CN1852451B - Intelligent network route system and route realizing method - Google Patents
Intelligent network route system and route realizing method Download PDFInfo
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- CN1852451B CN1852451B CN2005100933620A CN200510093362A CN1852451B CN 1852451 B CN1852451 B CN 1852451B CN 2005100933620 A CN2005100933620 A CN 2005100933620A CN 200510093362 A CN200510093362 A CN 200510093362A CN 1852451 B CN1852451 B CN 1852451B
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Abstract
Service management access point equipment possesses a route configuration module; and the service control point (SCP) equipment possesses an independent route module composed of sub node modules. The method includes steps: the independent route module of SCP equipment receives request of user call sent through service switching point (SSP); based on information of user call, SCP equipment calls configured route data to select sub node module of route in next lower level starting from beginning point dynamically according to calling and called information, and the output of sub node module of route in the next higher level; determining whether selecting route data of user configuration relevant to sub node modules is completed; if yes, building route, and sending route return message to SSP from the returning point; otherwise, continuing selection; based on route built, SCP switches call. The method raises productivity of integral service, and keeps consistency of route function.
Description
Technical field
The present invention relates to intelligent network route technology field, especially a kind of intelligent network route system and route implementing method.
Technical background
According to the technical specification of the standard I TU-TQ.1219 of International Telecommunications Union, Signaling Transfer Point is the place that the Signaling System Number 7 packet exchanged, selected route, and whole Signaling System Number 7 net is coupled together by STP.Altogether can the plane, whole service logic be combined by service independent block (SIB), and a simple and single relatively function is finished in a SIB such as same function or a system call.
See also Fig. 1, under present intelligent network structure, the intelligent network business of being made up of SIB one by one on Service Switching Point (SCP), realize specific business function, and each SIB also can reuse in different business with independent operating.
According to the SIB explanation that ITU-T provides, these SIB belong to basic functional units.When creating business, need to use these individual members, on service creation environment (SCE), place one by one, set up the association between SIB, just build service logic.Each professional need through processes such as establishment, tests.
Present fixed intelligent network value-added service all is to be basic building block with service independent block (SIB), by go up the realization value-added service logic of contacting SIB one by one at service creation environment (SCE).Service independent block is a functional entity one by one, and as playback, called, the expense calculating of continuing etc., each SIB can have an input, imports according to this and realizes its subfunction, the line output of going forward side by side.The service logic of a fixed intelligent network is from the basic call to the service control point, call service logic by service control point, service logic is exactly to be connected in series by one by one SIB, by output according to previous SIB, select next SIB, the output of previous SIB is the input of next SIB just.Because the user becomes increasingly complex to the demand of value-added service, and individual demand is more and more, adopts this mode traditional, that simply contact on SCE to realize the demand that can't satisfy quick customer in response demand and customizable individual business logic is provided.
Require more and more to enrich under the more and more full situation of functional requirement in service logic, this pattern is also constantly continuing.But this method has bigger deficiency: 1, in different business, although a lot of traffic performances are identical or closely similar, but have no idea to reuse, wasted resource, because service logic is to be contacted by one by one SIB, for realizing that the specific business form forms an integral body, service logic can't be reused in this case.2, developer's difference of different business, when the business that two needs said functions are provided is to the client, the complete difference of implementation possibility or the gap of these two business are bigger, from the angle of service provider, because developer's difference can cause same function to realize by diverse ways, thereby make user's experience difference, from technological layer, this also because shared deficiency causes, causes the client to be difficult to understand and safeguard.
Summary of the invention
The purpose of this invention is to provide a kind of intelligent network route system and its implementation,, improve the utilance of service resources to overcome the problems referred to above.
Another object of the present invention provides a kind of intelligent network route system and route implementing method, the user is more readily understood and safeguards.
For achieving the above object, the technical solution used in the present invention is: a kind of intelligent network route system, comprise operation exchange point device, equipment of Service Control Point, SMAP equipment and ip intelligent peripherals, these equipment are formed intelligent network by the NO.7 signaling network, SMAP equipment has a routing configuration module, be used to dispose route and the route data of configuration is saved in the database of equipment of Service Control Point; Equipment of Service Control Point has an independent routing module, independent routing module is made of route child node module, be used for receiving after the service call request according to the route that is kept at the configuration of equipment of Service Control Point database, begin by starting point, according to the output Dynamic Selection next stage route child node module of calling and called information and upper level route child node module, set up route.
Described route child node module is connected in series by at least one service independent block, the route of respective user configuration.
Described intelligent network business independence routing module also comprises the door module, and this module is connected with SMAP equipment, is used to accept the route data of operator or terminal use's input.
A kind of method that realizes route in intelligent network may further comprise the steps:
The independent routing module of step 1, equipment of Service Control Point of intelligent network receives the customer call request of sending by the operation exchange point device;
Step 2, equipment of Service Control Point call the route data of configuration according to the customer call information that independent routing module receives, begin by starting point, according to the output Dynamic Selection next stage route child node module of calling and called information and upper level route child node module;
Step 3, judge whether the route child node module that the user disposes the route data correspondence has been selected, and is then to set up route, sends the route return information by reentry point to Service Switching Point, otherwise repeating step 3;
Step 4, service control point are according to the route replay call of setting up.
Route in the described step 2 comprises caller screening (OCS), by caller route (ODR), by time route (TDR), by a day route (DOY), by route on Sunday (DOW), select route (SDR), percentage route (PDR), polling route (CYC), authentication code route (AUTH), extended code route (RBE), N repeating query route (QWR), N to enumerate route (QWE), press caller type route (RCC), press and regionally organize route (RAG), press bearing capacity route (BCR).
Route return information in the described step 3 comprises the number of returning, routing number, voice number at least.
Described step 4 also comprises service operations such as call proceeding, charging, playback.
The invention has the beneficial effects as follows: independent routing module of the present invention is saved in database to the route data of operator and customization as script data in management access point module, and the related data synchronous driving of this route to service control point, call for the logic side of business module.After value-added service entered into independent routing module, independent routing module was realized whole route flow process, and is returned and export to main value-added service according to the script data Route Selection path of customization.The present invention vertically encapsulates SMAP side and service logic get up, and route data is preserved and resolved to the inner mode of data script that adopts, and the customizable routing function of whole value-added services is provided.Under the situation that various IN services require to become increasingly complex to the route characteristic, independent routing module, can improve whole professional efficient greatly, keep the consistency of routing function simultaneously.
Description of drawings
Intelligent network business independence route system logic relation picture in Fig. 1 prior art;
Fig. 2 is intelligent network business independence reason member realization flow figure of the present invention.
Embodiment
Below in conjunction with Figure of description the specific embodiment of the present invention is described.
According to China's intelligent network system regulation, the intelligent network of China adopts the network system based on Service Switching Point.Operation exchange point device (SSP), equipment of Service Control Point (SCP), business datum point device (SDP) in net, have been disposed.Business management system (SMS), service creation environment equipment (SCE), SMAP equipment (SMAF) and ip intelligent peripherals (IP), and form national intelligent network by the NO.7 signaling network.Equipment of Service Control Point SCP is the core component of intelligent network, is the control point of service logic and data centralization in the intelligent network, and it comprises Service Control Function and service data function (SDF) two large divisions.Operation exchange point device SSP mainly is responsible for calling out control and operation exchange, can intercom mutually with other functional entity systems, obtains additional information, can receive service control point (SCP) and Service Database point SDP by SSP.Signaling transfer point equipment (STP) is the place that NO.7 signaling data bag exchanged, selected route, and whole Signaling System Number 7 net is coupled together by STP.Ip intelligent peripherals IP mainly provides required verbal cue of IN service and digital received function.Business datum point device SDP is mainly used in the data that professional required use is provided to the user.The intelligent network of China puts together SDP and SCP at present.Service management point device SMP mainly is responsible for network management, service management and system management.It is whole Network Management center, and the management route between SMP and the SCP is indispensable management route.Can load new IN service in intelligent network by this route, and load new intelligent service users, revise the data of service-user, and realize whole Network Management.Service creation environment equipment SCE is a node crucial in the intelligent network, is the important leverage that intelligent network is realized new business fast, easily and flexibly.Utilization is independent of the module (SIB) of application in service creation environment, can provide professional easily and quickly, and be entered among the SMS.SMAP equipment SMAF mainly is responsible for the operator a kind of service management point that is linked into is provided, to have the ability that professional and network are managed.
At present, the demand of IN service is increasing, a large amount of routes of using in IN service, particularly various non-card number value-added service (VAS, Value Added Service) its main function is a routing capabilities, most VAS business all needs the routing function of large amount of complex, as according to the time route, according to caller type route etc., the use route is many, and function is also closely similar, but, at IN service as in the service logic of VAS business, owing to lack independently route member, each IN service such as free code service (Freephone Service, FPH), Universal Access Number UAN business (Universal Access NumberService UAN), (Premium Rate Service, PRM) etc. route is inconsistent, the capability of fast response deficiency for the rate business.
Intelligent network business independence route system of the present invention comprises operation exchange point device (SSP), equipment of Service Control Point (SCP), business datum point device (SDP), business management system (SMS), service creation environment (SCE), SMAP equipment (SMAP) and ip intelligent peripherals (IP), these equipment are formed national intelligent network by the NO.7 signaling network, equipment of Service Control Point has an independent routing module, independent routing module is made of route child node module, be used to receive after the service call request route according to configuration, begin by starting point, according to the master, the output Dynamic Selection next stage route child node module of called party information and upper level route child node module is set up route; SMAP equipment has a routing configuration module, is used to dispose route and the route data of configuration is saved in the database of service control point.Independent routing module is made of at least one route child node module, one or several route child node module constitutes a route, the route that route child node module constitutes is dynamic, is not to immobilize, so reticulates annexation between the route child node module.Route child node module is connected in series by at least one service independent block, the route of respective user configuration.Intelligent network business independence route system of the present invention also comprises the door module, and this module is connected with the management access point apparatus, is used to accept the route data of operator or terminal use's input.The present invention detaches into an independent routing module to each routing module in original service logic, it is to be the module that the service independent block (SIB) that is linked in sequence constitutes with netted johning knot in the prior art, and the independent routing module of independent route system has route starting point and reentry point.The corresponding route path of route data of service independent block formation that is linked in sequence and user and operator's configuration, each value-added service can be shared and use independent routing module.Simultaneously, for satisfying personalized demand, the present invention has configuration module in addition in SMAP equipment (SMAP) upstream, provides the routing configuration function on door (PORTAL) module, disposes personalized route to make things convenient for operator and user.
See also Fig. 2 main flow chart of the present invention, at first, the present invention is saved in the route data information that will select of operator and user's input in the service control point data of database script in SMAP equipment one side, is synchronized to Service Control Point.
After intelligent network business triggered Service Control Point, intelligent main business was given independent routing module information needed after carrying out preliminary treatment such as number analysis.
In the SMAP side, intelligent network business independence routing module can be called by the SMAP equipment (SMAP) of each IN service, in intelligent network business independence route system, the different business user can create different flow processs, independent routing module provides each route child node, as time route, festivals or holidays route etc., on SMAP and PORTAL, visual configuration interface all is provided, operator of operator and user can select obstructed child node, and sequentially connect into logical routing, just realized the route flow process of service-user.
The route that intelligent network independence routing module can comprise has: caller screening (OCS), by caller route (ODR), by time route (TDR), by a day route (DOY), by route on Sunday (DOW), select route (SDR), percentage route (PDR), polling route (CYC), authentication code (AUTH), extended code route (RBE), N repeating query route (QWR), N to enumerate route (QWE), press caller type route (RCC), by regionally organizing route (RAG), pressing bearing capacity route (BCR) etc., the corresponding one or more route child node modules of difference.Different business can dispose required operation flow according to the practical business demand.Information in these child nodes all is kept in the database, and its link logic also can save as the data script in the database, and these data and script all can be synchronized to service control point, calls and resolves for independent routing module.
User configured route data is to dispose service key, Business Name, service-user sign and caller relevant information etc.
Independent routing module is asked number information according to the user who receives, and calls user configured route data information corresponding in the service control point database, sets up route.
Afterwards, independent routing module is finished route according to user configured route data information and is handled, and result is preserved, and returns intelligent main business logic from reentry point.When the customer call request enters service control point, equipment of Service Control Point calls the route data of configuration according to the customer call information that independent routing module receives, begin by starting point, according to the output Dynamic Selection next stage route child node module of calling and called information and upper level route child node module.
At last, the information that intelligent main business is returned according to routing module is finished various service operations, as processing such as call proceeding, charging, playbacks.
Independent routing module can be provided for all IN service request calls, if any newly-increased routing characteristic, also only needs to revise this independent routing module, can increase new routing characteristic to all IN services.
After having used the route member, for the value-added service developer, only need in the main business logic, call independent routing module, import required inlet information, as information such as service key, Business Name, customer service sign and callers, and obtain information such as return state, routing number and voice ID from reentry point, can realize routing function.
For operator, at SMAP equipment, can be according to the needs of self runing, and, come the custom route flow process in conjunction with user's part individual demand, as carrying out the caller screening earlier, by the time route, also can press the caller route earlier again, again according to week route etc.
For the terminal use, also can land the PORTAL website, hobby and demand according to oneself customize route information.
Embodiment: the FPH business, certain company has applied for a 800 number: 80012345, there is the service consultation point in this company in Beijing and Shenzhen, and 5 numbers are respectively arranged.This company can be in this number of application, operation in the following order:
At first add and caller is set and screen node, only allow the incoming call in Beijing and Shenzhen to insert, the incoming call playback prompting in non-Beijing and Shenzhen is also cut off and is called out;
Interpolation also is provided with the caller routing node, according to area code the incoming call in Beijing and Shenzhen is walked different processing branches;
Add and be provided with and press the week routing node, the week is routed to following processing node, then plays voice on Saturday, Sunday, points out the family operating time of entertaining guests to dial again.
Add also to be provided with by the time routing node, be linked into next processing node from 9 of mornings to 6 pm, the non-working time is then play voice.
Add that the repeating query routing node also being set, the mode of 5 telephone lines employing repeating queries of each service consultation point is selected.
The result who is provided with is 800 services that this company only provides Beijing and two places, Shenzhen, and only on Monday provides service to operating time of Friday, At All Other Times playback and cut off and call out.More than these are provided with and can allow the attendant of operator business hall carry out on SMAP, also can allow the client on the door (PORTAL) that operator provides, be provided with voluntarily and revise.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within the claim scope of the present invention.
Claims (7)
1. an intelligent network route system comprises operation exchange point device, equipment of Service Control Point, SMAP equipment and ip intelligent peripherals, and these equipment are formed intelligent network by the NO.7 signaling network, it is characterized in that,
SMAP equipment has a routing configuration module, is used to dispose route and the route data of configuration is saved in the database of equipment of Service Control Point;
Equipment of Service Control Point has an independent routing module, independent routing module is made of route child node module, be used for receiving after the service call request according to the route that is kept at the configuration of equipment of Service Control Point database, begin by starting point, according to the output Dynamic Selection next stage route child node module of calling and called information and upper level route child node module, set up route.
2. intelligent network route system according to claim 1 is characterized in that, described route child node module is connected in series by at least one service independent block, the route of respective user configuration.
3. intelligent network route system according to claim 1 is characterized in that, described intelligent network business independence routing module also comprises the door module, and this module is connected with SMAP equipment, is used to accept the route data of operator or terminal use's input.
4. method that realizes route in intelligent network is characterized in that this method may further comprise the steps:
The independent routing module of step 1, equipment of Service Control Point of intelligent network receives the customer call request of sending by the operation exchange point device;
Step 2, equipment of Service Control Point call the route data of configuration according to the customer call information that independent routing module receives, begin by starting point, according to the output Dynamic Selection next stage route child node module of calling and called information and upper level route child node module;
Step 3, judge whether the route child node module that the user disposes the route data correspondence has been selected, and is then to set up route, sends the route return information by reentry point to Service Switching Point, otherwise repeating step 3;
Step 4, service control point are according to the route replay call of setting up.
5. the method that in intelligent network, realizes route according to claim 4, it is characterized in that: the route in the described step 2 comprise caller screening route, by the caller route, by the time route, by the sky route, by Sunday route, select route, percentage route, polling route, authentication code route, extended code route, N repeating query route, N enumerate route, by the caller type route, by area group route, by in the bearing capacity route one or more, corresponding at least one the route child node module of different routes.
6. the method that realizes route in intelligent network according to claim 4, it is characterized in that: the route return information in the described step 3 comprises the number of returning, routing number, voice number at least.
7. the method that realizes route in intelligent network according to claim 4, it is characterized in that: described step 4 also comprises call proceeding, charging, playback service operations.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1244077A (en) * | 1998-07-31 | 2000-02-09 | 财团法人工业技术研究院 | Device and method for configurating and updating services in telecommunication network |
| CN1344093A (en) * | 2000-09-11 | 2002-04-10 | 美国阿尔卡塔尔资源有限合伙公司 | Business establishing of network processor and business logic executive environment |
| CN1359249A (en) * | 2000-12-11 | 2002-07-17 | 华为技术有限公司 | Method for realizing local mobile intelligent network |
| US6876730B1 (en) * | 2000-12-28 | 2005-04-05 | Bellsouth Intellectual Property Corporation | System and method for automated tele-work service |
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- 2005-08-26 CN CN2005100933620A patent/CN1852451B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1244077A (en) * | 1998-07-31 | 2000-02-09 | 财团法人工业技术研究院 | Device and method for configurating and updating services in telecommunication network |
| CN1344093A (en) * | 2000-09-11 | 2002-04-10 | 美国阿尔卡塔尔资源有限合伙公司 | Business establishing of network processor and business logic executive environment |
| CN1359249A (en) * | 2000-12-11 | 2002-07-17 | 华为技术有限公司 | Method for realizing local mobile intelligent network |
| US6876730B1 (en) * | 2000-12-28 | 2005-04-05 | Bellsouth Intellectual Property Corporation | System and method for automated tele-work service |
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