CN101005395A - Visible system and its visible method for mobile network property and warning - Google Patents
Visible system and its visible method for mobile network property and warning Download PDFInfo
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Abstract
Especially, the invention relates to mobile network performance, and alarming visualizing system, and method. Based on architecture of Browser/Server, the visualizing system includes OSS module, data collection module, database, and display module. Combined action of the said modules realizes following functions: presenting network resources, performance, alarming, information issuance, user behavioral analysis, system management, and traffic load. Setting up interface programs for different network managements, the visualizing system integrates multiple sets of data of network managements. Setting up alarming and presenting programs in database and display module realizes dot chart, geo information pattern, report forms and trend picture for revealing parameters of mobile network performance visually.
Description
Technical field
The present invention relates to a kind of visualization system field, relate in particular to a kind of mobile network property and alarm visualization system and realize mobile network property and warning system visualization method.
Background technology
In prior mobile network performance and alarm visualization system, only comprise a webmaster.System upgrades a secondary data to network statistical data needs 6 hours, and after having gathered data, the network index parameter needs artificial reaching just can check real-time network data after external tool is processed, and needs input command just can see data content.Warning information can not send to the associated maintenance personnel automatically, and this has brought very big inconvenience to maintenance work.
The data that above-mentioned performance and alarm visualization system are gathered are limited, therefore develop the network management system data that a cover can be gathered many distinct interfaces, and can be with the form of chart, three-dimensional, multi-level demonstrating data, the visualization system that timely alarm data is sent to the related personnel is necessary.
Summary of the invention
The purpose of this invention is to provide a kind of mobile network property and alarm visualization system.
Another object of the present invention is to provide a kind of mobile network property and warning system visualization method.
For achieving the above object, the present invention adopts following technical scheme:
A kind of network communication performance and alarm visualization system based on the Browser/Server framework, comprise OSS module, data acquisition module and database and display module, described data acquisition module is connected with display module with database with the OSS module respectively, and above-mentioned module acting in conjunction realizes that the resource of network presents, performance presents, alarm presents, information issue, user behavior analysis, system management and telephone traffic present.Be provided with alarm in described database and the display module and present program.
Described OSS module comprises wireless and exchange webmaster and transmission network management, above-mentioned network management interface difference, and data acquisition module can receive multiple network management information simultaneously.
Be provided with fire compartment wall between described OSS module and the data acquisition module, be provided with fire compartment wall between described data acquisition module and database and the display module, described database also is connected with a video terminal LAN with display module.
Described mobile network property parameter can represent by any one mode of dot chart, trend graph, GIS and form.
Contain mobile network property parameter and warning information in described database and the display module, described mobile network property parameter and warning information can send according to the CMPP agreement by Short Message Service Gateway.Described mobile network property parameter comprises relaying performance, CP load, telephone traffic, call completing rate, call drop number, cutting off rate, uplink interference, congestion ratio, GPRS flow, channel serviceability rate, and above-mentioned several performance parameters can show in system simultaneously.
A kind of network communication performance and alarm visualization method comprise the first step: the network management data that obtains distinct interface by the OSS module; Second step: read the data message that obtains by data acquisition module; The 3rd step: the data after will handling with present program and put into database and display module.Include warning information in the data after the described processing, system can send warning information by Short Message Service Gateway.
Compared with prior art, mobile network property of the present invention and alarm visualization system by interface routine is set, are realized many set of network administration systems data are integrated.Realized that by alarm being set at database and display module and presenting program the mobile network property parameter is carried out dot chart, geography information figure, form and trend graph image to be represented.System also can send to the attendant with warning information by Short Message Service Gateway automatically in addition, has saved alarm from occurring to the time of processing.
Description of drawings
Fig. 1 is mobile network property of the present invention and alarm visualization system system assumption diagram;
Fig. 2 is mobile network property of the present invention and alarm visualization system data flowchart;
Fig. 3 is mobile network property of the present invention and alarm visualization system homepage schematic diagram.
Embodiment
A kind of network communication performance and alarm visualization system (being designated hereinafter simply as system) based on the BrowSer/Server framework, comprise OSS module, data acquisition module and database and display module, described data acquisition module is connected with display module with database with the OSS module respectively.Above-mentioned module acting in conjunction realizes that the resource of network presents, performance presents, alarm presents, information issue, user behavior analysis, system management and telephone traffic present function, is provided with in described database and the display module to alarm and present program.The user just can use the said system function not needing to install under the situation of client software.
System is divided into data Layer, application service layer, three levels of application layer on general structure.Application layer is utilized the .NET development platform to do the data upper strata to present; Use MapXtreme to represent engine as map.The application service layer of system has been introduced the processing mode of BCL to database access.The data Layer of system provides interface for the data source of extending user, can insert the several data source, realizes the integration of many set of network administration systems data.
Please refer to shown in Figure 1ly, in the present embodiment, data acquisition module comprises a data acquisition server; Database and display module comprise a database and Web server.Between OSS module and data acquisition module, be provided with fire compartment wall, between data acquisition module and database and display module, also be provided with fire compartment wall.Database also is connected with Short Message Service Gateway with the video terminal LAN with display module and is connected.
Contain mobile network property parameter and warning information in described database and the display module, described mobile network property parameter and warning information can send according to the CMPP agreement by Short Message Service Gateway.But the mobile network property parameter sends to relevant maintenance personal with the form of warning information recruitment list.The monitor staff can visit this system information by the video terminal LAN.
The OSS module comprises base station, network management system, BSC and MSC.Network management system comprises wireless and exchange webmaster and transmission network management.In the present embodiment, wireless and exchange webmaster comprises Ericsson's webmaster and Siemens's webmaster.Transmission network management is Huawei's webmaster.Described network management interface difference.System connects transmission network management and has realized that network transmission resource presents, and has realized the monitoring of mobile transmission network.The resource distribution situation and the current transmission network warning information of transmission network can be sent into data acquisition server by the interface routine collection by transmission network management, data acquisition server carries out sending into database and display module after the analysis of data.Final warning information can present in database and display module and can use way of short messages that alarm is sent to the attendant.
For convenience of explanation, in the wireless of present embodiment and exchange webmaster, only Ericsson's webmaster is described.
See also illustrated in figures 1 and 2ly, system lands webmaster by Telnet/FTP, connects by the EAW mode, sends instruction then and receives the webmaster response, for example carries out the fmroute order, and obtains the output result of order; System obtains the whole network configuration data and sub-district Halted station information; Each innings information link coding; The HLR/VLR user behavior data.The traffic measurement data are gathered by the statistics file that FTP obtains on the webmaster by system.Certainly if necessary, in database and Web server, also can manually data be added or delete.
Data acquisition server reads the CNA text, obtains geodatas such as sub-district longitude, latitude and covering radius.Data acquisition server imports sub-district Chinese information configuration table, MSC exchange office mark address and HLR address configuration table by the Excel form; Import each machine room of network and transmission node configuration data by the Excel template.
The geography information file can be realized by MapInfo instrument and prior digital map.Database and Web server can provide dot chart, geography information figure, form and trend graph image presenting information.Database and Web server provide MS SQLSERVER, SYBASE and ORACLE data of database interface, and system can visit above three kinds of data of database intra vires.
Network statistical data comprises relaying performance, CP load, TCH telephone traffic, TCH half rate telephone traffic, TCH call completing rate, TCH call drop number, TCH cutting off rate, strong uplink interference ratio, TCH congestion ratio, the true congested number of TCH, TCH examination congestion ratio, SDCCH examination congestion ratio, SDCCH wireless interface passband, GPRS flow, BSC wireless interface passband, BSC PCU congestion ratio, BSC TCH channel serviceability rate, MSC note telephone traffic, above-mentioned network statistical data is the mobile network property parameter, and several performance parameters can show in system simultaneously.
Network statistical data calculates according to the ERICSSON statistics file and gets.Therefore, the Object Type (hereinafter to be referred as OT) that need below customization on the switch, add up: BSCGPRS, CELLGPRS, CELTCHF, CELTCHH, CLSDCCH, CLTCH, IDLEUTHCF, RANDOMACC, SHMSGSERV, TRARFILE.Can define 15 minutes statistics or 1 hour statistics according to local real needs.Statistical definition is 15 minutes, and 1 hour network statistical data is gathered by 15 minutes statistics and gets so.Statistics is decided to be 1 hour, and system will not produce 15 minutes statistical report forms so.
Network statistical data comprises wireless data statistics and switching statistics.Wireless statistics comprises following index:
| Statistical indicator | Algorithm | The network element granularity gathers (sub-district is to BSC) | Time granularity gathers (15 minutes to 1 hour) |
| The TCH telephone traffic | TFTRALACC/TFNSCA N+ THTRALACC/THNSCA N | sum(TFTRALACC/TFNSCAN+ THTRALACC/THNSCAN) | sum(TFTRALACC/TFNSCAN+ THTRALACC/THNSCAN) |
| TCH half rate telephone traffic | THTRALACC/THNSCA N | sum(THTRALACC/THNSCAN) | sum(THTRALACC/THNSCAN) |
| The TCH call completing rate | (TFMSESTB+THMSES TB)/ (TFCALLS+THCALLS ) | sum(TFMSESTB+THMSESTB)/ sum(TFCALLS+THCALLS) | sum(TFMSESTB+THMSESTB)/ sum(TFCALLS+THCALLS) |
| TCH call drop number | TFNDROP+THNDROP | sum(TFNDROP+THNDROP) | sum(TFNDROP+THNDROP) |
| The TCH cutting off rate | (TFNDROP+TFNDROP SUB+ THNDROP+THNDROPS UB)/ (TFMSESTB+THMSES TB) | sum(TFNDROP+TFNDROPSUB+ THNDROP+THNDROPSUB)/ sum(TFMSESTB+THMSESTB) | sum(TFNDROP+TFNDROPSCB+ THNDROP+THNDROPSCB)/ sum(TFMSESTB+THMSESTB) |
| Uplink interference | (ITFUSIB4+ | sum(ITFUSIB4+ITFUSIB5)/ | sum(ITFUSIB4+ITFUSIBS)/ |
| (strong uplink interference ratio) | ITFUSIB5)/ ∑(ITFUSIB) | sum(∑(ITFUSIB)) | sum(∑(ITFUSIB)) |
| The TCH congestion ratio | CNRELCONG/TASSAL L | sum(CNRELCONG)/ sum(TASSALL) | sum(CNRELCONG)/ sum(TASSALL) |
| The true congested number of TCH | CNRELCONG | sum(CNRELCONG) | sum(CNRELCONG) |
| TCH examines congestion ratio | (TFCONGSAS+TFCON GSASSUB)/ TASSALL | sum(TFCONGSAS+TFCONGSASSU B)/sum(TASSALL) | sum(TFCONGSAS+TFCONGSASSCB )/sum(TASSALL) |
| SDCCH examines congestion ratio | CCONGS/(CNROCNT+ RAACCFA) | sum(CCONGS)/sum(CNROCNT+R AACCFA) | sum(CCONGS)/sum(CNROCNT+RA ACCFA) |
| SDCCH wireless interface passband | CMSESTAB/CCALLS | sum(CMSESTAB)/sum(CCALLS) | sum(CMSESTAB)/sum(CCALLS) |
| The GPRS flow | R9 version: up: RBCUL*240/1024 is descending: RBCDL*240/1024 R10: up: CS12ULACK/1024 is descending: CS12DLACK/1024 unit: Kbit | R9 version: up: sum (RBCUL) * 240/1024 is descending: sum (RBCDL) * 240/1024 R10: up: sum (CS12ULACK)/1024 is descending: sum (CS12DLACK)/1024 unit: Kbit | R9 version: up: sum (RBCUL) * 240/1024 is descending: sum (RBCDL) * 240/1024 R10: up: sum (CS12ULACK)/1024 is descending: sum (CS12DLACK)/1024 unit: Kbit |
| BSC wireless interface passband | (1-TCH examines congestion ratio) * (1-SDCCH examines congestion ratio) | (1-TCH examines congestion ratio) * (1-SDCCH examines congestion ratio) | |
| The BSCPCU congestion ratio | ALLPDCHPCHFAIL/sum(PCHALL ATT) | sum(ALLPDCHPCHFAI L)/sum(PC HALLATT) | |
| BSCT channel serviceability rate | sum(TAVAACC)/avg(TAVASCAN )/sum(TNUCHCNT) | sum(TAVAACC)/avg(TAVASCAN) /sum(TNUCHCNT) | |
| MSC note telephone traffic | NSMSRAOSUCC annotates: the APG40 network element just has this statistics | Sum (NSMSRAOSUCC) annotates: the APG40 network element just has this statistics |
Table one
Switching statistics is the relaying statistics, the data of the system statistics toll trunk and the relaying that interconnects.Data are calculated by OT TRARFILE and are got.Two repeated direction statistics are told, gone into to the TRARFILE statistics.TRARFILE has defined following COUNTER:
| COUNTER | Be called for short |
| Number of Devices | NOD |
| Sumof Blocked Devices | SOBD |
| Number ofAccumulations of the Blocking level counter | NOABD |
| Number of Bids | NOB |
| Number of Unsuccessful Bids | NOUB |
| Number of B-answers | NOBA |
| Sum of Traffic Level | SOTL |
| Number of Accumulations of the Traffic Level counter | NOATL |
Table two
The relaying statistics comprises following index:
| Statistical indicator | Algorithm | Time granularity gathers (15 minutes to 1 hour) |
| The relaying number | NOD | |
| Inaccessible relaying number | SOBD/NOABD | avg(SOBD/NOABD) |
| The relaying availability factor | (NOD-SOBD/NOABD)/NOD | (avg(NOD)-avg(SOBD/NOABD))/ NOD |
| Number of call attempts (unidirectional) | NOB | sum(NOB) |
| Take number of times (unidirectional) | NOB-NOUB | sum(NOB-NOUB) |
| Response times (unidirectional) | NOBA | sum(NOBA) |
| Answer seizure ratio (unidirectional) | NOBA/(NOB-NOUB) | sum(NOBA)/sum(NOB-NOUB) |
| Should exhale than (unidirectional) | NOBA/NOB | sum(NOBA)/sum(NOB) |
| Telephone traffic (unidirectional) | SOTL/NOATL | Sum (SOTL/NOATL)=4 15 minutes telephone traffic sum |
| Every line telephone traffic | (calling traffic+outgoing traffic)/available relaying number=(SOTL/NOATL (going out)+SOTL/NOATL (going into))/(NOD-SOBD/NOABD) | 4 15 minutes every line traffic sums |
Table three
The number of users statistics comprises HLR statistics and MSC statistics.The HLR statistics is the local registered user's whereabouts distribution situation of statistics.MSC statistics is the local registered user of end office (EO) of the statistics distribution situation of originating.Number of users is added up by send instruction HGLSP to HLR, sends command M GSVP to end office (EO), gets according to HLR address configuration table and the calculating of VLR address allocation list then.System obtains network element CP load data in 15 branch.The data of certain time point in a hour are got as this hour user statistics value by system.Network element CP load data gets by send instruction PLLDP to network element.The average of the network element CP load that system-computed obtained in a hour is as the CP load value of this hour network element.Network element signaling link information gets by send instruction C7LTP to network element.Network HALT station information gets by send instruction RLSTP to BSC.
When network statistical data satisfied following condition, system-computed produced performance alarm.In the present embodiment, be example with BSC level monitor control index, as shown in the table:
| Index name | Threshold value | Alarm level |
| The wireless interface passband | ＜90％ | Al |
| The congested number of TCH | ＞300 | A1 |
| ＞200 | A2 | |
| TCH call drop number | ＞1000 | Al |
| ＞800 | A2 | |
| The PCU congestion ratio | ＞30％ | A1 |
Table 4
When next measurement period, network statistical data does not reach when producing the performance alarm condition, and system should deposit corresponding movable alarm cancellation in the historical data table.The threshold size of performance alarm is done relative set according to actual needs.
See also shown in Figure 3ly, resource presents and comprises exchange resource dot chart, exchange resource form, exchange resource GIS, exchange resource topological diagram, Radio Resource point form, Radio Resource dot chart, VIP sub-district distribution map and transfer resource dot chart.
Performance presents and comprises CP load form, CP load trend graph, CP load block diagram, relaying call completing rate form, wireless statistical report form and wireless statistics GIS.
Alarm presents and comprises exchange alarm dot matrix, transmitting warning dot chart, exchange alarm report, transmitting warning form, exchange alarm GIS, transmitting warning GIS, wireless alarm report, performance alarm GIS, stands down and accuses GIS, performance alarm form, engineering cutover form, engineering cutover GIS outward.
Information issue comprises that system information sends out announcements, network element alarming issue, sub-district alarm issue, customer service information and issue and the customer service information interface.
User behavior analysis comprises that HLR statistical report form, HLR trend graph, HLR pie chart, VLR statistical report form, VLR trend graph, VLR pie chart, VLR statistics GIS present.
System management comprises data configuration management and System Privileges management two parts.Wherein data configuration management comprises that fault type configuration, dot matrix show configuration, topological diagram configuration, network element data configuration, cell data configuration, cell data configuration, alarming threshold configuration, VIP cell configuration and note customization.The System Privileges management comprises that user management, user organize management, rights management, scheduling of resource flow process, system log management and system self diagnosis.
Traffic presents and comprises the telephone traffic broken line graph, the telephone traffic that interconnects, CP load block diagram, note flow broken line graph, BSC telephone traffic form, BSC telephone traffic GIS, BSC telephone traffic trend graph, cell telephone traffic amount form and cell telephone traffic amount GIS.
A kind of mobile network property and warning system visualization method comprise: the first step, obtain the network management data of distinct interface by the OSS module; In second step, read the data message that obtains by data acquisition module; The 3rd step is with the data after handling with present program and put into database and display module.
The present invention has introduced mobile network property and alarm visualization system and method for visualizing thereof by being example with Ericsson's webmaster, and this can not be considered to the restriction to claim of the present invention.If those skilled in the art has made change unsubstantiality, conspicuous or improvement according to the present invention, all should belong to the scope of claim protection of the present invention.
Claims (10)
1, a kind of mobile network property and alarm visualization system, comprise OSS module, data acquisition module and database and display module, described data acquisition module is connected with display module with database with the OSS module respectively, it is characterized in that: above-mentioned module acting in conjunction realizes that the resource of network presents, performance presents, alarm presents, information issue, user behavior analysis, system management and telephone traffic present; Be provided with alarm in described database and the display module and present program.
2, mobile network property according to claim 1 and alarm visualization system, it is characterized in that: described OSS module comprises wireless and exchange webmaster and transmission network management, above-mentioned network management interface difference, data acquisition module can receive multiple network management information simultaneously.
3, mobile network property according to claim 2 and alarm visualization system, it is characterized in that: be provided with fire compartment wall between described OSS module and the data acquisition module, be provided with fire compartment wall between described data acquisition module and database and the display module, described database also is connected with a video terminal LAN with display module.
4, according to any described mobile network property of claim 1 to 3 and alarm visualization system, it is characterized in that: described performance presents and can represent by any one mode of dot chart, trend graph, GIS and form.
5, according to any described mobile network property of claim 1 to 3 and alarm visualization system, it is characterized in that: described user behavior analysis can represent by any one mode of dot chart, trend graph, GIS and form at HLR and VLR.
6, according to any described mobile network property of claim 1 to 3 and alarm visualization system, it is characterized in that: described telephone traffic presents by any one mode of dot chart, trend graph, GIS and form and represents.
7, according to any described mobile network property of claim 1 to 3 and alarm visualization system, it is characterized in that: contain mobile network property parameter and warning information in described database and the display module, described mobile network property parameter and warning information can send according to the CMPP agreement by Short Message Service Gateway.
8, according to any described mobile network property of claim 1 to 3 and alarm visualization system, it is characterized in that: contain the mobile network property parameter in described database and the display module, described mobile network property parameter comprises relaying performance, CP load, telephone traffic, call completing rate, call drop number, cutting off rate, uplink interference, congestion ratio, GPRS flow, channel serviceability rate, and above-mentioned several performance parameters can show in system simultaneously.
9, a kind of mobile network property and warning system visualization method is characterized in that: the first step: the network management data that obtains distinct interface by the OSS module; Second step: read the data message that obtains by data acquisition module; The 3rd step: the data after will handling with present program and put into database and display module.
10, mobile network property according to claim 9 and warning system visualization method is characterized in that: include warning information in the data after the described processing, system can send warning information by Short Message Service Gateway.
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| CN107105448A (en) * | 2016-02-23 | 2017-08-29 | 中国移动通信集团内蒙古有限公司 | A kind of warning information display methods and device |
| CN108494976A (en) * | 2018-03-26 | 2018-09-04 | 安徽德特信息技术有限公司 | Call drop failure auto-alarm-signal keying device uploading system based on signalling analysis and its method |
| CN111294238A (en) * | 2020-01-22 | 2020-06-16 | 中国人民解放军61623部队 | Method and system for automatically judging total service resistance between exchanges |
| CN111294238B (en) * | 2020-01-22 | 2022-04-22 | 中国人民解放军61623部队 | Method and system for automatically judging total service resistance between exchanges |
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