CN105577456A - Network topology configuration display method for solving single-domain and cross-domain problems - Google Patents
Network topology configuration display method for solving single-domain and cross-domain problems Download PDFInfo
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- 238000010295 mobile communication Methods 0.000 description 3
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/12—Discovery or management of network topologies
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0803—Configuration setting
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Abstract
The invention discloses a network topology configuration display method for solving the problems of single domain and cross-domain, which comprises the following steps: firstly, building and configuring a model; configuring a topological model; configuring a Dashboard display topological graph; and displaying the topological graph according to the entity relationship of the model. Compared with the prior art, the method for displaying the network topology configuration for solving the problems of single domain and cross-domain is more flexible, the model and the entity of the topology display are both user configuration decision and data decision, and no customized place is available, so that the method can be quickly implemented, is free of obstacles, has strong practicability and is easy to popularize.
Description
Technical field
The present invention relates to performance administrative skill field in mobile radio communication, specifically a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem.
Background technology
In performance management system (PM), TOPO module needs to provide the infrastructure devices of a teleservice link and the topological relation of sublink, be convenient to when monitoring or analyze the performance issue of service link, present the performance condition of service link intuitively, and then the function analyzed more accurately.Need the link realized between the network equipment, i.e. link, can bore at link the indication information checking relevant link up and down, the information that equipment is checked equipment and the indication information be associated with on equipment simultaneously.But clearly can not determine network there is those equipment in the quoting of reality, and the line situation between equipment.The equipment such as, used in 2G, 3G, 4G network is just very different, link then, and the index be associated with on link and equipment is also different.So need solution equipment and between the abstract problem of line, according to the relevant equipment of the Scene caseization of reality and link in concrete application, and associate on both, show concrete performance data information.Based on this, now provide a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem, to solve the problem.
Summary of the invention
Technical assignment of the present invention is for above weak point, provides a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem.
Solve a network topology configuration methods of exhibiting for single domain and Cross-domain problem, its implementation procedure is:
First build and allocation models;
Configured topology model;
Configuration Dashboard panel board shows topological diagram;
Topological diagram is shown according to model entity relation.
To build and the model configured comprises device model, link model and port model, here configuration refers to the relationship between superior and subordinate of allocation models, i.e. the relationship between superior and subordinate of link model, port model and the relationship between superior and subordinate of device model and the relationship between superior and subordinate of port model and link model.
Described device model, link model and port model gather entity respectively by external system, and this external system comprises new NE Discovery, InventoryManagement system.
The concrete configuration process of topological model is:
The Drill-down paths of configuration link type topology model;
The icon of configuration device type topology model;
Configured port type topology model.
The Drill-down paths of described Linktype topological model, refers to and confirms concrete model that topological diagram is shown and entity by Drill-down paths.
The configuration of Dashboard panel board shows that process is:
User configures Dashboard panel board, selects topological classification window;
According to the topological model in user configured Dashboard and entity, obtain the Drill-down paths configuration of this link model;
According to the entity that user selects in Dashboard, according to the network element relation of Drill-down paths, the superior and the subordinate carrying out entity search;
Topological diagram after boring under this entity is the most at last shown in window.
Described entity the superior and the subordinate are searched and are realized by api interface.
The superior and the subordinate's search procedure of entity Drill-down paths is:
First the Link Entity needing lower brill is determined;
Search the Drill-down paths of topological model, link is passed through in this path---port---equipment sequential search, that is:
Search first node of the lower brill of this Link Entity;
Search the port at these first node two ends, be designated as port one, port two;
Search the equipment of port one, port two difference correspondence, be designated as equipment one, equipment two;
Equipment one, equipment two is shown in topology.
Show that topological diagram refers to according to model entity relation: when entity relationship exists port, the equipment at port two ends and link, this equipment and link be just displaying in topological diagram, otherwise will not show.
Also be included in the step of original topological diagram adding equipment, this step is specially:
Original topological diagram adds equipment three;
Search the Drill-down paths of topological model, link is passed through in this path---port---equipment sequential search, that is:
Traversal equipment one, first searches the port associated by this node device;
Travel through the port found out, find the link that port is corresponding;
Travel through the link found out, find the port of the other end;
Travel through all of the port found out, see whether the equipment of connection comprises this equipment three, if had, then devices illustrated three and equipment one have line, and return line entity;
The node device on other former topological diagram is traveled through according to above-mentioned steps;
Traversal terminates, and the line of association and the equipment three newly increased is presented in topological diagram.
Compared to the prior art a kind of network topology solving single domain and Cross-domain problem of the present invention configures methods of exhibiting, has following beneficial effect:
The method that the present invention uses is more flexible, and the model of topology exhibits, entity are all that user configures decision, data determine, do not have the place customized, can reach the Rapid Implementation of product, accessible enforcement, practical, are easy to promote.
Accompanying drawing explanation
Accompanying drawing 1 is realization flow figure of the present invention.
Accompanying drawing 2 carries out showing the flow chart of topological diagram for Drill-down paths.
Accompanying drawing 3 is flow chart topological diagram adding equipment.
Accompanying drawing 4 is PM devices in system allocation plan.
Accompanying drawing 5 is the line graph in PM system.
Accompanying drawing 6 is final instantiation result figure out.
Accompanying drawing 7 is the allocation plan of Element in PM system.
Accompanying drawing 8 is line allocation plan.
Accompanying drawing 9 is the topological diagram dissolved by this profile instance.
Embodiment
Below in conjunction with the drawings and specific embodiments, the invention will be further described.
As shown in accompanying drawing 1, Fig. 2, Fig. 3, a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem of the present invention, its implementation procedure is:
First build and allocation models;
Configured topology model;
Configuration Dashboard panel board shows topological diagram;
Topological diagram is shown according to model entity relation.
To build and the model configured comprises device model, link model and port model, here configuration refers to the relationship between superior and subordinate of allocation models, i.e. the relationship between superior and subordinate of link model, port model and the relationship between superior and subordinate of device model and the relationship between superior and subordinate of port model and link model.
Described device model, link model and port model gather entity respectively by external system, and this external system comprises new NE Discovery, InventoryManagement system.
The concrete configuration process of topological model is:
The Drill-down paths of configuration link type topology model;
The icon of configuration device type topology model;
Configured port type topology model.
The Drill-down paths of described Linktype topological model, refers to and confirms concrete model that topological diagram is shown and entity by Drill-down paths.
The configuration of Dashboard panel board shows that process is:
User configures Dashboard panel board, selects topological classification window;
According to the topological model in user configured Dashboard and entity, obtain the Drill-down paths configuration of this link model;
According to the entity that user selects in Dashboard, according to the network element relation of Drill-down paths, the superior and the subordinate carrying out entity search;
Topological diagram after boring under this entity is the most at last shown in window.
Described entity the superior and the subordinate are searched and are realized by api interface.
The superior and the subordinate's search procedure of entity Drill-down paths is:
First the Link Entity needing lower brill is determined;
Search the Drill-down paths of topological model, link is passed through in this path---port---equipment sequential search, that is:
Search first node of the lower brill of this Link Entity;
Search the port at these first node two ends, be designated as port one, port two;
Search the equipment of port one, port two difference correspondence, be designated as equipment one, equipment two;
Equipment one, equipment two is shown in topology.
Show that topological diagram refers to according to model entity relation: when entity relationship exists port, the equipment at port two ends and link, this equipment and link be just displaying in topological diagram, otherwise will not show.
Also be included in the step of original topological diagram adding equipment, this step is specially:
Original topological diagram adds equipment three;
Search the Drill-down paths of topological model, link is passed through in this path---port---equipment sequential search, that is:
Traversal equipment one, first searches the port associated by this node device;
Travel through the port found out, find the link that port is corresponding;
Travel through the link found out, find the port of the other end;
Travel through all of the port found out, see whether the equipment of connection comprises this equipment three, if had, then devices illustrated three and equipment one have line, and return line entity;
The node device on other former topological diagram is traveled through according to above-mentioned steps;
Traversal terminates, and the line of association and the equipment three newly increased is presented in topological diagram.
Embodiment:
Will network model is abstract in a few conception of species, general character wherein must be extracted, formation model object.Want this work to complete, the network equipment needing combing the most complicated and the relation between them, to generate the main body of index of correlation.In conjunction with the working condition that China Mobile, XL, MTN, Telef ó nica etc. are on-the-spot, being formed and summarize as follows, is also the basic key element forming topological TOPO modeling:
Equipment (Device): namely all in mobile communication equipment network elements.
Link (Link): the link relation between network elements all in mobile communication equipment.
Port (Port): the port on mobile communication equipment.
Index (Indicator): equipment running, link transmission data time some initial data of being formed and the processed unit weighed as business or method.
Equipment there is N number of port, be generally the power level of 2.Link between equipment is connected by the port on equipment.
One, single domain realizes.
Based on equipment, link, port, index abstract, the software simulating in PM system is as follows:
Equipment Device in PM system configures as Fig. 4, configuration to set model be KPI and Huawei_DeviceSet in Huawei_Device, Fig. 4 is index on this kind equipment.Icon place is the icon of this device model association.
Link Link in PM system is as Fig. 5: so this model forms following relation: port (Port) subordinate sets (Huawei_Device), and Huawei_Link forms link by two ports, is then also associated by equipment.
Final instantiation result out such as each equipment in Fig. 6, figure can be clicked, and then the report messages on presentation device.
The icon can finding out single domain from figure can only use one, because only support a device model.
Two, cross-domain model.
Can see from above-described embodiment and can realize basic linking of devices, but the network of reality must not be so simple.Practicing basic 2G network by above-mentioned realization also to can not meet, is the network configuration of a perfect condition substantially.Actual network can not be used at all.So take out the concept of Element on the basis of the four elements of TOPO modeling, solve problems faced.
1) Element model.
Element:Element model is actual is the concept of a set, is put into by the device model (Device) of not same area in a set when being exactly modeling, and this set can not the concrete network element of separate instanceization one.As next step realize in Dyc_Device equipment, APN (UGW) equipment, these two models subordinate different set territory.Setting up one at this cries the model of Element by packaging together for these two models.Only when concrete instantiation, according to the element in this set of Element, instantiation Dyc_Device equipment, APN (UGW) equipment, then according to the equipment upper port (Port) hanging over these two instantiations, the link between two ports (Port) forms concrete link.
2) cross-domain realization.
In PM system, the configuration of Element is as Fig. 7.
Dyc_Device in network element composition is the model in CoreCS territory, and APN (UGW) is the model in CorePS territory, and ATMOffice is the model in DYC territory.
Link configuration is as Fig. 8, and namely configuring circuit is with Element model for device model, and the single model in Element model configures separately, class Fig. 5.
The TOPO dissolved by this profile instance is as Fig. 9.
As can be seen from the figure the multiple different model of cross-domain support.On equipment after distribu-tion index, the function such as lower brill and form displaying can be supported.
Be herein demand abroad basis on, take out the model with general character according on the network configuration basis of time present stage: equipment, link, port, solve the problem of single domain.And then take out Element model on this basis and solve cross-domain problem, and verified by concrete software.Present stage, this function was by the examination of foreign customers, achieved gratifying effect.
By embodiment above, described those skilled in the art can be easy to realize the present invention.But should be appreciated that the present invention is not limited to above-mentioned embodiment.On the basis of disclosed execution mode, described those skilled in the art can the different technical characteristic of combination in any, thus realizes different technical schemes.
Except the technical characteristic described in specification, be the known technology of those skilled in the art.
Claims (10)
1. solve a network topology configuration methods of exhibiting for single domain and Cross-domain problem, it is characterized in that, its implementation procedure is:
First build and allocation models;
Configured topology model;
Configuration Dashboard panel board shows topological diagram;
Topological diagram is shown according to model entity relation.
2. a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem according to claim 1, it is characterized in that, to build and the model configured comprises device model, link model and port model, here configuration refers to the relationship between superior and subordinate of allocation models, i.e. the relationship between superior and subordinate of link model, port model and the relationship between superior and subordinate of device model and the relationship between superior and subordinate of port model and link model.
3. a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem according to claim 2, it is characterized in that, described device model, link model and port model gather entity respectively by external system, and this external system comprises new NE Discovery, InventoryManagement system.
4. a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem according to claim 2, it is characterized in that, the concrete configuration process of topological model is:
The Drill-down paths of configuration link type topology model;
The icon of configuration device type topology model;
Configured port type topology model.
5. a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem according to claim 4, it is characterized in that, the Drill-down paths of described Linktype topological model, refers to and confirms concrete model that topological diagram is shown and entity by Drill-down paths.
6. a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem according to claim 2, it is characterized in that, the configuration of Dashboard panel board shows that process is:
User configures Dashboard panel board, selects topological classification window;
According to the topological model in user configured Dashboard and entity, obtain the Drill-down paths configuration of this link model;
According to the entity that user selects in Dashboard, according to the network element relation of Drill-down paths, the superior and the subordinate carrying out entity search;
Topological diagram after boring under this entity is the most at last shown in window.
7. a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem according to claim 6, it is characterized in that, described entity the superior and the subordinate are searched and are realized by api interface.
8. a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem according to claim 6, it is characterized in that, the superior and the subordinate's search procedure of entity Drill-down paths is:
First the Link Entity needing lower brill is determined;
Search the Drill-down paths of topological model, link is passed through in this path---port---equipment sequential search, that is:
Search first node of the lower brill of this Link Entity;
Search the port at these first node two ends, be designated as port one, port two;
Search the equipment of port one, port two difference correspondence, be designated as equipment one, equipment two;
Equipment one, equipment two is shown in topology.
9. a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem according to claim 8, it is characterized in that, show that topological diagram refers to according to model entity relation: when entity relationship exists port, the equipment at port two ends and link, this equipment and link are just shown in topological diagram, otherwise will not show.
10. a kind of network topology configuration methods of exhibiting solving single domain and Cross-domain problem according to claim 8, it is characterized in that, be also included in the step of original topological diagram adding equipment, this step is specially:
Original topological diagram adds equipment three;
Search the Drill-down paths of topological model, link is passed through in this path---port---equipment sequential search, that is:
Traversal equipment one, first searches the port associated by this node device;
Travel through the port found out, find the link that port is corresponding;
Travel through the link found out, find the port of the other end;
Travel through all of the port found out, see whether the equipment of connection comprises this equipment three, if had, then devices illustrated three and equipment one have line, and return line entity;
The node device on other former topological diagram is traveled through according to above-mentioned steps;
Traversal terminates, and the line of association and the equipment three newly increased is presented in topological diagram.
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