CN101340692B - Cutover alarm filtering method for mobile communication engineering - Google Patents
Cutover alarm filtering method for mobile communication engineering Download PDFInfo
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- CN101340692B CN101340692B CN2008100792310A CN200810079231A CN101340692B CN 101340692 B CN101340692 B CN 101340692B CN 2008100792310 A CN2008100792310 A CN 2008100792310A CN 200810079231 A CN200810079231 A CN 200810079231A CN 101340692 B CN101340692 B CN 101340692B
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Abstract
The invention relates to a filtering method for cut-over warning in a mobile communication engineering, which is improved based on a warning system of a current communication network administrator. The main improved point of the invention is that a set of universal filtering methods for cut-over warning of the mobile communication engineering aiming at the equipment in different professions and manufacturers is put forward on the basis of the current warning and resource configuration management function of the communication network administrator and by rearranging and classifying the resource state attribute in the communication network administrator of an equipment network element. The filtering method of the invention has the advantages of being capable of filtering the warnings taking up 30 percent of total warning amount produced in the process of engineering debugging, thereby avoiding and reducing invalid, simple and repetitive labor of maintenance personnel and improving working efficiency of transportation and maintenance.
Description
Technical field
The present invention relates to a kind of cutover alarm filtering method for mobile communication engineering.
Background technology
Along with the network size expansion is rapid, in the uninterrupted alarm that occurs of centralized monitor platform, having many is the alarms of transferring engineering reasons such as survey, base station controller (BSC) software and hardware are upgraded, the base station is optimized and revised to cause owing to circuit during the engineering cutover, this class alarm accounts for more than 30% of total alarm amount, invalid alarm, but frequently appear in monitor staff's the visual field, seriously disperseed monitor staff's energy.There is alarm to handle, when the monitor staff of network management center confirms that according to the alarming processing principle certain alarm needs is handled by the Field Force of branch company, will sends out the troubleshooting worker singly to branch company.Because network management center is limited to the device context situation awareness, the situation of above-mentioned invalid alarm worker single-shot toward branch company happened occasionally, increased network management center and the on-site maintenance personnel's of branch company workload in vain.
Live traffic network management alarm management function is bottom data acquisition layer, middle level data analysis layer and upper layer data presentation layer three-decker.
Data collection layer mainly with different manufacturers, distinct device warning data acquisition to warning system acquisition server end, write simultaneously in the shared drive and use for the middle level routine analyzer.
The data analysis layer is mainly analyzed different manufacturers, distinct device alarm data, and alarm data is gone into database, and alarm data subsequent treatment program is finished synchronous etc. to definition, alarm filter and the alarm data abundant, alarm level of alarm data information.
The data presentation layer is mainly presented to the attendant to the alarm data message of handling through the data analysis layer.
Alarm filter function in the telephone traffic network warning system has just defined a cover filtering rule (comprising according to filter types such as alarm level, alarm keywords) at equipment alarm itself at present, but can not filter the alarm that produces during the engineering cutover.
Summary of the invention
Technical problem to be solved by this invention provides a kind of cutover alarm filtering method for mobile communication engineering.
The technical solution adopted for the present invention to solve the technical problems:
The present invention forms when changing on the basis of live traffic network management alarm system, its main improvement is on existing alarm of telephone traffic network and resources configuration management function basis, by the resource status attribute of equipment network element in telephone traffic network carried out combing again and classification, an engineering cutover alarm filtering method that overlaps at difference is professional, devices from different manufacturers is general has been proposed.
Concrete technical scheme of the present invention is as follows:
The present invention includes following four steps:
Step I, collection engineering cutover alarm information:
By the alarm collection program that leaves in the telephone traffic network alarm collection server, obtain original engineering cutover alarm information from switch in real time in the mode of Socket message flow, and this warning information is deposited in the telephone traffic network record alert database;
Step II, above-mentioned engineering cutover alarm information of gathering is carried out analyzing and processing according to the form of standard;
The engineering cutover alarm information that collected is packaged into complete warning information according to the XML phonetic matrix of standard deposits in the telephone traffic network record alert database by leaving routine analyzer in the telephone traffic network alarm collection server in;
Step II I, the warning information after the standard described in the Step II is carried out alarm filter by following three kinds of engineering cutovers:
One. relaying and signaling port alarm filter:
This engineering cutover alarm filtering is finished by the alert analysis program that leaves in the telephone traffic network alarm collection server;
Concrete grammar is when telephone traffic network alarm monitoring platform is received the alarm of a repeat circuit or signaling link port, at first " seizure condition " of this port of inquiry in trunking port resource distribution table in the network management resources management system or the signaling port resource distribution table; When " seizure condition " of this port is " free time " state, the alarm filter that produces on this port is fallen;
Two. the base station controller engineering is transferred and is surveyed alarm filter:
The base station controller engineering transfers the survey alarm filter to be finished by the alert analysis program that leaves in the telephone traffic network alarm collection server;
(1) for the newly-increased base station controller that does not network:
When telephone traffic network alarm monitoring platform is received a base station controller alarm, " in the newly-increased base station controller state configuration information table that does not network " query configuration information in the network management resources management system at first, and extract " the affirmation state " of this base station, when when " affirmation state " being " deleting unconfirmed " or " deletion is confirmed ", this base station controller alarm filter is fallen;
(2) for the base station controller of existing network at clothes:
When telephone traffic network alarm monitoring platform is received a base station controller alarm, " existing network is in clothes base station controller network element engineering state configuration information table " query configuration information in the network management resources management system at first, when this " engineering state " is " test mode ", this base station controller alarm filter is fallen;
Three. the clothes alarm filter is moved back in the sub-district that the engineering cutover causes:
Finish by the alert analysis program that leaves in the telephone traffic network alarm collection server;
When telephone traffic network alarm monitoring platform receives that the clothes alarm is moved back in a sub-district, configuration information of this sub-district of inquiry in " the sub-district existing network state configuration information table " in the network management resources management system at first, extract " engineering state " of this sub-district, when this " engineering state " is " test mode ", the clothes alarm filter moved back in this sub-district fall.
Step IV, automatic group list:
Finish by the automatic one way preface of sending that leaves in the telephone traffic network PC.
The present invention is to the resource status attributive classification table of equipment network element in the telephone traffic network 1-5 that sees attached list.The title of each subordinate list is as follows:
Subordinate list 1 is a trunking port resource distribution table;
Subordinate list 2 is a signaling port resource distribution table;
Subordinate list 3 is the newly-increased base station controller status attribute allocation list that do not network;
Subordinate list 4 is the base station controller status attribute allocation list of existing network at clothes;
Subordinate list 5 is a sub-district existing network state configuration information table.
The invention has the beneficial effects as follows: the present invention can fall the alarm filter that equipment between the engineering line-up period that accounts for total alarm amount 30% produces, and avoids and reduced attendant's invalid, simple, repeated labor, has improved the O﹠M operating efficiency greatly.
Embodiment
Embodiment 1: relaying and signaling port rank alarm filter (referring to subordinate list 1,2):
When telephone traffic network alarm monitoring platform is received a repeat circuit or the alarm of signaling link port, at first to arrive " seizure condition " that resource management system is inquired about this port.If be " free time ", then represent this port be one non-with, do not have the port of bearer service, the alarm that produces on this port need be filtered so, need not to present to the attendant.The specific implementation method is as follows:
1) port alarm of classification combing repeat circuit and the alarm of signaling port:
Through to finding behind the trunking port of switching equipment and the signaling port alarm finishing analysis, the numbering of trunking port or signaling port and the title of switch have been comprised in the alarm information.Following is example with Ericsson's repeat circuit port alarm:
***ALARM848A2/APT″TSG10/R10/HB/0/″U0804022001
DIGITAL?PATH?FAULT?SUPERVISI0N
DIP DIPEND FAULT SECTION HG DATE TIME
126UPD1 ERATE 080402 200142
END
Wherein, TSG10 is a switch name, the repeat circuit port numbering of 126UPD1.
2) filtration of idle port alarm:
When network management system collects alarm of repeat circuit port or the alarm of signaling port, by utilizing the network management alarm routine analyzer, from alarm, extract switch name, and port numbering.
Then, remove to search in the Resource Configuration Database of network management system the unique identification of corresponding switch by switch name.In the resource distribution table of depositing trunking port or signaling port,, determine the configuration information of certain signaling port or trunking port from the alarm text then by the port numbering that switch name identifies and obtains.
From the port configuration information that obtains, at first judge " seizure condition " field of port.If this field be " free time " (seeing attached list 1,2), then represent this port be one non-at usefulness, the port of bearer service not.At last, be " seizure condition " that analyzing and processing is not carried out in the port alarm of " free time ", filter.
Embodiment 2: the base station controller engineering is transferred and is surveyed alarm filter (referring to subordinate list 3,4).
Carry out the engineering cutover night between newly-increased BSC (base station controller) line-up period or at the BSC of net service, all can produce a lot of great alarms.These alarms produce owing to the engineering reason causes, invalid alarm.The appearance of these alarms has brought certain interference to normal monitoring work, need take certain measure to filter these alarms in the webmaster side.
1) engineering alarm filter between newly-increased BSC (base station controller) line-up period
For the newly-increased BSC that does not network, by revising the BSC state for " " or a kind of state in " deleting unconfirmed " is confirmed in deletion, when having alarm, this BSC takes place, title by the BSC in the alarm text, (see attached list 3) search in the resource configuration system of the network management system configuration information of this BSC extracts this BSC " affirmation state ".If for " deletion confirms that " or " delete unconfirmed ", then this BSC alarms and do not carry out analyzing and processing, Direct Filtration.
2) for BSC the alarm filter engineering cutover during of existing network at clothes
For existing network clothes BSC during the engineering cutover, by revising " network element engineering state " is " test mode ", when having alarm, this BSC takes place, title by the BSC in the alarm text, (see attached list 4) search in the resource configuration system of the network management system configuration information of this BSC extracts this BSC " engineering state ".If be " test mode ", then analyzing and processing, Direct Filtration are not carried out in this BSC alarm.
Embodiment 3: clothes alarm filter (referring to subordinate list 5) is moved back in the sub-district that the engineering cutover causes.
Hebei the whole province moves back the sub-district clothes alarms and has brought in the work of centralized monitor O﹠M, and has realized that centralization distributes the sub-district automatically and move back the clothes fault ticket.But,, often to carry out the cutover adjustment to the base station of existing network owing to reasons such as the network optimization, parameter adjustments.Like this, will produce a large amount of invalid cell and move back the clothes alarm, all not distribute worker's list, will bring very big interference, increase the work of maintenance personnel amount normal O﹠M work if these alarms do not add processing.Therefore, need carry out filtration treatment to the clothes alarm of moving back that these engineerings cause.
The filtration of clothes alarm is moved back in the sub-district, only relies on " the network element engineering state " of sub-district in the telephone traffic network resource management system.When the clothes generation is moved back in the sub-district, by the cell name in the alarm text, in the resource configuration system of network management system, (see attached list 5) and search the configuration information of this sub-district, extract " engineering state " of this sub-district.If be " test mode ", then analyzing and processing, Direct Filtration are not carried out in this sub-district alarm.
Subordinate list 1: trunking port resource distribution table (removing color)
| The local terminal switch name | Local terminal switch ports themselves number | Opposite end switch ports themselves number | Switch module number | The opposite end switch name | First of port numbers | Initial-end CIC | Port speed | Seizure condition | Ownership trunk group (office direction) | The transmission circuit code name | Exchange side DDF | Transmission equipment side DDF | The Transmission Fibers code name | Exchange side ODF | Transmission equipment side ODF | Port type |
| X city G1 | OUPD1 | ? | ? | ? | ? | ? | ? | Idle | ? | ? | ? | ? | ? | ? | ? | ? |
| X city G1 | OUPET | ? | ? | ? | ? | ? | ? | Idle | ? | ? | ? | ? | ? | ? | ? | ? |
| X city G1 | 100MAL1 | ? | ? | ? | ? | ? | ? | Take | ? | ? | ? | ? | ? | ? | ? | ? |
| X city G1 | 100UPD1 | ? | ? | ? | ? | ? | ? | Take | ? | 30N026 | ? | ? | ? | ? | ? | ? |
Subordinate list 2: signaling port resource distribution table
| The local terminal switch name | The signaling port | Opposite end office's name | The timeslot number of signaling link place trunk module | The circuit code name of place trunk module correspondence | The Switching Module at Link place number | The pairing link of signaling port | The port speed type | Seizure condition |
| X city G1 | C7ST2C-0 | ? | ? | ? | ? | ? | 64K | Idle |
| X city G1 | C7ST2C-1 | ? | ? | 30N001HLR | ? | ? | 64K | Take |
| X city G1 | C7ST2C-10 | ? | ? | Optical transceiver is through | ? | ? | 64K | Take |
| X city G1 | C7ST2C-100 | ? | ? | Optical transceiver is through | ? | ? | 64K | Ancient using |
| X city G1 | C7ST2C-101 | ? | ? | Optical transceiver is through | ? | ? | 64K | Take |
| X city G1 | C7ST2C-102 | ? | ? | Optical transceiver is through | ? | ? | 64K | Take |
Subordinate list 3: the newly-increased base station controller status attribute allocation list that do not network
| The affirmation state | Alarm filter whether | Remarks |
| Manual affirmation | Not | Alarm normal analyzing and processing |
| Newly-increased unconfirmed | Not | Alarm normal analyzing and processing |
| Delete unconfirmed | Be | All alarms of base station, sub-district can analyzing and processing under BSC itself and the BSC |
| Deletion is confirmed | Be | All alarms of base station, sub-district can analyzing and processing under BSC itself and the BSC |
Subordinate list 4: now be used in clothes base station controller status attribute allocation list
| Engineering state | Alarm filter whether | Remarks |
| The existing network state | Not | Alarm normal analyzing and processing |
| Test mode | Be | All alarm not analyzing and processing under the BSC during the engineering cutover |
Subordinate list 5: sub-district existing network state configuration information table
| Engineering state | Alarm filter whether | Remarks |
| The existing network state | Not | Alarm normal analyzing and processing |
| Test mode | Be | All alarm not analyzing and processing under the BSC during the engineering cutover |
Claims (1)
1. cutover alarm filtering method for mobile communication engineering includes following step I and Step II:
Step I, collection engineering cutover alarm information:
By the alarm collection program that leaves in the telephone traffic network alarm collection server, obtain original engineering cutover alarm information from switch in real time in the mode of Socket message flow, and this warning information is deposited in the telephone traffic network record alert database;
Step II, above-mentioned engineering cutover alarm information of gathering is carried out analyzing and processing according to the form of standard:
The engineering cutover alarm information that collected is packaged into complete warning information according to the XML phonetic matrix of standard deposits in the telephone traffic network record alert database by leaving routine analyzer in the telephone traffic network alarm collection server in;
It is characterized in that described engineering cutover alarm filtering method also includes following Step II I and step IV:
Step II I, the warning information after the standard described in the Step II is carried out alarm filter by following three kinds of engineering cutovers:
One. relaying and signaling port alarm filter:
Finish by the alert analysis program that leaves in the telephone traffic network alarm collection server;
Concrete grammar is when telephone traffic network alarm monitoring platform is received the alarm of a repeat circuit or signaling link port, at first " seizure condition " of this port of inquiry in trunking port resource distribution table in the network management resources management system or the signaling port resource distribution table; When " seizure condition " of this port is " free time " state, the alarm filter that produces on this port is fallen;
Two. the base station controller engineering is transferred and is surveyed alarm filter:
Finish by the alert analysis program that leaves in the telephone traffic network alarm collection server;
(1) for the newly-increased base station controller that does not network:
When telephone traffic network alarm monitoring platform is received a base station controller alarm, " in the newly-increased base station controller state configuration information table that does not network " query configuration information in the network management resources management system at first, and extract " the affirmation state " of this base station, when when " affirmation state " being " deleting unconfirmed " or " deletion is confirmed ", this base station controller alarm filter is fallen;
(2) for the base station controller of existing network at clothes:
When telephone traffic network alarm monitoring platform is received a base station controller alarm, " existing network is in clothes base station controller network element engineering state configuration information table " query configuration information in the network management resources management system at first, when this " engineering state " is " test mode ", this base station controller alarm filter is fallen;
Three. the clothes alarm filter is moved back in the sub-district that the engineering cutover causes:
Finish by the alert analysis program that leaves in the telephone traffic network alarm collection server;
When telephone traffic network alarm monitoring platform receives that the clothes alarm is moved back in a sub-district, configuration information of this sub-district of inquiry in " the sub-district existing network state configuration information table " in the network management resources management system at first, extract " engineering state " of this sub-district, when this " engineering state " is " test mode ", the clothes alarm filter moved back in this sub-district fall;
Step IV, automatic group list:
Finish by the automatic one way preface of sending that leaves in the telephone traffic network PC.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102436720B (en) * | 2011-09-28 | 2013-07-03 | 清华大学 | Repeated alarm processing method based on data filtering |
| CN103179599B (en) * | 2011-12-26 | 2016-01-27 | 中国移动通信集团河北有限公司 | The method for supervising of WLAN performance, equipment and system |
| CN103052105B (en) * | 2012-12-07 | 2016-02-03 | 大唐移动通信设备有限公司 | A kind of processing method of base station alarm and device |
| CN103414593B (en) * | 2013-08-21 | 2016-05-18 | 陈强 | Multi-disciplinary engineering network element cascade screen system and the screen method of resource Network Based |
| 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 |
| CN106789311B (en) * | 2016-12-30 | 2020-02-14 | 北京市天元网络技术股份有限公司 | Automatic shielding method and system for engineering alarm |
| CN107483235B (en) * | 2017-08-01 | 2020-12-15 | 北京市天元网络技术股份有限公司 | Equipment cutover alarm shielding method and device |
| CN112152829B (en) * | 2019-06-27 | 2022-08-02 | 烽火通信科技股份有限公司 | Alarm shielding method and system |
| CN110708189A (en) * | 2019-09-25 | 2020-01-17 | 中国移动通信集团黑龙江有限公司 | Single-point shielding method, device, equipment and storage medium |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101018157A (en) * | 2007-02-14 | 2007-08-15 | 华为技术有限公司 | Alarm processing method and alarming system |
| CN101116267A (en) * | 2005-02-08 | 2008-01-30 | 富士通株式会社 | Optical input stoppage testing apparatus |
-
2008
- 2008-08-21 CN CN2008100792310A patent/CN101340692B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101116267A (en) * | 2005-02-08 | 2008-01-30 | 富士通株式会社 | Optical input stoppage testing apparatus |
| CN101018157A (en) * | 2007-02-14 | 2007-08-15 | 华为技术有限公司 | Alarm processing method and alarming system |
Non-Patent Citations (1)
| Title |
|---|
| 郭川.传输设备工程割接.《电信工程技术与标准化》.2006, * |
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