the match messages unit that mates.
5. a kind of intelligent network ticket synthesis system according to claim 3, is characterized in that: described Intelligent Network Application Protocol module also comprises for sending calling number, actual called number and the notification message transmitting element of call time.
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Address after: 401120 No.2, 7th floor, Fenghuang a building, No.18, Qingfeng North Road, Yubei District, Chongqing Patentee after: Broid Technology Co.,Ltd. Address before: 518057 No.1, area a, 3 / F, building B, Gaoxin South 7th road digital technology park, high tech Zone, Nanshan District, Shenzhen City, Guangdong Province Patentee before: SHENZHEN BROADTECH Co.,Ltd. |