CN101488163B - Optical cable cleft grafting simulation system - Google Patents
Optical cable cleft grafting simulation system Download PDFInfo
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- CN101488163B CN101488163B CN2008100722642A CN200810072264A CN101488163B CN 101488163 B CN101488163 B CN 101488163B CN 2008100722642 A CN2008100722642 A CN 2008100722642A CN 200810072264 A CN200810072264 A CN 200810072264A CN 101488163 B CN101488163 B CN 101488163B
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Abstract
The invention relates to an optical cable cutting and connecting simulation system which is characterized in that: a software system structure of the system comprises a data management module, a logic and business data module, and a cutting and connecting position and fiber distribution module which are interrelated with each other. The data management module comprises an optical cable, and fiber core data input, optical cable loading facility data input and optical cable facility data input; the logic and business data module is used for maintaining logical relation among the input data of each part; the cutting and connecting position and fiber distribution module, according to data provided by the two modules, carries out query analysis on logical relation and business relation by manually producing optical cable and joint needing cutting and connecting simulation operation. The system is beneficial to reducing the risk on the original business when carrying out the optical cable cutting and connecting, and before cutting and connecting the optical cable, physical and logical data, which is related to the cutting and connecting can be totally and accurately known, thus being convenient for decision implementation of a project, meanwhile, the system provides an effective method for business analysis and business prediction.
Description
Technical field
The present invention relates to transmission technique field, particularly a kind of optical cable cleft grafting simulation system.
Technical background
Before traditional optical cable cleft grafting operation, need carry out certain business assessment to the optical cable related data that will carry out cutover, roughing-in routing condition as optical cable, the situation that influences to original transfer line resource, and on the cutover optical cable related business information, customer informations etc. for this reason, must manually be browsed numerous transfer line data preservation and relevant information put in order.
Owing to must manually browse numerous transfer line data preservation and relevant information put in order, cause work efficiency low, simultaneously owing to reasons such as original data do not upgrade in time, be difficult to guarantee the accuracy and the integrality of cutover data, just know the real influence to business after optical cable cleft grafting finishes often, work has brought many drawbacks to optical cable maintenance.
Summary of the invention
The purpose of this invention is to provide a kind of optical cable cleft grafting simulation system, this system helps reducing the risk of optical cable cleft grafting to original service impact, increase work efficiency simultaneously, by simulation to optical cable cleft grafting, can before optical cable cleft grafting, accomplish comprehensively and accurately understanding to cutover related physical and logic data, accomplish to know what's what, be convenient to engineering construction decision-making, provide effective means for business diagnosis and traffic forecast simultaneously.
Method of the present invention is achieved in that the software architecture of this system comprises: data management module, logic and business data module, three modules that are mutually related of cutover position and fibre core distribution module: described data management module comprises optical cable and the typing of fibre core data, the typing of optical cable carrying facility data, the typing of fiber optic cable facility data, described optical cable carrying facility refers to people's well and pipeline, described fiber optic cable facility refers to fiber cable joint, above-mentioned data adopt GPS equipment to gather the information such as latitude and longitude coordinates of all facilities not in the know by the personnel of patrolling and examining, import the data of collection by off-line or online mode, because limiting, geographic position etc. can't pass through the data that GPS equipment is gathered for part, the mode of carrying out computing machine EXCEL importing or manual entry by original engineering data makes data loading, the formation base database, this basic database comprises people's well table, the pipeline segment table, the fiber cable joint table, the optical cable table is totally four tables, described people's well table comprises the ID of this people's well, title, type, the longitude coordinate, the latitude coordinate, described pipeline segment table comprises the ID of this duct section, title, length, A end people well ID, Z end people well ID, described optical cable table comprises the ID of this optical cable, title, the Optical Distribution Frame at optical cable A end place or the ID of joint, the light rack of distributing fibers at optical cable Z end place or the ID of joint, the loaded service title, described fiber cable joint table comprises the ID of this fiber cable joint, title, people from place well ID, longitude coordinate, latitude coordinate, wherein people from place well ID in the fiber cable joint table is the foreign key reference to the ID of people's well table, expression fiber cable joint welding optical cable in this people's well; Described logic and business data module are to safeguard the each several part logical relation between the logging data, comprise the relation of laying between optical cable and the duct section, logical relation between fiber cable joint and the people's well, the logical relation of people's well and duct section, the people well ID of logical relation between described fiber cable joint and the people's well by the joint table quotes and realizes, the logical relation of described people's well and duct section is quoted realization by the A end people well ID and the Z end people well ID of pipeline segment table, the relation of laying between described optical cable and the duct section must be set up a table that writes down the logical relation between them separately, and this table comprises optical cable ID, pipeline ID and lay type; Described cutover position and fibre core distribution module are according to above two data that module provides, need simulate optical cable logical relation and the business relations relevant of cutover operation with the joint query analysis by artificial formulation, the logical relation two ends respectively on the Optical Distribution Frame in that innings that comprise optical cable wherein, or be in people's well, to receive on the other optical cable with welding of another one fiber cable joint or T, and which pipeline the optical cable two ends are laid in respectively in, and business relations are meant which operation system the fibre core of the optical cable that will cut has carried respectively, which client will be this operation system will have influence on simultaneously, treating the data of cutover then carries out after the validity checking the affected professional location that proposes being alarmed, the automatic simultaneously facility to cutover point both sides carries out the right and left or the facility tabulation on both sides up and down after thereby route is calculated the generation cutover, simultaneously generate fibre core welding relation, and the data after the simulation are carried out that automatic data change is operated and the purpose that reaches data loading in cutover point simulation.
System architecture of the present invention is simple, realize easily, remedied and to have relied on the deficiency of manually carrying out the arrangement of transfer line data preservation in the prior art, reduce the risk of optical cable cleft grafting to original service impact, can increase work efficiency simultaneously, by simulation to optical cable cleft grafting, can before optical cable cleft grafting, accomplish comprehensively and accurately understanding to cutover related physical and logic data, accomplish to know what's what, be convenient to engineering construction decision-making, provide effective means for business diagnosis and traffic forecast simultaneously.
Description of drawings
Fig. 1 is a system architecture synoptic diagram of the present invention.
Fig. 2 is a workflow diagram of the present invention.
Fig. 3 is the logic relation picture between four tables of the present invention.
Fig. 4 is a binary chop algorithm synoptic diagram of judging the duct section both sides automatically.
Embodiment
Below, in conjunction with the accompanying drawings specific embodiments of the invention are further elaborated.
As shown in Figure 1, the software architecture of system of the present invention comprises: data management module, logic and business data module, three modules that are mutually related of cutover position and fibre core distribution module: described data management module comprises optical cable and the typing of fibre core data, the typing of optical cable carrying facility data, the typing of fiber optic cable facility data, described optical cable carrying facility refers to people's well and pipeline, described fiber optic cable facility refers to fiber cable joint, described logic and business data module are to safeguard the each several part logical relation between the logging data, comprise the relation of laying between optical cable and the duct section, logical relation between fiber cable joint and the people's well, the logical relation of people's well and duct section, described cutover position and fibre core distribution module are according to above two data that module provides, and need simulate optical cable logical relation and the business relations relevant with the joint query analysis of cutover operation by artificial formulation.
As shown in Figure 2, the workflow of system of the present invention is as follows: adopt GPS equipment to gather the information such as latitude and longitude coordinates of all facilities not in the know by the personnel of patrolling and examining, import the data of collection by off-line or online mode, because limiting, geographic position etc. can't pass through the data that GPS equipment is gathered for part, the mode of carrying out computing machine EXCEL importing or manual entry by original engineering data makes data loading, handle through software system module is unified before the warehouse-in, discard to fall some unnecessary or redundant ground data, last formation base database, this basic database comprises people's well table, the pipeline segment table, the fiber cable joint table, the optical cable table is totally four tables, described people's well table comprises the ID of this people's well, title, type, the longitude coordinate, the latitude coordinate, described pipeline segment table comprises the ID of this duct section, title, length, A end (head end) people well ID, Z end (tail end) people well ID, described optical cable table comprises the ID of this optical cable, title, the Optical Distribution Frame at optical cable A end place or the ID of joint, the light rack of distributing fibers at optical cable Z end place or the ID of joint, the loaded service title, described fiber cable joint table comprises the ID of this fiber cable joint, title, people from place well ID, longitude coordinate, latitude coordinate, wherein people from place well ID in the fiber cable joint table is the foreign key reference to the ID of people's well table, expression fiber cable joint welding optical cable in this people's well.The design of concrete four tables is as follows:
The optical cable table:
| ID | Title | A holds ID | Z holds ID | The bearer service title |
People's well table:
| ID | Title | Type | Longitude coordinate | Latitude coordinate |
The pipeline segment table:
| ID | Title | Length | A end people well ID | Z end people well ID |
The fiber cable joint table:
| ID | Title | People from place well ID (foreign key reference) | Longitude coordinate | Latitude coordinate |
After having built basic database, should safeguard the each several part logical relation between the logging data.Because itself comprised certain facility relation in the data importing process, as, which joint can be directly by the logical relation between system's generation joint and the people's well in that well.Can't pass through the automatic generating portion of computer equipment for some, can manually specify by the reference engineering data.As shown in Figure 3, the people well ID of logical relation between fiber cable joint and the people's well by the joint table quotes and realizes, the logical relation of described people's well and duct section is quoted realization by the A end people well ID and the Z end people well ID of pipeline segment table, the relation of laying between described optical cable and the duct section must be set up a table that writes down the logical relation between them separately, and this table comprises optical cable ID, pipeline ID and lays type.Specific design is as follows:
The logical relation table of duct section and optical cable
| Optical cable ID | Pipeline ID | Lay type |
Behind the completion logic relation management, according to the above-mentioned data that provide, need simulate optical cable logical relation and the business relations relevant of cutover operation with the joint query analysis by artificial formulation, the logical relation two ends respectively on the Optical Distribution Frame in that innings that comprise optical cable wherein, or be in people's well, to receive on the other optical cable with welding of another one fiber cable joint or T, and which pipeline the optical cable two ends are laid in respectively in, and business relations are meant which operation system the fibre core of the optical cable that will cut has carried respectively, which client will be this operation system will have influence on simultaneously, treating the data of cutover then carries out after the validity checking the affected professional location that proposes being alarmed, the automatic simultaneously facility to cutover point both sides carries out the right and left or the facility tabulation on both sides up and down after thereby route is calculated the generation cutover, simultaneously generate fibre core welding relation, and the data after the simulation are carried out that automatic data change is operated and the purpose that reaches data loading in cutover point simulation.The gordian technique that this step relates to has 2 points: the one, judge that automatically the both sides of duct section concern; The 2nd, the new welding relation and the generation of physics fibre core.Automatically judge that wherein the realization on duct section both sides adopted a kind of algorithm that is similar to binary chop, finish up to the relation of laying to the pipeline of two ends search process respectively at cutover point place people's well, as shown in Figure 4.
After new welding relation and physics fibre core generating portion then need old physics fibre core two ends (A end hold with Z) and related service information noted earlier, delete old physics fibre core, generate A simultaneously and hold cutover point joint and cutover point joint to hold totally two sections physics fibre core, and give two sections new physics fibre cores a business information of preserving before simultaneously to Z.
So far, the optical cable cleft grafting simulated technological process finishes.
By this system, can check the business information that the optical cable of specifying cutover relates to, comprise office direction optical fiber, light path and operation system information, can clearly find out business information such as the physics for the treatment of the cutover optical cable and logic, thereby the cutover business is had an assessment in detail accurately, and the cutover engineering of reality is operated provides strong reference.
Claims (1)
1. optical cable cleft grafting simulation system, it is characterized in that: the software architecture of this system comprises: data management module, logic and business data module, cutover position and three modules that are mutually related of fibre core distribution module:
Described data management module comprises optical cable and the typing of fibre core data, the typing of optical cable carrying facility data, the typing of fiber optic cable facility data, described optical cable carrying facility refers to people's well and pipeline, described fiber optic cable facility refers to fiber cable joint, above-mentioned data adopt GPS equipment to gather the latitude and longitude coordinates information of all facilities not in the know by the personnel of patrolling and examining, import the data of collection by off-line or online mode, can't pass through the data of GPS equipment collection owing to geographic restriction for part, the mode of carrying out computing machine EXCEL importing or manual entry by original engineering data makes data loading, the formation base database, this basic database comprises people's well table, the pipeline segment table, the fiber cable joint table, the optical cable table is totally four tables, described people's well table comprises the ID of this people's well, title, type, the longitude coordinate, the latitude coordinate, described pipeline segment table comprises the ID of this duct section, title, length, A end people well ID, Z end people well ID, described optical cable table comprises the ID of this optical cable, title, the Optical Distribution Frame at optical cable A end place or the ID of joint, the light rack of distributing fibers at optical cable Z end place or the ID of joint, the loaded service title, described fiber cable joint table comprises the ID of this fiber cable joint, title, people from place well ID, longitude coordinate, latitude coordinate, wherein people from place well ID in the fiber cable joint table is the foreign key reference to the ID of people's well table, expression fiber cable joint welding optical cable in this people's well;
Described logic and business data module are to safeguard the each several part logical relation between the logging data, comprise the relation of laying between optical cable and the duct section, logical relation between fiber cable joint and the people's well, the logical relation of people's well and duct section, the people well ID of logical relation between described fiber cable joint and the people's well by the joint table quotes and realizes, the logical relation of described people's well and duct section is quoted realization by the A end people well ID and the Z end people well ID of pipeline segment table, the relation of laying between described optical cable and the duct section must be set up a table that writes down the logical relation between them separately, and this table comprises optical cable ID, pipeline ID and lay type;
Described cutover position and fibre core distribution module are according to above two data that module provides, need simulate optical cable logical relation and the business relations relevant of cutover operation with the joint query analysis by artificial formulation, the logical relation two ends respectively on the Optical Distribution Frame in which office that comprise optical cable wherein, or be in people's well, to receive on the other optical cable with welding of another one fiber cable joint or T, and which pipeline the optical cable two ends are laid in respectively in, and business relations are meant which operation system the fibre core of the optical cable that will cut has carried respectively, which client will be this operation system will have influence on simultaneously, treating the data of cutover then carries out after the validity checking the affected professional location that proposes being alarmed, the automatic simultaneously facility to cutover point both sides carries out the right and left or the facility tabulation on both sides up and down after thereby route is calculated the generation cutover, simultaneously generate fibre core welding relation, and the data after the simulation are carried out that automatic data change is operated and the purpose that reaches data loading in cutover point simulation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100722642A CN101488163B (en) | 2008-12-02 | 2008-12-02 | Optical cable cleft grafting simulation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100722642A CN101488163B (en) | 2008-12-02 | 2008-12-02 | Optical cable cleft grafting simulation system |
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| Publication Number | Publication Date |
|---|---|
| CN101488163A CN101488163A (en) | 2009-07-22 |
| CN101488163B true CN101488163B (en) | 2010-11-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2008100722642A Active CN101488163B (en) | 2008-12-02 | 2008-12-02 | Optical cable cleft grafting simulation system |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104780000B (en) * | 2015-03-23 | 2018-05-25 | 北京千禧维讯科技有限公司 | A kind of method of fibre core fault fast positioning |
| CN106411541B (en) * | 2015-07-27 | 2020-03-17 | 中兴通讯股份有限公司 | Method and device for establishing service cutover plan |
| CN107819608B (en) * | 2017-10-16 | 2020-12-04 | 南京网元通信技术有限公司 | VoLTE network cutover automatic evaluation method based on multi-interface software simulation |
| CN115913985A (en) * | 2022-10-14 | 2023-04-04 | 烽火通信科技股份有限公司 | Link cutover simulation method and system |
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| CN101488163A (en) | 2009-07-22 |
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