CN113486012A - Optical cable data model for comprehensive network maintenance management - Google Patents
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Abstract
The invention discloses an optical cable data model facing to integrated network maintenance management, in particular to the technical field of optical cable data, the invention can uniquely describe the resource attribute of an optical cable by defining the optical cable model into 5 categories of an optical cable system, the optical cable, a fiber core section, a responsibility section and a maintenance section, uniformly realize the integrated management requirements of resource routing scheduling, optical fiber performance testing and line inspection through the model, facilitate the automatic identification of the optical cable on site, facilitate the site identification of maintenance personnel, solve the management troubles in the optical cable maintenance, improve the data quality and the management efficiency, delete the repeated redundant data, label different optical cable data, establish the connection between the label and the corresponding data in the storage space, and ensure that the optical cable data model of the invention can reduce the occupied storage space as much as possible on the premise of comprehensive data, the management of data is facilitated.
Description
Technical Field
The invention relates to the technical field of optical cable data, in particular to an optical cable data model for comprehensive network maintenance management.
Background
The optical cable is a basic carrier of a modern communication network, optical cable laying is distributed throughout each human community along with continuous expansion of network scale, challenges are brought to optical cable maintenance invisibly, the fields of resource management, resource scheduling, routing inspection management, performance management and the like are included, how to construct an optical cable model is a key, in the prior art, an optical cable data model is not strictly supported in the aspect of optical cable comprehensive maintenance, particularly, the optical cable is described and distinguished mainly based on names, division randomness is caused due to lack of rule limitation, understanding of the optical cable by different management requirements is inconsistent, system data management and field data identification difficulty are brought, requirements of different maintenance management are difficult to be compatible, data quality and management efficiency are poor, if all data are collected, a large storage space is occupied, and more information is not convenient for data management.
Disclosure of Invention
In order to overcome the above defects in the prior art, the present invention provides an optical cable data model for integrated network maintenance management, and the technical problems to be solved by the present invention are: in the prior art, an optical cable data model is not strictly supported in the aspect of comprehensive maintenance of an optical cable, particularly, the optical cable is described and distinguished mainly based on names, the division randomness is caused due to the lack of rule limitation, different management requirements are inconsistent in understanding of the optical cable, the difficulty of system data management and field data identification is brought, and the requirements of different maintenance management are difficult to be compatible, so that the data quality and the management efficiency are poor, if all data are collected, a larger storage space can be occupied, and more information is generated, and the data management is inconvenient.
In order to achieve the purpose, the invention provides the following technical scheme: an optical cable data model facing integrated network maintenance management comprises the following schemes:
s1, the optical cable model is definitely defined into 5 categories of an optical cable system, an optical cable, a fiber core section, a responsibility section and a maintenance section, wherein the optical cable is a section of optical cable which is formed into a straight-through path on a route, the fiber core number of the optical cable in the section is unchanged, but the optical cable possibly has an opening lower fiber, the optical cable is composed of a start point, a fiber core number and an opening point which are independent position points, the optical cable naturally breaks the fiber core at the start point and the opening point to generate a fiber core head, the start point is a single fiber core head, each core of the middle opening point corresponds to a double fiber core head, and the connection operation can be realized based on the fiber core heads.
S2, in the process of establishing the optical cable data, the optical cable data can be generated only by inputting the start and stop points and the fiber core number of the optical cable, otherwise, the optical cable data cannot be generated normally, a straight-through section needs to be selected for inserting the opening point operation based on the optical cable opening, then the optical cable opening point is automatically updated, and corresponding opening point fiber core data is generated.
S3, calibrating the line route based on the optical cable, calculating the route length, inserting an opening point which must be included in the optical cable route, dividing the responsibility segment and the maintenance segment based on the optical cable bearing point, automatically generating the responsibility segment and the maintenance segment route based on the dividing point and the optical cable route, calculating the route length, meanwhile, automatically refreshing the responsibility segment and the maintenance segment route by the optical cable migration under the condition of not relating to the maintenance segment responsibility segment dividing point, needing to re-maintain the responsibility segment and the maintenance segment dividing point by the optical cable migration under the condition of relating to the maintenance segment responsibility segment dividing point, and then automatically refreshing the responsibility segment and the maintenance segment route according to the new dividing point.
S4, comparing and analyzing all the obtained optical cable data through a comparison module, comparing the known data in the storage space, then deleting some duplicated data, storing the rest unreduplicated data in the storage space, then the data processing correlation module processes data according to different optical cable data, labels the different optical cable data at the same time, and the data processing correlation module corresponds to corresponding data in the storage space according to the serial number of the identifier, so that the data model can be simplified into a plurality of optical cable data labels, and all non-repeated data are independently placed in the storage space, when the manager needs to inquire the optical cable data of a certain label, the label is input into the query module, so that the query module can find out all information corresponding to the label in the storage space according to the label of the data.
As a further scheme of the invention: the optical cable system is a classification concept, represents a direction or a project, and establishes a many-to-many relationship with optical cables.
As a further scheme of the invention: the optical cable represents a section of physical optical cable, when a plurality of optical cables exist between the same start and stop points, the optical cables are distinguished through additional serial numbers, the optical cables can be divided into different optical cable systems and are in loose association with the optical cable systems, the optical cable opening point is a data set and represents a sequential opening relationship between the start and stop points, a logical route of the optical cables is formed between the start and stop points of the optical cables through the opening point, and a fiber core connection relationship can be maintained at the optical cable logical route point.
As a further scheme of the invention: the fiber core section is a section of fiber core data between two adjacent lower fiber points in the middle task of the fiber core of the optical cable, belongs to a subordinate optical cable, reflects the fiber core segmentation relation of the optical cable, is used for fiber core connection, does not generate a data object independently, does not need to be maintained independently, and does not appear as an independent data object.
As a further scheme of the invention: the responsibility section and the maintenance section are divided based on optical cable subdivision and an optical cable route maintenance responsibility range, and are used for distinguishing maintenance responsibility.
As a further scheme of the invention: the optical cable opening operation comprises the following steps: selecting a section of graphic connection line or map connection line between any two logic routing points of the optical cable, inputting an opening point, automatically inserting the opening point between the two corresponding logic routing points by the system, updating the optical cable routing, wherein the inserted opening point is the optical cable bearing point.
As a further scheme of the invention: the steps of the core connecting operation are as follows: based on the optical cable logic point, the fiber core connection operation can be carried out, and the fiber core connection operation comprises the steps of putting on a shelf, melting the fiber, and recording the logic point, the direction and the fiber core number by a system.
As a further scheme of the invention: fiber cores corresponding to the serial numbers at two ends of the optical cable may or may not be straight-through, depending on the connection relation of the fiber cores in the middle, the responsibility section is used for subdividing the range of the optical cable route and is mainly used for maintenance responsibility division on the ground level, the maintenance section is used for dividing the range smaller than the responsibility section and is mainly used for maintenance responsibility management of maintenance units, and hidden dangers, faults and performances and management responsibility and maintenance responsibility of routing inspection can be distinguished through the responsibility section and the maintenance section.
The invention has the beneficial effects that:
1. the invention defines the optical cable model into 5 categories of an optical cable system, an optical cable, a fiber core section, a responsibility section and a maintenance section, wherein the optical cable system represents one direction or one project, a many-to-many relation is established with the optical cable, the optical cable has a definite concept of starting point and core number, and the optical cable system is in a loose incidence relation, the fiber core section is a section between two adjacent points with a fiber descending relation in the optical cable, the fiber core segmentation relation of the optical cable is embodied, and the responsibility section and the maintenance section are divided based on the optical cable route maintenance responsibility range for distinguishing maintenance responsibility, so that the invention can realize an optical cable data model facing comprehensive network maintenance management, can uniquely describe the resource attribute of the optical cable through the model, uniformly realize the comprehensive management requirements of resource routing scheduling, optical fiber performance testing and line inspection, and is convenient for automatically identifying the optical cable on site, the method and the device are convenient for maintenance personnel to carry out field identification, can solve management troubles in optical cable maintenance, improve data quality and management efficiency, delete repeated redundant data, label different optical cable data, and establish connection between the labels and corresponding data in the storage space, so that the optical cable data model can reduce the occupied storage space as much as possible on the premise of comprehensive data, and is convenient for data management.
Drawings
FIG. 1 is a schematic diagram of a model processing system for cable data according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in the figure, the invention provides an optical cable data model facing integrated network maintenance management, which comprises the following schemes:
s1, the optical cable model is definitely defined into 5 categories of an optical cable system, an optical cable, a fiber core section, a responsibility section and a maintenance section, wherein the optical cable is a section of optical cable which is formed into a straight-through path on a route, the fiber core number of the optical cable in the section is unchanged, but the optical cable possibly has an opening lower fiber, the optical cable is composed of a start point, a fiber core number and an opening point which are independent position points, the optical cable naturally breaks the fiber core at the start point and the opening point to generate a fiber core head, the start point is a single fiber core head, each core of the middle opening point corresponds to a double fiber core head, and the connection operation can be realized based on the fiber core heads.
S2, in the process of establishing the optical cable data, the optical cable data can be generated only by inputting the starting point and the fiber core number of the optical cable, otherwise, the optical cable data can not be generated normally, the optical cable data can be generated only by inputting the starting point and the fiber core number of the optical cable in the process of establishing the optical cable data, otherwise, the optical cable data can not be generated normally, and therefore the situation that a manager forgets to input the starting point and the fiber core number of the optical cable to generate the optical cable data without a data supporting base can be avoided, the comprehensiveness of the data is guaranteed, a straight-through paragraph needs to be selected to be inserted into an opening point operation based on the optical cable opening, then the optical cable opening point is automatically updated, and corresponding opening point fiber core data is generated.
S3, calibrating the line route based on the optical cable, calculating the route length, inserting an opening point which must be included in the optical cable route, dividing the responsibility segment and the maintenance segment based on the optical cable bearing point, automatically generating the responsibility segment and the maintenance segment route based on the dividing point and the optical cable route, calculating the route length, meanwhile, automatically refreshing the responsibility segment and the maintenance segment route by the optical cable migration under the condition of not relating to the maintenance segment responsibility segment dividing point, needing to re-maintain the responsibility segment and the maintenance segment dividing point by the optical cable migration under the condition of relating to the maintenance segment responsibility segment dividing point, and then automatically refreshing the responsibility segment and the maintenance segment route according to the new dividing point.
S4, comparing and analyzing all the obtained optical cable data through a comparison module, comparing the known data in the storage space, deleting some repeated data, storing the rest unrepeated data in the storage space, processing data according to different optical cable data through a data processing association module, labeling different optical cable data, so that a manager can check all information of the optical cable through the labels and the storage space, and corresponding the data in the storage space to corresponding data according to the labeled serial number through the data processing association module, so that the data model can be simplified into a plurality of optical cable data labels, and all non-repeated data are independently placed in the storage space, when a manager needs to inquire the optical cable data of a certain label, the label is input into the inquiry module, so that the inquiry module can find out all information corresponding to the label in the storage space according to the label of the data.
A cable system is a classification concept that represents a direction or a project and establishes a many-to-many relationship with cables.
The optical cable represents a section of physical optical cable, when a plurality of optical cables exist between the same start and stop points, the optical cables are distinguished through additional serial numbers, the optical cables can be divided into different optical cable systems and are in loose association with the optical cable systems, the optical cable opening point is a data set and represents a sequential opening relationship between the start and stop points, a logical route of the optical cables is formed between the start and stop points of the optical cables through the opening point, and a fiber core connection relationship can be maintained at the optical cable logical route point.
The fiber core section is a section of fiber core data between two adjacent lower fiber points in the middle task of the fiber core of the optical cable, belongs to a subordinate optical cable, reflects the fiber core segmentation relation of the optical cable, is used for fiber core connection, does not generate a data object independently, does not need to be maintained independently, and does not appear as an independent data object.
The responsibility section and the maintenance section are divided based on optical cable subdivision and an optical cable route maintenance responsibility range, and are used for distinguishing maintenance responsibility.
The optical cable opening operation comprises the following steps: selecting a section of graphic connection line or map connection line between any two logic routing points of the optical cable, inputting an opening point, automatically inserting the opening point between the two corresponding logic routing points by the system, updating the optical cable routing, wherein the inserted opening point is the optical cable bearing point.
The steps of the core connecting operation are as follows: based on the optical cable logic point, the fiber core connection operation can be carried out, and the fiber core connection operation comprises the steps of putting on a shelf, melting the fiber, and recording the logic point, the direction and the fiber core number by a system.
Fiber cores corresponding to the serial numbers at two ends of the optical cable can be directly connected or not directly connected, depending on the connection relation of the fiber cores in the middle, the responsibility section is used for subdividing the range of the optical cable route and is mainly used for maintenance responsibility division on the ground level, the maintenance section is used for dividing the range smaller than the responsibility section and is mainly used for maintenance unit responsibility management, and hidden dangers, faults and performances, and management responsibility and maintenance responsibility of routing inspection can be distinguished through the responsibility section and the maintenance section.
The points to be finally explained are: although the present invention has been described in detail with reference to the general description and the specific embodiments, on the basis of the present invention, the above embodiments are only used for illustrating the technical solutions of the present invention, and not for limiting the same; while the invention has been described in detail and with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.
Claims (8)
1. An optical cable data model facing integrated network maintenance management is characterized by comprising the following schemes:
s1, the optical cable model is definitely defined into 5 categories of an optical cable system, an optical cable, a fiber core section, a responsibility section and a maintenance section, wherein the optical cable is a section of optical cable which is formed into a straight-through path on a route, the fiber core number of the optical cable in the section is unchanged, but the optical cable possibly has an opening lower fiber, the optical cable is composed of a determined start point, a determined fiber core number and a determined opening point, the start point and the opening point are independent position points, the optical cable naturally breaks the fiber core at the start point and the opening point to generate a fiber core head, the start point is a single fiber core head, each core of the middle opening point corresponds to a double fiber core head, and the connection operation can be realized based on the fiber core heads;
s2, in the process of establishing optical cable data, optical cable data can be generated only by inputting the starting point and the ending point of the optical cable and the number of fiber cores, otherwise, the optical cable data cannot be generated normally, a straight-through section needs to be selected for inserting into an opening point operation based on an optical cable opening, then the opening point of the optical cable is automatically updated, and corresponding opening point fiber core data is generated;
s3, calibrating the line route based on the optical cable, calculating the route length, inserting an opening point which must be included in the optical cable route, dividing the responsibility segment and the maintenance segment based on the optical cable bearing point, automatically generating the responsibility segment and the maintenance segment route based on the dividing point and the optical cable route, calculating the route length, meanwhile, automatically refreshing the responsibility segment and the maintenance segment route when the optical cable is shifted without relating to the maintenance segment responsibility segment dividing point, needing to re-maintain the responsibility segment and the maintenance segment dividing point when the optical cable is shifted with relating to the maintenance segment responsibility segment dividing point, and then automatically refreshing the responsibility segment and the maintenance segment route according to the new dividing point;
S4, comparing and analyzing all the obtained optical cable data through a comparison module, comparing the known data in the storage space, then deleting some duplicated data, storing the rest unreduplicated data in the storage space, then the data processing correlation module processes data according to different optical cable data, labels the different optical cable data at the same time, and the data processing correlation module corresponds to corresponding data in the storage space according to the serial number of the identifier, so that the data model can be simplified into a plurality of optical cable data labels, and all non-repeated data are independently placed in the storage space, when the manager needs to inquire the optical cable data of a certain label, the label is input into the query module, so that the query module can find out all information corresponding to the label in the storage space according to the label of the data.
2. The integrated network maintenance management-oriented optical cable data model of claim 1, wherein: the optical cable system is a classification concept, represents a direction or a project, and establishes a many-to-many relationship with optical cables.
3. The integrated network maintenance management-oriented optical cable data model of claim 1, wherein: the optical cable represents a section of physical optical cable, when a plurality of optical cables exist between the same start and stop points, the optical cables are distinguished through additional serial numbers, the optical cables can be divided into different optical cable systems and are in loose association with the optical cable systems, the optical cable opening point is a data set and represents a sequential opening relationship between the start and stop points, a logical route of the optical cables is formed between the start and stop points of the optical cables through the opening point, and a fiber core connection relationship can be maintained at the optical cable logical route point.
4. The integrated network maintenance management-oriented optical cable data model of claim 1, wherein: the fiber core section is a section of fiber core data between two adjacent lower fiber points in the middle task of the fiber core of the optical cable, belongs to a subordinate optical cable, reflects the fiber core segmentation relation of the optical cable, is used for fiber core connection, does not generate a data object independently, does not need to be maintained independently, and does not appear as an independent data object.
5. The integrated network maintenance management-oriented optical cable data model of claim 1, wherein: the responsibility section and the maintenance section are divided based on optical cable subdivision and an optical cable route maintenance responsibility range, and are used for distinguishing maintenance responsibility.
6. The integrated network maintenance management-oriented optical cable data model of claim 1, wherein: the optical cable opening operation comprises the following steps: selecting a section of graphic connection line or map connection line between any two logic routing points of the optical cable, inputting an opening point, automatically inserting the opening point between the two corresponding logic routing points by the system, updating the optical cable routing, wherein the inserted opening point is the optical cable bearing point.
7. The integrated network maintenance management-oriented optical cable data model of claim 1, wherein: the steps of the core connecting operation are as follows: based on the optical cable logic point, the fiber core connection operation can be carried out, and the fiber core connection operation comprises the steps of putting on a shelf, melting the fiber, and recording the logic point, the direction and the fiber core number by a system.
8. An integrated network maintenance management oriented optical cable data model according to any of claims 1-7, characterized in that: fiber cores corresponding to the serial numbers at two ends of the optical cable may or may not be straight-through, depending on the connection relation of the fiber cores in the middle, the responsibility section is used for subdividing the range of the optical cable route and is mainly used for maintenance responsibility division on the ground level, the maintenance section is used for dividing the range smaller than the responsibility section and is mainly used for maintenance responsibility management of maintenance units, and hidden dangers, faults and performances and management responsibility and maintenance responsibility of routing inspection can be distinguished through the responsibility section and the maintenance section.
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| CN114584208A (en) * | 2022-04-28 | 2022-06-03 | 高勘(广州)技术有限公司 | Method, device and equipment for checking optical cable facility points and storage medium |
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