CN101026655A - End-to-end business circuit resource intelligent query and identifying system for telecommunication field - Google Patents
End-to-end business circuit resource intelligent query and identifying system for telecommunication field Download PDFInfo
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- CN101026655A CN101026655A CN 200710004916 CN200710004916A CN101026655A CN 101026655 A CN101026655 A CN 101026655A CN 200710004916 CN200710004916 CN 200710004916 CN 200710004916 A CN200710004916 A CN 200710004916A CN 101026655 A CN101026655 A CN 101026655A
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Abstract
Characters of the invention are that a query module for segmented routes including end-to-end service circuit is connected to network resources database of network resources management system. The network resources database includes telecom whole network resources such as cable network professional resource, optical cable network professional resource, transmission network professional resource, and data network professional resource. The system provides querying and validating resources from end to end needed for putting service circuit into operation. The validating procedure includes situation across local area network (LAN) and across resources of professional networks. Comparing with current validation for resources of service circuit, the invention solves disadvantages that validation is carried out from speciality to speciality, and from LAN to LAN.
Description
Technical field
The present invention relates to field of telecommunications, adopt microcomputer modelling technology and relevant algorithm, the user only need provide local terminal and service circuit corresponding address or telephone number are applied in the opposite end, just can be by seeking the footpath algorithm around the shooting algorithm of address or telephone number information and the intelligence in across a network technology territory or zone, realize that service circuit opens the intelligence inquire and the affirmation of needed end-to-end resource, thereby realize the support that the multi-disciplinary resource of telecommunications rear end is opened front-end business effectively.
Background technology
Along with finishing of China joined WTO and the partition of telecom operation enterprise, telecommunication market competition is growing more intense, and each big telecom operation commercial city turns to based on network, is core with client, and is market-oriented, is the management philosophy of window with the business.This just requires operator can fast, accurately grasp the situation of utilizing of the interior resource of telecommunications network, improve resource utilization, and rationally carry out the network planning according to utilization of resources situation, raising is to the tenability of telecommunication service operation, cut operating costs, when meeting consumers' demand to greatest extent, actively provide new business for the user.Therefore, the unified management to telecommunications the whole network resource seems important all the more.
Telecom business support system OSS (Operations Support Systems) and business support system BSS (Business Support Systems) are used in the telecom operators abroad widely as a kind of high-efficient information management system, and various countries telecom operators pay the effective means of (OPEX) and Capital expenditure (CAPEX) to investment OSS/BSS as reducing operation.Standardization body's Tele Management Forum (TMF) has proposed the functional mode accepted extensively by industry to OSS/BSS.In this model, OSS/BSS comprises three big functions: service fulfillment, professional ensure and charge (or the professional metering of title).Service fulfillment is meant that telecom operators accept the order that the client orders telecommunications service, by to distribution, the configuration of telecommunication resources, install and be deployed as the client required service is provided.Professional guarantee will provide the measurement index of quantification, and the service guaranteed can reach requirement of client.Professional metering then is an operating position of measuring miscellaneous service in the communication network, calculates fee to be charged, and charging process is provided support.
In actual implementation process, domestic each telecom operators have set up and have been used to the interior equipment control difference of unified specialty, for example exchange resource management system, transmission resource management system, Data Resources Management System etc. at the network resource management system of all kinds of specialties.To the support of service fulfillment also is by according to the involved different professional type of service order, utilize different resource management systems to finish distribution, configuration, install and be deployed as the client required service is provided by each professional resources administrative staff telecommunication resources, this has just caused that a service order is split into a plurality of specialized services possibly and has operated respectively, and the intervention by a large amount of forced convection's journeys realizes the affirmation process to end-to-end business circuit resource, makes resource can't satisfy the needs of telecommunication service development to the reaction speed of business support.
The shortcoming of prior art:
1, each specialized network resource management system is separate, resource to the support of business by the people for cutting apart, can't realize the whole process inquiry of teleservice circuit resource and distribute and confirm by a uniform platform.
2, at first each subsystem may be provided by different software developers or integrator, and the describing method disunity of its information model, information model are nonstandard, if carry out inter-system data will cause too much intersystem interface alternately.
3, because to the inquiry of each professional telecommunication resources with distribute the operation that relies on each professional resources management system, complicated operating process, and require operating personnel to possess higher professional knowledge and just can finish, undertaken when integrated by flow process, numerous flow nodes need manually be intervened.
Summary of the invention
The present invention is directed to existing above-mentioned defective or deficiency in the prior art, a kind of teleservice circuit resource intelligence inquire and affirmation system towards field of telecommunications is provided, at first set up the comprehensive resources model of striding local network, multi-disciplinary network, bearing relation by this model description teleservice circuit resource, on this basis, realize inquiry and affirmation that service circuit is opened required end-to-end resource, thereby solved the current operation circuit resource and confirmed to need to divide specialty, the deficiency of dividing local network to carry out.
Core technology thought of the present invention is:
● by service circuit being divided into three sections routes: local terminal inserts section, and (section (Z end customer address is the Z termination section of going into to Z termination Incoming station) and hop (A termination Incoming station is a hop to Z termination Incoming station) are inserted in (A end customer address is the A termination section of going into to A termination Incoming station), opposite end, set up the bearing relation of the circuit resource of each section representative.To be divided into three sections to the process that end-to-end business circuit resource is confirmed confirms respectively, it is exactly that complete end-to-end resource is confirmed the result that the affirmation result of three sections routes pieces together, and it is exactly complete end-to-end resource distribution result that the configuration result of three sections routes is pieced together.
● in conjunction with the shooting algorithm of search circuit two ends handing-over equipment, service circuit two ends station address point (can pass through telephone number or access point address information) as the class resource in the pipeline generalized information system, is determined its geographical coordinate by the pipeline generalized information system.So-called " target practice " is meant that promptly with the station address point be the center of circle, and step-length is a radius, finds out the line equipment in this circular geographic area.When determining to can not find required line equipment in the zone or determining the route of pipe line that all line equipment in the zone all can't acknowledgment of your inquiry to satisfy given initial condition by, just need the expansion search radius this moment, searches next time.So circulation finishes algorithm when reaching the maximum search radius of appointment.
● automatically searching service circuit route seeks the footpath algorithm, terminal starting point with affirmation is a starting point, circuit bearing relation model that utilization is set up and breadth First algorithm are realized the automatic search of service circuit route, promptly search for routing node (being various telecommunication resources) one by one and note these routing nodes, the service circuit route that final production is made up of these nodes realizes end-to-end resource affirmation truly multi-disciplinary, omnidistance, intelligence.
Technical scheme is as follows:
Teleservice circuit resource intelligence inquire and affirmation system towards field of telecommunications, it is characterized in that: the segmentation routing inquiring module that comprises the teleservice circuit, this segmentation routing inquiring module is interconnected to the network resource data storehouse of network resource management system, and this network resource data storehouse comprises telecommunications the whole network resource.
Described telecommunications the whole network resource comprises cable system professional resources, cable network professional resources, transmission network professional resources and data network professional resources.
Described segmentation routing inquiring module is divided into two to the teleservice circuit and inserts section and a hop, described two access sections refer to that respectively an end customer address is a termination section of going into to a termination Incoming station, with other end customer address be that the other end inserts section to other end access office station, a described hop refers to that a described termination Incoming station is to described other end access office station, to be divided into three sections to the process that end-to-end business circuit resource is confirmed thus inquires about respectively and confirms, it is exactly that complete end-to-end resource is confirmed the result that the affirmation result of three sections routes pieces together, and it is exactly complete end-to-end resource distribution result that the configuration result of three sections routes is pieced together.
Also comprise two ends handing-over equipment search module, this two ends handing-over equipment search module is interconnected to the network resource data storehouse of network resource management system, this two ends handing-over equipment search module has shooting algorithm: service circuit two ends station address point as the class resource in the pipeline geographic information system, is determined its geographical coordinate by pipeline geographic information system; With the station address point is the center of circle, and step-length is a radius, finds out the line equipment in this circular geographic area; When determining to can not find required line equipment in the zone or determining the route of pipe line that all line equipment in the zone all can't acknowledgment of your inquiry to satisfy given initial condition by, just enlarge search radius at this moment, search next time; So circulation finishes algorithm when reaching the maximum search radius of appointment.
Described two ends handing-over equipment search module adopts the annular region search pattern, when searching for, gets rid of searched for the search once more of the handing-over equipment in the zone in the past at every turn.
The directly module of seeking that also comprises automatic searching service circuit route, this data basis of seeking the footpath module is the integrated network resource database, this seeks the footpath module is starting point with the terminal starting point of confirming, search for routing node one by one, and note these routing nodes, thereby produce the service circuit route of forming by these nodes.
The described footpath module of seeking has SQL and breadth First algorithm.
The described footpath module of seeking comprises that cable system professional resources route seeks the footpath, and cable network professional resources route is sought the footpath, and transmission network professional resources route seeks the footpath and data network professional resources route is sought directly.
Technique effect of the present invention is as follows:
End-to-end resource intelligent query and affirmation system towards field of telecommunications of the present invention, realized end-to-end resource affirmation truly multi-disciplinary, omnidistance, intelligence, make needed in the past that the resource affirmation process of each professional's independent operation becomes simple and be convenient to operation, realized resource query and confirm that operation pushes professional knowledge and unversed telecommunications front-end person who and customer manager's requirement to.Specifically produced following effect:
1. realize the intelligence computation of service circuit route, produce the routing plan of optimum service circuit automatically.2. only need essential informations such as incoming traffic type, the first and second end addresses or telephone number can begin the affirmation process.3. easy and simple to handle, quick, make the resource acknowledging time from original 2 days even more, be reduced to about present 0.5-1 minute.
Description of drawings
Fig. 1 is the applied BSS/OSS system domain of a present invention schematic diagram.
Fig. 2 is the position view of network resource management system in the BSS/OSS system.
Fig. 3 seeks the footpath program flow diagram for the performed route of footpath module of seeking of automatic searching service circuit route of the present invention.
Fig. 4 is a structured flowchart of the present invention, comprising the segmentation routing inquiring module, the integrated network resource database of network resource management system, pipeline professional resources database (cable system professional resources, cable network professional resources), transmission network professional resources and data network professional resources; Automatically searching service circuit route seeks footpath module etc.Divide three layers on the whole: data Layer, operation layer and presentation layer.
Embodiment
The present invention is described in further detail below in conjunction with accompanying drawing.
As shown in Figure 1, the applied BSS/OSS system domain of the present invention comprises: business support system BSS (Business Support Systems) comprises customer relation management and two major parts of charge system, wherein customer relation management can be divided into the management of market part, client portion and product section again, and charge system comprises call charge service and metering data two large divisions; OSS OSS (Operations SupportSystems) then mainly comprises service release and safeguards system, integrated network resource management system, network operation supervisory control system and specialized network resource management system.
As shown in Figure 2, the position of network resource management system in the BSS/OSS system: BSS, OSS and MSS interconnect by system interface as shown in the figure, and BSS is the application support platform of enterprise's front ends such as market-oriented marketing and customer service in the middle of this; OSS is service-oriented and resource, and the system of rear end O﹠M support is provided for telecommunication service; MSS (Management Support System) is the Chinese Telecommunication Enterprises landmark project of information-based transition, mainly is made of finance, human resources, engineering management functional module group such as (project management, purchasing management, stock controls); Network resource management system among the OSS ensures that from service release type systematic receives resource allocation request, and returns configuration result after finishing resource distribution; The network resource management type systematic is by the accuracy and the promptness of the configuration data maintaining network resource data that receives to public resource, coding resource, Internet resources and the standby redundancy data of manual typing or from specialized network administrative class system, and wherein the centralized network management by specialty receives configuration data; The network resource management type systematic provides Internet resources and customer informations such as encoder client, customer name information, client's class information and customer service grade for multi-disciplinary network monitoring type systematic.
As shown in Figure 3, the performed route of footpath module of seeking of automatic searching service circuit route of the present invention is sought the footpath program circuit, may further comprise the steps: step 1, read in circuit source after the beginning: initial office station, termination office station, maximum hop count, circuit speed; Step 2 empties temporary table: storing path when being used at every turn searching for; Whether step 3 seeks footpath process jumping figure more than or equal to maximum hop count, if, then finish, if not, then enter step 4; Step 4 from starting point, is searched for next routing node according to circuit speed; Whether step 5 searches new routing node, if not, then enters step 7, if then enter step 6; Step 6, whether this new routing node of inquiry repeats in emptying temporary table, if, then continue search, if not, then note this node; Whether step 7 reaches termination office station, if not, then with this node as the start node of the new routing node of search and return step 3, if enter step 8; Step 8 is returned and is emptied the circuit route that writes down in the temporary table.
As shown in Figure 4, structure of the present invention comprises the segmentation routing inquiring module, process extracts on the basis of having extracted " pipeline professional resources database, transmission network professional resources database and data network professional resources database ", conversion and calculating have finally formed the integrated network resource database, route starting point resource searching module, automatically searching service circuit route seeks footpath module etc.Three layers of whole practical branches: data Layer, operation layer and presentation layer.Import initial conditions and finally represent the affirmation topological diagram the presentation layer user, operation layer is finished the searching and the affirmation process of circuit route according to initial condition, and data Layer provides the data support for searching of operation layer.Data Layer and operation layer are all finished on server in actual applications, and server is configured to 4 * 800M, in save as 32G; Presentation layer is finished on PC, and proposed arrangement is more than the PIII800, in save as more than the 128M.
In actual production, service circuit all is to be linked in certain local side office station from A end customer address, is linked in another local side office station from Z end customer address, does professional the connection between two local side office stations then.Therefore we confirm respectively three sections according to three sections thinking when confirming the service circuit route.Because the temporary transient free of data support of intra-office wire jumper at present, assert that on business it is certain connection, therefore, it is exactly that complete end-to-end resource is confirmed the result that the affirmation result of three sections routes pieces together, and it is exactly complete end-to-end resource distribution result that the configuration result of three sections routes is pieced together.The optical cable letting is special case, and it is not must the office of being linked into intra-office, can directly seek directly from equipment not in the know.Therefore, the optical cable business can adopt omnidistance mode of once seeking the footpath to carry out the route resource affirmation.
The user of front end input has two kinds of information when determining the service circuit starting point: the fuzzy matching value of customer address information and client be telephone number nearby; Corresponding every kind of input, definite mode also has difference: if the user " provides the fuzzy matching value of customer address information ", then according to the address information fuzzy matching of address points, select a unique address points by the user by interface alternation; If the user " provides client's telephone number nearby ", then at first inquire the electric junction box of this number access by " telephonedirectory ", the corresponding relation according to electric junction box and address points draws address points then, with it as the station address point.If match user site, can this user site be starting point then, do to insert the data resource or the transfer resource affirmation of section.When inserting segment data resource and transfer resource and not possessing, applied logic need search in the user site fiber optic cable plant or cable machinery as the route of pipe line by starting point.If with the line equipment in the user site be starting point also can't confirm a route of pipe line by, then applied logic should obtain line equipment around the station address point by shooting algorithm, as the route starting point.If can't match user site, then applied logic need obtain station address point line equipment on every side by shooting algorithm, as the route starting point.For raising the efficiency, algorithm is not the handing-over equipment in the search border circular areas when search, but the handing-over equipment in the search annular region, during promptly each the search, eliminating was to searched for the zone (for search for the first time in the past, minimum search radius is 0 meter, is exactly an area of a circle) in the search once more of handing-over equipment.In actual applications by this algorithm of recursive call up to finding the line equipment that needs or reaching the maximum search scope of professional regulation.
Hierarchical relationship and bearing relation according to the telecommunications professional resources, the route of service circuit is sought the footpath and comprised four parts: cable system professional resources route is sought the footpath, cable network professional resources route is sought the footpath, and transmission network professional resources route seeks the footpath and data network professional resources route is sought the footpath.
Cable system professional resources route is sought and is directly referred to then begin to inquire about the cable machinery that all are communicated with it by copper cable preface group from this starting point when confirming that starting point handing-over equipment is a cable system handing-over equipment.When finally searching a cable machinery when being MDF, show that then a complete cable system circuit paths is queried to, with this circuit paths as alternative; Otherwise continue to search and when the cable machinery that searches reaches capping, stop inquiry.For fear of loop paths occurring, whenever newly find in a series of nodes that a cable machinery just will pass through and go coupling once, if match, just illustrating has winding, otherwise is correct path.After inquiry is finished, standby according to process number of devices (jumping figure) is minimum, the shortest optimum principle of length filters out 10 optimal paths from all alternatives.
Cable network professional resources route is sought and directly being referred to when confirming that starting point handing-over equipment is a cable network handing-over equipment (not comprising fiber cable joint), begins to inquire about all fiber optic cable plants that are communicated with it by the office direction optical fibre set (not comprising fiber cable joint) from this starting point.When the fiber optic cable plant of the connection of finding when intra-office is used in certain innings, think a fullpath, with this path as alternative; Otherwise continue to search and when the cable machinery that searches reaches capping, stop inquiry.Prescribe a time limit when jumping figure reaches going up of user's appointment (when the user does not specify, be defaulted as 10 and jump), stop inquiry.And in the same path, any fiber optic cable plant can be by through twice.After inquiry is finished, from all alternatives, filter out 10 optimal paths according to jumping figure minimum, the shortest optimum principle of length.
Transmission network professional resources route is sought and directly being referred to when confirming that starting point is an office station, begins to inquire about all office stations by its connection of transmission route Duan Zuyu of assigned rate from this starting point.When the type at the office station of the connection of finding be access office station or insert between the time, think a fullpath, with this path as alternative; Otherwise continue to search up to reaching maximum hop count.Prescribe a time limit when jumping figure reaches going up of user's appointment (when the user does not specify, be defaulted as 5 and jump), stop inquiry.Avoided winding when searching the path, in the promptly same path, any innings of station can be by through twice.After inquiry was finished, the optimum principle according to jumping figure minimum, weights minimum from all alternative path schemes filtered out 10 optimal paths.For starting point and terminal point not the transmission in a local network seek the footpath, the weights in final path are bound to＞=1000, therefore, can screen by minimum hop count, minimum weights in the alternative path scheme in routine weight value＞=1000 when preferred; Otherwise, in the alternative path scheme of routine weight value＜1000, screen by minimum hop count, minimum weights.
Data network professional resources route is sought and is referred to that directly starting point is an office station, begins to inquire about the office station that all data relaying groups by specified type are communicated with it from this starting point.When the type at the office station of the connection of finding be access office station or insert between the time, think a fullpath, with this path as alternative; Otherwise continue to search up to reaching maximum hop count.Prescribe a time limit when jumping figure reaches going up of user's appointment (when the user does not specify, be defaulted as 5 and jump), stop inquiry.Avoided winding when searching the path, in the promptly same path, any innings of station can be by through twice.After inquiry was finished, the optimum principle according to jumping figure minimum, weights minimum from all alternative path schemes filtered out 10 optimal paths.
For starting point and terminal point not the data in a local network seek the footpath, the weights in final path are bound to＞=1000, therefore, can screen by minimum hop count, minimum weights in the alternative path scheme in routine weight value＞=1000 when preferred; Otherwise, in the alternative path scheme of routine weight value＜1000, screen by minimum hop count, minimum weights.
Described station address point refers to two kinds of information of user's input of front end: the fuzzy matching value of customer address information and client be telephone number nearby, determines this client's GIS position and the geographical coordinate of address in pipeline system in line resource management system.
Copper cable preface group is meant that with terminal device and affiliated area be the branch set condition, and the copper cable preface is carried out merger and the abstract resource that obtains, has the information of all copper cable prefaces sums and idle number in the group, is used for the cable route and seeks directly.It is to be formed by connecting by cable machinery and the copper cable preface group between them that cable is sought a cable trace that is directly obtained.When doing the cable resource distribution, in each section copper cable preface group of selected cable trace, choose one (or selecting two or four as required) idle copper cable preface exactly.
The office direction optical fibre set is meant that with terminal device and affiliated area be the branch set condition, and office direction optical fiber is carried out merger and the abstract resource that obtains, has that owning administration is used for the optical cable route and seeks directly to the information of optical fiber sum and idle number in the group.It is to be formed by connecting by fiber optic cable plant and the office direction optical fibre set between them that optical cable is sought an optical cable path that is directly obtained.When doing the cable resource configuration, in each section office direction optical fibre set in selected optical cable path, choose one (two fine light paths are selected two) idle office direction optical fiber exactly.
The transmission route group is meant with two end office (EO)s station, route segment speed, route segment type, whether to protect route be the branch set condition; transmission route section (comprising the SDH tank circuit, PDH passage) is carried out merger and the abstract resource that obtains; have the information of interior all transmission route sections sums of group and idle number, be used for transmission route and seek the footpath.It is to be formed by connecting by office station and the transmission route section group between them that a transmission paths that is directly obtained is sought in transmission.When doing the transfer resource configuration, choose the transmission route section of a free time exactly at each section transmission route Duan Zuzhong of selected transmission path.For seeking the preferred needs in footpath, for transmission route section group has defined weights.Two end office (EO)s stand in the same local network, and weights are decided to be 1; Otherwise weights are made as 1000.The weights of transmission path are exactly the weights sum of forming all transmission route section groups of transmission path.
Data relaying group is to be the branch set condition with two end office (EO)s stations, relaying type, and the data relaying is carried out merger and the abstract resource that obtains, has the information of all data relaying total bandwidths and idle bandwidth in the group, is used for the data route and seeks the footpath.It is to be formed by connecting by office station and the data relaying group between them that data are sought a data paths that is directly obtained.For seeking the preferred needs in footpath, for data relaying group has defined weights.Two end office (EO)s stand in the same local network, and weights are decided to be 1; Otherwise weights are made as 1000.The weights of data path are exactly the weights sum of forming all data relaying groups of data path.
The intelligence affirmation process of teleservice circuit is that the type of service according to service circuit is divided into DDN, ATM, frame relay, digital circuit taxi, optic fibre light path taxi, ADSL and broadband access is divided and carry out the search of routing node in the respective resources data, thereby finishes the inquiry and the affirmation of teleservice circuit route.
Claims (8)
1. towards the teleservice circuit resource intelligence inquire and the affirmation system of field of telecommunications, it is characterized in that: the segmentation routing inquiring module that comprises the teleservice circuit, this segmentation routing inquiring module is interconnected to the network resource data storehouse of network resource management system, and this network resource data storehouse comprises telecommunications the whole network resource.
2. teleservice circuit resource intelligence inquire and affirmation system towards field of telecommunications according to claim 1 is characterized in that: described telecommunications the whole network resource comprises cable system professional resources, cable network professional resources, transmission network professional resources and data network professional resources.
3. teleservice circuit resource intelligence inquire and affirmation system towards field of telecommunications according to claim 1, it is characterized in that: described segmentation routing inquiring module is divided into two to the teleservice circuit and inserts section and a hop, described two access sections refer to that respectively an end customer address is a termination section of going into to a termination Incoming station, with other end customer address be that the other end inserts section to other end access office station, a described hop refers to that a described termination Incoming station is to described other end access office station, to be divided into three sections to the process that end-to-end business circuit resource is confirmed thus inquires about respectively and confirms, it is exactly that complete end-to-end resource is confirmed the result that the affirmation result of three sections routes pieces together, and it is exactly complete end-to-end resource distribution result that the configuration result of three sections routes is pieced together.
4. teleservice circuit resource intelligence inquire and affirmation system towards field of telecommunications according to claim 1, it is characterized in that: also comprise two ends handing-over equipment search module, this two ends handing-over equipment search module is interconnected to the network resource data storehouse of network resource management system, this two ends handing-over equipment search module has shooting algorithm: service circuit two ends station address point as the class resource in the pipeline geographic information system, is determined its geographical coordinate by pipeline geographic information system; With the station address point is the center of circle, and step-length is a radius, finds out the line equipment in this circular geographic area; When determining to can not find required line equipment in the zone or determining the route of pipe line that all line equipment in the zone all can't acknowledgment of your inquiry to satisfy given initial condition by, just enlarge search radius at this moment, search next time; So circulation finishes algorithm when reaching the maximum search radius of appointment.
5. teleservice circuit resource intelligence inquire and affirmation system towards field of telecommunications according to claim 3, it is characterized in that: described two ends handing-over equipment search module adopts the annular region search pattern, during each the search, get rid of searched for the search once more of the handing-over equipment in the zone in the past.
6. teleservice circuit resource intelligence inquire and affirmation system towards field of telecommunications according to claim 1 and 2, it is characterized in that: the directly module of seeking that also comprises automatic searching service circuit route, this seeks the footpath module interconnects in the integrated network resource database of network resource management system, this seeks the footpath module is starting point with the terminal starting point of confirming, search for routing node one by one, and note these routing nodes, thereby produce the service circuit route of forming by these nodes.
7. teleservice circuit resource intelligence inquire and affirmation system towards field of telecommunications according to claim 6 is characterized in that: the described footpath module of seeking has SQL and breadth First algorithm.
8. teleservice circuit resource intelligence inquire and affirmation system towards field of telecommunications according to claim 6, it is characterized in that: described seek the footpath module comprise cable system professional resources route seek the footpath, cable network professional resources route is sought the footpath, and transmission network professional resources route seeks the footpath and data network professional resources route is sought the footpath.
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| CNB2007100049164A CN100566359C (en) | 2006-02-14 | 2007-02-09 | Teleservice circuit resource intelligence inquire and affirmation system towards field of telecommunications |
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| CNB2007100049164A CN100566359C (en) | 2006-02-14 | 2007-02-09 | Teleservice circuit resource intelligence inquire and affirmation system towards field of telecommunications |
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| CN101340733B (en) * | 2008-08-12 | 2011-01-26 | 中国移动通信集团江苏有限公司 | Method for automatically generating optical service in communication line resource management system |
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| CN101959310B (en) * | 2009-07-16 | 2013-09-25 | 中国移动通信集团陕西有限公司 | Method, equipment and system for scheduling transmission circuit resources |
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| CN101729417B (en) * | 2007-02-09 | 2011-12-21 | 北京直真节点技术开发有限公司 | Telecommunication-orientated intelligent inquiry and verification system for end-to-end service circuit resource |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101340733B (en) * | 2008-08-12 | 2011-01-26 | 中国移动通信集团江苏有限公司 | Method for automatically generating optical service in communication line resource management system |
| CN101959310B (en) * | 2009-07-16 | 2013-09-25 | 中国移动通信集团陕西有限公司 | Method, equipment and system for scheduling transmission circuit resources |
| CN102932484A (en) * | 2012-11-20 | 2013-02-13 | 广西金中软件有限公司 | IOT (Internet of Things) operation billing middleware system aiming at accounting system of telecom operator |
| CN102932484B (en) * | 2012-11-20 | 2015-04-08 | 广西金中软件有限公司 | IOT (Internet of Things) operation billing middleware system aiming at accounting system of telecom operator |
| CN109194717A (en) * | 2018-08-07 | 2019-01-11 | 北京天元创新科技有限公司 | A kind of set-off service implementation method and device based on OSS |
| CN109194717B (en) * | 2018-08-07 | 2021-03-23 | 北京天元创新科技有限公司 | OSS-based customer collecting service implementation method and device |
| CN109450661A (en) * | 2018-09-27 | 2019-03-08 | 北京天元创新科技有限公司 | Service release surveying method and device based on GIS map |
| CN111277926A (en) * | 2020-01-21 | 2020-06-12 | 中通服创立信息科技有限责任公司 | Passive service authentication method and system |
| CN111277926B (en) * | 2020-01-21 | 2021-09-21 | 中通服创立信息科技有限责任公司 | Passive service authentication method |
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