CN1949909A - Method and system for detecting neighbor cell of missign configuration - Google Patents
Method and system for detecting neighbor cell of missign configuration Download PDFInfo
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- CN1949909A CN1949909A CNA2006101141712A CN200610114171A CN1949909A CN 1949909 A CN1949909 A CN 1949909A CN A2006101141712 A CNA2006101141712 A CN A2006101141712A CN 200610114171 A CN200610114171 A CN 200610114171A CN 1949909 A CN1949909 A CN 1949909A
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Abstract
The invention provides a method and system for detecting unconfigurated adjacent cells, belonging to communication field. And the method comprises: determining a to-be-detected cell range when making unconfigurated adjacent cell detection for native cell; detecting the performance of cells in this range and determining all the cells meeting adjacent cell relation; determining the cells which meet the adjacent cell relation but are not included in an adjacent cell list to be the unconfigurated adjacent cells. And it implements automatic detection, largely raising network planning efficiency; the invention provides same-frequency, different-frequency and different-system unconfigurated adjacent cell detecting function; and the invention utilizes the existing measurement control information of the system and does not increase information interfaces.
Description
Technical field
The present invention relates to network communications technology field, relate in particular to a kind of method and system that detect the adjacent cell of omitting configuration.
Background technology
The third generation mobile technology is the mobile communcations system of new generation that designs according to the IMT-2000 standard of International Telecommunications Union's proposition, this communication system has adopted code division multiple access (CDMA) technology, mainly comprise Wideband Code Division Multiple Access (WCDMA) (WCDMA), TD SDMA (TD-SCDMA) and three kinds of standards of CDMA2000, wherein WCDMA and TD-SCDMA standard are to belong to the 3GPP framework, also are referred to as Universal Mobile Telecommunications System UMTS technology sometimes.The WCDMA technology has become the third generation air interface of extensively being adopted, and WCDMA is also called universal mobile communication wireless access network frequency division multiplexing (URTRAN FDD) and universal mobile communication wireless access network time division multiplexing UTRANTDD.
Switch front and back system or frequency difference according to subscriber equipment between network, UTRAN FDD switching is divided into following three kinds: with switching frequently, alien frequencies switching and the switching of different system.
With switching frequently: switch as the same frequency minizone of subscriber equipment (UE) between UTRAN inside or UTRAN-UTRAN.UE at first receives the sub-district 1 on the frequency f 1; Along with moving of position, UE needs with the sub-district 2 that frequently switches on the frequency f 1; Along with the moving of position, UE needs with the sub-district 3 that frequently switch on the frequency f 1 again.The basic principle that the WCDMA system same frequency switches as shown in Figure 1.
Alien frequencies switches: switch as the different frequency minizone of UE between UTRAN inside or UTRAN-UTRAN.UE at first receives the sub-district 1 on the frequency f 1; Along with moving of position, UE needs with the sub-district 2 that frequently switches on the frequency f 1; But sub-district 2 is the load height by chance, so radio network controller (RNC) indication UE switches to the sub-district 3 on the frequency f 2, this alien frequencies that switches to based on load switches; When UE continues to move away regional that sub-district 3 covers, because of cover reason again alien frequencies switch to sub-district 4 on the frequency f 1, this switches to based on the alien frequencies that covers and switches.The basic principle that WCDMA system alien frequencies switches as shown in Figure 2.
Different system is switched: switch as the minizone of UE between WCDMA-GSM.Because of the system load reason, UE switches to gsm system from the WCDMA system, and perhaps UE switches to the WCDMA system from gsm system, and this switches to based on the different system of load and switches; Along with moving of UE, exceed the WCDMA system coverage area, UE switches to gsm system (switching based on the different system that covers) from the WCDMA system.The basic principle that different system of WCDMA system is switched as shown in Figure 3.
Switching (frequency switches together, alien frequencies switches and different system is switched) at present in the wireless network stipulates according to the 3GPP agreement: pre-configured intra-frequency neighboring cell is finished frequency handoff functionality together; Pre-configured inter-frequency neighboring cell is finished the alien frequencies handoff functionality; Pre-configured different system adjacent cell is finished different system handoff functionality.
The reason that adjacent cell is omitted configuration is a lot: some is foreseeable, as has increased a sub-district newly, or cell attributes such as original subdistrict frequency point, scrambler change the adjacent cell relation of the sub-district that do not upgrade in time; Some but is not that operator can control, and as the dismounting of certain building, causes new cell signal to cover and changes, the adjacent cell relation of the sub-district that do not upgrade in time; Some network planning personnel omits, and does not have the adjacent cell relation of correct allocating cell.Adjacent cell is omitted configuration and may be caused UE can not in time switch to other sub-districts, and make that this cell load is too high, this cell signal degradation or conversation loss.
It is operator and network planning personnel manual inspection that prior art detects adjacent cell omission configuration implementation, and its specific embodiments is as follows:
Operator and network planning personnel detect whether have that signal quality is good, the adjacent cell configuration condition that meets this sub-district and the sub-district that is not configured to the adjacent cell of this sub-district.If there is the sub-district that meets above-mentioned three conditions simultaneously, illustrate that this sub-district exists adjacent cell to omit configuring condition, need to increase the adjacent cell relation of this sub-district.The manual inspection adjacent cell is omitted configuration implementation schematic diagram, as shown in Figure 4.Detect intra-frequency neighboring cell and omit the implementation of configuration: operator and network planning personnel are this sub-district with the sub-district on the frequency f 11, carry out intra-frequency neighboring cell and omit configuration detection; Find that sub-district 2 and sub-district 3 signal qualitys on the frequency f 1 are good, and meet the intra-frequency neighboring cell configuration condition of sub-district 1 (this sub-district); Sub-district 2 has been configured to the intra-frequency neighboring cell of sub-district 1, but sub-district 3 is not configured to the intra-frequency neighboring cell of sub-district 1; The intra-frequency neighboring cell of sub-district 1 is omitted the configuration detection result: the intra-frequency neighboring cell that is configured to sub-district 1 is omitted in sub-district 3.Detect inter-frequency neighboring cell and omit the implementation of configuration: operator and network planning personnel are this sub-district with the sub-district on the frequency f 11, carry out inter-frequency neighboring cell and omit configuration detection; Find that sub-district 4 and sub-district 5 signal qualitys on the frequency f 2 are good, and meet the inter-frequency neighboring cell configuration condition of sub-district 1 (this sub-district); Sub-district 4 has been configured to the inter-frequency neighboring cell of sub-district 1, but sub-district 5 is not configured to the inter-frequency neighboring cell of sub-district 1; The inter-frequency neighboring cell of sub-district 1 is omitted the configuration detection result: the inter-frequency neighboring cell that is configured to sub-district 1 is omitted in sub-district 5.Detect different system adjacent cell and omit the implementation of configuration: operator and network planning personnel are this sub-district with the sub-district on the frequency f 11, carry out different system adjacent cell and omit configuration detection; Find that GSM sub-district 1 and GSM sub-district 2 signal qualitys are good, and meet the different system adjacent cell configuration condition of sub-district 1 (this sub-district); GSM sub-district 1 has been configured to the different system adjacent cell of sub-district 1, but GSM sub-district 2 is not configured to the different system adjacent cell of sub-district 1; The different system adjacent cell of sub-district 1 is omitted the configuration detection result: the different system adjacent cell that is configured to sub-district 1 is omitted in GSM sub-district 2.
There is following shortcoming in above-mentioned prior art scheme:
The manual inspection scheme may cause adjacent cell to omit configuration because of operator and network planning personnel's carelessness;
Operator and network planning personnel be because of awaring the unpredictable variation of system environments in real time, and the adjacent cell relation of the sub-district that causes not upgrading in time causes adjacent cell to omit configuration;
Even if the system environments that operator and network planning personnel can predict changes, but still the adjacent cell of the sub-district that might not upgrade in time relation causes adjacent cell to omit configuration;
When system cell quantity was big, the manual inspection adjacent cell was omitted configuration, the huge and inefficiency of workload.
Summary of the invention
In view of above-mentioned existing in prior technology problem, the purpose of this invention is to provide a kind of method and system that detect the adjacent cell of omitting configuration.
The objective of the invention is to be achieved through the following technical solutions:
A kind of method that detects the adjacent cell of omitting configuration comprises:
The cell range of required detection when determining that this sub-district omitted configuration detection;
Performance to the sub-district in the described scope detects, and determines to satisfy whole sub-districts of adjacent cell relation;
The adjacent cell of omitting configuration is confirmed as in the sub-district of performance being satisfied adjacent cell relation and not comprised by neighbor cell list.
When the sub-district in the cell range of described required detection and this sub-district are co-frequency cell in the homologous ray, described when determining that this sub-district omitted configuration detection the process of the cell range of required detection comprise:
Monitor that for same frequency measuring case 1A reports collection adds detected set, described supervision collection adds the cell range that cell range in the detected set is required detection when this sub-district omitted configuration detection.
When being alien-frequency district in the homologous ray or the sub-district between different system of the sub-district in the cell range of described required detection and this sub-district, described when determining that this sub-district omitted configuration detection the process of the cell range of required detection comprise:
The configuration detection parameter is omitted in the input sub-district, alien-frequency district or different system cell when the sub-district of satisfying parameter request is defined as that this sub-district omitted configuration detection in the homologous ray of required detection.
A kind of system that detects the adjacent cell of omitting configuration comprises:
The detection range setting device is used for determining to carry out the cell range that configuration detection is omitted in this sub-district;
The adjacent cell checkout gear is used for the performance of the sub-district in the detection range is detected, and determines to satisfy the sub-district of adjacent cell relation;
Omit the adjacent cell decision maker, be used for comparing, the sub-district that does not belong in the tabulation is judged to be the adjacent cell of omitting configuration satisfying the sub-district of adjacent cell relation and the sub-district of neighbor cell list.
As seen from the above technical solution provided by the invention, the present invention realizes automatic detection, does not need personnel such as the operator and the network planning to participate in, and improves network planning efficient greatly; The invention provides with frequency, alien frequencies and different system adjacent cell and omit configuration detection, applied widely; The present invention utilizes the existing measurement control messages of system, need not newly-increased message interface.
Description of drawings
Figure 1 shows that the principle schematic that the WCDMA system same frequency switches in the prior art;
Figure 2 shows that the principle schematic that WCDMA system alien frequencies switches in the prior art;
Figure 3 shows that the principle schematic that different system of WCDMA system is switched in the prior art;
Figure 4 shows that the manual inspection adjacent cell is omitted configuration implementation schematic diagram in the prior art;
Figure 5 shows that the detection of the embodiment of the invention one omits the flow chart of the adjacent cell of configuration;
Figure 6 shows that the automatic testing process figure that in the embodiment of the invention one intra-frequency neighboring cell is omitted configuration;
Figure 7 shows that the automatic testing process figure that in the embodiment of the invention one inter-frequency neighboring cell is omitted configuration;
Figure 8 shows that the automatic testing process figure that in the embodiment of the invention one different system adjacent cell is omitted configuration;
The adjacent cell system schematic that disposes is omitted in the detection that Figure 9 shows that the embodiment of the invention two.
Embodiment
Core of the present invention is that the cell range that need omit configuration detection is set, and the performance of the sub-district in the described scope is detected, and determines the adjacent cell of being omitted by this sub-district.
More specifically say, embodiments of the invention provide a kind of method that detects the adjacent cell of omitting configuration, this method is provided with the cell range that needs carry out the omission configuration detection of this sub-district, and the performance of the sub-district in the described scope detected, performance is satisfied the adjacent cell relation and the adjacent cell of omitting configuration is confirmed as in the sub-district that do not comprised by neighbor cell list.
The sub-district adjacent with this sub-district described in the embodiment of the invention and this sub-district are co-frequency cell, the alien-frequency district in the homologous ray or the different intersystem cell in the homologous ray.
When described sub-district and this sub-district are co-frequency cell in the homologous ray, add the cell range that method setting that detected set reports need be detected for monitoring collection by configuration same frequency measuring case 1A.
When described sub-district and this sub-district when being alien-frequency district in the homologous ray or during different intersystem cell, described definite needs carry out this sub-district and omit the process of the cell range of configuration detection and comprise:
Omit the scope that the configuration detection parameter determines to comprise alien-frequency district or different intersystem cell by the input sub-district, the whole sub-districts in this scope are detected, determine all sub-districts that comprise in this scope;
Performance Detection is carried out in described all sub-districts, determine to satisfy whole sub-districts of adjacent cell relation.
When described sub-district and this sub-district are alien-frequency district in the homologous ray, need the sub-district of input to omit the configuration detection parameter and comprise:
Detect the up frequency point number of alien frequencies, detect the descending frequency point number of alien frequencies, detect initial scrambler number, detect and finish scrambler number.
When described sub-district and this sub-district are different intersystem cell, need the sub-district omission configuration detection parameter of input to comprise:
Detect the initial frequency point number of different system, detect different system finishing frequency point number, detect Network Color Code.
Below in conjunction with the specific embodiment of the invention accompanying drawing the present invention is elaborated.
Figure 5 shows that the detection of the embodiment of the invention one omits the flow chart of the adjacent cell of configuration, its idiographic flow comprises following each step.
Because between each sub-district of selected sub-district and the selected sub-district may be the co-frequency cell relation, it also may be the alien-frequency district relation, it also might be the different intersystem cell relation that belongs to different communication systems respectively, therefore when carrying out automatic detection of adjacent cell omission configuration, need carry out the relevant detection scheme at different situations.
Step 21, the automatic detection to intra-frequency neighboring cell omission configuration as shown in Figure 6 comprise:
Step 211, configuration same frequency measuring case 1A be for monitoring that collection adds detected set and reports, and promptly allows UE that the 1A incident is triggered in the sub-district in the intra-frequency neighboring cell tabulation not; Monitor that sub-district that collection and detection set comprise is each sub-district of required detection when this sub-district omitted configuration detection;
Described supervision collection comprises the adjacent cell relation list that is configured to this sub-district; Described detected set comprises required detection when configuration detection is omitted in this sub-district, and is not configured to the adjacent cell relation of this sub-district;
Step 212, network side be to UE sending measuring control messages, and issue the intra-frequency neighboring cell tabulation, and described intra-frequency neighboring cell tabulation is the intra-frequency neighboring cell of current configuration;
Step 213, the intra-frequency neighboring cell tabulation that issues according to network side the co-frequency cell of supervision collection to be measured and detected set is carried out performance measurement, and the reporting measurement result are to network sides;
After step 214, network side are received same-frequency measure reporting, find out the cell list CellLst that UE has reported the 1A incident, tabulate CfgNCellLst relatively with the intra-frequency neighboring cell of current configuration.The sub-district that does not belong to CfgNCellList to belonging to CellList is judged to be the intra-frequency neighboring cell of omitting configuration;
The intra-frequency neighboring cell tabulation of configuration is omitted in step 215, output, for operator and network planning personnel reference;
Step 216, omit the automatic measuring ability of configuration if stop intra-frequency neighboring cell, execution in step 3 stops to detect; Otherwise repeating step 213 continues to detect automatically the intra-frequency neighboring cell of omitting to step 215.
Step 22, as shown in Figure 7, the automatic detection of inter-frequency neighboring cell being omitted configuration comprises:
Step 221, user import inter-frequency neighboring cell and omit the automatic detected parameters of configuration, and described parameter comprises and detects the up frequency point number of alien frequencies, detects the descending frequency point number of alien frequencies, detects initial scrambler number, detects and finish scrambler number;
The parameter that step 222, system import according to the user, alien-frequency district is carried out Performance Detection, its detection range is: frequency is detecting the up frequency point number of alien frequencies and is detecting between the descending frequency point number of alien frequencies, and scrambler is detecting initial scrambler number and detecting and finish between the scrambler number; System is detecting the additional alien-frequency district tabulation of back generation to alien-frequency district;
Step 223, network side be to UE sending measuring control messages, and issue the alien-frequency district tabulation, and described alien-frequency district tabulation comprises the inter-frequency neighboring cell tabulation of current configuration, also comprises by step 222 by the detected additional alien-frequency district tabulation of system;
Step 224, UE carry out different-frequency measure to the whole sub-districts in the tabulation, and measurement result are reported to network side according to the alien-frequency district tabulation that network side issues;
After step 225, network side are received the different-frequency measure result, find out the cell list CellLst that signal quality satisfies the inter-frequency neighboring cell relation according to measurement result, and relatively with the inter-frequency neighboring cell tabulation CfgNCellLst of itself and current configuration, to belong to CellLst but do not belong to the sub-district of CfgNCellLst, be judged to be the inter-frequency neighboring cell of omitting configuration;
The inter-frequency neighboring cell tabulation of configuration is omitted in step 226, output, so that further analyze;
Step 227, omit the automatic measuring ability of configuration if stop inter-frequency neighboring cell, execution in step 3 stops to detect; Otherwise repeating step 224 continues to detect automatically the inter-frequency neighboring cell of omitting to step 226.
Step 23, as shown in Figure 8, the automatic detection of different system adjacent cell being omitted configuration comprises:
After step 235, network side are received the isosystem measurement report, find out the cell list CellList that signal quality satisfies different system adjacent cell relation, compare with the different neighbor cell list CfgNCellList of system of current configuration, to belong to CellList but do not belong to the sub-district of CfgNCellList, be judged to be the different system adjacent cell of omitting configuration;
The different system neighbor cell list of configuration is omitted in step 236, output, so that further analyze;
It is three separate processes that the omission configuration of in the described step 2 intra-frequency neighboring cell, inter-frequency neighboring cell, different system adjacent cell being carried out detects automatically, these three processes can be carried out simultaneously, can independently carry out separately, so the execution of step 21, step 22 and step 23 does not have the relation of sequencing yet.
In addition, the user omits after configuration detects automatically starting the adjacent cell that selected sub-district is carried out, and inquiry detects the state that adjacent cell is omitted configuration feature automatically, determines whether it starts, if start, illustrates that then automatic testing process normally moves; If start, illustrate that then automatic testing process fails beginning for some reason, need further handle.
After step 3, user start automatic detection of adjacent cell omission configuration to selected sub-district, the automatic state that detects adjacent cell omission configuration feature of inquiry.
Because being used for automatic detection of the omission configuration of adjacent cell is to comprise intra-frequency neighboring cell, inter-frequency neighboring cell and different system adjacent cell are detected, and these three testing processes are separate, therefore the operation that stops these three testing processes also is separate, can stop respectively detecting, also can stop simultaneously detecting, unaffected between each process that stops to detect.
Be illustrated in figure 9 as the embodiment of the invention two described a kind of systems that detect the adjacent cell of omitting configuration, comprise detection range setting device, adjacent cell checkout gear, omit the adjacent cell decision maker,
Comprise in the wherein said detection range setting device that the co-frequency cell scope is provided with module, module is set the alien-frequency district scope and different system cell scope is provided with module;
Described omission adjacent cell decision maker comprises neighbor cell list maintenance module and judging module.
The embodiment of the invention two described systems at first are provided with the cell range of the omission configuration detection that need carry out this sub-district by the detection range setting device when carrying out work.
The sub-district adjacent with this sub-district and this sub-district may be co-frequency cell, also may be alien-frequency district, are possible different system cell, and for dissimilar sub-districts, its method that detection range is set is also different;
The scope that comprises respectively at all kinds sub-district in the detection range setting device is provided with module;
For with this sub-district be sub-district with frequently, use the co-frequency cell scope that the scope that module setting need be omitted the co-frequency cell of configuration detection is set, its concrete method to set up adds the cell range that method setting that detected set reports need be detected for configuration same frequency measuring case 1A for monitoring collection;
For with this sub-district be the sub-district of alien frequencies, use the alien-frequency district scope that the scope that module setting need be omitted the alien-frequency district of configuration detection is set, its concrete method to set up needs the cell range that detects, described parameter to comprise and detects the up frequency point number of alien frequencies for the method for omitting the configuration detection parameter by the input sub-district is provided with, detect the descending frequency point number of alien frequencies, detect initial scrambler number, detect and finish scrambler number;
For with this sub-district be the sub-district of different system, use different system cell scope that the scope that module setting need be omitted the different system cell of configuration detection is set, its concrete method to set up is to omit the cell range that the method for configuration detection parameter is provided with needs detection by importing the sub-district, and described parameter comprises the initial frequency point number of the different system of detection, the different system finishing frequency point number of detection, detects Network Color Code.
After setting the cell range that needs to detect, the adjacent cell checkout gear in the described system carries out Performance Detection to the whole sub-districts in the scope, and the signal quality of detected cells and loading condition determine to satisfy in this scope the sub-district that adjacent cell concerns.
At last, the sub-district of omitting in the neighbor cell list of safeguarding in sub-district that the adjacent cell decision maker will satisfy the adjacent cell relation and the described decision maker compares, and will not belong to sub-district in the tabulation and be judged to be and omit the adjacent cell that disposes.
Described omission adjacent cell decision maker comprises the cell list that the neighbor cell list maintenance module is safeguarded by it, and the sub-district of safeguarding in this tabulation is the current adjacent cell that has disposed of system;
Described omission adjacent cell decision maker compares the detected sub-district of satisfying the adjacent cell relation of the current adjacent cell that has disposed of system and adjacent cell checkout gear at the determination module that comprises by it, will not be included in the described maintenance tabulation but the sub-district of satisfying the adjacent cell relation is judged to be the adjacent cell of omitting configuration.
The above; only for the preferable embodiment of the present invention, but protection scope of the present invention is not limited thereto, and anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; the variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claim.
Claims (9)
1, a kind of method that detects the adjacent cell of omitting configuration is characterized in that, comprising:
The cell range of required detection when determining that this sub-district omitted configuration detection;
Performance to the sub-district in the described scope detects, and determines to satisfy whole sub-districts of adjacent cell relation;
The adjacent cell of omitting configuration is confirmed as in the sub-district of performance being satisfied adjacent cell relation and not comprised by neighbor cell list.
2, a kind of method that detects the adjacent cell of omitting configuration according to claim 1, it is characterized in that, when the sub-district in the cell range of described required detection and this sub-district are co-frequency cell in the homologous ray, described when determining that this sub-district omitted configuration detection the process of the cell range of required detection comprise:
Monitor that for same frequency measuring case 1A reports collection adds detected set, described supervision collection adds the cell range that cell range in the detected set is required detection when this sub-district omitted configuration detection.
3, a kind of method that detects the adjacent cell of omitting configuration according to claim 1, it is characterized in that, when when being alien-frequency district in the homologous ray or the sub-district between different system of the sub-district in the cell range of described required detection and this sub-district, described when determining that this sub-district omitted configuration detection the process of the cell range of required detection comprise:
The configuration detection parameter is omitted in the input sub-district, alien-frequency district or different system cell when the sub-district of satisfying parameter request is defined as that this sub-district omitted configuration detection in the homologous ray of required detection.
4, a kind of method that detects the adjacent cell of omitting configuration according to claim 3, it is characterized in that, when described sub-district and this sub-district are alien-frequency district in the homologous ray, need the parameter of input to comprise and detect the up frequency point number of alien frequencies, detect the descending frequency point number of alien frequencies, detect initial scrambler number, detect and finish scrambler number, and satisfy frequency and detecting the up frequency point number of alien frequencies and detecting between the descending frequency point number of alien frequencies, scrambler is the alien-frequency district in the homologous ray that needs to detect detecting initial scrambler number and detect the sub-district of finishing between the scrambler number.
5, a kind of method that detects the adjacent cell of omitting configuration according to claim 3, it is characterized in that, when described sub-district and this sub-district are sub-district between different system, need the sub-district omission configuration detection parameter of input to comprise the initial frequency point number of the different system of detection, detect different system finishing frequency point number, detect Network Color Code and satisfy initial frequency point number and detect between the different system finishing frequency point number, Network Color Code is the different system cell that need detect for the sub-district of detecting Network Color Code.
6, a kind of method that detects the adjacent cell of omitting configuration according to claim 1 is characterized in that,
After finishing performance to the sub-district in the described scope and detecting,, stop testing process according to user's request;
When the sub-district startability in the described scope is detected, according to user's request, the inquiry detected state;
When the sub-district in the described scope is stopped Performance Detection, according to user's request, the inquiry detected state.
7, a kind of system that detects the adjacent cell of omitting configuration is characterized in that, comprising:
The detection range setting device is used for determining to carry out the cell range that configuration detection is omitted in this sub-district;
The adjacent cell checkout gear, the performance of the sub-district in the cell range that is used for described detection range setting device is determined detects, and determines to satisfy the sub-district of adjacent cell relation;
Omit the adjacent cell decision maker, be used for comparing, the sub-district that does not belong in the tabulation is judged to be the adjacent cell of omitting configuration satisfying the sub-district of adjacent cell relation and the sub-district of neighbor cell list.
8, a kind of system that detects the adjacent cell of omitting configuration according to claim 7 is characterized in that described detection range setting device comprises:
Co-frequency cell scope determination module is used to be provided with the scope of the co-frequency cell that need omit configuration detection;
Alien-frequency district scope determination module is used to be provided with the scope of the alien-frequency district that need omit configuration detection;
Different system cell scope determination module is used to be provided with the scope of the different system cell that need omit configuration detection.
9, a kind of system that detects the adjacent cell of omitting configuration according to claim 7 is characterized in that described omission adjacent cell decision maker comprises:
The neighbor cell list maintenance module is used to safeguard that being configured to this sub-district is the information of each sub-district of adjacent cell relation;
Determination module is used for the adjacent cell that detected sub-district of satisfying adjacent cell relation and described tabulation have been disposed is compared, and the sub-district that will exceed the tabulation scope is judged to be omits the adjacent cell that disposes.
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| WO2010072125A1 (en) * | 2008-12-26 | 2010-07-01 | 华为技术有限公司 | Method and device for configuring neighbor cell, and method and device for configuring home base station |
| CN102083108A (en) * | 2010-04-29 | 2011-06-01 | 大唐移动通信设备有限公司 | Method and device for adding global system for mobile communication (GSM) neighbor cell of time division-synchronization on code division multiple access (TD-SCDMA) cell |
| CN101137188B (en) * | 2007-09-27 | 2011-06-22 | 华为技术有限公司 | Wireless network adjacent cell configuring method and system |
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| CN101137188B (en) * | 2007-09-27 | 2011-06-22 | 华为技术有限公司 | Wireless network adjacent cell configuring method and system |
| WO2010072125A1 (en) * | 2008-12-26 | 2010-07-01 | 华为技术有限公司 | Method and device for configuring neighbor cell, and method and device for configuring home base station |
| US8331939B2 (en) | 2008-12-26 | 2012-12-11 | Huawei Technologies Co., Ltd. | Method and apparatus for neighbor cell configuration and method and apparatus for femtocell base station configuration |
| WO2011095081A1 (en) * | 2010-02-08 | 2011-08-11 | 中兴通讯股份有限公司 | Method and system for managing neighboring cell information |
| US8565769B2 (en) | 2010-02-08 | 2013-10-22 | Zte Corporation | Method and system for managing neighboring cell information |
| US8838112B2 (en) | 2010-02-08 | 2014-09-16 | Zte Corporation | Method and system for managing neighboring cell information |
| CN102238516A (en) * | 2010-04-22 | 2011-11-09 | 中兴通讯股份有限公司 | Method and system for obtaining neighbor information |
| CN102083108A (en) * | 2010-04-29 | 2011-06-01 | 大唐移动通信设备有限公司 | Method and device for adding global system for mobile communication (GSM) neighbor cell of time division-synchronization on code division multiple access (TD-SCDMA) cell |
| WO2011134383A1 (en) * | 2010-04-29 | 2011-11-03 | 电信科学技术研究院 | Method and device for gsm neighboring cell configuration in td-scdma cell |
| WO2011160511A1 (en) * | 2010-06-25 | 2011-12-29 | 中兴通讯股份有限公司 | Method and system for managing neighboring cell information, radio network controller and user equipment thereof |
| WO2014198085A1 (en) * | 2013-06-09 | 2014-12-18 | 中兴通讯股份有限公司 | Cell reselection list acquisition method and terminal |
| CN106792840A (en) * | 2017-03-30 | 2017-05-31 | 徐康庭 | Adjacent area leakage localization method and system |
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