CN101600202A - Network element registration subsystem system, telecom value-added service system and network element registration method - Google Patents
Network element registration subsystem system, telecom value-added service system and network element registration method Download PDFInfo
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Abstract
The invention discloses a kind of network element registration subsystem system, comprise that registering receiver module, information analysis module, message processing module and registration sets up module; The registration receiver module is used for receiving the log-on message from telecom value-added service system requesting party network element; The information analysis module is used for described log-on message is resolved; Message processing module is used for the log-on message after the described parsing is judged, and will agrees that the log-on message of registering is forwarded to registration and sets up module; Described registration is set up between requesting party's network element that module is used for utilizing described log-on message to make telecom value-added service system and the Requested Party network element and is set up registration.The present invention has also protected a kind of telecom value-added service system and network element registration method.The present invention can register automatically to the network element in the telecom value-added service system, and is easy to be flexible, and guaranteed the accuracy and the reliability of log-on message.
Description
Technical field
The present invention relates to communication technique field, relate in particular to a kind of network element registration subsystem system, telecom value-added service system and network element registration method.
Background technology
Along with developing rapidly of mechanics of communication, operator relies on the resource of public telecommunication network and other communication equipment for the user provides various value-added telecom services, is used to satisfy the higher level information requirement of consumer.Usually; in the telecom value-added service system; the service of main business system all be unable to do without the support of miscellaneous service engine; the main business system is used to realize the major function of value-added telecom services; service enabler comprises sms center (SMSC:Short Message Service Center); Short Message Service Gateway (SMGW:ShortMessage Gateway); MMS center (MMSC:Multimedia Message Service Center); wireless application gateway (WAP gateway: Wireless Application Protocol Gateway); the centre of location (LCS:Location Service Center); and various core net etc.; usually also comprise other operation systems in the telecom value-added service system, these other operation systems generally realize helping out to the function with the main business system.In the communication process, between main business system and the service enabler, between the different service enabler or all may carry out mutual between main business system and other operation systems, therefore need between the various network elements (comprising main business system, other operation systems or service enabler) of value-added telecom services, set up link based on different protocol specifications, thereby the registration between the network element just seems particularly important.At present, emerging service enabler and telecom value-added service system emerge in an endless stream, its function also progressively embodies variation and personalized trend, thereby the logon mode between the network element had higher requirement, in the telecom value-added service system for example shown in Figure 1, network element A can accept the unidirectional registration of a plurality of network elements such as network element B, network element C, network element D and carry out mutual with it; In the telecom value-added service system as shown in Figure 2, a main business system 10 can carry out two-way registration with a plurality of service enablers such as sms center 21, MMS center 22, the centre of location 23, core net etc. 24; In the telecom value-added service system as shown in Figure 3, main business system 10 also can carry out unidirectional or two-way registration with other operation systems such as management platform 11, charge system, network management systems, also can register between the different service enablers, for example can carry out unidirectional or two-way registration between the centre of location 23 and the core net 24, also can adopt multiple logon modes such as encrypting registration in addition.
Yet, generally realize the network element registration in the telecom value-added service system in the prior art by way of manual operation, for example log-on messages such as the port that service enabler provided, protocol type need carry out manual entry, deletion and renewal in telecom value-added service system.The obvious complex operation of the mode of this people's workforce accreditation, accuracy is not high, and the safety of log-on message and reliability obviously can not get ensureing, has influenced normal communication order to a certain extent.Especially in telecom value-added service system under the situation of the log-on message frequent updating of the more or network element of network element, the mode of people's workforce accreditation is inefficiency not only, and be unfavorable for solving the collision problem of log-on message between the different network elements, hinder carrying out smoothly of value-added telecom services, thereby influenced service quality.
Summary of the invention
Technical problem to be solved by this invention is, overcomes the deficiencies in the prior art, and a kind of convenient, flexible, accuracy and high network element registration subsystem system, telecom value-added service system and the network element registration method of reliability are provided.
The technical solution adopted for the present invention to solve the technical problems is:
A kind of network element registration subsystem system comprises: module is set up in registration receiver module, information analysis module, message processing module and registration; The registration receiver module is used for receiving the log-on message from telecom value-added service system requesting party network element, and described log-on message is forwarded to described information analysis module; The information analysis module is used for described log-on message is resolved, and the log-on message after will resolving is forwarded to described message processing module; Message processing module is used for the log-on message after the described parsing is judged, and will agrees that the log-on message of registering is forwarded to registration and sets up module; Described registration is set up between requesting party's network element that module is used for utilizing described log-on message to make telecom value-added service system and the Requested Party network element and is set up registration.
Comprise that also information preserves module, described information is preserved module and is used to preserve the log-on message that message processing module is agreed registration, and described log-on message is offered registration sets up module.
Described information analysis module also comprises decrypting device, and described decrypting device is used for the log-on message of encrypting is decrypted.
Described log-on message comprises at least a in IP address, port numbers, communications protocol type, communications protocol version, number format, number section, user name, the password.
Also comprise the registration feedback module, described registration feedback module is used for message processing module is judged that the registration response message that produces encapsulates, and the registration response message after will encapsulating feeds back to requesting party's network element.
Described information analysis module is used for also message processing module is judged that the registration response message that produces encapsulates that described registration receiver module also is used for the registration response message after the encapsulation is fed back to requesting party's network element.
Also comprise the log-on consultation module, described log-on consultation module is used for disagreeing with that according to described message processing module the log-on message of registration makes up acceptable negotiation log-on message, and described negotiation log-on message is fed back to requesting party's network element.
Described registration receiver module also is used to receive the approval response message of requesting party's network element or new log-on message; Described information analysis module also is used for described approval response message or new log-on message are resolved, and the approval response message after will resolving or new log-on message are sent to message processing module; Described message processing module is agreed to utilize the negotiation log-on message of described approval response message correspondence to register, or described new log-on message is judged.
Described information analysis unit also is used for message processing module is judged that the registration response message of generation or the negotiation log-on message of log-on consultation module construction encapsulate; Described registration receiver module also is used for the registration response message after the encapsulation or consults log-on message feeding back to requesting party's network element.
A kind of telecom value-added service system that comprises above-described network element registration subsystem system also comprises main business system, service enabler and other operation systems, and described main business system, service enabler and other operation systems are requesting party's network element or Requested Party network element.
A kind of network element registration method may further comprise the steps: A: the network element registration subsystem system receives the log-on message of requesting party's network element in the telecom value-added service system; B: described log-on message is resolved; C: the log-on message after resolving is judged,, then utilized log-on message after resolving to make to set up between requesting party's network element and the Requested Party network element in the telecom value-added service system and register if agree registration.
Described log-on message comprises the log-on message of registering first between requesting party's network element and the Requested Party network element, or requesting party's network element needs the Requested Party network element to upgrade, delete or newly-increased log-on message.
Among the step C,,, and described negotiation log-on message is fed back to requesting party's network element hold consultation then according to disagreeing with that the log-on message of registration makes up acceptable negotiation log-on message if disagree with registration.
The invention has the beneficial effects as follows, network element registration subsystem system of the present invention, telecom value-added service system and network element registration method have been realized the network element function of registration automatically, comprise the registration first between the network element, and the log-on message of a certain network element upgrades, newly-increased or deletion; The present invention does not need manual operation, has therefore improved registration efficient, has guaranteed the accuracy and the reliability of log-on message.The present invention not only can realize in the telecom value-added service system service enabler to the registration of main business system, also can realize between the service enabler, the registration between main business system and other operation systems, and is convenient and swift, is widely used.
Can further adopt negotiation mechanism that log-on message is in time adjusted in the network element registration subsystem system of the present invention, the parameter collision problem in the log-on message is effectively solved.Therefore the success rate and the flexibility of registration have effectively been improved.
Description of drawings
Fig. 1 is first kind of logon mode schematic diagram of telecom value-added service system in the prior art;
Fig. 2 is second kind of logon mode schematic diagram of telecom value-added service system in the prior art;
Fig. 3 is the third logon mode schematic diagram of telecom value-added service system in the prior art;
Fig. 4 is first kind of embodiment structured flowchart of network element registration subsystem system of the present invention;
Fig. 5 is second kind of embodiment structured flowchart of network element registration subsystem system of the present invention;
Fig. 6 is network element registration subsystem of the present invention the third embodiment structured flowchart of uniting;
Fig. 7 is network element registration subsystem of the present invention the 4th kind of embodiment structured flowchart of uniting;
Fig. 8 is first kind of embodiment flow chart of network element registration method of the present invention;
Fig. 9 is second kind of embodiment flow chart of network element registration method of the present invention.
Embodiment
In the telecom value-added service system; except the main business system; usually also comprise and be used to service enabler that the main business system provides support or the main business system is carried out other auxiliary operation systems of function etc., mutual generally being based upon on the basis of registration between main business system, miscellaneous service engine or these network elements of other operation systems.Log-on message comprises IP address, port numbers, communications protocol type, communications protocol version, number format, number section, username and password etc., link first between two network elements, perhaps a certain parameter update in the log-on message of a network element, deletion or when newly-increased need send register requirement with operations such as the registration that realizes relevant parameter or renewals to another network element.For example in the telecom value-added service system that provides certain short message service, service enabler comprises sms center, Short Message Service Gateway, MMS center, WAP gateway, the centre of location, core net etc., and other operation systems comprise charge system, network management system and management platform etc.; Generally, because the concrete COS difference that telecom value-added service system provides, the status of same operation system in telecom value-added service system also is not quite similar, for example charge system can be the main business system in a kind of telecom value-added service system, and can be other operation systems in another kind of telecom value-added service system.Among the present invention, the network element that proposes register requirement first or log-on message renewal, deletion and newly-increased request is requesting party's network element, receives register requirement first or log-on message upgrades, the network element of deletion and newly-increased request is the Requested Party network element.The present invention can realize by following execution mode, but be not limited to following mode.
Fig. 4 is the network element registration subsystem of the present invention 40 first kinds of embodiment structured flowcharts of uniting, and comprising: module 44 is set up in registration receiver module 41, information analysis module 42, message processing module 43 and registration.
Wherein, registration receiver module 41 is used for receiving the log-on message from telecom value-added service system requesting party network element 30, and log-on message is forwarded to information analysis module 42.Log-on message can together carry when requesting party's network element 30 is mentioned register requirement, also can at first mention register requirement by requesting party's network element 30, sends once more after the Requested Party network element is agreed, also can wait other modes initiatively to obtain regularly to detect by the Requested Party network element.The log-on message that registration receiver module 41 outwards provides unique address or path to be used to receive other network elements.These log-on messages comprise IP address, port numbers, communications protocol type, communications protocol version, number format, number section, user name, password of requesting party's network element 30 etc., also can comprise some extended fields, expand according to self-demand for main business system or other network elements.The log-on message that registration receiver module 41 receives comprises whole log-on messages of requesting party's network element 30, also can be the part log-on message; The former generally is applicable to the situation that requesting party's network element 30 is registered first to the Requested Party network element, and the latter is applicable to that requesting party's network element 30 needs the Requested Party network element that log-on message is upgraded, deletes or newly-increased situation.
Registration is set up module 44 and is used for utilizing setting up between requesting party's network element 30 that log-on message after the parsing makes telecom value-added service system and the Requested Party network element and registers.This registration sets up that module 44 can long-chain connects or short chain connects according to setting up between the requirement of requesting party's network element 30 and the Requested Party network element, also can set up module 44 to registration according to the needs of telecom value-added service system and carry out the default of on-link mode (OLM).
Network element registration subsystem system 40 of the present invention has been realized the function of registration automatically of the network element in the telecom value-added service system, comprise the registration first between the network element, and the log-on message of a certain network element upgrades, newly-increased or deletion etc., the present invention does not need manual operation, therefore improve registration efficient, and guaranteed the accuracy and the reliability of log-on message.Native system not only can be realized the registration of service enabler to the main business system, also can realize between the service enabler, the registration between main business system and other operation systems, and is convenient and swift, is widely used.
Fig. 5 is the network element registration subsystem of the present invention 40 second kinds of embodiment structured flowcharts of uniting.Comprise also in the present embodiment that being arranged on the information that message processing module 43 and information sets up between the module 44 preserves module 46, this information is preserved module 46 and is used to preserve the log-on message that message processing module 43 is agreed registration, and these log-on messages are offered registration sets up module 44.Module 44 is set up in registration can preserve the request that log-on message is obtained in module 46 transmissions to information as the case may be, and information preservation module 46 is returned required log-on message to registration according to this request and set up module 44.The preserving type that log-on message is preserved in the module 46 in information comprises that database is preserved or file is preserved, and log-on message directly can be kept in the disk, also can be kept to set up module 46 for registration in the buffer memory and read.
The present invention also can comprise registration feedback module 45, can be after 43 pairs of log-on messages of message processing module are judged according to the registration registration response message whether successful situation produces, registration feedback module 45 pairs of these registration response messages encapsulate, and the registration response message after will encapsulating feeds back to requesting party's network element 30 and makes it in time learn registering result.In addition, the function of registration feedback module 45 also can directly be realized by information analysis module 42 and registration receiver module 41 among the present invention, information analysis module 42 also was used for the registration response message that the judgement to message processing module 43 produces and encapsulated this moment, registration receiver module 41 also is used for the registration response message after the encapsulation is fed back to requesting party's network element 30, so the structure of network element registration subsystem system 40 is more simplified.
Figure 6 shows that network element registration subsystem system 40 the third embodiment structured flowcharts of the present invention, in the present embodiment, if the Requested Party network element is disagreed with the log-on message that requesting party's network element 30 provides, then this log-on message is analyzed and handled, make up receivable negotiation log-on message according to specific requirement, and send it to requesting party's network element 30 and hold consultation, if this consults log-on message 30 approvals of requesting party's network element, then send the approval response message to network element registration subsystem system 40, network element registration subsystem system 40 utilizes corresponding negotiation log-on message to register, otherwise requesting party's network element 30 can provide new log-on message, network element registration subsystem system 40 judges to new log-on message even consults once more that this function can realize by log-on consultation module 47.This log-on consultation module 47 is used for disagreeing with that according to message processing module 43 log-on message of registration makes up acceptable negotiation log-on message, and will consult log-on message and feed back to requesting party's network element 30 for its references.This negotiations process can independently be finished by log-on consultation module 47, and for example log-on consultation module 47 directly will be consulted log-on message and is sent to requesting party's network element 30, receives approval response message or new log-on message again, also can finish by the assistance of other functional modules.
Negotiation mechanism provided by the invention can in time be adjusted the log-on message of disagreeing with registration, for example a certain parameter is conflicted mutually with the parameter that other network elements provide in the log-on message that message processing module 43 discovery requesting party network elements 30 provide, then this situation is in time fed back to requesting party's network element 30, the problem of parameter conflict is effectively solved by log-on consultation module 40.Therefore the present invention has effectively improved the success rate and the flexibility of registration.
Log-on consultation module 47 matches with registration receiver module 41 and information analysis module 42 and finishes in the process of negotiation, and registration receiver module 41 also is used to receive the approval response message of requesting party's network element 40 or new log-on message; Information analysis module 42 also is used for approval response message or new log-on message are resolved, and the approval response message after will resolving or new log-on message are sent to message processing module 43; Message processing module 43 is agreed to utilize the negotiation log-on message of this approval response message correspondence to register, or new log-on message is judged.This negotiations process can be carried out repeatedly, formation is admitted each other or is compromised between net element information system 40 and requesting party's network element 30, and final registration is set up module 44 and utilized the log-on message of message processing module 43 agreements to make foundation registration between requesting party's network element 30 and the Requested Party network element.The negotiation log-on message that log-on consultation module 47 makes up in the present embodiment is sent to requesting party's network element 30 after encapsulating by registration feedback module 45.Also can be according to the 4th kind of execution mode of for example Fig. 7, to consult log-on message by information analysis module 42 and registration receiver module 41 and be sent to requesting party's network element 30, in the present embodiment, information analysis module 42 also is used for the registration response message of the judgement generation of message processing module 43 or consults log-on message encapsulating; Registration receiver module 41 also is used for the registration response message after the encapsulation or consults log-on message feeding back to requesting party's network element 30, and this execution mode has further been simplified system configuration.
Fig. 8 is first kind of embodiment flow chart of network element registration method of the present invention, may further comprise the steps:
S100: network element registration subsystem system 40 receives the log-on message of requesting party's network element 30 in the telecom value-added service system, this log-on message comprises the log-on message of described request side's network element 30 when the Requested Party network element is registered first, or described request side's network element 30 request is upgraded, deletion or the log-on message that increases, and the latter's log-on message may include only needs a part of log-on message of upgrading, delete or increasing.
S101: log-on message is resolved.
S102: the log-on message after resolving is judged,, otherwise entered step S104 if agree registration then enter step S103.
S103: the log-on message after utilize resolving makes to set up between requesting party's network element 30 and the Requested Party network element in the telecom value-added service system and registers.
S104: flow process finishes, and also can send to requesting party's network element 30 and succeed in registration or the unsuccessful registration response message.
Fig. 9 is second kind of embodiment flow chart of network element registration method of the present invention, may further comprise the steps:
S200: network element registration subsystem system 40 receives the log-on message of requesting party's network element 30 in the telecom value-added service system.
S201: log-on message is resolved.
S202: the log-on message after resolving is judged,, otherwise entered step S203 if agree registration then enter step S207.
S203: register if disagree with the log-on message after utilize resolving, then log-on message is analyzed and handled, and make up acceptable negotiation log-on message according to the log-on message that connects after the parsing.
S204: will consult log-on message and be sent to requesting party's network element 30.
S205: requesting party's network element judges consulting log-on message, if approval log-on consultation log-on message then enter step S206, otherwise would get back to the new log-on messages that step S200 network element registration subsystem system 30 receives from requesting party's network element 30.
S206: if this negotiation log-on message of requesting party's network element 30 approvals then sends the approval response messages to network element registration subsystem system 40, this approval response message of network element registration subsystem system 40 receptions, and agree to utilize the negotiation log-on message of its correspondence to register.
S207: the log-on message of agreeing registration is preserved.
S208: make the log-on message that utilizes between requesting party's network element 30 and the Requested Party network element among the step S207 set up registration.
The present invention has also protected the telecom value-added service system that comprises the above various network element registration subsystem system 40, and the main business system in the telecom value-added service system, service enabler or other operation systems all can be requesting party's network element or Requested Party network element.These network element registration subsystem system 40 stand-alone network elements that can be set to according to demand in the telecom value-added service system also can be arranged in requesting party's network element 30 or the Requested Party network element.
Above content be in conjunction with concrete preferred implementation to further describing that the present invention did, can not assert that concrete enforcement of the present invention is confined to these explanations.For the general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.
Claims (13)
1. a network element registration subsystem system is characterized in that, comprising: module is set up in registration receiver module, information analysis module, message processing module and registration;
The registration receiver module is used for receiving the log-on message from telecom value-added service system requesting party network element, and described log-on message is forwarded to described information analysis module;
The information analysis module is used for described log-on message is resolved, and the log-on message after will resolving is forwarded to described message processing module;
Message processing module is used for the log-on message after the described parsing is judged, and will agrees that the log-on message of registering is forwarded to registration and sets up module;
Described registration is set up between requesting party's network element that module is used for utilizing described log-on message to make telecom value-added service system and the Requested Party network element and is set up registration.
2. subsystem according to claim 1 is characterized in that, also comprises: information is preserved module, and described information is preserved module and is used to preserve the log-on message that message processing module is agreed registration, and described log-on message is offered registration sets up module.
3. subsystem according to claim 1 is characterized in that: described information analysis module also comprises decrypting device, and described decrypting device is used for the log-on message of encrypting is decrypted.
4. subsystem according to claim 1 is characterized in that: described log-on message comprises at least a in IP address, port numbers, communications protocol type, communications protocol version, number format, number section, user name, the password.
5. according to each described subsystem in the claim 1 to 4, it is characterized in that, also comprise: registration feedback module, described registration feedback module are used for message processing module is judged that the registration response message that produces encapsulates, and the registration response message after will encapsulating feeds back to requesting party's network element.
6. according to each described subsystem in the claim 1 to 4, it is characterized in that: described information analysis module is used for also message processing module is judged that the registration response message that produces encapsulates that described registration receiver module also is used for the registration response message after the encapsulation is fed back to requesting party's network element.
7. according to each described subsystem in the claim 1 to 4, it is characterized in that: also comprise the log-on consultation module, described log-on consultation module is used for disagreeing with that according to described message processing module the log-on message of registration makes up acceptable negotiation log-on message, and described negotiation log-on message is fed back to requesting party's network element.
8. subsystem according to claim 7 is characterized in that: described registration receiver module also is used to receive the approval response message of requesting party's network element or new log-on message; Described information analysis module also is used for described approval response message or new log-on message are resolved, and the approval response message after will resolving or new log-on message are sent to message processing module; Described message processing module is agreed to utilize the negotiation log-on message of described approval response message correspondence to register, or described new log-on message is judged.
9. subsystem according to claim 8 is characterized in that: described information analysis unit also is used for message processing module is judged that the registration response message of generation or the negotiation log-on message of log-on consultation module construction encapsulate; Described registration receiver module also is used for the registration response message after the encapsulation or consults log-on message feeding back to requesting party's network element.
10. telecom value-added service system that comprises in the claim 1 to 9 each described network element registration subsystem system, also comprise main business system, service enabler and other operation systems, described main business system, service enabler and other operation systems are requesting party's network element or Requested Party network element.
11. a network element registration method is characterized in that, may further comprise the steps:
A: the network element registration subsystem system receives the log-on message of requesting party's network element in the telecom value-added service system;
B: described log-on message is resolved;
C: the log-on message after resolving is judged,, then utilized log-on message after resolving to make to set up between requesting party's network element and the Requested Party network element in the telecom value-added service system and register if agree registration.
12. method according to claim 11, it is characterized in that: in the steps A, described log-on message comprises the log-on message of registering first between requesting party's network element and the Requested Party network element, or requesting party's network element needs the Requested Party network element to upgrade, delete or newly-increased log-on message.
13. according to claim 11 or 12 described methods, it is characterized in that: among the step C, if disagree with registration,, and described negotiation log-on message is fed back to requesting party's network element hold consultation then according to disagreeing with that the log-on message of registration makes up acceptable negotiation log-on message.
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| Application Number | Priority Date | Filing Date | Title |
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| CNA2009101078036A CN101600202A (en) | 2009-06-02 | 2009-06-02 | Network element registration subsystem system, telecom value-added service system and network element registration method |
| PCT/CN2010/073420 WO2010139264A1 (en) | 2009-06-02 | 2010-06-01 | Network element registration subsystem, telecommunication value-added service system and network element registration method |
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| CNA2009101078036A CN101600202A (en) | 2009-06-02 | 2009-06-02 | Network element registration subsystem system, telecom value-added service system and network element registration method |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2010139264A1 (en) * | 2009-06-02 | 2010-12-09 | 中兴通讯股份有限公司 | Network element registration subsystem, telecommunication value-added service system and network element registration method |
| CN110365750A (en) * | 2019-06-25 | 2019-10-22 | 苏宁云计算有限公司 | Service registration system and method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US7415274B2 (en) * | 2003-02-19 | 2008-08-19 | Nokia Corporation | Routing procedure for a communication system |
| CN101005467A (en) * | 2006-06-26 | 2007-07-25 | 华为技术有限公司 | Method for log-on consultation |
| CN101296113B (en) * | 2007-04-29 | 2011-01-19 | 中兴通讯股份有限公司 | Network element device, network management system and method for network element device registration access to network management system |
| CN101426260A (en) * | 2008-12-15 | 2009-05-06 | 华为技术有限公司 | Customer registration affair notifying method, server, proxy and system based on SIP |
| CN101600202A (en) * | 2009-06-02 | 2009-12-09 | 中兴通讯股份有限公司 | Network element registration subsystem system, telecom value-added service system and network element registration method |
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- 2009-06-02 CN CNA2009101078036A patent/CN101600202A/en active Pending
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2010139264A1 (en) * | 2009-06-02 | 2010-12-09 | 中兴通讯股份有限公司 | Network element registration subsystem, telecommunication value-added service system and network element registration method |
| CN110365750A (en) * | 2019-06-25 | 2019-10-22 | 苏宁云计算有限公司 | Service registration system and method |
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