CN101137174B - Method for implementing base station position information automatic detection - Google Patents
Method for implementing base station position information automatic detection Download PDFInfo
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- CN101137174B CN101137174B CN2007101115888A CN200710111588A CN101137174B CN 101137174 B CN101137174 B CN 101137174B CN 2007101115888 A CN2007101115888 A CN 2007101115888A CN 200710111588 A CN200710111588 A CN 200710111588A CN 101137174 B CN101137174 B CN 101137174B
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Abstract
The invention discloses a method for automatic testing base station position information, which comprises: a base station to be tested is determined, the test of base station position information is started; an address information of GPS single board to be tested on the base station is inquired and stored in the GPS single board list; a message containning address information of GPS single board to be tested is sent to the main control GPS single board of the base station thereof and be tested, the position information of the base station to be tested is obtained and packaged as test result information of the GPS single board then treated by OMC server, then corresponding GPS single board is found from the GPS single board list according to treated information; corresponding information of GPS address information data list in the OMC configuration database is updated according to corresponding address information of the GPS single board. The invention not only improves integrity and accuracy of test data, but also increases maintainable and measurable support force of the base station.
Description
Technical field
The present invention relates to wireless communication technology field, relate in particular to CDMA (Code Division MultipleAccess, code division multiple access) method of realization automatic testing base station position information in the system specifically is the automatic detection of longitude, latitude and elevation information to the base station.
Background technology
In cdma system, each present position, base station (being longitude, latitude and the height of position, base station) information, GPS (Global Positioning System by the base station, global positioning system) the GPS receiver above the veneer provides, it is the Back ground Information of location, base station and parameter configuration, it also is the key parameter of the normal operation in base station, network planning personnel need plan the installation of base station and the configuration of wireless parameter according to positional information, and the attendant need come the base station running status is carried out maintenance management accurately and effectively according to these information.
The detection of traditional base station position information needs network planning personnel handheld portable GPS, adopt the mode of drive test to obtain base station position information, and then according to the information of obtaining at OMC (OperationMaintenance Center, operation maintenance center is also referred to as network management system) in the location parameter of manual configuration base station.But the mode inefficiency of this manual detection, and along with the continuous upgrade expanding of system, the continuous increase of number of base stations adopts above-mentioned detection method can't guarantee the integrality and the accuracy of data, and it is also increasing to finish workload and difficulty that all basic station over network positional information gathers.
Summary of the invention
The object of the present invention is to provide a kind of method that realizes automatic testing base station position information, be used to solve the problem of present manual detection base station position information inefficiency and detected data integrity and poor accuracy.
To achieve these goals, the present invention specifically is achieved in that
A kind of method that realizes automatic testing base station position information comprises the steps:
Step 1 is determined base station to be detected, and network management system client diagnostic detection module is carried out initialization, starts base station position information and detects;
Step 2, the positional information statistics detected object module that network management system server diagnostic detection module is provided with the board type of GPS module veneer on the numbering of described base station to be detected and the base station as parameter, the address information of the global positioning system veneer to be measured to the network management system to configure data library inquiry base station, and be saved in the global positioning system single board list;
Step 3, described positional information statistics detected object module is taken out global positioning system veneer to be measured from the global positioning system single board list, on the master control global positioning system veneer of the base station of the message that transmission contains global positioning system single plate address information to be measured under the global positioning system veneer to be measured, described master control global positioning system veneer obtains the positional information of base station to be detected according to the address information of global positioning system veneer to be measured, and the information of obtaining is packaged into global positioning system veneer testing result information returns to the network management system server;
Step 4, described NM server utilizes described positional information statistics detected object module that the global positioning system veneer testing result form that receives is adjusted, and finds corresponding global positioning system veneer according to adjusted information from the global positioning system single board list;
Step 5 according to the address information of the global positioning system veneer of the correspondence that finds in the step 4, is upgraded in the network management system to configure data storehouse corresponding information in the global positioning system location information data table.
In the method for described realization automatic testing base station position information, between described step 2 and step 3, increase following treatment step:
Adopt network management system server diagnostic detection module to confirm, if having, change step 3 over to, otherwise flow process finishes whether global positioning system veneer to be measured is arranged in the global positioning system single board list.
In the method for described realization automatic testing base station position information, described step 1 specifically is achieved in that
Step (1) is carried out initialization to network management system client diagnostic detection module;
Step (2) network management system client is determined a base station at least as base station to be detected from the numbered list of base station, the numbering of the base station to be detected determined is encapsulated in the beginning detect-message that network management system client sends to the network management system server as parameter;
Step (3) network management system server is received the beginning detect-message, starts base station position information and detects.
In the method for described realization automatic testing base station position information, also comprise:
Step 6, the notification message that the network management system server upgrades to network management system client broadcasting global positioning system location information data table, network management system client is received after this message, on on the network management system client diagnostic detection module, show that base station position information upgrades progress message, and the prompting user.
In the method for described realization automatic testing base station position information, described step 1 specifically is achieved in that
Step (1) is carried out initialization to network management system client diagnostic detection module;
Step (2) network management system server selects base station to be detected to carry out data sync;
Step (3) therefrom obtains by synchronous base station numbering after the diagnostic detection monitor is set on the network management system server receives the synchronous success message of base station data, and this numbering is saved in the numbering pond, base station to be detected;
Step (4) receives after data sync finishes message when described diagnosis monitor, whether judgement is provided with autosensing mode in network management system server diagnostic detection module, if be provided with autosensing mode, then change the automatic detection task of step (5) operation over to, otherwise, autosensing mode is not set, and then flow process finishes;
The automatic detection task of step (5) operation is taken out base station to be detected numbering as parameter from numbering pond, base station to be detected, and structure beginning detect-message starts base station position information and detects.
In the method for described realization automatic testing base station position information, also comprise the steps:
Derive base station position information in network management system client diagnostic detection module, network management system client sends the message that derives base station position information to the network management system server, the network management system server is received after this message, all base station position informations in the global positioning system location information data table in the network management system to configure data storehouse are saved in network management system server diagnostic detection module with the form of regulation, and the diagnostic detection module that the information of preserving returns to network management system client is provided demonstration.
In the method for described realization automatic testing base station position information, also comprise the steps:
Derive base station position information in network management system client diagnostic detection module, network management system client sends the message that derives base station position information to the network management system server, the network management system server is received after this message, all base station position informations in the global positioning system location information data table in the network management system to configure data storehouse are saved in network management system server diagnostic detection module with the form of regulation, and the diagnostic detection module that the information of preserving returns to network management system client is provided demonstration.
In the method for described realization automatic testing base station position information, in the described step 3:
The described message that contains global positioning system single plate address information to be measured is meant that positional information statistics detected object module encapsulates the positional information statistics detect-message that obtains according to the address information of the global positioning system veneer to be measured that the interface message form that defines between network management system and the network element will take out from single board list;
The positional information of described base station to be detected is meant, the address information of the global positioning system veneer to be measured that is comprised in the message of receiving according to the master control global positioning system veneer of base station that contains global positioning system single plate address information to be measured is removed the base station position information to be detected of specifying the global positioning system veneer to read, that is, the longitude of base station to be detected, latitude and elevation information;
Described global positioning system veneer testing result information is meant, the positional information of described base station to be detected is packaged into the longitude detection, latitude detection and height detection item, the reverse message structure according to network element and network management system is the information that unit forms the detection encapsulation with a global positioning system veneer then;
Described global positioning system veneer testing result message comprises global positioning system single plate address information and detection.
In the method for described realization automatic testing base station position information, described step 5 specifically is achieved in that
The address information of the global positioning system veneer that utilization is found is inquired about the positional information whether this base station, global positioning system veneer place is arranged in the global positioning system location information data table in network management system to configure data storehouse as parameter:
If found the positional information of this base station, global positioning system veneer place, then remove to upgrade the corresponding information of this base station global positioning system location information data table in the network management system to configure data storehouse with the positional information of the base station to be detected after handling in the step 4;
If do not find, then the positional information of the base station to be detected after handling in the step 4 is added in the network management system to configure data storehouse in the global positioning system location information data table as the corresponding information of a new base station.
Beneficial effect of the present invention is as follows: by the positional information of the automatic base stations detected of GPS veneer on the base station, the integrality and the accuracy that detect data have not only been improved, also improved network planning personnel's efficiency, reduced labour intensity, increased supporting dynamics the base station maintainability and testability.
Description of drawings
Fig. 1 realizes automatic checkout system schematic diagram of the present invention;
Fig. 2 is one embodiment of the invention, by the automatic testing base station position information flow chart of OMC client triggering;
Fig. 3 is one embodiment of the invention, by the automatic testing base station position information flow chart of OMC configuration data simultaneous operation triggering.
Embodiment
Below in conjunction with accompanying drawing the specific embodiment of the present invention is elaborated.
Main thought of the present invention is to realize the automatic detection of base station longitude, latitude and height, can initiate to detect or initiate automatically synchronously to detect at the OMC top-operation by the user by configuration data, automatically obtaining real-time base station comprises the positional information of longitude, latitude and height and is stored in the OMC configuration database, and detect the data that obtain and can directly use, improved the efficient and the accuracy of gathering.
Be illustrated in figure 1 as and realize that automatic checkout system of the present invention comprises M100 of OMC system and network element system M200.The M100 of OMC system is used for that interface information shows, the initiation of the selection of parameter, detect-message, stop, inquire about the GPS single board information, to the network element system encapsulation and send sense command, handle positional information, preservation and derivation positional information etc.
The M100 of OMC system comprises as the lower part:
OMC client diagnostic detection module M101 is used to select the base station numbering, initiates the positional information detecting operation, shows detection progress and testing result;
Configuration data synchronization module M102 selects base station to be detected to carry out data sync, and broadcast transmission data sync progress and finish message synchronously;
Synchronization message monitor M103 monitors synchronization message by the mode of subscribing to the configuration synchronization message subject;
Automatically detect task module M104, operation automatically on the OMC server, as parameter, beginning base station location detect-message is set with the numbering of from numbering pond, base station to be detected, taking out base station to be detected, and the message that sets is sent to diagnostic detection EJBean module M105 on the OMC server;
OMC server diagnostic detection EJBean module M105, it is the core of handling detect-message, reception is from OMC client diagnostic detection module M101 or detect the base station position information detect-message of task module M104 automatically, and positional information statistics detected object module M106 is set;
Positional information statistics detected object module M106, in order to finish the automatic detection of base station position information, the board type of GPS veneer is as parameter on the numbering of the base station to be detected that this module will have been determined and this base station, obtain the address information of the GPS veneer of base station to be detected in the OMC configuration database M107, the information of the GPS veneer of the base station to be detected that obtains is saved in the single board list, one by one the GPS veneer in the single board list is taken out then, message format according to the interface that defines between M100 of OMC system and the network element system M200, the address information of GPS veneer to be measured is encapsulated into the message of the master control GPS veneer of base station to be detected, handle the position probing result, and testing result is saved among the OMC configuration database M107, and testing result is exported as EXCEL or TXT file;
OMC configuration database M107 is used for all physics configuration informations, radio configuration information and base station position information etc. are saved in the corresponding data table of this database.
Being illustrated in figure 2 as one embodiment of the invention, is the base station position information detection method that is triggered by the OMC client, specifically comprises the steps:
Step S201, M101 carries out initialization to OMC client diagnostic detection module;
At first open the diagnostic detection module M101 of OMC client, therefrom select base station position information to detect menu, open the base station location statistics and detect the interface, initialization is carried out at the interface.
Step S202, enable position information detects;
Select single, a plurality of or whole base stations as base station to be detected from the numbered list of base station, the numbering of the base station to be detected that the OMC client will be chosen is encapsulated in the beginning detect-message that the OMC client sends to the OMC server as parameter;
Step S203, OMC server diagnostic detection EJBean module M105 receives the beginning detect-message, one positional information statistics detected object module M106 is set, described module M106 is with the board type of GPS module veneer on the numbering of selected base station to be detected and the base station address information as parameter inquiry GPS veneer in the OMC configuration database M107, and the information of the GPS veneer that checks out is saved in the single board list;
Step S204 has or not GPS veneer to be measured in the single board list of the positional information statistics detected object module M106 of determining step S203, if having, then changes step S205 over to, otherwise, there is not GPS veneer to be measured, then flow process finishes;
Step S205, the positional information statistics detected object module M106 of operating procedure S203, one by one the GPS veneer to be measured in the single board list is taken out, according to the interface message form that defines between OMC and the network element GPS single plate address information to be measured is packaged into positional information statistics detect-message, then this message is sent on the master control GPS veneer of the affiliated base station of GPS veneer to be measured;
Step S206, the master control GPS veneer of base station is received positional information statistics detect-message, go to specify the GPS veneer to read the positional information of base station according to the address information of the GPS veneer to be measured that is comprised in this message, it is the longitude of base station, latitude, elevation information, location message is packaged into the longitude detection respectively, latitude detection and height detection item, wherein detection comprises, detect numbering and testing result two parts, be used for describing the least unit of the attribute immediate status of GPS veneer, reverse message structure according to network element and OMC, with a GPS veneer is that unit is packaged into GPS veneer testing result message with these detections, wherein comprise GPS single plate address information and detection in the GPS veneer testing result message, be the least unit that is used for describing the attribute immediate status of GPS veneer, then GPS veneer testing result message beamed back the OMC server;
Step S207, the OMC server receives GPS veneer testing result message, M106 handles this GPS veneer testing result message by positional information statistics detected object module, take out longitude, latitude, height detection item, the testing result form is adjusted, from GPS single board list to be measured, found afterwards and the corresponding GPS veneer of positional information statistics GPS veneer testing result message;
Step S208, the address information of the GPS veneer that utilization is found is inquired about the positional information whether this base station, GPS veneer place is arranged as parameter in the GPS location information data table of OMC configuration database M107, if found then with the longitude that obtains among the step S207, latitude, the height detection item removes to upgrade the corresponding information of this base station GPS location information data table in the OMC configuration database, if do not find then with the longitude that obtains among the step S207, latitude, the height detection item adds in the OMC configuration database in the GPS location information data table as the corresponding information of a new base station.
Step S209, the notification message that the OMC server upgrades to OMC client broadcast GPS location information data table, the OMC client is received after this message, shows that base station position information upgrades progress message on the statistics of the base station position information on OMC client diagnostic detection module interface, and the prompting user.
Step S210, base station position information is derived at OMC client base station position information statistics interface on OMC client diagnostic detection module M101, the OMC client sends to the OMC server and derives the base station position information order, server is received after this order, all base station position informations in the GPS location information data table in the OMC configuration database are saved in the OMC server with EXCEL form or TXT form to be formulated below the path, path and file name information with this document returns to the OMC client then, provides prompting on base station position information statistics interface.
Being illustrated in figure 3 as another embodiment of the present invention, is the base station position information detection method that is triggered by the simultaneous operation of OMC configuration data, specifically comprises the steps:
Step S301, M101 carries out initialization to OMC client diagnostic detection module;
Operating personnel open the OMC diagnostic detection interface module M101 of OMC client, select the base station position information statistics to detect menu and open base station position information statistics detection interface, carry out the interface element initialization;
Step S302, enable position information detects;
In the configuration management of OMC server, select the base station to carry out data sync, after the diagnostic detection monitor L on the OMC server receives base station synchronization success message A, therefrom obtain by synchronous base station numbering, this numbering is saved in the numbering pond, base station to be detected.When described diagnosis monitor L receive finish message B synchronously after, by judging the autosensing mode in the autosensing mode XML file below OMC server diagnostic detection path, if be provided with autosensing mode, then start an automatic detection task T, if autosensing mode is not set, then finish.
When detection task T moves automatically, can from base station numbering pond P to be detected, base station numbering to be detected be taken out as parameter, structure and issue the identical beginning detect-message of OMC server format from the OMC client and sends to OMC server diagnostic detection EJBean module M105 with this message.
Step S303, OMC server diagnostic detection EJBean module M105 receives the beginning detect-message, one positional information statistics detected object module M106 is set, in this object,, and the information of the GPS veneer that checks out is saved in the single board list with the board type of GPS module veneer on the numbering of selected base station to be detected and the base station address information as parameter inquiry GPS veneer in the OMC configuration database M107;
Step S304 has or not GPS veneer to be measured in the single board list of the positional information statistics detected object module M106 of determining step S303, if having, then changes step S305 over to, otherwise, there is not GPS veneer to be measured, then flow process finishes.
Step S305, the positional information statistics detected object module M106 of operating procedure S303, one by one the GPS veneer object in the GPS single board list to be measured is taken out, according to the interface message form that defines between OMC and the network element GPS single plate address information to be measured is packaged into positional information statistics detect-message, then this message is sent on the master control GPS veneer of the affiliated base station of GPS veneer to be measured.
Step S306, the master control GPS veneer of base station is received positional information statistics detect-message, go to specify the GPS veneer to read the positional information of base station according to the address information of the GPS veneer to be measured that is comprised in this message, it is the longitude of base station, latitude, elevation information, location message is packaged into the longitude detection respectively, latitude detection and height detection item, wherein detection comprises, detect numbering and testing result two parts, be used for describing the least unit of the attribute immediate status of GPS veneer, reverse message structure according to network element and OMC, with a GPS veneer is that unit is packaged into GPS veneer testing result message with these detections, wherein comprise GPS single plate address information and detection in the GPS veneer testing result message, be the least unit that is used for describing the attribute immediate status of GPS veneer, then GPS veneer testing result message beamed back the OMC server.
Step S307, the OMC server receives GPS veneer testing result message, M106 handles this GPS veneer testing result message by positional information statistics detected object module, take out longitude, latitude, height detection item, the testing result form is adjusted, from GPS single board list to be detected, found afterwards and the corresponding GPS veneer of positional information statistics GPS veneer testing result message.
Step S308, the address information of the GPS veneer that utilization is found is inquired about the positional information whether this base station, GPS veneer place is arranged as parameter in the GPS location information data table of OMC configuration database M107, if found then with the longitude that obtains among the step S307, latitude, the height detection item removes to upgrade the corresponding information of this base station GPS location information data table in OMC configuration database M107, if do not find then with the longitude that obtains among the step S307, latitude, the height detection item adds among the OMC configuration database M107 in the GPS location information data table as the corresponding information of a new base station.
Step 309, base station position information is derived at base station position information statistics interface on OMC client diagnostic detection module, the OMC client sends to the OMC server and derives the base station position information order, the OMC server is received after this order, all base station position informations in the GPS location information data table among the OMC configuration database M107 are saved in below the OMC server specified path with EXCEL form or TXT form, path and file name information with this document returns to the OMC client then, provides prompting on base station position information statistics interface.
The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (9)
1. a method that realizes automatic testing base station position information is characterized in that, comprises the steps:
Step 1 is determined base station to be detected, and network management system client diagnostic detection module is carried out initialization, starts base station position information and detects;
Step 2, the positional information statistics detected object module that network management system server diagnostic detection module is provided with the board type of GPS module veneer on the numbering of described base station to be detected and the base station as parameter, the address information of the global positioning system veneer to be measured to the network management system to configure data library inquiry base station, and be saved in the global positioning system single board list;
Step 3, described positional information statistics detected object module is taken out global positioning system veneer to be measured from the global positioning system single board list, on the master control global positioning system veneer of the base station of the message that transmission contains global positioning system single plate address information to be measured under the global positioning system veneer to be measured, described master control global positioning system veneer obtains the positional information of base station to be detected according to the address information of global positioning system veneer to be measured, and the information of obtaining is packaged into global positioning system veneer testing result information returns to the network management system server;
Step 4, described NM server utilizes described positional information statistics detected object module that the global positioning system veneer testing result form that receives is adjusted, and finds corresponding global positioning system veneer according to adjusted information from the global positioning system single board list;
Step 5 according to the address information of the global positioning system veneer of the correspondence that finds in the step 4, is upgraded in the network management system to configure data storehouse corresponding information in the global positioning system location information data table.
2. the method for realization automatic testing base station position information as claimed in claim 1 is characterized in that, increases following treatment step between described step 2 and step 3:
Adopt network management system server diagnostic detection module to confirm, if having, change step 3 over to, otherwise flow process finishes whether global positioning system veneer to be measured is arranged in the global positioning system single board list.
3. the method for realization automatic testing base station position information as claimed in claim 1 or 2 is characterized in that,
Described step 1 specifically is achieved in that
Step (1) is carried out initialization to network management system client diagnostic detection module;
Step (2) network management system client is determined a base station at least as base station to be detected from the numbered list of base station, the numbering of the base station to be detected determined is encapsulated in the beginning detect-message that network management system client sends to the network management system server as parameter;
Step (3) network management system server is received the beginning detect-message, starts base station position information and detects.
4. the method for realization automatic testing base station position information as claimed in claim 3 is characterized in that, also comprises:
Step 6, the notification message that the network management system server upgrades to network management system client broadcasting global positioning system location information data table, network management system client is received after this message, on on the network management system client diagnostic detection module, show that base station position information upgrades progress message, and the prompting user.
5. the method for realization automatic testing base station position information as claimed in claim 1 or 2 is characterized in that,
Described step 1 specifically is achieved in that
Step (1) is carried out initialization to network management system client diagnostic detection module;
Step (2) network management system server selects base station to be detected to carry out data sync;
Step (3) therefrom obtains by synchronous base station numbering after the diagnostic detection monitor is set on the network management system server receives the synchronous success message of base station data, and this numbering is saved in the numbering pond, base station to be detected;
Step (4) receives after data sync finishes message when described diagnosis monitor, whether judgement is provided with autosensing mode in network management system server diagnostic detection module, if be provided with autosensing mode, then change the automatic detection task of step (5) operation over to, otherwise, autosensing mode is not set, and then flow process finishes;
The automatic detection task of step (5) operation is taken out base station to be detected numbering as parameter from numbering pond, base station to be detected, and structure beginning detect-message starts base station position information and detects.
6. the method for realization automatic testing base station position information as claimed in claim 4 is characterized in that, also comprises the steps:
Derive base station position information in network management system client diagnostic detection module, network management system client sends the message that derives base station position information to the network management system server, the network management system server is received after this message, all base station position informations in the global positioning system location information data table in the network management system to configure data storehouse are saved in network management system server diagnostic detection module with the form of regulation, and the diagnostic detection module that the information of preserving returns to network management system client is provided demonstration.
7. the method for realization automatic testing base station position information as claimed in claim 5 is characterized in that, also comprises the steps:
Derive base station position information in network management system client diagnostic detection module, network management system client sends the message that derives base station position information to the network management system server, the network management system server is received after this message, all base station position informations in the global positioning system location information data table in the network management system to configure data storehouse are saved in network management system server diagnostic detection module with the form of regulation, and the diagnostic detection module that the information of preserving returns to network management system client is provided demonstration.
8. the method for realization automatic testing base station position information as claimed in claim 1 is characterized in that, in the described step 3:
The described message that contains global positioning system single plate address information to be measured is meant that positional information statistics detected object module encapsulates the positional information statistics detect-message that obtains according to the address information of the global positioning system veneer to be measured that the interface message form that defines between network management system and the network element will take out from single board list;
The positional information of described base station to be detected is meant, the address information of the global positioning system veneer to be measured that is comprised in the message of receiving according to the master control global positioning system veneer of base station that contains global positioning system single plate address information to be measured is removed the base station position information to be detected of specifying the global positioning system veneer to read, that is, the longitude of base station to be detected, latitude and elevation information;
Described global positioning system veneer testing result information is meant, the positional information of described base station to be detected is packaged into the longitude detection, latitude detection and height detection item, the reverse message structure according to network element and network management system is the information that unit forms the detection encapsulation with a global positioning system veneer then;
Described global positioning system veneer testing result message comprises global positioning system single plate address information and detection.
9. as the method for claim 6 or 7 described realization automatic testing base station position information, it is characterized in that,
Described step 5 specifically is achieved in that
The address information of the global positioning system veneer that utilization is found is inquired about the positional information whether this base station, global positioning system veneer place is arranged in the global positioning system location information data table in network management system to configure data storehouse as parameter:
If found the positional information of this base station, global positioning system veneer place, then remove to upgrade the corresponding information of this base station global positioning system location information data table in the network management system to configure data storehouse with the positional information of the base station to be detected after handling in the step 4;
If do not find, then the positional information of the base station to be detected after handling in the step 4 is added in the network management system to configure data storehouse in the global positioning system location information data table as the corresponding information of a new base station.
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| CN101621817B (en) * | 2009-07-23 | 2011-07-27 | 北京格林耐特通信技术有限责任公司 | Method for determining deviation of azimuth angle of base station antenna |
| CN101754353B (en) * | 2009-12-22 | 2012-07-18 | 中兴通讯股份有限公司 | Method for synchronizing neighbor cell information in wireless network management system and operational maintenance center |
| CN101980562A (en) * | 2010-10-21 | 2011-02-23 | 中兴通讯股份有限公司 | Base station opening method and system |
| CN102711038B (en) * | 2012-05-09 | 2015-08-12 | 上海鼎为电子科技（集团）有限公司 | The method of information statistic system and Information Statistics |
| WO2013174013A1 (en) * | 2012-05-25 | 2013-11-28 | 华为技术有限公司 | Method, server and system for determining site |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1346228A (en) * | 2000-09-25 | 2002-04-24 | 三星电子株式会社 | Method for automatically forming imputed area list in mobile communication system |
| WO2006106918A1 (en) * | 2005-03-31 | 2006-10-12 | Nec Corporation | Mobile radio terminal and its moving speed detection method |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1346228A (en) * | 2000-09-25 | 2002-04-24 | 三星电子株式会社 | Method for automatically forming imputed area list in mobile communication system |
| WO2006106918A1 (en) * | 2005-03-31 | 2006-10-12 | Nec Corporation | Mobile radio terminal and its moving speed detection method |
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