CN102104492A - Telecommunication equipment network management server and system - Google Patents
Telecommunication equipment network management server and system Download PDFInfo
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- CN102104492A CN102104492A CN2009102470655A CN200910247065A CN102104492A CN 102104492 A CN102104492 A CN 102104492A CN 2009102470655 A CN2009102470655 A CN 2009102470655A CN 200910247065 A CN200910247065 A CN 200910247065A CN 102104492 A CN102104492 A CN 102104492A
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Abstract
The invention provides a telecommunication equipment network management server and a telecommunication equipment network management system. The telecommunication equipment network management server comprises a geographic information system (GIS) database and a network topological structure analysis engine, wherein the GIS database stores telecommunication equipment and related information of a physical position of the telecommunication equipment in a telecommunication network, pipelines and related information of physical positions of the pipelines connected to the telecommunication equipment in the telecommunication network, and background geographic information stored in a vector mode; and the network topological structure analysis engine is connected with the GIS database and is used for querying telecommunication equipment and pipelines associated with the first telecommunication equipment and a first pipeline, analyzing a network topology relationship among all the queried telecommunication equipment and pipelines, and making all the queried telecommunication equipment and pipelines form a network topology map. Besides management and maintenance of geographical position information of the pipelines and the telecommunication equipment, connecting information of the pipelines and the equipment, analysis of the network topology of the equipment, and network routing analysis function for the equipment are provided.
Description
Technical field
The present invention relates to the telecommunication apparatus network management technology, in particular, relate to a kind of based on GIS-Geographic Information System the telecommunication apparatus NM server and the system of (Geographic Information System is called for short GIS).
Background technology
Along with the high speed development of telecommunications industry, the equipment that each telecom operators disposes is on the increase, equipment network is increasingly sophisticated, and is more directly perceived, convenient to the managerial demand of telecommunication apparatus.The telecommunication apparatus network management scheme that existing each equipment supplier is provided, basic Equipment Management Function can only be provided, can not go out real network topology structure figure according to the equipment situation analysis, more can not in network management system, reflect accurate geographical position or the like the information of link information between various device, real pipeline situation and each equipment really, also can't carry out analysis and optimization to network condition based on real pipeline situation.For the information such as these connections, pipeline and geographical position of equipment, operator often needs extra system to safeguard, directly perceived, maintenance inconvenience that information shows also needs extra technological means to carry out network optimization analysis, and O﹠M cost is often higher.
Summary of the invention
The object of the present invention is to provide a kind of telecommunication apparatus NM server and telecommunication apparatus network management system of perfect in shape and function, to provide on the basis of basic Equipment Management Function, can efficiently, intuitively information exhibitions such as telecommunication apparatus and network of relation pipeline, geographical position be given operator, and can provide network condition analysis means and network optimization function based on real pipeline situation.
In order to address the above problem, the invention provides a kind of telecommunication apparatus NM server, comprising:
The GIS database, store telecommunication apparatus and in communication network physical position relevant information, pipeline and in communication network, connect the relevant information of telecommunication apparatus physical position and with the background geography information of approach vector storage;
The network topology structure analysis engine, be connected with described GIS database, be used for inquiring and first telecommunication apparatus and related telecommunication apparatus of first pipeline and pipeline at described GIS database, all telecommunication apparatus that analysis and consult goes out and the relation of the network topology between the pipeline, and all telecommunication apparatus that will inquire and pipeline composition network topological diagram.
Further, above-mentioned telecommunication apparatus NM server also has following characteristics: described network topology structure analysis engine comprises:
The facility information enquiry module is used for the information at described GIS database inquiry first telecommunication apparatus, and the information of first telecommunication apparatus that inquires is sent into the associate device enquiry module;
Pipeline information inquiry module is used for the information at described GIS database inquiry first pipeline, and the information of first pipeline that inquires is sent into the associate device enquiry module;
The associate device enquiry module, after being used to receive the information of the information of described first telecommunication apparatus and first pipeline, be used for then Query Result being sent to the network topology structure analysis module at described GIS database inquiry and described first telecommunication apparatus and related telecommunication apparatus of first pipeline and pipeline; And
The network topology structure analysis module, be used to receive described Query Result after, all telecommunication apparatus that analysis and consult inquires and the network topology between pipeline relation, and all telecommunication apparatus that will inquire and pipeline are formed network topological diagram.
Further, above-mentioned telecommunication apparatus NM server also has following characteristics: also comprise,
The equipment engine of positioning, be connected with described GIS database, after being used to receive the equipment positioning command that client issues, in described GIS database the physical location information of inquiry second telecommunication apparatus and with this physical location information be peripheral telecommunication apparatus information, pipeline information and the Background From Layer information at center.
Further, above-mentioned telecommunication apparatus NM server also has following characteristics: described equipment engine of positioning comprises:
Equipment physical location enquiry module is used for the physical location information at described GIS database inquiry second telecommunication apparatus, and the physical location information of described second telecommunication apparatus is sent to equipment physical location locating module; And
Equipment physical location locating module, after being used to receive the physical location information of described second telecommunication apparatus, inquiry is peripheral telecommunication apparatus information, pipeline information and the Background From Layer information at center with the physical location information of described second telecommunication apparatus in described GIS database.
Further, above-mentioned telecommunication apparatus NM server also has following characteristics: also comprise,
The pipeline management engine, be connected with described GIS database, after being used to receive the pipeline positioning command that client issues, in described GIS database the physical location information of inquiry second pipeline and with this physical location information be peripheral telecommunication apparatus information, pipeline information and the Background From Layer information at center.
Further, above-mentioned telecommunication apparatus NM server also has following characteristics: described pipeline management engine comprises:
Pipeline physical location enquiry module is used for the physical location information at described GIS database inquiry second pipeline, and the physical location information of described second pipeline is sent to pipeline physical location locating module; And
Pipeline physical location locating module, after being used to receive the physical location information of described second pipeline, inquiry is peripheral telecommunication apparatus information, pipeline information and the Background From Layer information at center with the physical location information of described second pipeline in described GIS database.
Further, above-mentioned telecommunication apparatus NM server also has following characteristics: described pipeline management engine, also be used to dispose pipeline, and the relevant information that connects the telecommunication apparatus physical position with pipeline and in communication network stores in the described GIS database.
Further, above-mentioned telecommunication apparatus NM server also has following characteristics: also comprise,
Pipeline real-time information collection engine is connected with described GIS database, is used to gather the state information of actual pipeline, and the state information of described pipeline is stored in the described GIS database.
Further, above-mentioned telecommunication apparatus NM server also has following characteristics: also comprise,
Background geographical information management engine, be connected with described GIS database, be used for obtaining background map information, telecommunication apparatus information and pipeline information at described GIS database, the mode of map vector shows described background map information, telecommunication apparatus information and pipeline information then.
Further, above-mentioned telecommunication apparatus NM server also has following characteristics: also comprise,
The telecommunication apparatus configuration management is connected with described GIS database, be used for creating or revise telecommunication apparatus information, and with described telecommunication apparatus information stores in described GIS database.
Further, above-mentioned telecommunication apparatus NM server also has following characteristics:
Described telecommunication apparatus configuration management, also be used to resolve the operational order that client is assigned to telecommunication apparatus, convert described operational order to can operate telecommunication apparatus command messages, by corresponding interface described command messages is sent to corresponding telecommunication apparatus then; Be used to receive the data that described telecommunication apparatus returns, send to client after described data transaction is become the discernible data of client.
The present invention also provides a kind of telecommunication apparatus network management system, comprising: above-mentioned telecommunication apparatus NM server, client, telecommunication apparatus and pipeline are connected with described telecommunication apparatus NM server by interface respectively.
In sum, telecommunication apparatus NM server and telecommunication apparatus network management system based on GIS provided by the invention, except managing and safeguarding the geographical location information of pipeline and telecommunication apparatus, link information, device network Analysis of Topological Structure and the device network route analysis function of pipeline and equipment also are provided, and the equipment positioning function of the particular location of the equipment of orienting on background map that can be fast is provided.
Compared with prior art, the present invention has introduced GIS database, equipment physical location engine of positioning and telecommunication equipment network Analysis of Topological Structure engine, pipeline real-time information collection engine, provide on the basis of basic functions such as telecommunication apparatus configuration, performance, fault management in assurance, the geographical location information of equipment also can be provided convenient, intuitively, make operator in daily operation, can respond demand more efficiently; What is more important, the function that also can provide the network topology structure of location, the equipment of telecommunication apparatus to analyze, reduce system maintenance difficulties, improve the availability and the reliability of system.
Description of drawings
Fig. 1 is the schematic diagram based on the telecommunication apparatus network management system of GIS of the embodiment of the invention;
Fig. 2 is the structural representation of the telecommunication apparatus configuration management engine of the embodiment of the invention;
Fig. 3 is the structural representation of the pipeline management engine of the embodiment of the invention;
Fig. 4 is the structural representation of the equipment engine of positioning of the embodiment of the invention;
Fig. 5 is the structural representation of the network topology structure analysis engine of the embodiment of the invention;
Fig. 6 is the structural representation of the background geographical information management engine of the embodiment of the invention;
Fig. 7 is the structural representation of the pipeline real-time information collection engine of the embodiment of the invention;
Fig. 8 is the structural representation of the GIS database of the embodiment of the invention.
Embodiment
Be described in further detail below in conjunction with the preferred embodiment of accompanying drawing technical scheme of the present invention.
As shown in Figure 1, a kind of telecommunication apparatus network management system based on GIS of present embodiment comprises: client, telecommunication apparatus, line equipment and telecommunication apparatus NM server, wherein, GIS-NMS (NetworkManagement System, network management system) client, telecommunication apparatus and line equipment connect by interface and telecommunication apparatus NM server (for example, GIS-NMS server) respectively.
Wherein, the telecommunication apparatus NM server comprises:
Telecommunication apparatus configuration management engine 101, comprise configuration to telecommunication apparatus, performance, fault management etc., provide the various interface of telecommunication apparatus being carried out Operation and Maintenance: all operations of assigning from the GIS-NMS client to telecommunication apparatus, all deliver to earlier in the telecommunication apparatus configuration management engine 101 and resolve, convert the order that to operate equipment to, send by corresponding interface and be issued on the telecommunication apparatus then; For the data that the telecommunication apparatus that receives from certain interface returns, send into earlier in the telecommunication apparatus configuration management engine 101 and to resolve, convert the discernible data of GIS-NMS client to, send to the GIS-NMS client then.Wherein, by the equipment managed, carry out relevant information such as layering according to its residing position in communication network simultaneously and be stored in the GIS database as the Back ground Information of equipment.
Pipeline management engine 102 provides the maintenance management function of pipeline, comprises particular location, actual cabling and laying condition and the interface case of pipeline and equipment etc. of pipeline on map.Wherein, by the pipeline managed, carry out relevant information such as layering according to the residing physical location of its connection device in communication network simultaneously and be stored in the GIS database as the Back ground Information of pipeline.Except the maintenance management function that pipeline is provided, also be used in and inquire about fast and accurately on the map vector and navigate on the pipeline: the telecommunication line querying command that sends from the GIS-NMS client, after 102 analyses of pipeline management engine, be connected to the GIS database, inquire about corresponding data according to respective lines information keyword from GIS database 108 by the database connecting interface, the data of returning send to the GIS-NMS client through pipeline management engine 102; The telecommunication line positioning command that sends from the GIS-NMS client, after 102 analyses of pipeline management engine, the positional information that is connected to the GIS database, from GIS database 108, inquires about pipeline according to respective lines information keyword by the database connecting interface, the data of returning are sent into pipeline management engine 102, telecommunication line supervisor engine 1 02 with the pipeline position information that obtains be the center obtain this pipeline extremely peripheral equipment and Background From Layer information, send to the GIS-NMS client then; Client shows this pipeline and peripheral equipment and Background From Layer.The Back ground Information of telecommunication line generates when creating pipeline by pipeline management engine 102 in system and deposits GIS database 108 in by the corresponding data bank interface; The real-time status information of pipeline is gathered by the pipeline monitoring sensor 106 that is installed on the pipeline, and upgrades and deposit GIS database 108 in by pipeline real-time information collection engine 107, analyzes uses for network topology structure analysis engine 104.
Equipment engine of positioning 103, be used for inquiring about and navigate to equipment on map vector fast and accurately: the equipment positioning command that sends from the GIS-NMS client, after 103 analyses of equipment engine of positioning, by the database connecting interface be connected to the GIS database, according to telecommunication apparatus inquired about in corresponding telecommunications facility information keyword from GIS database 108 positional information, the data of returning are sent into equipment engine of positioning 103; Equipment engine of positioning 103 is pipeline and the Background From Layer information that the center obtains this telecommunication apparatus and periphery thereof with the physical location information of the telecommunication apparatus that obtains, then this telecommunication apparatus and peripheral pipeline and Background From Layer information thereof is sent to the GIS-NMS client; The GIS-NMS client shows this telecommunication apparatus and peripheral pipeline and Background From Layer.The actual physical location of telecommunication apparatus and place network level information, in system, create or generate simultaneously when revising telecommunication apparatus by telecommunication apparatus configuration management engine 101, and store in the GIS database 108, supply equipment engine of positioning 103 location telecommunication apparatus and network topology structure analysis engine 104 phase-split network topological structures use.
Network topology structure analysis engine 104 is used for the network that analytical equipment is formed, and analyzes for further network configuration optimization to provide support.Network topology structure analysis engine 104 is a root node with selecteed telecommunication apparatus and pipeline, by link information between telecommunication apparatus and pipeline and pipeline, telecommunication apparatus hierarchical information of living in whole network in the data query interface inquiry GIS database 108, concern by the network topology between selected telecommunication apparatus of branch boundary Algorithm Analysis and pipeline; Back ground Information in the network topology structure analysis is provided by the data that telecommunication apparatus configuration management engine 101, telecommunication line supervisor engine 1 02 and pipeline real-time information collection engine 107 produce and be stored in the GIS database 108; Analysis result is directly showed in the figure mode of carrying out by the GIS-NMS system client.
Background geographical information management engine 105 can load the residing map of equipment and be showed with approach vector, actual map vector can be provided, and the installation site of telecommunication apparatus and the essential information of telecommunication apparatus can be presented on the map accurately.Polar plot is stored and is showed to scheme a layer mode, magnification ratio display background cartographic information successively according to the map, and the map magnification ratio is big more, and the background map information of demonstration is just detailed more.Simultaneously background geographical information management engine 105 also provides the inquiry and the positioning function of road and landmark building: the road or the landmark building querying command that send from the GIS-NMS client, after 105 analyses of background geographical information management engine, be connected to GIS database 108 by the database connecting interface, inquire about corresponding data according to corresponding road or landmark building information keyword from GIS database 108 then, the data of returning send to the GIS-NMS client through background geographical information management engine 105; The road or the landmark building positioning command that send from the GIS-NMS client, after 105 analyses of background geographical information management engine, be connected to GIS database 108 by the database connecting interface, then according to the physical location information of corresponding road or landmark building information keyword inquiry roads or landmark building from GIS database 108, the data of returning are sent into background geographical information management engine 105, background geographical information management engine 105 is that the center obtains this road or landmark building and peripheral equipment and Background From Layer information with road or the landmark building positional information that obtains, and the information of obtaining sent to the GIS-NMS client, the GIS-NMS client shows this road or landmark building and peripheral equipment and Background From Layer.
Pipeline real-time information collection engine 107, be installed in the real-time status information that the pipeline monitoring sensor 106 on the actual track is gathered actual pipeline by reception, and the pipeline information updating that collects stored in the GIS database 108, for the Analysis of Topological Structure of pipeline and telecommunication apparatus provides support.
GIS database 108, data such as storage telecommunications equipment disposition, performance, alarm and with the physical location information of the physical location information of approach vector storage background geography information, telecommunication apparatus and place network level information and pipeline and place network level information etc.The information such as the situation that is connected that also comprise detailed road, landmark building, telecommunication apparatus pipeline, telecommunication apparatus installation site and telecommunication apparatus and telecommunication line in the GIS database.
Describe the details of each component part of telecommunication apparatus NM server (for example, GIS-NMS server) below in detail.
As shown in Figure 2, telecommunication apparatus configuration management engine 101 mainly comprises following components:
Configuration management function module 201 provides the configuration management function to telecommunication apparatus.Configuration operation to telecommunication apparatus, command analysis module 204 by configuration management function, configuration operation is resolved to the order that to operate equipment, be issued on the telecommunication apparatus by configuration management interface 210 then, by GIS database connecting interface 213 configuration information stored in the GIS database 108 simultaneously; The telecommunication apparatus configuration data that gets access to from configuration management interface 210, after converting readable information to by data conversion module 205, send into configuration management function module 201, simultaneously the data that update stored in the GIS database 108 by GIS database connecting interface 213;
Performance management function module 202 provides the performance management function to telecommunication apparatus.To the operation of the performance management of telecommunication apparatus, the command analysis module 206 of through performance management function resolves to the order that can operate equipment to the performance configuration operation, and through performance management interface 211 is issued on the telecommunication apparatus then; The telecom device performance data that gets access to from performance management interface 211, after converting readable information to by data conversion module 207, send into performance management function module 202, by GIS database connecting interface 213 performance data that gets access to is stored in the GIS database 108 simultaneously; When doing performance data analysis, from GIS database 108, obtain the correlated performance data by GIS database connecting interface 213, do as one likes can management function module 202 analyze;
Fault management capability module 203 provides the fault management capability to telecommunication apparatus.To the operation of the fault management of telecommunication apparatus, by the command analysis module 208 of fault management capability, the fault management operation is resolved to the order that can operate equipment fault, be issued on the telecommunication apparatus by fault management interface 212 then; The data such as telecommunication equipment fault information that get access to from fault management interface 212, after converting readable information to by data conversion module 209, send into fault management capability module 203, simultaneously by GIS database connecting interface 213 fault message storage or be updated in the GIS database 108, for the failure condition of telecommunication apparatus provides historical data to be further analyzed.
As shown in Figure 3, pipeline management engine 102 mainly comprises following components:
Pipeline management module 301, maintenance management function to pipeline is provided, by pipeline management module 301 configuration pipelines the time, by pipeline management interface 304 through GIS database connecting interface 308 pipeline information and place network level information stores in the GIS database; Pipeline place network level information is determined according to the telecommunication apparatus place hierarchical information near terminal use's one side of its connection.
Pipeline physical location enquiry module 302, pipeline physical location information query function is provided, when inquiry pipeline physical location information, be connected to GIS database connecting interface 308, inquired about from GIS database 108 according to inquiring about pipeline information keyword through position enquiring interface 305, Query Result turns back to pipeline physical location enquiry module 302.
Pipeline physical location locating module 303, pipeline physical location positioning function is provided, when locating the pipeline physical location, earlier by location positioning interface 306 enable position query interfaces 305, from GIS database 108, inquire the physical location information of pipeline through GIS database connecting interface 308, start associated data acquisition module 307 according to the pipeline physical location information that inquires by location positioning interface 306 then, associated data acquisition module 307 is inquired about the peripheral equipment information that to obtain with this pipeline physical location be the center through GIS database connecting interface 308 from the GIS database, pipeline information and Background From Layer information, last result delivers to pipeline physical location locating module 303 through location positioning interface 306.
As shown in Figure 4, equipment engine of positioning 103 mainly comprises following components:
Equipment physical location enquiry module 401, equipment physical location information query function is provided, when the physical location information of inquiry telecommunication apparatus, be connected to GIS database connecting interface 406 through position enquiring interface 403, according to the physical location information of being inquired about telecommunication apparatus by the inquiry apparatus information keyword from GIS database 108, Query Result turns back to equipment physical location enquiry module 401.
Equipment physical location locating module 402, equipment physical location positioning function is provided, during the positioning equipment physical location, earlier by location positioning interface 404 enable position query interfaces 403, from GIS database 108, inquire the physical location information of telecommunication apparatus through GIS database connecting interface 406, physical location information according to the telecommunication apparatus that inquires starts associated data acquisition module 405 by location positioning interface 404 then, the physical location of inquiring about from the GIS database with this telecommunication apparatus through GIS database connecting interface 406 is the peripheral equipment information at center, pipeline information and Background From Layer information, last result delivers to equipment physical location locating module 402 through location positioning interface 404.Wherein, the physical location information of telecommunication apparatus is created in system by telecommunication apparatus configuration management engine 101 or is produced when revising equipment and is stored in the GIS database 108.
As shown in Figure 5, network topology structure analysis engine 104 mainly comprises following components:
Network topology structure analysis module 501, the network topology structure analytic function is provided, with selecteed telecommunication apparatus and pipeline is root node, inquires about telecommunication apparatus information by facility information enquiry module 502 slave unit query interfaces 505 in GIS database connecting interface 508 to GIS databases 108 respectively; Through GIS database connecting interface 508 to GIS databases 108, inquire about pipeline information by pipeline information inquiry module 504 from pipeline query interface 507; The telecommunication apparatus information and the pipeline information that inquire are sent into associate device enquiry module 503 by network topology structure analysis module 501; While associate device enquiry module 503 is hierarchical information of living in network according to telecommunication apparatus and pipeline, according to branch define algorithm by the managing queries interface through GIS database connecting interface 508 from GIS database 108, inquire related telecommunication apparatus and pipeline and with these related telecommunication apparatus and related other telecommunication apparatus of pipeline and pipeline, up to inquiring all telecommunication apparatus and the pipeline that connecting line is arranged between all selected telecommunication apparatus and the pipeline, final query result is sent into network topology structure analysis module 501; Network topology structure analysis module 501 is formed network topological diagram with these equipment that inquire and pipeline then.
Facility information enquiry module 502, equipment link information query function is provided, when the query facility link information, be connected to GIS database connecting interface 508 through equipment query interface 505, according to from GIS database 108, being inquired about, then Query Result is turned back to facility information enquiry module 502 by the inquiry apparatus information keyword.
Associate device enquiry module 504, query function with certain telecommunication apparatus or related telecommunication apparatus of pipeline and pipeline is provided, when related telecommunication apparatus of inquiry or pipeline information, be connected to GIS database connecting interface 508 through the correlation inquiry interface, according to from GIS database 108, being inquired about, then Query Result is turned back to associate device enquiry module 504 by query facility or pipeline information keyword.
Pipeline information inquiry module 504, the pipeline information searching function is provided, when inquiry pipeline information, be connected to GIS database connecting interface 506 through pipeline query interface 505, according to from GIS database 108, being inquired about, then Query Result is turned back to pipeline information inquiry module 504 by inquiry pipeline information keyword.
As shown in Figure 6, background geographical information management engine 105 mainly comprises with the lower part:
Background geography information display module 601 provides background geography information Presentation Function, and displaying ratio is connected to GIS database connecting interface 606 through map display module 605 and obtains corresponding background map information from GIS database 108 according to the map; While is displaying ratio according to the map, is connected to GIS database connecting interface 606 obtains telecommunication apparatus and pipeline from GIS database 108 information through equipment, pipeline display module 602; All information are all sent into background geography information display module 601 and are presented in the system by its mode with map vector.
Road and building enquiry module 603, road and Architecural Physics place information inquiry function are provided, when the physical location information of inquiry roads or building, through position enquiring interface 607 be connected to GIS database connecting interface 606, according to from GIS database 108, inquire about by inquiry roads or architecture information keyword, Query Result turns back to road and builds enquiry module 603.
Road and building locating module 604, road or Architecural Physics position location functionality are provided, when locating the physical location of road or building, earlier by location positioning interface 608 enable position query interfaces 607, from GIS database 108, inquire the physical location information of road or building through GIS database connecting interface 606, start associated data acquisition module 609 according to road that inquires or Architecural Physics positional information by location positioning interface 608 then, inquiring about with this road or Architecural Physics position through GIS database connecting interface 606 from the GIS database is the peripheral equipment information at center, pipeline information and Background From Layer information, last result delivers to road and situation of building locating module 604 through location positioning interface 608.
As shown in Figure 7, pipeline real-time information collection engine 107 mainly comprises following components:
Pipeline information management module 701 provides pipeline real-time information collection function, and pipeline information management module 701 upgrades the pipeline information of timing acquiring from pipeline monitoring sensor 106 and deposits the GIS database in by GIS database connecting interface 702.
As shown in Figure 8, GIS database 108 mainly comprises following components:
Device configuration management database 801, device configuration management engine 101 are used to store the information such as configuration, performance and alarm of telecommunication apparatus when management maintenance equipment;
Equipment geographic information database 802, device configuration management engine 101 is when establishment equipment or the equipment of modification physical location information, be used for the geography information of memory device, the hierarchical information of equipment etc., can be used for inquiry, location and the network topology structure analysis etc. of equipment;
Pipeline geographic information database 803, pipeline management engine 102 and pipeline real-time information collection engine 107 are when creating pipeline and upgrading the pipeline state information, be used to store the geography information of pipeline, the hierarchical information of pipeline etc., can be used for inquiry, location and the network topology structure analysis etc. of pipeline;
Network topology structure database 804 is used for the live network topology information that equipment that storage networking Analysis of Topological Structure engine 104 analysis obtains and pipeline are formed;
Background geographic information database 805, urban geography Vector Messages such as storage road, landmark building are showed with approach vector by background geographical information management engine 105.
In actual applications, what the background of the telecommunication apparatus network management system of present embodiment loaded is the figure layer of vector quantization in the GIS database, also comprises the information such as the situation that is connected of detailed road, landmark building, telecommunication apparatus pipeline, telecommunication apparatus installation site and telecommunication apparatus and telecommunication line in the GIS database.The GIS-NMS client can be directly and the NM server communication obtain system background information or directly from the background vector map selected equipment or pipeline do operations such as configuration or network management topological analysis; Can in the GIS database, inquire about any a equipment, perhaps also can from the background vector map, directly select any a equipment; Can navigate to the definite position of equipment on background map by the equipment engine of positioning; By the telecommunication apparatus configuration management engine can be configured the equipment of Query Result or the equipment of directly selecting, management maintenance operations such as performance, fault; Can be by the network topology structure analysis engine to the equipment of Query Result or the equipment of directly selecting, the connection situation that is connected pipeline between the network topology structure, analytical equipment of situation analysis equipment room based on true pipeline with equipment is to be used for network optimization analysis.
The present invention has introduced GIS database, equipment physical location engine of positioning and telecommunication equipment network Analysis of Topological Structure engine, pipeline real-time information collection engine, provide on the basis of basic functions such as telecommunication apparatus configuration, performance, fault management in assurance, the geographical location information of equipment also can be provided convenient, intuitively, make operator in daily operation, can respond demand more efficiently; What is more important, the function that also can provide the network topology structure of location, the equipment of telecommunication apparatus to analyze, reduce system maintenance difficulties, improve the availability and the reliability of system.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (12)
1. a telecommunication apparatus NM server is characterized in that, comprising:
The GIS database, store telecommunication apparatus and in communication network physical position relevant information, pipeline and in communication network, connect the relevant information of telecommunication apparatus physical position and with the background geography information of approach vector storage;
The network topology structure analysis engine, be connected with described GIS database, be used for inquiring and first telecommunication apparatus and related telecommunication apparatus of first pipeline and pipeline at described GIS database, all telecommunication apparatus that analysis and consult goes out and the relation of the network topology between the pipeline, and all telecommunication apparatus that will inquire and pipeline composition network topological diagram.
2. telecommunication apparatus NM server as claimed in claim 1 is characterized in that: described network topology structure analysis engine comprises:
The facility information enquiry module is used for the information at described GIS database inquiry first telecommunication apparatus, and the information of first telecommunication apparatus that inquires is sent into the associate device enquiry module;
Pipeline information inquiry module is used for the information at described GIS database inquiry first pipeline, and the information of first pipeline that inquires is sent into the associate device enquiry module;
The associate device enquiry module, after being used to receive the information of the information of described first telecommunication apparatus and first pipeline, be used for then Query Result being sent to the network topology structure analysis module at described GIS database inquiry and described first telecommunication apparatus and related telecommunication apparatus of first pipeline and pipeline; And
The network topology structure analysis module, be used to receive described Query Result after, all telecommunication apparatus that analysis and consult inquires and the network topology between pipeline relation, and all telecommunication apparatus that will inquire and pipeline are formed network topological diagram.
3. telecommunication apparatus NM server as claimed in claim 1 is characterized in that: also comprises,
The equipment engine of positioning, be connected with described GIS database, after being used to receive the equipment positioning command that client issues, in described GIS database the physical location information of inquiry second telecommunication apparatus and with this physical location information be peripheral telecommunication apparatus information, pipeline information and the Background From Layer information at center.
4. telecommunication apparatus NM server as claimed in claim 3 is characterized in that: described equipment engine of positioning comprises:
Equipment physical location enquiry module is used for the physical location information at described GIS database inquiry second telecommunication apparatus, and the physical location information of described second telecommunication apparatus is sent to equipment physical location locating module; And
Equipment physical location locating module, after being used to receive the physical location information of described second telecommunication apparatus, inquiry is peripheral telecommunication apparatus information, pipeline information and the Background From Layer information at center with the physical location information of described second telecommunication apparatus in described GIS database.
5. telecommunication apparatus NM server as claimed in claim 1 is characterized in that: also comprises,
The pipeline management engine, be connected with described GIS database, after being used to receive the pipeline positioning command that client issues, in described GIS database the physical location information of inquiry second pipeline and with this physical location information be peripheral telecommunication apparatus information, pipeline information and the Background From Layer information at center.
6. telecommunication apparatus NM server as claimed in claim 5 is characterized in that: described pipeline management engine comprises:
Pipeline physical location enquiry module is used for the physical location information at described GIS database inquiry second pipeline, and the physical location information of described second pipeline is sent to pipeline physical location locating module; And
Pipeline physical location locating module, after being used to receive the physical location information of described second pipeline, inquiry is peripheral telecommunication apparatus information, pipeline information and the Background From Layer information at center with the physical location information of described second pipeline in described GIS database.
7. telecommunication apparatus NM server as claimed in claim 5 is characterized in that:
Described pipeline management engine also is used to dispose pipeline, and the relevant information that connects the telecommunication apparatus physical position with pipeline and in communication network stores in the described GIS database.
8. as each described telecommunication apparatus NM server of claim 5-7, it is characterized in that: also comprise,
Pipeline real-time information collection engine is connected with described GIS database, is used to gather the state information of actual pipeline, and the state information of described pipeline is stored in the described GIS database.
9. as each described telecommunication apparatus NM server of claim 1-7, it is characterized in that: also comprise,
Background geographical information management engine, be connected with described GIS database, be used for obtaining background map information, telecommunication apparatus information and pipeline information at described GIS database, the mode of map vector shows described background map information, telecommunication apparatus information and pipeline information then.
10. as each described telecommunication apparatus NM server of claim 1-7, it is characterized in that: also comprise,
The telecommunication apparatus configuration management is connected with described GIS database, be used for creating or revise telecommunication apparatus information, and with described telecommunication apparatus information stores in described GIS database.
11. telecommunication apparatus NM server as claimed in claim 10 is characterized in that:
Described telecommunication apparatus configuration management, also be used to resolve the operational order that client is assigned to telecommunication apparatus, convert described operational order to can operate telecommunication apparatus command messages, by corresponding interface described command messages is sent to corresponding telecommunication apparatus then; Be used to receive the data that described telecommunication apparatus returns, send to client after described data transaction is become the discernible data of client.
12. a telecommunication apparatus network management system is characterized in that, comprising: as each described telecommunication apparatus NM server of claim 1-11,
Client, telecommunication apparatus and pipeline are connected with described telecommunication apparatus NM server by interface respectively.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009102470655A CN102104492A (en) | 2009-12-21 | 2009-12-21 | Telecommunication equipment network management server and system |
| PCT/CN2010/073578 WO2010148929A1 (en) | 2009-12-21 | 2010-06-04 | Network management server of telegraphic device and network management system of telegraphic device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2009102470655A CN102104492A (en) | 2009-12-21 | 2009-12-21 | Telecommunication equipment network management server and system |
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| CN102104492A true CN102104492A (en) | 2011-06-22 |
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| WO (1) | WO2010148929A1 (en) |
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| WO2010148929A1 (en) | 2010-12-29 |
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