CN104168138A - Electric power communication network system centralized topology generation and display method - Google Patents
Electric power communication network system centralized topology generation and display method Download PDFInfo
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- CN104168138A CN104168138A CN201410396497.3A CN201410396497A CN104168138A CN 104168138 A CN104168138 A CN 104168138A CN 201410396497 A CN201410396497 A CN 201410396497A CN 104168138 A CN104168138 A CN 104168138A
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Abstract
The invention relates to an electric power communication network system centralized topology generation and display method, and belongs to the technical field of data exchange networks. An electric power communication network is composed of a plurality of heterogeneous networks, each heterogeneous network comprises one or more sub-networks, each sub-network comprises one or more network management parts, each network management part comprises one or more network element sets, each network element is composed of one or more devices, and each device comprises a virtual machine and a physical machine. The method includes the following steps that a repeated connection relation is screened out and deleted by traversing the electric power communication network; a topological graph is generated; the repeated connection relation is added to the generated topological graph, and the whole network topology display of the electric power communication network is completed. With the method, the whole topological graph can be generated, and different map scales are adopted so that the whole topological graph can be in specific scaling; all the function devices are displayed on one graph, and therefore the topological graph can also perform real-time feedback tracking on management and programming service of the electric power communication network.
Description
Technical field
The present invention relates to a kind of topology and generate methods of exhibiting, belong to data switching networks technical field.
Background technology
Powerline network is some heterogeneous networks according to adopted technology or the business different demarcation that provides, and these heterogeneous networks comprise PLC net, wireless public network, wireless private network, wireless access network, industrial ether switching network etc.Data message in this communication network is generally stored in master server or the server of each heterogeneous network.And each heterogeneous network also can be subdivided into multiple sub-networks.Also dependent between each sub-network, there is mutual part mutually, between each heterogeneous network, be also moreover jointly for user provides miscellaneous service service by mutual cooperation.The subnet guard system (Subnet ManagementSystem, SNMS or Element Management System, EMS) of each heterogeneous network can only be carried out vertical management mostly, is just responsible for the management of this sub-network.
In actual use, the miscellaneous service in communication network is generally all crossed over multiple heterogeneous networks, and omnidistance end-to-end management just refers to from communication service starting point and starts to finish to business terminal, cross-heterogeneous-network communication service overall process is managed.But because existing producer webmaster can only be confirmed the equipment in this heterogeneous network according to the topological relation of each heterogeneous network, and topological relation between between heterogeneous network is difficult to know, therefore in management, be difficult to directly effectively.And in the time of plant maintenance, because producer, technical system and the communication standard of each access device are different, very easily cause the blind area in information interaction.And a whole set equipment is integrated varied function, conventionally present with virtual machine form, and these functions is different, if only show according to the model name of whole set equipment the maintenance and management that is specifically unfavorable for by all means not equipment.
Summary of the invention
The technical problem to be solved in the present invention is, for prior art deficiency, to propose a kind of powerline network system and concentrate topology to generate methods of exhibiting, by being incorporated on a topological diagram of powerline network system complete.
The present invention is that the technical scheme that solves the problems of the technologies described above proposition is: a kind of powerline network system concentrates topology to generate methods of exhibiting, described powerline network is made up of multiple heterogeneous networks, described heterogeneous network comprises one or more sub-networks, each sub-network contains one or more webmasters, described webmaster contains one or more network element set, described network element is made up of one or more equipment, and described equipment comprises virtual machine and physical machine, and the method step is as follows:
1) from the database of powerline network, call respectively the first mutual connection line of described webmaster and the first information, mutual the second connection line and the second information and mutual the 3rd connection line and the 3rd information of described equipment of described network element;
The described first information comprises webmaster title and webmaster actual coordinate, and described the second packets of information is drawn together element name and network element actual coordinate, and described the 3rd information comprises device name and equipment actual coordinate;
Described the first connection line is the physical connection circuit between each webmaster; Described the second circuit is the physical connection circuit between each network element; Described the 3rd connection line comprises physical connection circuit and/or logic connection line;
2) described the first connection line, the second connection line, the 3rd connection line are screened, find out the connection line repeating in described the first connection line, the second connection line, the 3rd connection line and delete;
3) first, on a blank sheet, converse each webmaster map reference according to each webmaster actual coordinate by the first map scale, the webmaster title of each webmaster is labeled in to each webmaster map reference place, according to the first connection line that did deletion processing, the map reference of all webmasters is connected, complete the first topological map generalization;
Then, respectively taking the map reference of each webmaster as relative center, described the first topological diagram is divided into some homalographics and disjoint great Qu, determine each network element place great Qu according to each network element actual coordinate, in each network element place great Qu, converse again each network element map reference by the second map scale according to each network element actual coordinate, the element name of each network element is labeled in to each network element map reference place, according to the second connection line that did deletion processing, all network element map references are connected, complete the second topological map generalization;
Finally, again respectively taking each network element map reference as relative center, in each network element place great Qu, divide some homalographics and disjoint community, determine community, each equipment place according to each equipment actual coordinate, in community, each equipment place, converse again each equipment map reference by the 3rd map scale according to each device coordinate, the device name of each equipment is labeled in to each equipment map reference place, according to the 3rd connection line that did deletion processing, all devices map reference is connected, complete the 3rd topological map generalization;
Described the first engineer's scale is less than described the second engineer's scale, and described the second engineer's scale is less than described the 3rd engineer's scale;
4) by step 2) in the repetition connection line that filters out add in described the 3rd topological diagram, complete powerline network system and concentrate topology to show.
The present invention adopts the beneficial effect of technique scheme to be: because existing network management can not be concentrated displaying by so large-scale equipment access information (or being called powerline network system), at most also just each heterogeneous network is shown respectively, in the time occurring that accident is reported to the police, the cross reference that administrative staff usually need to compare between each network just can make accurate judgment.
Therefore this method is concentrated each composition of power telecom network to show, the huge information of quantity can be concentrated and be illustrated on a topological diagram.And owing to having adopted different engineer's scales, make whole topological diagram convergent-divergent in specific proportions, can more closely not cause in figure showing too narrow unintelligible because of equipment room relative position, make whole to scheme that more clear and definite is easy to use.The method the most at last types of functionality equipment unification has been illustrated on a figure, and therefore this topological diagram can be well also management and the planning service of power telecom network, accomplishes that Real-time Feedback follows the tracks of step by step.And adopted different scale to convert, the information that makes to distribute on whole topological diagram neither can too be disperseed can be too not narrow, easy-to-look-up yet.
The improvement of technique scheme is: described physical connection circuit refers between each webmaster, each network element, each equipment actual connection line, and described logic connection line is connection line between each virtual machine and physical machine and/or between each virtual machine in described network element.
The improvement of technique scheme is, to obtaining the equipment of the 3rd connection line in step 1), make to obtain with the following method its 3rd information and add powerline network system to and concentrate in topological exploded view: using handhold GPS positioner to obtain the GIS coordinate of this equipment, again with the 3rd engineer's scale cell coordinate of this equipment in its respective cell that convert, and add this equipment to described powerline network system according to this cell coordinate and concentrate in topological exploded view.
The present invention adopts the beneficial effect of technique scheme to be: due in powerline network system, much equipment is not merely realized simple function, under more susceptible condition, be that function is integrated, taking a main frame as basis therein integrated multiple virtual machine to meet difference in functionality demand.And the function that need to realize due to powerline network system is various, business is lengthy and jumbled, therefore network system itself is bulky, access device is numerous, be difficult to ensure can cannot not intercom mutually because of such or such reason (wherein just just like the situation of mentioning in background technology) between use equipment, cause the idleness of equipment wasting of resources.
Therefore this method adds webmaster, network element, physical machine and virtual machine and physics and/or logic connection line between them in topological diagram, and virtual machine has also been illustrated in topological diagram in the lump.And can only obtain the 3rd connection line and can not obtain the equipment of the 3rd link information for some, this method has given a kind of preparation method, and the information of acquisition is added in figure, the equipment that originally can not show is also shown in the lump in the drawings, facilitate administrative staff to understand complete region equipment access situation, be beneficial to related personnel's overall management and make rational use of resources.
The improvement of technique scheme is: described the 3rd information also comprises and this device-dependent regional number, Substation Station period, machine room number, cabinet No., frame number, slot number, plate card number and port numbers.
The improvement of technique scheme is: described blank sheet is a blank drawing.
The improvement of technique scheme is: described blank sheet is a LED display panels.
The present invention adopts the beneficial effect of technique scheme to be: in order to show powerline network system comprehensively, the 3rd information of this method can also be further perfect, in the time using further perfect topological diagram query facility, can therefrom obtain more fully device-dependent message, the method can be made topological diagram by hand simultaneously, also can make topological diagram by machine.
Brief description of the drawings
Below in conjunction with accompanying drawing, the invention will be further described:
Fig. 1 is the present embodiment Bai Xia road Yu Baixia road electrical network production service network schematic diagram.
Fig. 2 is the present embodiment Bai Xia road and Yunnan road electrical network production service network schematic diagram.
Embodiment
Embodiment
A kind of powerline network system of the present embodiment concentrates topology to generate methods of exhibiting, described powerline network is made up of multiple heterogeneous networks, described heterogeneous network comprises one or more sub-networks, each sub-network contains one or more webmasters, described webmaster contains one or more network element set, described network element is made up of one or more equipment, and described equipment comprises virtual machine and physical machine, and the method step is as follows:
1) from the database of powerline network, call respectively the first mutual connection line of described webmaster and the first information, mutual the second connection line and the second information and mutual the 3rd connection line and the 3rd information of described equipment of described network element;
The described first information comprises webmaster title and webmaster actual coordinate, and described the second packets of information is drawn together element name and network element actual coordinate, and described the 3rd information comprises device name and equipment actual coordinate;
Described the first connection line is the physical connection circuit between each webmaster; Described the second circuit is the physical connection circuit between each network element; Described the 3rd connection line comprises physical connection circuit and/or logic connection line;
2) described the first connection line, the second connection line, the 3rd connection line are screened, find out the connection line repeating in described the first connection line, the second connection line, the 3rd connection line and delete;
3) first, on a blank sheet, converse each webmaster map reference according to each webmaster actual coordinate by the first map scale, the webmaster title of each webmaster is labeled in to each webmaster map reference place, according to the first connection line that did deletion processing, the map reference of all webmasters is connected, complete the first topological map generalization;
Then, respectively taking the map reference of each webmaster as relative center, described the first topological diagram is divided into some homalographics and disjoint great Qu, determine each network element place great Qu according to each network element actual coordinate, in each network element place great Qu, converse again each network element map reference by the second map scale according to each network element actual coordinate, the element name of each network element is labeled in to each network element map reference place, according to the second connection line that did deletion processing, all network element map references are connected, complete the second topological map generalization;
Finally, again respectively taking each network element map reference as relative center, in each network element place great Qu, divide some homalographics and disjoint community, determine community, each equipment place according to each equipment actual coordinate, in community, each equipment place, converse again each equipment map reference by the 3rd map scale according to each device coordinate, the device name of each equipment is labeled in to each equipment map reference place, according to the 3rd connection line that did deletion processing, all devices map reference is connected, complete the 3rd topological map generalization;
Described the first engineer's scale is less than described the second engineer's scale, and described the second engineer's scale is less than described the 3rd engineer's scale;
4) by step 2) in the repetition connection line that filters out add in described the 3rd topological diagram, complete powerline network system and concentrate topology to show.
The described physical connection circuit of the present embodiment refers between each webmaster, each network element, each equipment actual connection line, and described logic connection line is connection line between each virtual machine and physical machine and/or between each virtual machine in described network element.
The present embodiment cannot obtain the 3rd information equipment for obtaining the equipment of the 3rd connection line in step 1) (causes the reason of this situation to have multiple various, wherein a kind of is exactly to be provided equipment room standard difference to cause as what mention in background technology because of each producer), make to obtain with the following method its 3rd information and add powerline network system to and concentrate in topological exploded view: using handhold GPS positioner to obtain the GIS coordinate of this equipment, again with the 3rd engineer's scale cell coordinate of this equipment in its respective cell that convert, and add this equipment to described powerline network system according to this cell coordinate and concentrate in topological exploded view.
The 3rd information of the present embodiment also comprises and this device-dependent regional number, Substation Station period, machine room number, cabinet No., frame number, slot number, plate card number and port numbers.
The present embodiment can complete above-mentioned steps in a blank drawing, also can utilize PC and other instruments that topological diagram is finally created on LED display panels.
Fig. 1 is the electrical network production service network in Nanjing, demonstrate topological diagram between Yu Baixia road, Bai Xia road with the 3rd engineer's scale, in figure, two white lower OLT of change (192.18.254.253) at the same level are connected, they are respectively connected with its lower some network element set again, are also connected with some equipment under network element set.
Fig. 2 is the electrical network production service network in Nanjing, show topological diagram between Bai Xia road and Yunnan road with the 3rd engineer's scale, in figure by Yunnan road become OLT(192.18.254.253) Yu Baixia road become OLT (192.18.254.252) be connected, they are respectively connected with its lower some network element set again, are also connected with some equipment under network element set.
Fig. 1, Fig. 2 can be presented on a topological diagram by the second engineer's scale, but on the topological diagram showing with the second engineer's scale, only can demonstrate Yunnan road and become OLT(192.18.254.253), Bai Xia road becomes OLT(192.18.254.253), Bai Xia road becomes OLT (192.18.254.252) or other road level transformer stations, and can not demonstrate the equipment under network element set or the network element set of connection it under.
And the topological diagram showing with the first engineer's scale will be not can not become OLT(192.18.254.253 demonstrating Yunnan road), Bai Xia road becomes OLT(192.18.254.253), Bai Xia road becomes OLT (192.18.254.252) or other road level transformer stations, the substitute is and show the more higher leveled annexation of first grade goods, final by this relation of constantly going forward one by one that increases progressively layer by layer, can realize nationwide covering shows, certainly present stage has referred to realize the demonstration of city-level, will progressively complete provincial demonstration, area demonstration etc. later.
Concrete first, second, third engineer's scale can be set separately according to urban size scope, also can set unified engineer's scale.The 3rd engineer's scale of the present embodiment is that 1:5000 schemes upper 1 centimetre and represent actual 50 meters, and the second engineer's scale is that 1:20000 schemes upper 1 centimetre and represent actual 200 meters, and the 3rd engineer's scale is that 1:200000 schemes upper 1 centimetre and represent 2 kilometers of reality.
The present embodiment is based on IBM Ilog engine, carried out expansion show multiple different network elements and topology with different pels on its function basis for practical application request, and described pel is equipment corresponding icon in the time that topological diagram is shown; The grouping arranging under the basis of IBM Ilog engine can be controlled and launched or shrink by double-click, after launching, shrinking, can, according to the change of pel size, dynamically carry out layout again to figure.When grouping is shunk, it is upper that the outer topology connection to grouping interior element of grouping can be connected to grouping automatically, ensures that whole network topology structure is constant.
This whole network display systems has also been realized the graphical services for managing graphic and primitive data in background service by Java.The major function of graphical services is as follows:
(1) realize the figure of the pel such as network element, grouping is imported, be convenient to show various network elements and grouping with different icons in topological diagram;
(2) automatic mapping: read network element, topology connection and grouping that full mesh topology comprises from database, be presented in full mesh topology, figure, and according to the algorithm of specifying, pel in topological diagram carried out to autoplacement;
(3) realize the storage for figure, can, by the interface defining, by whole graph data serializing compression, deposit in database, and the figure of keeping in energy reading database, after unserializing, send to foreground to show;
(4) graphical services is also supported preservation and the extraction of old version, if user is dissatisfied for the graphic style of amendment, and the version of preserving before can reverting to.
Through the above description of the embodiments, those skilled in the art can be well understood to the mode that the present invention can add essential common hardware by software and realize, and can certainly pass through hardware, but in a lot of situation, the former is better execution mode.Based on such understanding, the part that technical scheme of the present invention contributes to prior art in essence in other words can embody with the form of software product, this computer software product is stored in the storage medium can read, as the floppy disk of computer, hard disk or CD etc., comprise that some instructions are in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) carry out the method described in each embodiment of the present invention.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited to this, any be familiar with those skilled in the art the present invention disclose technical scope in; can expect easily changing or replacing, within all should being encompassed in protection scope of the present invention.Therefore, protection scope of the present invention should described be as the criterion with the protection range of claim.
Claims (6)
1. a powerline network system concentrates topology to generate methods of exhibiting, described powerline network is made up of multiple heterogeneous networks, described heterogeneous network comprises one or more sub-networks, each sub-network contains one or more webmasters, described webmaster contains one or more network element set, and described network element is made up of one or more equipment, and described equipment comprises virtual machine and physical machine, it is characterized in that, the method step is as follows:
1) from the database of powerline network, call respectively the first mutual connection line of described webmaster and the first information, mutual the second connection line and the second information and mutual the 3rd connection line and the 3rd information of described equipment of described network element;
The described first information comprises webmaster title and webmaster actual coordinate, and described the second packets of information is drawn together element name and network element actual coordinate, and described the 3rd information comprises device name and equipment actual coordinate;
Described the first connection line is the physical connection circuit between each webmaster; Described the second circuit is the physical connection circuit between each network element; Described the 3rd connection line comprises physical connection circuit and/or logic connection line;
2) described the first connection line, the second connection line, the 3rd connection line are screened, find out the connection line repeating in described the first connection line, the second connection line, the 3rd connection line and delete;
3) first, on a blank sheet, converse each webmaster map reference according to each webmaster actual coordinate by the first map scale, the webmaster title of each webmaster is labeled in to each webmaster map reference place, according to the first connection line that did deletion processing, the map reference of all webmasters is connected, complete the first topological map generalization;
Then, respectively taking the map reference of each webmaster as relative center, described the first topological diagram is divided into some homalographics and disjoint great Qu, determine each network element place great Qu according to each network element actual coordinate, in each network element place great Qu, converse again each network element map reference by the second map scale according to each network element actual coordinate, the element name of each network element is labeled in to each network element map reference place, according to the second connection line that did deletion processing, all network element map references are connected, complete the second topological map generalization;
Finally, again respectively taking each network element map reference as relative center, in each network element place great Qu, divide some homalographics and disjoint community, determine community, each equipment place according to each equipment actual coordinate, in community, each equipment place, converse again each equipment map reference by the 3rd map scale according to each device coordinate, the device name of each equipment is labeled in to each equipment map reference place, according to the 3rd connection line that did deletion processing, all devices map reference is connected, complete the 3rd topological map generalization;
Described the first engineer's scale is less than described the second engineer's scale, and described the second engineer's scale is less than described the 3rd engineer's scale;
4) by step 2) in the repetition connection line that filters out add in described the 3rd topological diagram, complete powerline network system and concentrate topology to show.
2. powerline network system as claimed in claim 1 concentrates topology to generate methods of exhibiting, it is characterized in that: described physical connection circuit refers between each webmaster, each network element, each equipment actual connection line, described logic connection line is connection line between each virtual machine and physical machine and/or between each virtual machine in described network element.
3. powerline network system as claimed in claim 1 or 2 concentrates topology to generate methods of exhibiting, it is characterized in that, to obtaining the equipment of the 3rd connection line in step 1), make to obtain with the following method its 3rd information and add powerline network system to and concentrate in topological exploded view: using handhold GPS positioner to obtain the GIS coordinate of this equipment, again with the 3rd engineer's scale cell coordinate of this equipment in its respective cell that convert, and add this equipment to described powerline network system according to this cell coordinate and concentrate in topological exploded view.
4. powerline network system as claimed in claim 3 concentrates topology to generate methods of exhibiting, it is characterized in that: described the 3rd information also comprises and this device-dependent regional number, Substation Station period, machine room number, cabinet No., frame number, slot number, plate card number and port numbers.
5. powerline network system as claimed in claim 4 concentrates topology to generate methods of exhibiting, it is characterized in that: described blank sheet is a blank drawing.
6. powerline network system as claimed in claim 4 concentrates topology to generate methods of exhibiting, it is characterized in that: described blank sheet is a LED display panels.
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