CN101060561A - A method and system for providing the telecommunication value-added service - Google Patents
A method and system for providing the telecommunication value-added service Download PDFInfo
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Abstract
The disclosed method for supplying value-adding telecom business just configures software to execute different value-adding business independently to exact telecom network, special the mobile positioning business. This invention uses global, large-area and local LBSP framework to realize cross-network multiple-business uniform management.
Description
Technical field
The present invention relates in communication network, provide the method and system of value-added service, relate in particular to the method and system that mobile location service is provided.
Background technology
In recent years, the importance of value-added telecom services is more and more outstanding, in the middle of various value-added telecom services, wireless data value-added service especially mobile location information service is one of service of tool market potential, and is especially true for 3G mobile communications network on the horizon.
Location-based service (Location-based Services, LBS/LCS) also claim positioning service, be by cordless communication network, obtain wireless user's positional information (latitude and longitude coordinates data), a kind of WVAS of respective service is provided under the support of GIS platform.In a broad sense, so long as location-based information service all belongs to location-based service, as amusement message, traffic returns, map and guide, targeted advertisements, interactive entertainment, vehicle tracking, teleprocessing and the network management system of position-based information.The problem that will solve of positioning service is to utilize the good coverage effect of wireless network and user's permeability, can be in the correct time, and correct place sends to right user to correct information.
Comprise Mobile Network Operator, navigation system developer, GIS platform developer and content and service provider on the positioning service industrial chain.
Mobile Network Operator is released basic positioning service by increase navigation system on basic network, and to the open unified positioning service protocol interface of content/service provider (SP/CP), as just having defined the Li Technical Interface Specification that Le interface that GMLC (GMLC) open to SP/CP and SP/CP visit GIS-Geographic Information System (GIS) or GIS middleware in " China Netcom Group positioning service standard ".
Navigation system is provided by network equipment supplier exploitation at present mostly, and the navigation system that they provide comprises the Location Measurement Unit (LMU) of wireless network side, the Serving Mobile Location Center (SMLC) and the equipment such as GMLC (GMLC), settlement system of core-network side.What navigation system solved is the Location Request that how to respond the user, obtains the positional information of portable terminal by navigation system, and information is returned the user who sends application.The location technology of mobile network's employing at present has: Cell ID mode, E-OTD mode, A-GPS mode, and compound A-GPS mode (being that A-GPS is in conjunction with preceding two kinds of technology).
GIS-Geographic Information System (GIS) platform provides two dimension, three-dimensional geographic information data such as city map and on this basis development interface is provided.
Service/content provider (SP/CP) then on above-mentioned carrier network, navigation system and GIS platform base, provides the LBS/LCS service of variety of way to the mobile subscriber by the value-added service open interface of operator.
In order to make the locating information service produce bigger effect in people's life, the position service system platform based on wireless network of setting up modes such as WAP mode, SMS mode, MMS mode, Streaming Media mode, electronic chart software mode and navigation software just becomes exigence.
Though wireless data value-added service in recent years comprises that the mobile location service growth momentum is pretty good, the shortage of service content remains its major reason that increases fast of restriction, and is particularly especially true for 3G (Third Generation) Moblie.Cause the reason of this phenomenon to mainly contain:
Many data value-added services of present domestic operator are that the basic value-added service that the business platform by equipment vendor carries provides, and the function that is provided is comparatively limited, does not attract more service/content supplier to enter this field;
Present stage operator access, the management platform still vertical framework mostly of mobile value-added service, promptly different business is carried out relatively independent management, be difficult to realize that the information resources to links such as user, business, SP and CP are shared, such framework not only be unfavorable for new business generation, increased professional management difficulty, but also can cause repeated construction;
The service provider does not know much have less understanding for the ins and outs of wireless network and data value-added service platform, particularly 3-G (Generation Three mobile communication system) is complicated relatively more, and the good business development platform of service provider's neither one is very big must to have been influenced them and enter the resolution in this field and enter the speed that service is released in the back;
The service provider who enters this field is according to the service conditions design business platform separately of oneself, causes separately platform to the dependence of type of service, concrete wireless network or even certain value-added service network protocol interface.This situation is unfavorable for that service provider expands the scope of business of oneself, develops new business or combinations of services;
In addition, current a lot of wireless data value-added services have region restriction and to the dependence of single communication network, service provider lacks suitable business platform and carries out trans-regional, as to stride wireless network value-added service.
U.S. Pat 20040192299, US20040192339, US20040203901 has described a platform that is made of database, server system (positioning subsystem, positioning service subsystem) and inner private network, and being used for provides certain mobile location service (as seeking the friend position, organize a meeting etc.) to the user.U.S. Pat 20050059410, US20050136946 has then described one by how finishing service process according to the mobile location service of customization in advance between service supplier and the position record entity (travelling carriage), comprises that position record entity is according to predefined format initiation positioning service request; Service supplier is described by navigation system, generalized information system transformation service request to predefined geography information; Analyze professional trigger condition, whether decision provides requested service.Wherein service supplier has comprised that position determining entity, generalized information system, business provide subsystems such as entity.But the mobile location service that foregoing invention provides is more single, do not consider trans-regional, stride the mobile network, when number of users is huge how resolution system handle the problem of capacity, do not relate to the ability how operation management is provided as a mobile service platform yet.
This shows, development along with mobile value-added service, uniform data management, service management, user management, Certificate Authority and accounting management, realizing that unified service platform framework trans-regional even that stride mobile network's adaptation different business is the inevitable approach that realizes complicated service is day by day efficiently managed, expanded fast new business, also is the active demand that mobile value-added service develops.
Summary of the invention
The present invention is directed to present value-added telecom services particularly the problem that exists of wireless data value-added service and positioning service market proposed a kind ofly can carry out the particularly method and system of running fix value-added service of various value-added telecom services.
The present invention proposes a kind of method that value-added telecom services are provided, and described method comprises the following steps:
1) reception is from user's service request information of at least one communication network value-added service gateway; And this message handled, make it to become the inside story of value-added service treatment system;
2) this inside story is analyzed, carried out business data processing according to the requested service content;
3) business datum of handling well is carried out the corresponding protocol conversion process;
4) by the business datum of value-added service gateway after the user sends this protocol conversion.
The present invention has further proposed a value-added service service unit (LBSP) of being made up of some functional units, and this device comprises:
A LPI interface that is connected with the value-added telecom services gateway, this interface can be configured to supports a plurality of wireless network protocols, thereby realizes and being connected of a plurality of different value-added service gateways;
A Service Processing Unit LSP, described LSP comprises at least one computer or server, in order to finish to from the message that is about to mail to the value-added service gateway carry out protocol conversion, user business request information processing, business data processing, search the related service data at the internal system database search, to outside third party CP application business datum, business datum is encapsulated combination according to the method for service of customer requirements;
A data library unit LDB, LDB are configured to the comprehensive of multiple logical data base, comprise customer data base LCDB and Service Database LSDB at least.
The present invention also proposes a kind of system that value-added service is provided, and this system comprises at least two LBSP, and wherein at least one is configured to first order LBSP, provides the value-added service service to the zone of being responsible for separately; At least one is configured to second level LBSP, is responsible for management and coordination to linchpin first order LBSP; Between the LBSP at the same level and the connection between the LBSP of the superior and the subordinate finish by the LEI interface.
Utilization the present invention only needs just can carry out the various value-added services, particularly mobile location service that are independent of concrete wireless or wireline telecommunication network easily simultaneously by software arrangements.Here said wireless network is meant by certain wireless standard technical support, by some wireless and wireline equipment formation metropolitan area or Wide Area Networks, provides the network of service to the terminal use by multi-user's wireless access mechanism.Such as present GSM, GPRS, CDMA, PHS (Personal Handyphone System) network, from now on 3G network, with PWLAN (public access wireless LAN)/MANs such as WiMAX, and the network that supports by other wireless technology (as RFID etc.).
The present invention also has the ability of carrying out mobile value-added service by the wide area networking, promptly by the multistage architecture of the overall situation, Da Qu and local LBSP, forms trans-regional increment service system, can realize striding the unified operation management of wireless network, multiple mobile location service.For example look the traffic carrying capacity size and can dispose local LBSP and a plurality of different networks interface, perhaps dispose a plurality of local LBSP respectively with the different networks interface, by upper level LBSP unified management, thereby realize providing service to the user of different networks by integrated system.Also can dispose local LBSP and support multiple value-added service protocol interface, thereby realization is provided the service ability of several data value-added service to the user by integrated system.System involved in the present invention can realize operation management functions such as user's registration, service subscription, authentication, charging, third party's generalized information system are integrated, new business exploitation easily.Service Database can write down the historical data of magnanimity simultaneously, along with constantly carrying out of business, system can carry out statistical analysis to historical data, obtain being of value to the mass data statistical report form of business development and user management, also can draw prediction data at some mobile location service, it is intelligent to make that service has.
After reading the detailed description of embodiment of the present invention in conjunction with the accompanying drawings, other characteristics of the present invention and advantage will become clearer.
Description of drawings
Fig. 1 is apparatus of the present invention LBSP residing position view in the value-added telecom services network.
Fig. 2 is the step that the LBSP system provides the value-added telecom services service.
Fig. 3 is one group of value-added service interface and the interface protocol example thereof that the LPI interface may be supported.
Fig. 4 is a LBSP system protocol internet adapter software module map
Fig. 5 is the assembly assumption diagram of gateway adapter module in the protocol adaptation software
Fig. 6 is a kind of embodiment of LEI protocol stack of the interface.
Fig. 7 is a kind of embodiment of LII protocol stack of the interface.
Fig. 8 is the LBSP system block diagram.
Fig. 9 is the Function Decomposition of LSP unit.
Figure 10 is the LBSP system schematic that adopts two level frameworks.
Figure 11 is the LBSP system schematic that adopts multistage architecture.
Embodiment
Describe the specific embodiment of the present invention in detail below in conjunction with accompanying drawing.
As shown in Figure 1, device of the present invention is a LBSP system of playing the part of SP role, though drawn the value-added service gateway in the PLMN networks such as GMLC, SMSC, MMSC, WAP GW among the figure, be not to show that system of the present invention (being the LBSP system) only supports the protocol gateway among the figure.In fact, ensuing description will illustrate that the LBSP system can support the various value-added service protocol gateways of each telecom operators, for new network value added service protocol favorable expansibility is arranged also, as long as develop simply and the corresponding software module that superposes just can be supported new value-added service agreement.For example for 3G network, as long as exploitation and configuration support that (the OSA standard is the open service platform standard that Joint API tissue-3GPP, Parlay and ETSI unite issue to the OSA standard, OSA provides an opening, standardized, programmable API, by the professional ability of this API to the application open network.) software module, the LBSP device can be supported exploitation, the operation of 3G value-added service.
When the value-added service gateway of user A by the PLMN network when the LBSP system sends service request, system provides service by step as shown in Figure 2 to this user:
At first, the LBSP system with value-added service agreement termination, converts internal system message format (1) to doing protocol conversion from user's service request information of certain value-added service gateway of PLMN network to.This function realizes that by protocol adaptation software this software has the characteristics of open and extensibility by the design of modularization framework, and the new assembly that only needs when system need support new value-added service agreement to superpose on original basis of software gets final product.
With regard to making the business processing flow of internal system be independent of concrete outside value-added service protocol interface, make every value-added service can share a unified processing platform by such method.The interface that we define LBSP system and PLMN network value added Service Gateway is the LPI interface, and Fig. 3 has exemplified one group of LPI interface protocol that the LBSP system may support.
Fig. 4 and Fig. 5 further illustrate above-mentioned protocol adaptation software and how to finish LPI interface protocol and the conversion of internal system protocol of messages, and the opening of this software and autgmentability characteristics.As shown in Figure 4, protocol adaptation software is made of some gateway adapters and system entry message route and outlet message routing module.Wherein the professional operator that is connected takes place at each with the LBSP system and disposes in each gateway adapter, China Mobile as shown in FIG. (CMC) gateway adapter, CHINAUNICOM (CUC) gateway adapter or the like, according to the needs that business is carried out, all right configuration pin is to the gateway adapter of other operator.Heading according to this message format when gateway adapter receives message from operator's value-added service gateway in system carries out necessary processing, and this value-added service agreement that terminates is converted into the message format of internal system; When sending message, operator's value-added service gateway then carries out opposite processing in system.The entry message routing module is responsible for that then the message that gateway adapter is exported is routed to system relevant treatment unit and is further handled, otherwise outlet message routing module is responsible for the processing module that the message that system is about to send routes in the corresponding gateway adapter is carried out protocol conversion.As shown in Figure 5, above-mentioned gateway adapter is made of some value-added service protocol engine modules and an internal system protocol engine module, and each value-added service protocol engine can be used as independently arrangement of components.Value-added service protocol engine this value-added service agreement internal system protocol engine of being responsible for terminating then is responsible for according to the internal system message format above-mentioned message being encapsulated again when system receives message from operator's value-added service gateway; Being responsible for ending system inside story form value-added service protocol engine at system's internal system protocol engine when operator's value-added service gateway sends message then encapsulates this message according to the value-added service agreement.In sum, system such as need increase a certain value-added service at certain operator, only need exploitation and in the respective protocol adapter, add the engine module of supporting this value-added service agreement, and in routing module, adjust routing configuration and get final product, and other processing unit of system is not almost influenced.
The LBSP system authenticates (2) according to above-mentioned message to the identity of user A then, if this user is a validated user, and the service steps below then continuing.Otherwise return error message (3) to the user, end the service to this user, this message converts the value-added service protocol message that this user uses to through protocol adaptation software equally and sends to user A.
The LBSP system carries out business datum preparation (5) according to user A requested service content subsequently, and its concrete steps comprise the retrieval related service data by the internal system database, perhaps applies for business datum by the LEI interface to outside third party CP; Business datum is encapsulated combination according to the method for service of customer requirements, prepare to send to the user with the form of certain value-added service.
Especially, when above-mentioned service relates to the service of positioning service (4), the LBSP system also will position operation (6) to user A by the positioning service interface gateway (as the GMLC among Fig. 1) of PLMN network before preparing carrying out business datum, carries out business datum preparation (8) by the positional information triggering more afterwards receiving the customer position information (7) that the PLMN network returns.There is no particular limitation to the concrete location technology of PLMN network using for method of the present invention.
Last LBSP system encapsulates ready business datum according to certain value-added service method of service that user A requires with this value-added service agreement, send business datum (9) by certain value-added service gateway of PLMN network to user A.
The said system inside story is divided into two types of LIIAP, LEIAP.LIIAP is interface (LII) message between inner each functional unit of LBSP subsystem, comprises user's service request information, service order message, and each unit is to operational order of database or the like.LEIAP is between the LBSP subsystem and the interface of LBSP system and third party SP/CP (LEI) message, the Operation and Maintenance message that comprises user between user's the roaming management, accounting management, subsystem and service data interaction, LBSP, and to third party SP/CP inquiry, application business datum or the like.Fig. 6 is a kind of embodiment of LEI protocol stack of the interface, and Fig. 7 is a kind of embodiment of LII protocol stack of the interface.
As shown in Figure 8, system adopts distributed, modular framework when realizing, comprise Business Processing (LSP) and two logic function unit of database (LDB).The LDB unit is the comprehensive of multiple logical data base, comprises user (LCDB) and Service Database (LSDB).The LCDB storage user data comprises customer attribute information and customer service application service recorder; The business datum of LSDB storage comprises the business datum that generates after service source data and the LSP cell processing source data, wherein the service source data comprise the data (as the commercial matters information of band position attribution) that the data (as positional information) of coming from terminal use's one side collection and background user provide, and by application, the data that purchase obtains from the third party (as GIS information etc.), the business datum that generates after the LSP cell processing source data comprises the Service Support Data (the electronics road conditions figure required as the traffic inquiry business) that the deal with data source generates, handle the business statistics data that are about to send to user's data and the generation of LSP statistical analysis business datum secondary that generate according to the business customizing demand.LSP finishes the unit all service processing function of system, except protocol conversion function above-mentioned, also comprise user management, accounting management, to the user provide WAP and Web use the interface, to corporate customer business monitoring and business statistics output, response service request from user, the professional trigger condition of analysis user, search in LDB are provided, gather and organize business datum, the renewal that the user asks and safeguard user among the LDB and business datum, to user's issuing service data, system OAM, historical service operation data are carried out statistical analysis.The function of LSP can further decompose in a plurality of logic function unit and finish, and communicates by letter by LIIAP in each unit.Fig. 9 has just illustrated a kind of decomposing scheme of LSP function, wherein LPG is a conversion unit of protocol, in order to finishing the protocol conversion of communication information between LBSP built-in function unit and the outside value-added service gateway, and the route of communication information between the LBSP built-in function unit; LCM is a service management unit, in order to the user of management LBSP, statistics user's professional operating position, managing user interface unit LWS, according to customer requirement outgoing traffic statistics and business monitoring interface, initiate service request according to service request from user to the LSM unit; LSM is a Service Management Unit, finishes handling process to business in order to the user's service request, management and the control LSE that analyze and initiate response service trigger condition, parsing and response LCM unit; LSE is the service enabler unit, in order to the instruction according to LSM, finishes the business processing flow such as assembled package, business datum issue of LDB retrieval and record, the application of outside CP business datum, business datum; LWS is a user interface elements, provide the use interface in order to mode under the management of LCM to the user by Web and WAP, operation list, service propaganda promotion message are provided, user's registration, business customizing, bill inquiry, user profile registration, maintenance and query interface are provided; LOM is the operation management maintain unit, is Charging Detail Record unit in order to the OAM(Operation Administration Maintenance) LCG that finishes LBSP, in order to finish the accounting management function.
The present invention has taken into full account the demand that 3G network is from now on carried out big data on flows value-added service, adopts modularization, open system architecture, and the above-mentioned functions unit of system can look concrete condition and realize by separate unit or multiple servers.Very big in service traffics, perhaps Business Processing algorithm complexity when operand is huge, can also be finished the function of a certain unit by the group that multiple servers is formed parallel processing.Some specific functional units also can realize by the computing type frame based on ATCA when the very strong operational capability of handled service needed.
System can expand the traffic handing capacity of self by following step, provides the needs of multiple mobile value-added service to a large number of users to adapt to the trans-regional PLMN of striding network.
At first, small when business, when zone that business is carried out and network are single, can adopt the single level system framework.Promptly dispose single LBSP system, support multiple value-added service agreement to commence business by the configuration protocol internet adapter software.
Secondly, larger when business, need trans-regional or stride wireless network when commencing business, can adopt two-stage system framework as shown in figure 10.LBSP subsystems at different levels connect by the LEI interface.Wherein 1,2 pairs of the first order LBSP subsystems PLMN network or the zones of being responsible for separately provide the value-added service service, and 3 of second level LBSP subsystems are responsible for the processing of overall user managements, global data, to exchanges data or the like between the control and management of one-level subsystem and one-level subsystem.
At last, when business is on a grand scale, need trans-regional, stride wireless network when commencing business, can adopt multilevel system framework as shown in figure 11.LBSP subsystems at different levels connect by the LEI interface.Wherein first order subsystem provides platform for the business of being responsible for certain zone, certain or certain several PLMN networks, and the second level is Da Qu control and management platform, and the third level is the whole network control and management platform.The first order subsystem 1,2 of Da Qu 1 among the figure is responsible for providing service to the user of PLMN1, PLMN2 separately, by second level subsystem 5 control and managements of Da Qu 1.Similarly first order subsystem 3,4 is responsible for the PLMN1 in Xiang Da district 2 and the user of PLMN2 separately service is provided, by second level subsystem 6 control and managements of Da Qu 2.7 subsystems 5,6 of being responsible for control and management Da Qu 1 He Da district 2 as the central management platform of third level subsystem.
Flexibility and autgmentability that system had it will be understood by those of skill in the art that above-mentioned Figure 10 and Figure 11 only are several situations that exemplified the LBSP system architecture, owing to can be designed more framework form in the practical application according to actual needs.Hour also can support that in traffic carrying capacity the business of several wireless networks, multilevel hierarchy also can be designed to be two-stage in some zone such as single step arrangement by single LBSP simultaneously, and be three grades mixed architecture in the other zone.
When adopting the multilevel system framework, the function of LBSP will decompose in the subsystem correlation units at different levels and realize.Two-layer configuration with Figure 10 is an example, and the first order is regional subsystem, and being responsible for providing the mobile value-added service service to the registered user of activity in the one's respective area, and these users comprise that ownership place is just the user of one's respective area with roam to the user of one's respective area.
The second level is the central management subsystem, and the roamer's that is responsible for assisting management service is used the user and trans-regional to be coordinated cooperation with service between the multizone subsystem as master control side when professional; Be responsible for user management, the business statistics analysis of the whole network; Be responsible for the operation maintenance of each subsystem of the whole network.
Above-mentioned Figure 10, Figure 11 have just illustrated a kind of connected mode between multistage LBSP system and the wireless network, i.e. first order LBSP configuration LPI interface, and the value-added service gateway of connection wireless network, the above LBSP in the second level and the second level does not then dispose the LPI interface.Obviously, the present invention is same to support following configuration mode: multistage LBSP system is connected with wireless network value-added service gateway by the LPI interface that second level LBSP is disposed, and other LBSP at different levels then do not dispose the LPI interface; Multistage LBSP system is connected with wireless network value-added service gateway by the LPI interface that third level LBSP is disposed, and other LBSP at different levels then do not dispose the LPI interface.Under back two kinds of configuring conditions, the second level of connection wireless network value-added service gateway or third level LBSP are also responsible between wireless network value-added service gateway and the first order LBSP data routing function are provided.
Those skilled in the art should understand, though be based on wireless network in the above-mentioned execution mode method and system of the present invention is described, but method and system in fact of the present invention is equally applicable to based on a cable network to great amount of terminals user developing value-added services, for example the value-added service of carrying out based on cable TV network and domestic consumer's terminal.
Do not depart from the scope of the present invention and conceive, the above-mentioned method and system of value-added telecom services that provides can be made multiple change and distortion.Scope of the present invention is determined by appended claims.
Claims (20)
1. method that value-added telecom services are provided, described method comprises the following steps:
1) reception is from user's service request information of at least one communication network value-added service gateway; And this message handled, make it to become the inside story of value-added service treatment system;
2) this inside story is analyzed, carried out business data processing according to the requested service content;
3) business datum of handling well is carried out the corresponding protocol conversion process;
4) by the business datum of value-added service gateway after the user sends this protocol conversion.
2. method according to claim 1 is characterized in that, described user's service request information can be directly from the operating terminal of this value-added service treatment system.
3. method according to claim 1 and 2 is characterized in that, the business data processing of described second step is meant the retrieval related service data by the internal system database, perhaps to outside third party CP application business datum; Business datum is encapsulated combination according to the method for service of customer requirements, make it to meet the value-added service form of user's request.
4. according to each described method among the claim 1-3, it is characterized in that, if user's request is the positioning service service in described second step, then before carrying out business data processing earlier to the positional information of the positioning service interface gateway inquiring user of communication network, after receiving the customer position information that communication network returns, carry out business data processing by the positional information triggering again.
5. according to each described method among the claim 1-4, it is characterized in that, the Message Processing of described first step is meant carries out protocol conversion process to this message, promptly communication network value-added service agreement termination, encapsulates again with increment service system inside story form.
6. according to each described method among the claim 1-5, it is characterized in that the protocol conversion process of described third step is meant an increment service system inside story termination, encapsulates again with communication network value-added service agreement.
7. according to each described method among the claim 1-6, it is characterized in that, described communication network value-added service gateway can be gsm service gateway, cdma service gateway, the Service Gateway of PHS Service Gateway, 3G Service Gateway, digital TV network, internet gateway, PWLAN Service Gateway or WiMAX Network gateway.
8. device LBSP that value-added telecom services are provided is characterized in that this device has:
A LPI interface that is connected with the value-added telecom services gateway, this interface can be configured to supports a plurality of wireless network protocols, thereby realizes and being connected of a plurality of different value-added service gateways;
A Service Processing Unit LSP, described LSP comprises at least one computer or server, in order to finish to from the message that is about to mail to the value-added service gateway carry out protocol conversion, user business request information processing, business data processing, search the related service data at the internal system database search, to outside third party CP application business datum, business datum is encapsulated combination according to the method for service of customer requirements;
A data library unit LDB, LDB are configured to the comprehensive of multiple logical data base, comprise customer data base LCDB and Service Database LSDB at least.
9. LBSP device as claimed in claim 8 is characterized in that described LCDB storage user data comprises customer attribute information and customer service application service recorder; The business datum of LSDB storage comprises the business datum that generates after service source data and the LSP cell processing source data.
10. LBSP device as claimed in claim 8 or 9 is characterized in that described this device further comprises:
A LEI interface that is connected with other LBSP device and third party SP/CP, be used between a plurality of LBSP and LBSP and other SP/CP between communicate by letter;
A LII interface that connects inner each functional unit of LBSP device is used for the communication between inner each functional unit of LBSP.
11. LBSP device as claimed in claim 10 is characterized in that:
Described LEI interface is configured to support extendible LEIAP message, and this LEIAP is based on the CORBA/TCP/UDP/IP agreement;
Described LII interface is configured to support extendible LIIAP message, and this LIIAP is based on the CORBA/TCP/UDP/IP agreement.
12. further comprise as each described LSP unit among the claim 8-11:
A conversion unit of protocol LPG, in order to finishing the protocol conversion of communication information between LBSP built-in function unit and the outside value-added service gateway, and the route of communication information between the LBSP built-in function unit;
A service management unit LCM is in order to the user of management LBSP, statistics user's professional operating position, managing user interface unit LWS, according to customer requirement outgoing traffic statistics and business monitoring interface, initiate service request according to service request from user to the LSM unit;
A Service Management Unit LSM finishes handling process to business in order to the user's service request, management and the control LSE that analyze and initiate response service trigger condition, parsing and response LCM unit;
A service enabler unit LSE in order to the instruction according to LSM, finishes the business processing flow such as assembled package, business datum issue of LDB retrieval and record, the application of outside CP business datum, business datum;
A user interface elements LWS, provide the use interface in order to mode under the management of LCM to the user by Web and WAP, operation list, service propaganda promotion message are provided, user's registration, business customizing, bill inquiry, user profile registration, maintenance and query interface are provided;
An operation management maintain unit LOM is in order to finish the OAM(Operation Administration Maintenance) of LBSP;
A Charging Detail Record unit LCG is in order to finish the accounting management function.
13. as each described LBSP device among the claim 8-12, it is characterized in that described value-added service gateway can be gsm service gateway, cdma service gateway, the value-added service gateway of PHS Service Gateway, 3G Service Gateway, digital TV network, internet gateway, PWLAN Service Gateway or WiMAX Network gateway.
14. the system that value-added service is provided is characterized in that this system comprises at least two LBSP, wherein at least one is configured to first order LBSP, provides the value-added service service to the zone of being responsible for separately; At least one is configured to second level LBSP, is responsible for management and coordination to linchpin first order LBSP; Between the LBSP at the same level and the connection between the LBSP of the superior and the subordinate finish by the LEI interface.
15. system as claimed in claim 14 is characterized in that, this system can dispose at least one third level LBSP according to the power system capacity demand, is responsible for the user and the service operation of the whole network are managed.
16., it is characterized in that one-level LBSP connects a plurality of value-added service gateways by the LPI interface at least as claim 14 or 15 described systems; At least one-level LBSP connects third party SP/CP by the LEI interface; Its value-added service that provides is meant the combination of multiple value-added service.
17., it is characterized in that described any one-level LBSP carries out load sharing by disposing a plurality of LBSP when business demand surpasses its disposal ability as each described system among the claim 14-16.
18. as each described system among the claim 14-17, it is characterized in that described second level LBSP is meant management region within the jurisdiction roamer's service to the management coordination function of its subordinate's one-level LBSP, the user uses in its region within the jurisdiction and trans-regional coordinates cooperation with service between multizone as master control side when professional, is responsible for user management, the business statistics analysis of region within the jurisdiction.
19. as each described system among the claim 15-18, it is characterized in that described third level LBSP is meant that to the whole network user and professional management function it is as the central management platform, the whole network roamer's the service of being responsible for assisting management is used when striding level-2 area professional as master control side the user and to be coordinated cooperation with service between multizone; Be responsible for user management, the business statistics analysis of the whole network; Be responsible for the operation maintenance of each subsystem platform of the whole network.
20. as each described system among the claim 15-19, its feature further is according to its framework of system business requirements extend, and described three grades of LBSP topological structures are extended to multistage architecture more than three grades.
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