CN102083104B - Repeater monitoring method and system as well as comprehensive analysis server - Google Patents
Repeater monitoring method and system as well as comprehensive analysis server Download PDFInfo
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- CN102083104B CN102083104B CN200910238637.3A CN200910238637A CN102083104B CN 102083104 B CN102083104 B CN 102083104B CN 200910238637 A CN200910238637 A CN 200910238637A CN 102083104 B CN102083104 B CN 102083104B
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- 238000012544 monitoring process Methods 0.000 title claims abstract description 109
- 238000004458 analytical method Methods 0.000 title claims abstract description 81
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- 238000005457 optimization Methods 0.000 claims abstract description 25
- 238000011144 upstream manufacturing Methods 0.000 claims description 33
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Abstract
The invention provides a repeater monitoring method and system as well as a comprehensive analysis server, belonging to the technical field of communications. The method comprises the following steps: extracting the base station operation information in a base station database and repeater operation information in a database of a repeater monitoring system; analyzing the base station operation information and repeater operation information to obtain an analysis result; and feeding back the obtained analysis result to the repeater monitoring system which performs trouble shooting according to the analysis result and associates the base station operation information with the repeater operation information so that the maintenance personnel can accurately find the cause of the fault and the network optimization and maintenance efficiency can be effectively improved.
Description
Technical field
The invention belongs to communication technical field, particularly relate to a kind of method of monitoring repeater, system and comprehensive Analysis server.
Background technology
Along with the development of mobile communication technology, mobile terminal is quite universal, therefore ensures that wireless signal covers more and more important.Current wireless signal covers and is substantially realized by base station and repeater, and wherein base station is the equipment of transmitting and receiving mobile radiotelephone signal, and repeater is the relay repeater between base station and mobile terminal with signal amplifying function.Repeater is that the signal amplifying base station covers to realize wireless signal, and this base station is called the information source base station of this repeater.
At present for the monitoring of base station and repeater, there is independently supervisory control system to realize carrying out remote monitoring to it, be respectively base station monitoring-controlling system and direct amplifying station monitoring, wherein
1) base station monitoring-controlling system comprises: base station fault monitoring management system and base station performance parameter optimization management system, and base station fault monitoring management system achieves the management to base station equipment, and finds base station equipment fault in real time and produce alarm etc.; Base station performance parameter optimization management system realizes the monitoring (comprising level of interference, noise level, matter difference grade) etc. of base station cell parameter management, base station cell performance index.
2) direct amplifying station monitoring realizes remote monitoring repeater running status, and repeater and direct amplifying station monitoring take the mode of wireless link (short message) to communicate.Existing direct amplifying station monitoring can realize: the monitoring of repeater equipment fault, to the setting of repeater equipment parameter modification, repeater map denotation etc.
But, because current direct amplifying station monitoring and base station monitoring-controlling system work alone, therefore easily to cause when breaking down in repeater when the frequency point setting mistake of when producing higher upstream noise or repeater, repeater (when such as repeater produces interference), its information source base station also will be subject to serious impact, cause information source base station cisco unity malfunction, thus cause base station maintenance and optimization personnel to be difficult to investigate out the real causes causing this problem.
Summary of the invention
In order to solve the problem, the object of this invention is to provide a kind of method of monitoring repeater, system and comprehensive Analysis server, by base station operation information and repeater operation information are associated, make attendant can accurately investigate out the reason causing fault, thus effectively can promote the operating efficiency of the network optimization and maintenance.
In order to achieve the above object, the invention provides a kind of method of monitoring repeater, comprising:
Extract the repeater operation information in the database of base station operation information in base station data storehouse and direct amplifying station monitoring;
Described base station operation information and described repeater operation information are analyzed, obtains analysis result;
The described analysis result obtained is fed back to direct amplifying station monitoring, and described direct amplifying station monitoring carries out malfunction elimination according to described analysis result.
Preferably, described base station data storehouse is base station cell network optimization system database and base station fault database.
Preferably, describedly analysis carried out to described base station operation information and described repeater operation information be:
The information source base station cell that level of interference ICMBAND in described base station cell network optimization system database is more than three grades is screened, obtains the first information source base station cell with repeater.
Preferably, describedly carry out malfunction elimination according to described analysis result and be:
Power-off operation is carried out in all repeaters controlled in described first information source base station cell;
If the interference that described first information source base station cell is subject to is eliminated, then judge that the interference that described first information source base station cell is subject to is caused by the repeater in described first information source base station cell;
If the interference that described first information source base station cell is subject to is not eliminated, then judge that the interference that described first information source base station cell is subject to is not caused by the repeater in described first information source base station cell.
Preferably, the interference be subject to when described first information source base station cell is caused by the repeater in described first information source base station cell, and when having multiple repeater in described first information source base station cell, described method also comprises:
Switching on and shutting down operation is carried out one by one in the multiple repeaters controlled in described first information source base station cell;
The disturbed condition be subject to according to described first information source base station cell when carrying out described multiple repeater and carrying out switching on and shutting down operation one by one, determines the repeater of causing described first information source base station cell interference.
Preferably, the described information run described base station and described repeater operation information carry out analysis and are:
The information source base station cell that upstream noise interference coefficient in described base station cell network optimization system database is more than default noise jamming coefficient is screened, obtains the second information source base station cell with repeater.
Preferably, describedly carry out malfunction elimination according to described analysis result and be:
Whether the upstream noise summation in parallel that judgement is subject to all repeaters in the second information source base station cell of upstream noise interference exceedes the second default noise level, if so, the upstream noise interference of described second information source base station is caused by the repeater in described second information source base station cell.
Preferably, the described information run described base station and described repeater operation information carry out analysis and are:
To the frequency of the information source base station cell of extracting from described base station cell network optimization system data, and the frequency of the Suo Dai repeater, described information source base station cell of extracting from described direct amplifying station monitoring is analyzed.
Preferably, describedly carry out malfunction elimination according to described analysis result and be:
When the frequency of described information source base station cell and the frequency of Suo Dai repeater, described information source base station cell inconsistent time, described direct amplifying station monitoring changes the frequency of Suo Dai repeater, described information source base station cell, makes the frequency of Suo Dai repeater, described information source base station cell consistent with the frequency of described information source base station cell.
The present invention also provides a kind of system of monitoring repeater, comprising:
Base station monitoring-controlling system, for the ruuning situation of monitored base stations, and records base station operation information;
Direct amplifying station monitoring, for monitoring the ruuning situation of repeater, and records repeater operation information;
Comprehensive Analysis server, be connected with described base station monitoring-controlling system and direct amplifying station monitoring respectively, for extracting the breath of the base station operation information in described base station monitoring-controlling system and the operation of the repeater in described direct amplifying station monitoring, described base station operation information and described repeater operation information are analyzed, and the analysis result obtained is fed back to described direct amplifying station monitoring, described direct amplifying station monitoring carries out malfunction elimination according to described analysis result.
The present invention also provides a kind of comprehensive Analysis server, comprising:
Data extraction module, for extracting the repeater operation information in the database of base station operation information in base station data storehouse and direct amplifying station monitoring;
Data analysis module, analyzes for the repeater operation information in the database to the base station operation information in described base station data storehouse and described direct amplifying station monitoring, obtains analysis result;
Sending module, for the described analysis result obtained is fed back to direct amplifying station monitoring, described direct amplifying station monitoring carries out malfunction elimination according to described analysis result.
As shown from the above technical solution, by comprehensive Analysis server, base station operation information and repeater operation information are analyzed, and the analysis result obtained is fed back to direct amplifying station monitoring, be for further processing by direct amplifying station monitoring, make when breaking down in the repeater in information source base station cell, attendant can investigate out the reason causing fault accurately, thus effectively can promote the operating efficiency of the network optimization and maintenance.
Accompanying drawing explanation
Fig. 1 is the method flow diagram of monitoring repeater in embodiments of the invention;
Fig. 2 is the method flow diagram that in embodiments of the invention, repeater interference is investigated automatically;
Fig. 3 is the method flow diagram of upstream noise interference analysis in embodiments of the invention;
Fig. 4 is the method flow diagram that in embodiments of the invention, repeater frequency is analyzed;
Fig. 5 is the structure chart of direct amplifying station monitoring in embodiments of the invention;
Fig. 6 is the structure chart of comprehensive Analysis server in embodiments of the invention.
Embodiment
In an embodiment of the present invention, by comprehensive Analysis server, base station operation information and repeater operation information are analyzed, and the analysis result obtained is fed back to direct amplifying station monitoring, be for further processing by direct amplifying station monitoring, make when breaking down in the repeater in information source base station cell, attendant can investigate out the reason causing fault accurately.
In order to make the object of the embodiment of the present invention, technical scheme and advantage clearly understand, below in conjunction with embodiment and accompanying drawing, the embodiment of the present invention is described in detail.At this, illustrative examples of the present invention and illustrating for explaining the present invention, but not as a limitation of the invention.
As shown in Figure 1, be the method for monitoring repeater in embodiments of the invention, concrete steps are as follows:
Step 101, the repeater operation information extracted in the database of base station operation information in base station data storehouse and direct amplifying station monitoring;
In the present embodiment, above-mentioned base station data storehouse is base station cell network optimization system database and base station fault database, wherein
Base station cell network optimization system database can be used for the cutting off rate of real-time statistics base station cell, call completing rate, interference index, upstream noise and telephone traffic etc.;
Base station fault database can be used for the running state information of collecting base station, such as: base station cell title, base station equipment type, error listing, base station CDU (synthesizer) model, BSPWR (output power in base station of Broadcast Control Channel) etc.
The database of above-mentioned direct amplifying station monitoring for collecting the related data of repeater, such as: the title and fault warning title etc. of the site name of repeater, device type, frequency, power, gain, information source base station cell.
Step 102, base station operation information and repeater operation information to be analyzed, obtain analysis result;
In the present embodiment, this comprehensively analyzes the operation information of collects base station and repeater, and analyzes this operation information, can realize investigation interference, investigation noise and get rid of the problems such as frequency.
Step 103, the analysis result obtained is fed back to direct amplifying station monitoring, this direct amplifying station monitoring carries out failture evacuation according to this analysis result.
Direct amplifying station monitoring is for further processing according to analysis result after receiving the analysis result of comprehensive analysis server feedback.
As shown from the above technical solution, by comprehensive Analysis server, base station operation information and repeater operation information are analyzed, and the analysis result obtained is fed back to direct amplifying station monitoring, be for further processing by direct amplifying station monitoring, make when breaking down in the repeater in information source base station cell, attendant can investigate out the reason causing fault accurately, thus effectively can promote the operating efficiency of the network optimization and maintenance.
In order to better understand technical scheme of the present invention, introduce technical scheme of the present invention below by repeater interference investigation, upstream noise interference analysis and repeater frequency analysis three specific embodiments.
Embodiment one
See Fig. 2, be the method flow diagram that repeater interference in embodiments of the invention is investigated automatically, concrete steps are as follows:
Step 201, comprehensive Analysis server obtain the information that current level of interference is the information source base station cell of more than three grades from base station cell network optimization system database;
Level of interference (ICMBAND) can be divided into Pyatyi usually, and wherein one-level represents that interference is minimum, and Pyatyi represents that interference is maximum, it is generally acknowledged that just there is interference more than three grades these communities.
In this step, current level of interference is that the information of the information source base station cell of more than three grades comprises: current level of interference is the stronger time interval of the title of the information source base station cell of more than three grades, the level of interference of information source base station cell and interference.Certainly be also not limited to this, do not limit the particular content of the information of this credit base station cell in the present embodiment.
Step 202, comprehensive Analysis server screen the information source base station cell that the level of interference in base station cell network optimization system database is more than three grades, obtain the first information source base station cell with repeater;
Step 203, comprehensive Analysis server by the information feed back of the first information source base station cell to direct amplifying station monitoring;
Power-off operation is carried out in all repeaters that step 204, direct amplifying station monitoring control in the first information source base station cell;
Whether the interference that step 205, direct amplifying station monitoring monitor the first information source base station cell is eliminated;
In step 204 ~ 205, power-off operation (soft-off) is carried out in the direct amplifying station monitoring all repeaters controlled in the first information source base station cell, wait for after 30 minutes, whether the interference that direct amplifying station monitoring monitors the first information source base station cell again exists;
The interference that step 206, the first information source base station cell are subject to is eliminated, then direct amplifying station monitoring judges that the interference that the first information source base station cell is subject to is caused by the repeater in the first information source base station cell;
When having multiple repeater in the first information source base station cell, when needing location to produce the repeater of interference, need to investigate one by one repeater, now, after execution of step 206, multiple repeaters that also can be controlled in the first information source base station cell by direct amplifying station monitoring are carried out switching on and shutting down one by one and are operated, and each switching on and shutting down interlude can be 30 minutes, then judge whether interference regenerates, and can show that informative interference source is located thus by direct amplifying station monitoring.
In the present embodiment, when direct amplifying station monitoring judge interference that the first information source base station cell is subject to be caused by the repeater in the first information source base station cell time, carry out alarm by direct amplifying station monitoring, such as, on the display interface of direct amplifying station monitoring, occur " interference alarm " display.
The interference that step 207, the first information source base station cell are subject to is not eliminated, then direct amplifying station monitoring judges that the interference that the first information source base station cell is subject to is not caused by the repeater in the first information source base station cell.
Embodiment two
See Fig. 3, be the method flow diagram of upstream noise interference analysis in embodiments of the invention, concrete steps are as follows:
Step 301, comprehensive Analysis server extract the repeater operation information in the database of base station operation information in base station fault database and direct amplifying station monitoring;
Such as by data acquisition module hour to gather following data for granularity:
The whole network ICMBAND gathers: Icmband1 ~ Icmband5 data (comprising Icmband1, Icmband2, Icmband3, Icmband4 and Icmband5) of community ID (identify label number), community;
The whole network CDD gathers: community ID, community CI (identification code), CDU type, BSPWRB (output power in base station);
From direct amplifying station monitoring collection: repeater title, information source base station cell ID and information source base station cell CI, uplink and downlink pad value, down output power value and up actual gain.
Step 302, comprehensive Analysis server screen the information source base station cell that upstream noise interference coefficient in base station cell network optimization system database is more than default noise jamming coefficient, obtain the second information source base station cell with repeater;
In this step, first judge whether this information source base station cell is subject to upstream noise interference according to upstream noise interference coefficient,
Upstream noise interference coefficient=(Icmband1+Icmband2 × 2+Icmband3 × 3+Icmband4 × 4+Icmband5 × 5)/(Icmband1+Icmband2+Icmband3+Icmband4+Icmband5);
Upstream noise interference coefficient < 2.5, then illustrate that this information source base station cell uplink interference is not obvious;
Upstream noise interference coefficient >=2.5, then illustrate that this information source base station cell is subject to uplink interference;
Upstream noise interference coefficient >=3.5, then illustrate that this information source base station cell is subject to comparatively serious uplink interference.
Icmband1 ~ Icmband5 data of community, acquire in step 301.
Above-mentioned default noise jamming coefficient can be set to 2.5, screens exactly, filter out the second information source base station cell with repeater in step 302 from the second information source base station cell that upstream noise interference coefficient is more than 2.5.
The judgement of step 303, direct amplifying station monitoring is subject to the upstream noise summation in parallel of all repeaters in the second information source base station cell of upstream noise interference and whether exceedes the second default noise level, if so, the upstream noise interference of the second information source base station is caused by the repeater in the second information source base station cell;
In this step, in the second information source base station cell, all repeaters upstream noise summation in parallel calculates by such as under type and obtains:
First, separate unit direct end uplink noise in the second information source base station cell is calculated;
Separate unit direct end uplink noise (dBm)=-121+CDU loss-output power in base station+repeater noise factor (being defaulted as 5)+repeater down output power+repeater downstream attenuation values-direct end uplink pad value;
Repeater down output power, repeater downstream attenuation values and direct end uplink pad value can obtain from the database of direct amplifying station monitoring, and output power in base station can obtain from base station fault database.
Wherein the pass of CDU loss and CDU type is (these data are extracted in base station fault management system):
| CDU type | CDU loss |
| CDU_A | 0.5 |
| CDU_C | 3 |
| CDU_C+ | 3 |
| CDU_D | 4 |
| CDU_F | 4 |
| CDU_G | 0.4 |
| CDU_H | 3 |
| CDU_M | 3 |
Multiple stage repeater upstream noise summation (mw)=SUM (separate unit direct end uplink noise (mw)) in parallel;
Multiple devices upstream noise summation (dBm)=10log in parallel (multiple devices upstream noise summation (mw) in parallel);
In the present embodiment, when multiple devices upstream noise summation in parallel exceedes default the second noise level (this second noise level preset can be-105dBm), then the upstream noise interference of the second information source base station is caused by the repeater in the second information source base station cell, and by direct amplifying station monitoring, associative operation is carried out to repeater, such as:
1) when upstream noise is higher than-105dBm, the up power output of direct amplifying station monitoring order repeater reduces 5dBm automatically.
2) when upstream noise is between-105 ~ 110dBm, the up power output of direct amplifying station monitoring order repeater reduces 3dBm automatically.
Embodiment three
See Fig. 4, be the method flow diagram that repeater frequency in embodiments of the invention is analyzed, concrete steps are as follows:
Step 401, comprehensive Analysis server extract the frequency of information source base station cell respectively from base station cell network optimization system data, and from direct amplifying station monitoring, extract the frequency of Suo Dai repeater, information source base station cell;
Step 402, comprehensive Analysis server to the frequency of the information source base station cell of extracting from base station cell network optimization system data, and are analyzed the frequency of the Suo Dai repeater, information source base station cell of extracting from direct amplifying station monitoring;
Step 403, when the frequency of information source base station cell and the frequency of Suo Dai repeater, information source base station cell inconsistent time, the frequency of direct amplifying station monitoring change Suo Dai repeater, information source base station cell, makes the frequency of Suo Dai repeater, information source base station cell consistent with the frequency of information source base station cell.
Certainly, also judge that whether the bandwidth of information source base station cell is consistent with the bandwidth of Suo Dai repeater, information source base station cell by above-mentioned flow process, the bandwidth of comprehensive Analysis server notice direct amplifying station monitoring change Suo Dai repeater, information source base station cell, makes the bandwidth of Suo Dai repeater, information source base station cell consistent with the bandwidth of information source base station cell.
As shown from the above technical solution, by realizing the comprehensive analysis of repeater operation information and base station operation information, realize associating of repeater parameter optimization and information source base station cell optimizing performance parameters, realize repeater interference automatically investigate function, realize information source base station cell upstream noise analyze and optimize, repeater bandwidth sum frequency analysis, thus decrease the workload of artificial investigation repeater interference, noise, frequency analysis etc.
See Fig. 5, be the structure chart of direct amplifying station monitoring in embodiments of the invention, from figure, this direct amplifying station monitoring comprises:
Base station monitoring-controlling system 51, for the ruuning situation of monitored base stations, and records base station operation information;
Direct amplifying station monitoring 52, for monitoring the ruuning situation of repeater, and records repeater operation information;
Comprehensive Analysis server 53, be connected with base station monitoring-controlling system 51 and direct amplifying station monitoring 52 respectively, for extracting the breath of the base station operation information in described base station monitoring-controlling system and the operation of the repeater in described direct amplifying station monitoring, and described base station operation information and described repeater operation information are analyzed, the analysis result obtained is fed back to direct amplifying station monitoring, and this direct amplifying station monitoring carries out malfunction elimination according to this analysis result.
As shown from the above technical solution, analyzed by comprehensive Analysis server 53 pairs of base station operation informations and repeater operation information, and the analysis result obtained is fed back to direct amplifying station monitoring 52, be for further processing by direct amplifying station monitoring 52, make when breaking down in the repeater in information source base station cell, attendant can investigate out the reason causing fault accurately, thus effectively can promote the operating efficiency of the network optimization and maintenance.
See Fig. 6, be the structure chart of Analysis server comprehensive in embodiments of the invention, from figure, this comprehensive Analysis server 60 comprises:
Data extraction module 61, for extracting the repeater operation information in the database of base station operation information in base station data storehouse and direct amplifying station monitoring;
Data analysis module 62, analyzes for the repeater operation information in the database to the base station operation information in described base station data storehouse and described direct amplifying station monitoring, obtains analysis result;
Sending module 63, for the described analysis result obtained is fed back to direct amplifying station monitoring, this direct amplifying station monitoring carries out malfunction elimination according to this analysis result.
The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (6)
1. a method for monitoring repeater, is characterized in that, comprising:
Extract the repeater operation information in the database of base station operation information in base station data storehouse and direct amplifying station monitoring;
Described base station operation information and described repeater operation information are analyzed, obtains analysis result;
The described analysis result obtained is fed back to direct amplifying station monitoring, and described direct amplifying station monitoring carries out malfunction elimination according to described analysis result;
Describedly analysis is carried out to described base station operation information and described repeater operation information comprise: the information source base station cell that the level of interference ICMBAND in described base station cell network optimization system database is more than three grades is screened, obtains the first information source base station cell with repeater;
Describedly carry out malfunction elimination according to described analysis result and comprise: power-off operation is carried out in all repeaters controlled in described first information source base station cell; If the interference that described first information source base station cell is subject to is eliminated, then judge that the interference that described first information source base station cell is subject to is caused by the repeater in described first information source base station cell; If the interference that described first information source base station cell is subject to is not eliminated, then judge that the interference that described first information source base station cell is subject to is not caused by the repeater in described first information source base station cell.
2. method according to claim 1, is characterized in that, described base station data storehouse is base station cell network optimization system database and base station fault database.
3. method according to claim 1, it is characterized in that, the interference be subject to when described first information source base station cell is caused by the repeater in described first information source base station cell, and when having multiple repeater in described first information source base station cell, described method also comprises:
Switching on and shutting down operation is carried out one by one in the multiple repeaters controlled in described first information source base station cell;
The disturbed condition be subject to according to described first information source base station cell when carrying out described multiple repeater and carrying out switching on and shutting down operation one by one, determines the repeater of causing described first information source base station cell interference.
4. a method for monitoring repeater, is characterized in that, comprising:
Extract the repeater operation information in the database of base station operation information in base station data storehouse and direct amplifying station monitoring;
Described base station operation information and described repeater operation information are analyzed, obtains analysis result;
The described analysis result obtained is fed back to direct amplifying station monitoring, and described direct amplifying station monitoring carries out malfunction elimination according to described analysis result;
Describedly analysis carried out to described base station operation information and described repeater operation information comprise:
The information source base station cell that upstream noise interference coefficient in described base station cell network optimization system database is more than default noise jamming coefficient is screened, obtains the second information source base station cell with repeater;
Describedly carry out malfunction elimination according to described analysis result and comprise:
Whether the upstream noise summation in parallel that judgement is subject to all repeaters in the second information source base station cell of upstream noise interference exceedes the second default noise level, if so, the upstream noise interference of described second information source base station is caused by the repeater in described second information source base station cell.
5. a method for monitoring repeater, is characterized in that, comprising:
Extract the repeater operation information in the database of base station operation information in base station data storehouse and direct amplifying station monitoring;
Described base station operation information and described repeater operation information are analyzed, obtains analysis result;
The described analysis result obtained is fed back to direct amplifying station monitoring, and described direct amplifying station monitoring carries out malfunction elimination according to described analysis result;
Describedly analysis carried out to described base station operation information and described repeater operation information comprise:
To the frequency of the information source base station cell of extracting from described base station cell network optimization system data, and the frequency of the Suo Dai repeater, described information source base station cell of extracting from described direct amplifying station monitoring is analyzed;
Describedly carry out malfunction elimination according to described analysis result and comprise:
When the frequency of described information source base station cell and the frequency of Suo Dai repeater, described information source base station cell inconsistent time, described direct amplifying station monitoring changes the frequency of Suo Dai repeater, described information source base station cell, makes the frequency of Suo Dai repeater, described information source base station cell consistent with the frequency of described information source base station cell.
6. a system for monitoring repeater, is characterized in that, comprising:
Base station monitoring-controlling system, for the ruuning situation of monitored base stations, and records base station operation information;
Direct amplifying station monitoring, for monitoring the ruuning situation of repeater, and records repeater operation information;
Comprehensive Analysis server, be connected with described base station monitoring-controlling system and direct amplifying station monitoring respectively, for extracting the information of the base station operation information in described base station monitoring-controlling system and the operation of the repeater in described direct amplifying station monitoring, described base station operation information and described repeater operation information are analyzed, and the analysis result obtained is fed back to described direct amplifying station monitoring, described direct amplifying station monitoring carries out malfunction elimination according to described analysis result;
Described comprehensive Analysis server is specially: screen the information source base station cell that the level of interference ICMBAND in described base station cell network optimization system database is more than three grades, obtains the first information source base station cell with repeater;
Described direct amplifying station monitoring is specially: power-off operation is carried out in all repeaters controlled in described first information source base station cell; If the interference that described first information source base station cell is subject to is eliminated, then judge that the interference that described first information source base station cell is subject to is caused by the repeater in described first information source base station cell; If the interference that described first information source base station cell is subject to is not eliminated, then judge that the interference that described first information source base station cell is subject to is not caused by the repeater in described first information source base station cell.
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| CN105050135B (en) * | 2015-07-21 | 2018-12-28 | 浙江宇脉科技股份有限公司 | A kind of uplink interference optimization method and system |
| CN112383338B (en) * | 2020-10-21 | 2022-04-19 | 武汉虹信科技发展有限责任公司 | Room division equipment monitoring method and device |
| CN113727373B (en) * | 2021-08-26 | 2024-01-23 | 深圳国人无线通信有限公司 | Parameter self-configuration method comprising repeater network system |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101478772A (en) * | 2009-01-14 | 2009-07-08 | 珠海银邮光电技术发展股份有限公司 | Uplink failure alarming module for repeater and failure alarming method |
| CN201274480Y (en) * | 2008-08-08 | 2009-07-15 | 福建三元达通讯股份有限公司 | Apparatus for straight-forward station to detect signal |
| CN101521832A (en) * | 2009-03-16 | 2009-09-02 | 广州杰赛科技股份有限公司 | Monitoring system and monitoring method for signal quality of television networks |
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| CN201274480Y (en) * | 2008-08-08 | 2009-07-15 | 福建三元达通讯股份有限公司 | Apparatus for straight-forward station to detect signal |
| CN101478772A (en) * | 2009-01-14 | 2009-07-08 | 珠海银邮光电技术发展股份有限公司 | Uplink failure alarming module for repeater and failure alarming method |
| CN101521832A (en) * | 2009-03-16 | 2009-09-02 | 广州杰赛科技股份有限公司 | Monitoring system and monitoring method for signal quality of television networks |
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