CN103379528A - Board self-adaptation parameter configuration method, BBU, base station and base station subsystem (BSS) - Google Patents
Board self-adaptation parameter configuration method, BBU, base station and base station subsystem (BSS) Download PDFInfo
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Abstract
The invention discloses a board self-adaptation parameter configuration method, a BBU, a base station and a base station subsystem (BSS). The method comprises the steps that when the base station is powered on, peripheral boards are connected with main control boards in a physical link mode and board type information is reported to the main control boards by the peripheral boards, or commands for acquiring board configuration information are issued by an operation maintenance center (OMC) in the operation process of the base station, after the peripheral boards receive the commands, the board type information of the peripheral boards is reported to the main control boards; information of positions corresponding to the peripheral boards is acquired by the main control boards through physical link connecting information built between the main control boards and the peripheral boards; the board type information and position information of the peripheral boards are updated to a data base; the board type information and the position information of the peripheral boards are sent to the OMC to ensure that a configuration interface of the base station is updated by the OMC and the received information. According to the board self-adaptation parameter configuration method, the BBU, the base station and the BSS, the problem of incorrect configuration caused by human factors in the using process in an exterior field can be solved and configuration efficiency of the station is improved.
Description
Technical field
The present invention relates to moving communicating field, in particular to a kind of veneer auto-adaptive parameter collocation method, BBU, base station and base station sub-system.
Background technology
Global system for mobile communications (Global System For Mobile Communication is referred to as GSM) is most popular a kind of communication standard in the mobile communication.The Radio Access Network of gsm system is commonly referred to base station sub-system (Base Station Subsystem, referred to as BSS), formed by base station controller BSC and base station, join with travelling carriage by wave point, carry out wireless signal transmission, reception and RRM.
SDR (Software Defined Radio, software defined radio) base station mainly is comprised of BBU (Base Band Unit, indoor baseband processing unit) and RRU (Remote Radio Unit, Remote Radio Unit).Comprise on the BBU that master control borad CC is clock and control veneer, baseband board and switching board etc.
The base station in use can dispose dissimilar veneers being inserted in the different slots position of BBU, and can use dissimilar RRU.Traditional method for parameter configuration need to be at OMC (Operations ﹠amp; Maintenance Center, operation maintenance center) backstage, the board type information that the BBU of configurating base station uses and the positional information at veneer place, the RRU type of use and BBU and the physical connections such as the light mouth of RRU is connected topology.For simple laboratory environment, adopt the above-mentioned parameter collocation method can deal with problems fully, but, for external field environment, because AM/BAM might be or not same place, and environmental structure personnel might not be same person with the actual disposition personnel, if also operate according to above-mentioned method, just might have following problem:
1) the BBU board type of configuration is inconsistent with the actual board type that inserts;
2) the groove position at the BBU veneer place of configuration is inconsistent with actual groove position of inserting;
3) the RRU type of configuration is with the actual RRU Type-Inconsistencies that uses;
4) the RRU physical connection of configuration topology is inconsistent with the actual physical connection topology of using.
At this moment, it is comparatively low to carry out manual configuration method efficient by above-mentioned OMC backstage, and in layoutprocedure, also might be because configuration error appear in human factor, and be not easy to be found, cause base station site to work.
Summary of the invention
The object of the present invention is to provide a kind of veneer auto-adaptive parameter collocation method, BBU, base station and base station sub-system, can greatly improve the efficient of base station parameter configuration by the present invention, guarantee simultaneously the correctness of base station configuration.
In order to reach purpose of the present invention, the present invention realizes by the following technical solutions:
A kind of veneer auto-adaptive parameter collocation method comprises:
The base station powers on that rear peripheral single board sets up with master control borad that physical link is connected respectively and reports separately board type information to it, perhaps issue by the OMC of operation maintenance center in the running of base station and obtain the order of veneer configuration messages, the peripheral single board backward master control borad that receives orders reports separately board type information;
Master control borad is according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up;
With the board type information of peripheral single board and updating location information to database;
Board type information and the positional information of peripheral single board are sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives.
Under a kind of preferably execution mode, the method that board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center is:
The board type information of peripheral single board and positional information are reported to the OMC of operation maintenance center with the form of XML file.
Under a kind of preferably execution mode, master control borad also comprises according to after the physical link link information that peripheral single board is set up is obtained positional information corresponding to peripheral single board:
Report the RRU type information of all cascades and RRU cascade configuration information to the master control borad of BBU with the direct-connected radio frequency remote unit RRU of indoor baseband processing unit BBU, master control borad obtains physical connection situation information with this direct-connected RRU according to the link information of setting up with direct-connected RRU;
Master control borad with the RRU type information that obtains, RRU cascade configuration information and with the physical connection situation information updating of direct-connected RRU to database.
Under a kind of preferably execution mode, the board type information of peripheral single board and updating location information to database, are also comprised:
With the board type information of peripheral single board and location information synchronizing to peripheral single board and the RRU that is connected with BBU.
A kind of BBU comprises:
Peripheral single board, after the base station powers on, peripheral single board is set up with master control borad that physical link is connected respectively and is reported separately board type information to it, perhaps issue by the OMC of operation maintenance center in the running of base station and obtain the order of veneer configuration messages, the peripheral single board backward master control borad that receives orders reports separately board type information;
Master control borad is used for according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up; Be further used for the board type information of peripheral single board and updating location information to database; And be further used for board type information and the positional information of peripheral single board are sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives;
Database is for board type information and the positional information of the peripheral single board of storing the master control borad transmission.
Under a kind of preferably execution mode, master control borad with the method that board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center is:
The board type information of peripheral single board and positional information are reported to the OMC of operation maintenance center with the form of XML file.
Under a kind of preferably execution mode, master control borad is according to after the physical link link information that peripheral single board is set up is obtained positional information corresponding to peripheral single board, and described master control borad also is used for obtaining RRU type information and the RRU cascade configuration information of all cascades that report with the direct-connected RRU of BBU; Be further used for obtaining physical connection situation information with this direct-connected RRU according to the link information of setting up with direct-connected RRU; And the RRU type information that is further used for obtaining, RRU cascade configuration information and with the physical connection situation information updating of direct-connected RRU to database.
Under a kind of preferably execution mode, to database, described master control borad also is used for the board type information of peripheral single board and location information synchronizing to peripheral single board and the RRU that is connected with BBU master control borad with the board type information of peripheral single board and updating location information.
A kind of base station comprises BBU and RRU, and wherein, described BBU comprises:
Peripheral single board, after the base station powers on, peripheral single board is set up with master control borad that physical link is connected respectively and is reported separately board type information to it, perhaps issue by the OMC of operation maintenance center in the running of base station and obtain the order of veneer configuration messages, the peripheral single board backward master control borad that receives orders reports separately board type information;
Master control borad is used for according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up; Be further used for the board type information of peripheral single board and updating location information to database; And be further used for board type information and the positional information of peripheral single board are sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives;
Database is for board type information and the positional information of the peripheral single board of storing the master control borad transmission.
Under a kind of preferably execution mode, master control borad with the method that board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center is:
The board type information of peripheral single board and positional information are reported to the OMC of operation maintenance center with the form of XML file.
Under a kind of preferably execution mode, master control borad is according to after the physical link link information that peripheral single board is set up is obtained positional information corresponding to peripheral single board, and described master control borad also is used for obtaining RRU type information and the RRU cascade configuration information of all cascades that report with the direct-connected RRU of BBU; Be further used for obtaining physical connection situation information with this direct-connected RRU according to the link information of setting up with direct-connected RRU; And the RRU type information that is further used for obtaining, RRU cascade configuration information and with the physical connection situation information updating of direct-connected RRU to database.
Under a kind of preferably execution mode, to database, described master control borad also is used for the board type information of peripheral single board and location information synchronizing to peripheral single board and the RRU that is connected with BBU master control borad with the board type information of peripheral single board and updating location information.
A kind of base station sub-system comprises the OMC of operation maintenance center and base station controller BSC, and it also comprises aforesaid base station, and described base station comprises BBU and RRU, and wherein, described BBU comprises:
Peripheral single board, after the base station powers on, peripheral single board is set up with master control borad that physical link is connected respectively and is reported separately board type information to it, perhaps issue by the OMC of operation maintenance center in the running of base station and obtain the order of veneer configuration messages, the peripheral single board backward master control borad that receives orders reports separately board type information;
Master control borad is used for according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up; Be further used for the board type information of peripheral single board and updating location information to database; And be further used for board type information and the positional information of peripheral single board are sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives;
Database is for board type information and the positional information of the peripheral single board of storing the master control borad transmission.
Raise difficult questions and can find out by the technology of the invention described above, veneer auto-adaptive parameter collocation method provided by the invention, BBU, base station and base station sub-system are pointed by force, realization is simple and realize lower-cost beneficial effect.
With strong points, namely it can solve in the use procedure of outfield, and the configuration error problem owing to human factor produces has improved site configuration efficient greatly, and the website fault of having avoided human factor to cause.
Realize that simply i.e. the present invention can be fully integrated in the software, the difference of engineering construction just needs the software version of upgrading base station, and other implementation processes are identical.
The realization cost is low, i.e. the present invention can all realize with software, not need other external equipment;
Description of drawings
Accompanying drawing described herein is used to provide a further understanding of the present invention, consists of a part of the present invention, and illustrative examples of the present invention and explanation thereof are used for explaining the present invention, do not consist of improper restriction of the present invention.In the accompanying drawings:
Fig. 1 is the veneer auto-adaptive parameter collocation method schematic flow sheet that the embodiment of the invention provides;
Fig. 2 is the base station sub-system structural representation that the embodiment of the invention provides;
Fig. 3 is that veneer self-discovery parameter configuration functional schematic is closed in the OMC control startup that the embodiment of the invention provides;
Fig. 4 is the handling process schematic diagram of the veneer auto-adaptive parameter configuration that provides of the embodiment of the invention;
Fig. 5 be the embodiment of the invention provide obtain the veneer collocation information schematic flow sheet from the OMC backstage.
Embodiment
In order to make technical problem to be solved by this invention, technical scheme and beneficial effect clearer, clear, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, is not intended to limit the present invention.
A kind of veneer auto-adaptive parameter collocation method provided by the invention, in the method, for upper each veneer of BBU, after the base station powered on, bottom control powered on for all groove positions, after each peripheral single board powers on and moves, at first with master control borad CC link setup.After the link establishment, peripheral single board, according to groove position, link establishment acquisition of information veneer place, deposits board type and groove position, place in the database in after master control borad CC receives the reporting message of peripheral single board to the board type that master control borad CC reports this plate simultaneously.
For RRU, it supports the cascade of RRU, and the parameter adaptive of the RRU of cascade then is responsible for finishing by its upper level RRU, by with after the direct-connected RRU and BBU link setup of BBU, reports all RRU types and cascade configuration information to master control borad CC at last.Master control borad CC obtains the physical connection situation of direct-connected RRU according to link information, simultaneously RRU type and physical connection situation is deposited in the database.
Master control borad CC the peripheral single board type stores after database, give BBU peripheral single board and the synchronous configuration parameter of RRU, again the configuration information of all veneers is organized into the xml file and reports the OMC backstage, OMC receives on the backstage configuration interface of rear renewal base station, in this process, BBU peripheral single board and RRU stop to report board type information after receiving configuration parameter.
As shown in Figure 1, a kind of veneer auto-adaptive parameter collocation method that the embodiment of the invention provides comprises the steps:
S101, base station power on that rear peripheral single board sets up with master control borad that physical link is connected respectively and report separately board type information to it, perhaps issue by the OMC of operation maintenance center in the running of base station and obtain the order of veneer configuration messages, the peripheral single board backward master control borad that receives orders reports separately board type information;
S102, master control borad are according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up;
S105, master control borad with the board type information of peripheral single board and updating location information to database;
S107, master control borad are sent to the OMC of operation maintenance center with board type information and the positional information of peripheral single board, so that the configuration interface of OMC and the described information updating base station that receives.
According to a specific embodiment of the present invention, after the base station powers on, peripheral single board and master control borad are set up that physical link is connected and are reported separately board type information to it, so that master control borad is according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up, with final so that master control borad board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives.
In another embodiment of the present invention, describedly obtain the order of veneer configuration messages and can be sent by the OMC of operation maintenance center, described order is forwarded to the peripheral single board of corresponding BBU by base station controller BSC.By obtaining the order of veneer configuration messages in the OMC of operation maintenance center configuration, for example can whether enable by controlling this veneer auto-adaptive parameter configuration feature in the opening and closing of the OMC of operation maintenance center Background control veneer adaptive configuration mechanism, as when control auto-adaptive parameter configuration feature is unlatching, the board type message that master control borad ability reception ﹠ disposal peripheral single board reports, thus realize the board type information of peripheral single board and the renewal of positional information; As when control adaptive configuration mechanism when closing, the parameter adaptive that then generates disable reports order to corresponding veneer, be that peripheral single board is processed according to normal workflow, do not trigger the board type information of peripheral single board and the adaptive updates of positional information.
In described step S107, the method that board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center is:
The board type information of peripheral single board and positional information are reported to the OMC of operation maintenance center with the form of XML (Extensible Markup Language, extend markup language) file.Wherein, described XML file makes it have structural markup language for known a kind of of those skilled in the art for the electroactive marker subfile, and it can be used for flag data, definition data type, and this paper does not do in detail this and gives unnecessary details.
Preferably, master control borad also comprises according to after the physical link link information that peripheral single board is set up is obtained positional information corresponding to peripheral single board:
S103, report the RRU type information of all cascades and RRU cascade configuration information to the master control borad of BBU with the direct-connected radio frequency remote unit RRU of indoor baseband processing unit BBU, master control borad obtains physical connection situation information with this direct-connected RRU according to the link information of setting up with direct-connected RRU;
S104, master control borad with the RRU type information that obtains, RRU cascade configuration information and with the physical connection situation information updating of direct-connected RRU to database.
Preferably, the board type information of peripheral single board and updating location information to database, are also comprised:
S106, with the board type information of peripheral single board and location information synchronizing to peripheral single board and the RRU that is connected with BBU.
Correspondingly, the embodiment of the invention also provides a kind of BBU, and with reference to figure 2, described BBU comprises:
Peripheral single board, the base station powers on that rear peripheral single board sets up with master control borad that physical link is connected respectively and reports separately board type information to it, perhaps issue by the OMC of operation maintenance center in the running of base station and obtain the order of veneer configuration messages, the peripheral single board backward master control borad that receives orders reports separately board type information;
Master control borad is used for according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up; Be further used for the board type information of peripheral single board and updating location information to database; And be further used for board type information and the positional information of peripheral single board are sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives;
Database is for board type information and the positional information of the peripheral single board of storing the master control borad transmission.
Correspondingly, according to a specific embodiment of the present invention, after the base station powers on, trigger that peripheral single board and master control borad set up that physical link is connected and report separately board type information to it, so that master control borad is according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up, with final so that master control borad board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives.
In another embodiment of the present invention, the user also can be by reporting order in the OMC of operation maintenance center configuration parameter self adaptation, for example can whether enable by controlling this veneer auto-adaptive parameter configuration feature in the opening and closing of the OMC of operation maintenance center Background control veneer adaptive configuration mechanism, as when control auto-adaptive parameter configuration feature is unlatching, the board type message that master control borad ability reception ﹠ disposal peripheral single board reports, thus realize the board type information of peripheral single board and the renewal of positional information; As when control adaptive configuration mechanism when closing, the parameter adaptive that then generates disable reports order to corresponding veneer, be that peripheral single board is processed according to normal workflow, do not trigger the board type information of peripheral single board and the adaptive updates of positional information.
In the implementation process, the method that master control borad is sent to the OMC of operation maintenance center with board type information and the positional information of peripheral single board can for:
The board type information of peripheral single board and positional information are reported to the OMC of operation maintenance center with the form of XML file.
In addition, master control borad can also be in other way reports to the OMC of operation maintenance center with board type information and the positional information of peripheral single board, and this paper does not do one by one and enumerates.
Preferably, master control borad is according to after the physical link link information that peripheral single board is set up is obtained positional information corresponding to peripheral single board, and described master control borad also is used for obtaining RRU type information and the RRU cascade configuration information of all cascades that report with the direct-connected RRU of BBU; Be further used for obtaining physical connection situation information with this direct-connected RRU according to the link information of setting up with direct-connected RRU; And the RRU type information that is further used for obtaining, RRU cascade configuration information and with the physical connection situation information updating of direct-connected RRU to database.
More preferably, to database, described master control borad also is used for the board type information of peripheral single board and location information synchronizing to peripheral single board and the RRU that is connected with BBU master control borad with the board type information of peripheral single board and updating location information.
Correspondingly, the embodiment of the invention also provides a kind of base station, comprises BBU and RRU, continues with reference to Fig. 2, and wherein, described BBU comprises:
Peripheral single board, the base station powers on that rear peripheral single board sets up with master control borad that physical link is connected respectively and reports separately board type information to it, perhaps issue by the OMC of operation maintenance center in the running of base station and obtain the order of veneer configuration messages, the peripheral single board backward master control borad that receives orders reports separately board type information;
Master control borad is used for according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up; Be further used for the board type information of peripheral single board and updating location information to database; And be further used for board type information and the positional information of peripheral single board are sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives;
Database is for board type information and the positional information of the peripheral single board of storing the master control borad transmission.
Correspondingly, according to a specific embodiment of the present invention, after the base station powers on, trigger that peripheral single board and master control borad set up that physical link is connected and report separately board type information to it, so that master control borad is according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up, with final so that master control borad board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives.
In another embodiment of the present invention, the user also can be by reporting order in the OMC of operation maintenance center configuration parameter self adaptation, for example can whether enable by controlling this veneer auto-adaptive parameter configuration feature in the opening and closing of the OMC of operation maintenance center Background control veneer adaptive configuration mechanism, as when control auto-adaptive parameter configuration feature is unlatching, the board type message that master control borad ability reception ﹠ disposal peripheral single board reports, thus realize the board type information of peripheral single board and the renewal of positional information; As when control adaptive configuration mechanism when closing, the parameter adaptive that then generates disable reports order to corresponding veneer, be that peripheral single board is processed according to normal workflow, do not trigger the board type information of peripheral single board and the adaptive updates of positional information.
Under the preferred implementation, master control borad with the method that board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center is:
The board type information of peripheral single board and positional information are reported to the OMC of operation maintenance center with the form of XML file.
Preferably, master control borad is according to after the physical link link information that peripheral single board is set up is obtained positional information corresponding to peripheral single board, and described master control borad also is used for obtaining RRU type information and the RRU cascade configuration information of all cascades that report with the direct-connected RRU of BBU; Be further used for obtaining physical connection situation information with this direct-connected RRU according to the link information of setting up with direct-connected RRU; And the RRU type information that is further used for obtaining, RRU cascade configuration information and with the physical connection situation information updating of direct-connected RRU to database.
More preferably, to database, described master control borad also is used for the board type information of peripheral single board and location information synchronizing to peripheral single board and the RRU that is connected with BBU master control borad with the board type information of peripheral single board and updating location information.
Continuation is with reference to figure 2, and the embodiment of the invention also correspondingly provides a kind of base station sub-system, comprises the OMC of operation maintenance center and base station controller BSC, and it also comprises aforesaid base station, and described base station comprises BBU and RRU, and wherein, described BBU comprises:
Peripheral single board, the base station powers on that rear peripheral single board sets up with master control borad that physical link is connected respectively and reports separately board type information to it, perhaps issue by the OMC of operation maintenance center in the running of base station and obtain the order of veneer configuration messages, the peripheral single board backward master control borad that receives orders reports separately board type information;
Master control borad is used for according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up; Be further used for the board type information of peripheral single board and updating location information to database; And be further used for board type information and the positional information of peripheral single board are sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives;
Database is for board type information and the positional information of the peripheral single board of storing the master control borad transmission.
Similarly, according to a specific embodiment of the present invention, after the base station powers on, the peripheral single board that triggers BBU and master control borad are set up that physical link is connected and are reported separately board type information to it, so that master control borad is according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up, with final so that master control borad board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives.
In another embodiment of the present invention, the user also can be by reporting order in the OMC of operation maintenance center configuration parameter self adaptation, for example can whether enable by controlling this veneer auto-adaptive parameter configuration feature in the opening and closing of the OMC of operation maintenance center Background control veneer adaptive configuration mechanism, as when control auto-adaptive parameter configuration feature is unlatching, the board type message that master control borad ability reception ﹠ disposal peripheral single board reports, thus realize the board type information of peripheral single board and the renewal of positional information; As when control adaptive configuration mechanism when closing, the parameter adaptive that then generates disable reports order to corresponding veneer, be that peripheral single board is processed according to normal workflow, do not trigger the board type information of peripheral single board and the adaptive updates of positional information.
In Fig. 2, only described the part relevant with the embodiment of the invention, it will be understood by those skilled in the art that this base station also has other function and structures, but these are not in discussion scope of the present invention.Exemplary base system shown in Figure 2 comprises the OMC of operation maintenance center (Operations ﹠amp; Maintenance Centre), base station controller BSC, base station (logic website SITE1-SITEn), each logic website can be comprised of a BBU and a plurality of RRU, is the rough schematic that RRU cascade heel BBU links to each other such as website 1; Be the rough schematic that BBU follows the RRU Y-connection such as website n, to be that the description of simplified summary is convenient understand this figure, can proceed to expand.The OMC of operation maintenance center can revise the configuration of each logic website, then by BSC configuration messages is handed down to the master control borad CC of logic website.After master control borad CC reported configuration xml file to OMC, OMC received and resolves then Reconfigurations interface display.
Fig. 3 is that OMC control that the embodiment of the invention provides starts and closes veneer self-discovery parameter configuration functional schematic, the description that it is exemplary by OMC backstage opening and closing veneer self-discovery of the present invention parameter configuration functional sequence, concrete steps are as follows:
Step S201 opens or closes veneer self-discovery configuration feature in backstage OMC configuration;
Step S202, OMC issue configuration messages to the base station;
Step S203, master control borad CC judge whether this function is opened, if open then turn step S204; If this function is closed, then forward step S205 to;
Step S204 receives the board type message that peripheral single board reports;
Step S205 does not receive the board type message that peripheral single board reports;
Step S206, veneer self-discovery configuration feature starts closing flow path and finishes.
Fig. 4 is the handling process schematic diagram of the veneer auto-adaptive parameter configuration that provides of the embodiment of the invention, exemplary description the handling process of veneer self-discovery parameter configuration of the present invention, concrete steps are as follows:
Step S301, the base station electrifying startup, peripheral single board is carried out physics and is powered on;
Step S302, the peripheral single board cycle regularly reports board type to master control borad CC, and peripheral single board comprises upper veneer and the remote radio veneer RRU except master control borad of BBU;
Step S303, the board type message that the peripheral single board that master control borad CC parsing is received reports deposits board type and veneer physical location information in the database in;
Step S304, master control borad CC issues all configuration parameters to peripheral single board;
What step S305, master control borad CC organized all veneers is configured to the xml file, and reports the OMC backstage;
After step S306, OMC receive the xml configuration file that master control borad CC reports, upgrade the demonstration of backstage configuration interface;
Step S307, after peripheral single board was received the configuration messages that master control borad CC issues, dwelling period reported board type message;
Step S308 veneer self-discovery configuration flow finishes.
Fig. 5 be the embodiment of the invention provide obtain the veneer collocation information schematic flow sheet from the OMC backstage, the description that it is exemplary veneer self-discovery parameter configuration of the present invention obtain the handling process of single board information from backstage OMC, concrete steps are as follows:
Step S401 issues by OMC and to obtain the veneer configuration order;
Step S402, OMC issue to master control borad CC and obtain the veneer configuration order;
Step S403, master control borad CC issue to peripheral single board and obtain the board type informational message;
Step S404, peripheral single board reports board type to master control borad CC after receiving message;
Step S405, master control borad CC reply ACK message to peripheral single board after receiving the reporting message of peripheral single board;
Step S406, peripheral single board stops to report after receiving the ACK message of master control borad CC;
Step S407, master control borad CC deposits the veneer configuration of receiving in the local file in, and reports the OMC backstage, and OMC upgrades backstage configuration demonstration simultaneously;
Step S408 obtains the single board information flow process from backstage OMC and finishes.
After this, other parameter configuration flow processs are carried out in the base station, and the base station was normally moved after configuration finished, and the user can carry out the voice-and-data business under website.
Above-mentioned explanation illustrates and has described a preferred embodiment of the present invention, but as previously mentioned, be to be understood that the present invention is not limited to the disclosed form of this paper, should not regard the eliminating to other embodiment as, and can be used for various other combinations, modification and environment, and can in invention contemplated scope described herein, change by technology or the knowledge of above-mentioned instruction or association area.And the change that those skilled in the art carry out and variation do not break away from the spirit and scope of the present invention, then all should be in the protection range of claims of the present invention.
Claims (13)
1. a veneer adaptive configuring method is characterized in that, comprising:
The base station powers on that rear peripheral single board sets up with master control borad that physical link is connected respectively and reports separately board type information to it, perhaps issue by the OMC of operation maintenance center in the running of base station and obtain the order of veneer configuration messages, the peripheral single board backward master control borad that receives orders reports separately board type information;
Master control borad is according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up;
With the board type information of peripheral single board and updating location information to database;
Board type information and the positional information of peripheral single board are sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives.
2. veneer adaptive configuring method as claimed in claim 1 is characterized in that, the method that board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center is:
The board type information of peripheral single board and positional information are reported to the OMC of operation maintenance center with the form of XML file.
3. veneer adaptive configuring method as claimed in claim 1 is characterized in that, master control borad also comprises according to after the physical link link information that peripheral single board is set up is obtained positional information corresponding to peripheral single board:
Report the RRU type information of all cascades and RRU cascade configuration information to the master control borad of BBU with the direct-connected radio frequency remote unit RRU of indoor baseband processing unit BBU, master control borad obtains physical connection situation information with this direct-connected RRU according to the link information of setting up with direct-connected RRU;
Master control borad with the RRU type information that obtains, RRU cascade configuration information and with the physical connection situation information updating of direct-connected RRU to database.
4. veneer adaptive configuring method as claimed in claim 1 is characterized in that, the board type information of peripheral single board and updating location information to database, are also comprised:
With the board type information of peripheral single board and location information synchronizing to peripheral single board and the RRU that is connected with BBU.
5. a BBU is characterized in that, comprising:
Peripheral single board, after the base station powers on, peripheral single board is set up with master control borad that physical link is connected respectively and is reported separately board type information to it, perhaps obtain the order of veneer configuration messages by what the OMC of operation maintenance center issued in the running of base station, the peripheral single board backward master control borad that receives orders reports separately board type information;
Master control borad is used for according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up; Be further used for the board type information of peripheral single board and updating location information to database; And be further used for board type information and the positional information of peripheral single board are sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives;
Database is for board type information and the positional information of the peripheral single board of storing the master control borad transmission.
6. BBU as claimed in claim 5 is characterized in that, master control borad with the method that board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center is:
The board type information of peripheral single board and positional information are reported to the OMC of operation maintenance center with the form of XML file.
7. BBU as claimed in claim 5, it is characterized in that, master control borad is according to after the physical link link information that peripheral single board is set up is obtained positional information corresponding to peripheral single board, and described master control borad also is used for obtaining RRU type information and the RRU cascade configuration information of all cascades that report with the direct-connected RRU of BBU; Be further used for obtaining physical connection situation information with this direct-connected RRU according to the link information of setting up with direct-connected RRU; And the RRU type information that is further used for obtaining, RRU cascade configuration information and with the physical connection situation information updating of direct-connected RRU to database.
8. BBU as claimed in claim 5, it is characterized in that, to database, described master control borad also is used for the board type information of peripheral single board and location information synchronizing to peripheral single board and the RRU that is connected with BBU master control borad with the board type information of peripheral single board and updating location information.
9. a base station comprises BBU and RRU, it is characterized in that, described BBU comprises:
Peripheral single board, after the base station powers on, peripheral single board is set up with master control borad that physical link is connected respectively and is reported separately board type information to it, perhaps obtain the order of veneer configuration messages by what the OMC of operation maintenance center issued in the running of base station, the peripheral single board backward master control borad that receives orders reports separately board type information;
Master control borad is used for according to obtaining positional information corresponding to peripheral single board with the physical link link information that peripheral single board is set up; Be further used for the board type information of peripheral single board and updating location information to database; And be further used for board type information and the positional information of peripheral single board are sent to the OMC of operation maintenance center, so that the configuration interface of OMC and the described information updating base station that receives;
Database is for board type information and the positional information of the peripheral single board of storing the master control borad transmission.
10. base station as claimed in claim 9 is characterized in that, master control borad with the method that board type information and the positional information of peripheral single board is sent to the OMC of operation maintenance center is:
The board type information of peripheral single board and positional information are reported to the OMC of operation maintenance center with the form of XML file.
11. base station as claimed in claim 9, it is characterized in that, master control borad is according to after the physical link link information that peripheral single board is set up is obtained positional information corresponding to peripheral single board, and described master control borad also is used for obtaining RRU type information and the RRU cascade configuration information of all cascades that report with the direct-connected RRU of BBU; Be further used for obtaining physical connection situation information with this direct-connected RRU according to the link information of setting up with direct-connected RRU; And the RRU type information that is further used for obtaining, RRU cascade configuration information and with the physical connection situation information updating of direct-connected RRU to database.
12. base station as claimed in claim 9, it is characterized in that, to database, described master control borad also is used for the board type information of peripheral single board and location information synchronizing to peripheral single board and the RRU that is connected with BBU master control borad with the board type information of peripheral single board and updating location information.
13. a base station sub-system comprises the OMC of operation maintenance center and base station controller BSC, it is characterized in that, also comprises such as the described base station of the arbitrary claim of claim 9-12.
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