CN104010312A - Automatic obtaining and distributing method and system for Femto base station location area codes - Google Patents
Automatic obtaining and distributing method and system for Femto base station location area codes Download PDFInfo
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- CN104010312A CN104010312A CN201410204317.7A CN201410204317A CN104010312A CN 104010312 A CN104010312 A CN 104010312A CN 201410204317 A CN201410204317 A CN 201410204317A CN 104010312 A CN104010312 A CN 104010312A
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Abstract
The invention discloses an automatic obtaining and distributing method and system for Femto base station location area codes. The automatic obtaining method for the Femto base station location area codes comprises the steps that the first location area code of a peripheral macro base station of a Femto base station is obtained and reported to a server; the second location area code which is distributed to the Femto base station by the server is obtained and distributed according to a mobile switching center, wherein the mobile switching center which is connected with the peripheral macro base station of the Femto base station is determined by the server according to the first location area code. The Femto base station is established according to location area code information, so that the location area codes of the Femto base station correspond to the connected mobile switching center with no need for manual adjustment. In this way, the manual workload for establishing the Femto base station is reduced, and the purpose of plug and play of the Femto base station is achieved.
Description
[technical field]
The present invention relates to moving communicating field, particularly relate to automatic obtaining method and the system of a kind of femto base station location district code, and auto-allocation method and the system of a kind of femto base station location district code.
[background technology]
Femto base station, industry is referred to as Home eNodeB conventionally, it is a kind of wireless mobile communication base station returning based on IP (Internet Protocol: Internet protocol) broadband network, it can provide Mobile Communication Service based on existing IP network, by the transformation of communication protocol, allow passback data better be adapted to the IP network of " doing one's best ".Because the passback of femto base station is based on IP broadband network, so for the configuration of femto base station, be districts and cities corresponding lane place codings substantially, to save the coding resource of Location Area Code.Although this scheme can greatly reduce the demand to Location Area Code resource, also can bring a lot of problems.
First, in the LTE of 4G, adopted from the similar TAC of LAC in 2G network (Location Area Code: Location Area Code) (Tracking Area Code: tracking area coding) and identified different lane place.Along with the arriving in 4G epoch, CS (Circuit Switched: circuit switching) territory voice fall back to 2G technological development from 4G, require the TAC of 4G and the LAC of 2G corresponding one by one, so in the configuration of current femto base station the corresponding TAC of districts and cities, cause in the process of paging, communication system cannot be known the concrete MSC (Mobile Switching Center: mobile switching centre) connecting in femto base station, finally causes mobile terminal under femto base station range, cannot complete the flow process of normal 4G voice fallback to 2G.
Secondly, most terminal applies is to utilize lane place to encode to carry out the judgement in geographical position, once terminal covers under femto base station, in the configuration of current femto base station, a corresponding TAC of districts and cities all can there is mistake in various degree in the terminal applies of all position-baseds district code in the time carrying out the judgement in geographical position so.
Due to current femto base station distribution locations district code automatically, cause femto base station cannot meet the technical need of LTE, in the time that building a station, femto base station needs manually to adjust the Location Area Code of femto base station, cause realizing plug and play, and along with a large amount of sale in femto base station, this manual workload can sharply increase.
[summary of the invention]
Based on this, be necessary for femto base station in prior art automatically distribution locations district code cause femto base station cannot realize the problem of plug and play, provide auto-allocation method and the system of automatic obtaining method and system and a kind of femto base station location district code of a kind of femto base station location district code, in order to realize the function of plug and play of femto base station.
An automatic obtaining method for femto base station location district code, the method comprising the steps of: obtain the primary importance district code of femto base station periphery macro base station, primary importance district code is reported to server; Obtain the second place district code to femto base station by server-assignment, described second place district code distributes according to this mobile switching centre after determining according to primary importance district code the mobile switching centre that described femto base station periphery macro base station connects by server again.
Correspondingly, the present invention also provides the auto acquisition system of a kind of femto base station location district code, and this system comprises obtains reporting module, for obtaining the primary importance district code of femto base station periphery macro base station, primary importance district code is reported to server; Location Area Code module, for obtaining the second place district code to femto base station by server-assignment, described second place district code by server according to described in distribute according to this mobile switching centre again after obtaining the mobile switching centre that primary importance district code that reporting module reports determines that described femto base station periphery macro base station connects.
The present invention is before building a station in femto base station, first obtain the Location Area Code of periphery macro base station and the Location Area Code of periphery macro base station is reported to server, then obtain the second place district code to femto base station by server-assignment, this second place district code distributes according to this mobile switching centre after determining according to primary importance district code the mobile switching centre that described femto base station periphery macro base station connects by server again.Build a station according to this second place district code information in Femto base station, the Location Area Code that makes the Location Area Code of femto base station can realize femto base station without manual adjustment is corresponding with connected mobile switching centre, thereby has avoided mobile terminal under femto base station range, cannot complete the flow process of normal 4G voice fallback to 2G.Further, femto base station automatic acquisition is by the second place district code of server-assignment, makes in the time of the Location Area Code of configuration femto base station, without manual adjustment, to have reduced the manual work amount of building a station in femto base station, realized the plug and play of femto base station.
A kind of femto base station location district code auto-allocation method, the method comprising the steps of: the primary importance district code of this femto base station periphery macro base station that reception femto base station reports; Determine according to described primary importance district code the mobile switching centre that described femto base station periphery macro base station connects; Distribute second place district code to described femto base station according to described mobile switching centre.
Correspondingly, the present invention also provides a kind of femto base station location district code automatic distribution system, comprising: receiver module, for receiving the primary importance district code of this femto base station periphery macro base station that femto base station reports; Connect determination module, determine for the primary importance district code receiving according to described receiver module the mobile switching centre that described femto base station periphery macro base station connects; Distribution module, for distributing second place district code to described femto base station according to the definite mobile switching centre of described connection determination module.
The present invention is before building a station in femto base station, first receive the primary importance district code of this femto base station periphery macro base station that femto base station reports, then determine according to primary importance district code the mobile switching centre that described femto base station periphery macro base station connects, finally distribute second place district code to femto base station according to this mobile switching centre.There is a Location Area Code alone each like this femto base station being connected with mobile switching centre, so the Location Area Code of the femto base station that different mobile switching centres connects is also different, avoid because the corresponding Location Area Code of districts and cities causes mobile terminal cannot complete the flow process of normal 4G voice fallback to 2G under femto base station range.The mobile switching centre connecting according to femto base station due to server distributes the Location Area Code of femto base station automatically, has reduced the manual work amount of building a station in femto base station, has realized the plug and play of femto base station.
[brief description of the drawings]
Fig. 1 is the flow chart of a kind of femto base station location of the present invention district code automatic obtaining method;
Fig. 2 is the embodiment flow chart of a kind of femto base station location of the present invention district code automatic obtaining method;
Fig. 3 is the structured flowchart of a kind of femto base station location of the present invention district code auto acquisition system;
Fig. 4 is the example structure block diagram of a kind of femto base station location of the present invention district code auto acquisition system;
Fig. 5 is the flow chart of a kind of femto base station location of the present invention district code auto-allocation method;
Fig. 6 is the embodiment flow chart of a kind of femto base station location of the present invention district code auto-allocation method;
Fig. 7 is the structured flowchart of a kind of femto base station location of the present invention district code automatic distribution system;
Fig. 8 is the example structure block diagram of a kind of femto base station location of the present invention district code automatic distribution system.
[embodiment]
For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing, the present invention is described in further detail.
Refer to Fig. 1, it is the flow chart of a kind of femto base station location of the present invention district code automatic obtaining method.A kind of femto base station location district code automatic obtaining method, comprises step:
S101: obtain the primary importance district code of femto base station periphery macro base station, primary importance district code is reported to server;
The Location Area Code carrying in the broadcast message of macro base station around can be intercepted by eating dishes without rice or wine and obtain the primary importance district code of periphery macro base station in described femto base station.
No matter be macro base station or femto base station, capital is assigned a Location Area Code, primary importance district code herein and second place district code, be the Location Area Code of macro base station for convenience of description and the Location Area Code of distributing to femto base station, adds that first and second as distinguishing.
In communication network, macro base station can periodically be broadcasted the primary importance district code of this macro base station, makes mobile terminal handoff operation in time when mobile.Femto base station can utilize this feature of macro base station, eats dishes without rice or wine to intercept the broadcast message of periphery macro base station, to obtain the primary importance district code of this macro base station carrying in broadcast message.Wherein, near the broadcast message of at least one macro base station can be eated dishes without rice or wine to intercept in femto base station, the signal strength signal intensity that the scope of described periphery macro base station receives macro base station by femto base station is particularly determined, if it is more that femto base station receives the broadcast message of the macro base station that exceedes systemic presupposition intensity, the scope of the periphery macro base station that so now can eat dishes without rice or wine to intercept in femto base station is also larger, if it is fewer that femto base station receives the broadcast message of the macro base station that exceedes systemic presupposition intensity, the scope of the periphery macro base station that so now can eat dishes without rice or wine to intercept in femto base station is also less.
In addition, also can obtain by the Location Area Code of macro base station around monitoring mobile terminal reporting the primary importance district code of described femto base station periphery macro base station.
If the primary importance district code failure of periphery macro base station is intercepted in femto base station by eating dishes without rice or wine, first build a station with the pre-stored Location Area Code parameter in this femto base station described femto base station.After building a station successfully, described femto monitors mobile terminal base station, once the coverage that exists mobile terminal to enter described femto base station, the primary importance district code of the periphery macro base station of monitoring mobile terminal reporting.Due to the default Location Area Code in described femto base station and the not corresponding same mobile switching centre of primary importance district code of periphery macro base station, mobile terminal enters after the coverage of described femto base station, when mobile terminal is found after the Location Area Code of institute's access base station changes initiatively to carry out position renewal, in position updating process, mobile terminal can initiatively report described femto base station by the primary importance district code letter of periphery macro base station.Because femto base station obtains the primary importance district code of periphery macro base station by monitoring mobile terminal, so described femto base station obtains the scope of the primary importance district code of periphery macro base station and determined by mobile terminal, but femto base station can be by monitoring near the primary importance district code of at least one macro base station of acquisition for mobile terminal.If mobile terminal reports the number of primary importance district code of periphery macro base station more to femto base station, the scope of the primary importance district code of the periphery macro base station that femto base station can obtain is so also just larger; If mobile terminal reports the number of primary importance district code of periphery macro base station fewer to femto base station, the scope of the primary importance district code of the periphery macro base station that femto base station can obtain is so also just less.
S102: obtain the second place district code to femto base station by server-assignment.
Described second place district code distributes according to this mobile switching centre after determining according to primary importance district code the mobile switching centre that described femto base station periphery macro base station connects by server again.
Server can be made planning to Location Area Code, to the untapped Location Area Code of each mobile switching centre reserved part, and forms a planning table.In described planning table, record the Location Area Code that each mobile switching centre comprises, and the base station that comprises, lane place corresponding to each Location Area Code.The mobile switching centre that server can connect according to described femto base station periphery macro base station takes out the reserved Location Area Code of this mobile switching centre and distributes to femto base station as second place district code from planning table.
In addition, server also can be got at random a untapped Location Area Code and distribute to femto base station as second place district code, and in server, records the corresponding relation of the mobile switching centre that this second place district code is connected with described femto base station periphery macro base station.The second place district code that those skilled in the art also can distribute femto base station to use by other means.
The present invention has abandoned the situation of the shared Location Area Code of original femto base station Yi Ge districts and cities, before building a station in femto base station, first obtain the primary importance district code of periphery macro base station and the primary importance district code of periphery macro base station is reported to server, then obtain the second place district code to femto base station by server-assignment, this second place district code distributes according to this mobile switching centre after determining according to primary importance district code the mobile switching centre that described femto base station periphery macro base station connects by server again.Build a station according to this Location Area Code information in Femto base station, the Location Area Code that makes the Location Area Code of femto base station can realize femto base station without manual adjustment is corresponding with connected mobile switching centre, thereby has avoided mobile terminal under femto base station range, cannot complete the flow process of normal 4G voice fallback to 2G.Further, femto base station automatic acquisition is by the second place district code of server-assignment, makes in the time of the Location Area Code of configuration femto base station, without manual adjustment, to have reduced the manual work amount of building a station in femto base station, realized the plug and play of femto base station.Those skilled in the art can also obtain the primary importance district code of periphery macro base station by other means.
Refer to Fig. 2, it is the embodiment flow chart of a kind of femto base station location of the present invention district code automatic obtaining method.
S201: the primary importance district code that obtains femto base station periphery macro base station;
Because femto base station is in indoor use, user also has certain other places that the successful femto base station of having built a station in a certain place may be transferred to use, and now the macro base station of femto base station periphery may be different from original macro base station, so described femto base station need to regularly obtain the primary importance district code of periphery macro base station, in order to avoid user is transferred to the successful femto base station of having built a station in a certain place when other places are used and causes mobile terminal cannot complete the flow process of normal 4G voice fallback to 2G under femto base station range.
The acquisition methods of the primary importance district code of described femto base station periphery macro base station is identical with the acquisition methods in step S101.
S202: the primary importance district code of contrast periphery macro base station and the whether corresponding same mobile switching centre of Location Area Code of femto base station stored;
If the not corresponding same mobile switching centre of Location Area Code of the primary importance district code of periphery macro base station and femto base station stored, reports the primary importance district code of periphery macro base station to server.Described femto base station is obtaining after the primary importance district code of periphery macro base station, first contrasts the whether corresponding same mobile switching centre of Location Area Code of described primary importance district code and femto base station stored; If the not corresponding same mobile switching centre of Location Area Code of described primary importance district code and femto base station stored, performs step S203 and reports to server the primary importance district code of periphery macro base station;
If the corresponding same mobile switching centre of Location Area Code of described primary importance district code and femto base station stored, does not report described primary importance district code.
The not corresponding same mobile switching centre of Location Area Code of described primary importance district code and femto base station stored, illustrates that femto base station is transferred to other local uses by user, need to report to server the primary importance district code of described femto base station periphery macro base station.The corresponding same mobile switching centre of Location Area Code of described primary importance district code and femto base station stored, illustrates that the position of described femto base station does not change, so without the primary importance district code that reports described femto base station periphery macro base station to server.
S204: obtain the second place district code to femto base station by server-assignment;
Described second place district code distributes according to this mobile switching centre after determining according to primary importance district code the mobile switching centre that described femto base station periphery macro base station connects by server again.
Because femto base station is small, be easy to carry, and it returns a side is broadband network, so user also has certain other places that the successful femto base station of having built a station in a certain place may be transferred to use, and now the macro base station of femto base station periphery may be different from original macro base station, so described femto base station need to regularly obtain the primary importance district code of periphery macro base station, if shift the use location of femto base station, need to report to server the primary importance district code of femto base station current location periphery macro base station, make server redistribute second place district code to femto base station, in order to avoid user is transferred to the successful femto base station of having built a station in a certain place when other places are used and causes mobile terminal cannot complete the flow process of normal 4G voice fallback to 2G under femto base station range.Make in femto base station, in the situation that shifting place to use, also without the Location Area Code of manual adjustments femto base station, further to improve the plug-and-play feature of femto base station.
Refer to Fig. 3, it is the structured flowchart of a kind of femto base station location district code auto acquisition system.
A kind of femto base station location district code auto acquisition system, comprising:
Obtain reporting module 301, for obtaining the primary importance district code of femto base station periphery macro base station, primary importance district code is reported to server;
Location Area Code module 302, for obtaining the second place district code to femto base station by server-assignment, described second place district code by server according to described in distribute according to this mobile switching centre again after obtaining the mobile switching centre that primary importance district code that reporting module 301 reports determines that described femto base station periphery macro base station connects.
Fig. 3 is corresponding with Fig. 1, and identical with method of the operational mode of above-mentioned each module repeats no more herein.
The present invention has abandoned the situation of the shared Location Area Code of original femto base station Yi Ge districts and cities, before building a station in femto base station, first obtain the primary importance district code of periphery macro base station and the primary importance district code of periphery macro base station is reported to server by obtaining reporting module 301, then obtain the second place district code to femto base station by server-assignment by Location Area Code module 302, this second place district code distributes according to this mobile switching centre after determining according to primary importance district code the mobile switching centre that described femto base station periphery macro base station connects by server again.Build a station according to this Location Area Code information in Femto base station, the Location Area Code that makes the Location Area Code of femto base station can realize femto base station without manual adjustment is corresponding with connected mobile switching centre, thereby has avoided mobile terminal under femto base station range, cannot complete the flow process of normal 4G voice fallback to 2G.Further, femto base station automatic acquisition is by the second place district code of server-assignment, makes in the time of the Location Area Code of configuration femto base station, without manual adjustment, to have reduced the manual work amount of building a station in femto base station, realized the plug and play of femto base station.
Refer to Fig. 4, it is the example structure block diagram of a kind of femto base station location district code auto acquisition system.
Acquisition module 401, for obtaining the primary importance district code of femto base station periphery macro base station;
Described acquisition module 401 comprises eats dishes without rice or wine to intercept module and monitors two submodules of module.
Eat dishes without rice or wine to intercept module, obtain the primary importance district code of described femto base station periphery macro base station for intercept the broadcast message of macro base station is carried Location Area Code around by eating dishes without rice or wine.
Monitor module, for obtain the primary importance district code of described femto base station periphery macro base station by the Location Area Code of macro base station around monitoring mobile terminal reporting.
Reporting module 402, if the not corresponding same mobile switching centre of Location Area Code of the primary importance district code of the periphery macro base station obtaining for described acquisition module 401 and femto base station stored reports the primary importance district code of periphery macro base station to server;
Location Area Code module 403, for obtaining the second place district code to femto base station by server-assignment, the primary importance district code that described second place district code is reported according to described reporting module 402 by server distributes according to this mobile switching centre after determining the mobile switching centre that described femto base station periphery macro base station connects again.
Fig. 4 is corresponding with Fig. 2, and identical with method of the operational mode of above-mentioned each module repeats no more herein.
Because femto base station is small, be easy to carry, and it returns a side is broadband network, so user also has certain other places that the successful femto base station of having built a station in a certain place may be transferred to use, and now the macro base station of femto base station periphery may be different from original macro base station, so described femto base station need to regularly obtain by acquisition module 401 the primary importance district code of periphery macro base station, if shift the use location of femto base station, report the primary importance district code of femto base station current location periphery macro base station to server by reporting module 402, make server redistribute second place district code to femto base station, finally obtain by Location Area Code module 403 second place district code of redistributing to femto base station.So just can effectively avoid user that the successful femto base station of having built a station in a certain place is transferred to other local uses time, cause mobile terminal under femto base station range, cannot complete the flow process of normal 4G voice fallback to 2G.Make in femto base station, in the situation that shifting place to use, also without the Location Area Code of manual adjustments femto base station, further to improve the plug-and-play feature of femto base station.
Refer to Fig. 5, it is the flow chart of a kind of femto base station location of the present invention district code auto-allocation method.
A kind of femto base station location district code auto-allocation method, comprises step:
S501: the primary importance district code of this femto base station periphery macro base station that reception femto base station reports;
Server receives after the request of primary importance district code of this femto base station periphery macro base station of femto base station active reporting, send and receive signal to femto base station, after the primary importance district code that reports this femto base station periphery macro base station until femto base station, receive this primary importance district code, and store this primary importance district code temporarily.
S502: determine the mobile switching centre that described femto base station periphery macro base station connects according to described primary importance district code;
Because the Location Area Code of grand net is planned in advance by telecommunication department, so after the primary importance district code of this femto base station periphery macro base station that reception femto base station reports, can find the lane place at this macro base station place according to this primary importance district code, and then can find this MSC district, place, lane place, this base station, and a corresponding mobile switching centre of each MSC district.So just can determine the mobile switching centre that described femto base station periphery macro base station connects.
S503: distribute second place district code to described femto base station according to described mobile switching centre.
Determine after the mobile switching centre that described femto base station periphery macro base station connects, according to the Location Area Code planning to this mobile switching centre, distributes a untapped second place district code to described femto base station.
Server can be made planning to Location Area Code, to the untapped Location Area Code of each mobile switching centre reserved part, and forms a planning table.In described planning table, record the Location Area Code that each mobile switching centre comprises, and the base station that comprises, lane place corresponding to each Location Area Code.The mobile switching centre that server can connect according to described femto base station periphery macro base station takes out the reserved Location Area Code of this mobile switching centre and distributes to femto base station as second place district code from planning table.
In addition, server also can be got at random a untapped Location Area Code and distribute to femto base station as second place district code, and in server, records the corresponding relation of the mobile switching centre that this second place district code is connected with described femto base station periphery macro base station.
The present invention is before building a station in femto base station, first receive the primary importance district code of this femto base station periphery macro base station that femto base station reports, then determine according to described primary importance district code the mobile switching centre that described femto base station periphery macro base station connects, finally distribute second place district code to femto base station.There is a Location Area Code alone each like this femto base station being connected with mobile switching centre, so the Location Area Code of the femto base station that different mobile switching centres connects is also different, avoid because the corresponding Location Area Code of districts and cities causes mobile terminal cannot complete the flow process of normal 4G voice fallback to 2G under femto base station range.The mobile switching centre connecting according to femto base station due to server distributes the Location Area Code of femto base station automatically, has reduced the manual work amount of building a station in femto base station, has realized the plug and play of femto base station.
Refer to Fig. 6, it is the embodiment flow chart of a kind of femto base station location of the present invention district code auto-allocation method.
S601: the primary importance district code of this femto base station periphery macro base station that reception femto base station reports;
S602: search the mobile switching centre that periphery macro base station connects according to the primary importance district code of the periphery macro base station receiving;
Server memory contains the planning table of the Location Area Code of grand net, and this planning table comprises the affiliated MSC of location area information and the each lane place district that each Location Area Code is corresponding, and mobile switching centre corresponding to each MSC district.
At whois lookup planning table, obtain the lane place at this macro base station place with the primary importance district code of each macro base station of receiving.Then according to looking for this lane place to look into affiliated MSC district, finally find mobile switching centre corresponding to GaiMSC district, search to realize the mobile switching centre that periphery macro base station is connected.
For example, the Location Area Code of macro base station A is hexadecimal number 00A8, and in planning table, searching the lane place that A8 is corresponding is lane place 00A8, and MSC district WeiMSC district A under A8 lane place, and corresponding switching center equipment number is hexadecimal number FFA0.
S603: whether contrast periphery macro base station all connects same mobile switching centre;
If periphery macro base station all connects same mobile switching centre, this mobile switching centre is defined as to the mobile switching centre that described femto base station periphery macro base station connects.
Because server receives the primary importance district code of femto base station periphery macro base station described at least one, so searching after the mobile switching centre that periphery macro base station connects, contrast judges whether periphery macro base station all connects same mobile switching centre, if perform step S604: this mobile switching centre is defined as to the mobile switching centre that described femto base station periphery macro base station connects; Otherwise, execution step S605: be defined as the mobile switching centre that described femto base station periphery macro base station connects by connecting the maximum mobile switching centre of periphery macro base station quantity.
For example, the switching center equipment connecting of macro base station A number is hexadecimal number FFA0, the switching center equipment connecting of macro base station B number is also hexadecimal number FFA0, the switching center equipment connecting of macro base station C number is hexadecimal number FFA0, device number is defined as to the mobile switching centre that described femto base station periphery macro base station connects for the mobile switching centre of hexadecimal number FFA0;
If the switching center equipment connecting of macro base station C number is hexadecimal number FFA1, because in the periphery macro base station of described femto base station, the macro base station that is connected to device number and is hexadecimal number FFA0 is maximum, so just device number is defined as the mobile switching centre that described femto base station periphery macro base station connects for the mobile switching centre of hexadecimal number FFA0.
If the mobile switching centre that periphery macro base station connects is more than one, be defined as by connecting the maximum mobile switching centre of periphery macro base station quantity the mobile switching centre that described femto base station periphery macro base station connects.
Due to femto base station periphery macro base station in lane place may be not all the same, whether all connect same mobile switching centre so need to contrast periphery macro base station, usually, Yi Ge MSC district comprises multiple lane place, even so lane place is different in same MSC district, the mobile switching centre that macro base station connects or same.At the boundary in Liang Ge MSC district, may occur that the mobile switching centre that femto base station periphery macro base station connects is not same, the scope of eating dishes without rice or wine to intercept due to femto base station is less, so be defined as by connecting the maximum mobile switching centre of periphery macro base station quantity the mobile switching centre that described femto base station periphery macro base station connects, can judge exactly the mobile switching centre that femto base station connects, make server can correctly distribute second place district code.
S606: distribute second place district code to described femto base station according to described mobile switching centre.
Determine after mobile switching centre, in planning table, according to the planning to this mobile switching centre, chosen a untapped Location Area Code and distribute to described femto base station as second place district code.
For example, in planning table, device number is the mobile switching centre of hexadecimal number FFA0, and the Location Area Code of planning is 00A0-00B0, and 00A0 to 00AC is in use, can distribute the interval arbitrary Location Area Code of 00AD to 00B0 as second place district code to the use of building a station of femto base station.
The present invention is before building a station in femto base station, first receive the primary importance district code of this femto base station periphery macro base station that femto base station reports, then search according to described primary importance district code the mobile switching centre that described femto base station periphery macro base station connects, whether all connect by contrast periphery macro base station the mobile switching centre that same mobile switching centre determines that periphery macro base station connects, finally distribute a untapped second place district code to femto base station according to this mobile switching centre.By first determining the lane place at macro base station place, determine MSC district according to lane place, then find out mobile switching centre corresponding to MSC district, ensure that server can accurately search the mobile switching centre that periphery macro base station connects.By searching accurately, ensure that there is a Location Area Code alone each femto base station being connected with mobile switching centre, also the Location Area Code that has ensured the femto base station that different mobile switching centres connects is also different, has avoided because the corresponding Location Area Code of districts and cities causes mobile terminal cannot complete the flow process of normal 4G voice fallback to 2G under femto base station range.
Refer to Fig. 7, it is the structured flowchart of a kind of femto base station location of the present invention district code automatic distribution system.
A kind of femto base station location district code automatic distribution system, comprising:
Receiver module 701, for receiving the primary importance district code of this femto base station periphery macro base station that femto base station reports;
Connect determination module 702, determine for the primary importance district code receiving according to described receiver module 701 mobile switching centre that described femto base station periphery macro base station connects;
Distribution module 703, for distributing second place district code to described femto base station according to the definite mobile switching centre of described connection determination module 702.
Fig. 7 is corresponding with Fig. 5, and identical with method of the operational mode of above-mentioned each module repeats no more herein.
The present invention is before building a station in femto base station, first receive the primary importance district code of this femto base station periphery macro base station that femto base station reports by receiver module 701, then determine according to described primary importance district code the mobile switching centre that described femto base station periphery macro base station connects by connecting determination module 702, finally distribute second place district code to femto base station by distribution module 703.There is a Location Area Code alone each like this femto base station being connected with mobile switching centre, so the Location Area Code of the femto base station that different mobile switching centres connects is also different, avoid because the corresponding Location Area Code of districts and cities causes mobile terminal cannot complete the flow process of normal 4G voice fallback to 2G under femto base station range.The mobile switching centre connecting according to femto base station due to server distributes the Location Area Code of femto base station automatically, has reduced the manual work amount of building a station in femto base station, has realized the plug and play of femto base station.
Refer to Fig. 8, it is the example structure block diagram of a kind of femto base station location of the present invention district code automatic distribution system.
Receiver module 801, for receiving the primary importance district code of this femto base station periphery macro base station that femto base station reports;
Search module 802, search for the primary importance district code of the periphery macro base station that receives according to described receiver module 801 mobile switching centre that periphery macro base station connects;
The first determination module 803, search for basis the mobile switching centre that module 802 finds, if periphery macro base station all connects same mobile switching centre, this mobile switching centre is defined as to the mobile switching centre that described femto base station periphery macro base station connects.
The second determination module 804, search for basis the mobile switching centre that module 802 finds, if the mobile switching centre that periphery macro base station connects is greater than one, be defined as by connecting the maximum mobile switching centre of periphery macro base station quantity the mobile switching centre that described femto base station periphery macro base station connects.
Distribution module 805, the second place district code distributing for the mobile switching centre determining according to described the first determination module 803 and the second determination module 804 is to described femto base station.
Fig. 8 is corresponding with Fig. 6, and identical with method of the operational mode of above-mentioned each module repeats no more herein.
The present invention is before building a station in femto base station, first receive the primary importance district code of this femto base station periphery macro base station that femto base station reports by receiver module 801, then search according to described primary importance district code the mobile switching centre that described femto base station periphery macro base station connects by searching module 802, whether determine with the second determination module 804 mobile switching centre that periphery macro base station is connected with the same mobile switching centre of connection and by the first determination module 803 by contrast periphery macro base station, finally distribute a untapped second place district code to femto base station by distribution module 805 according to this mobile switching centre.The described module 802 of searching, by first determining the lane place at macro base station place, determines MSC district according to lane place, then finds out mobile switching centre corresponding to MSC district, ensured that server can accurately search the mobile switching centre that periphery macro base station connects.By searching accurately, make distribution module 805 can ensure that there is a Location Area Code alone each femto base station being connected with mobile switching centre, also the Location Area Code that has ensured the femto base station that different mobile switching centres connects is also different, has avoided because the corresponding Location Area Code of districts and cities causes mobile terminal cannot complete the flow process of normal 4G voice fallback to 2G under femto base station range.
The present invention is with reference to describing according to flow chart and/or the block diagram of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or the combination of square frame.Can provide these computer program instructions to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction of carrying out by the processor of computer or other programmable data processing device is produced for realizing the device in the function of flow process of flow chart or multiple flow process and/or a square frame of block diagram or multiple square frames.
These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.
These computer program instructions also can be loaded in computer or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computer or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame on computer or other programmable devices.
Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and amendment to these embodiment.So claims are intended to be interpreted as comprising preferred embodiment and fall into all changes and the amendment of the scope of the invention.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the embodiment of the present invention the embodiment of the present invention.Like this, if these amendments of the embodiment of the present invention and within modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (10)
1. a femto base station location district code automatic obtaining method, is characterized in that, comprises step:
The primary importance district code that obtains femto base station periphery macro base station, reports server by primary importance district code;
Obtain the second place district code to femto base station by server-assignment, described second place district code distributes according to this mobile switching centre after determining according to primary importance district code the mobile switching centre that described femto base station periphery macro base station connects by server again.
2. femto base station location according to claim 1 district code automatic obtaining method, is characterized in that, described primary importance district code is reported to server step before, also comprise further step:
If the not corresponding same mobile switching centre of Location Area Code of the primary importance district code of periphery macro base station and femto base station stored, reports the primary importance district code of periphery macro base station to server.
3. femto base station location according to claim 1 district code automatic obtaining method, is characterized in that, the step of obtaining the primary importance district code of femto base station periphery macro base station comprises:
Intercept the Location Area Code carrying in the broadcast message of macro base station around by eating dishes without rice or wine and obtain the primary importance district code of described femto base station periphery macro base station;
Or, by monitor mobile terminal reporting around the Location Area Code of macro base station obtain the primary importance district code of described femto base station periphery macro base station.
4. a femto base station location district code auto-allocation method, is characterized in that, comprising:
The primary importance district code of this femto base station periphery macro base station that reception femto base station reports;
Determine according to described primary importance district code the mobile switching centre that described femto base station periphery macro base station connects;
Distribute second place district code to described femto base station according to described mobile switching centre.
5. a kind of femto base station location according to claim 4 district code auto-allocation method, is characterized in that, the described step of determining the mobile switching centre that described femto base station periphery macro base station connects according to primary importance district code, specifically comprises the following steps:
Search according to the primary importance district code of the periphery macro base station receiving the mobile switching centre that periphery macro base station connects;
If periphery macro base station all connects same mobile switching centre, this mobile switching centre is defined as to the mobile switching centre that described femto base station periphery macro base station connects;
If the mobile switching centre that periphery macro base station connects is more than one, be defined as by connecting the maximum mobile switching centre of periphery macro base station quantity the mobile switching centre that described femto base station periphery macro base station connects.
6. an auto acquisition system for femto base station location district code, is characterized in that, comprising:
Obtain reporting module, for obtaining the primary importance district code of femto base station periphery macro base station, primary importance district code is reported to server;
Location Area Code module, for obtaining the second place district code to femto base station by server-assignment, described second place district code by server according to described in distribute according to this mobile switching centre again after obtaining the mobile switching centre that primary importance district code that reporting module reports determines that described femto base station periphery macro base station connects.
7. femto base station location according to claim 6 district code auto acquisition system, is characterized in that, described in obtain reporting module and further comprise:
Acquisition module, for obtaining the primary importance district code of femto base station periphery macro base station;
Reporting module, if the not corresponding same mobile switching centre of Location Area Code of the primary importance district code of the periphery macro base station obtaining for described acquisition module and femto base station stored reports the primary importance district code of periphery macro base station to server.
8. femto base station location according to claim 7 district code auto acquisition system, is characterized in that, described acquisition module further comprises:
Eat dishes without rice or wine to intercept module, obtain the primary importance district code of described femto base station periphery macro base station for intercept the broadcast message of macro base station is carried Location Area Code around by eating dishes without rice or wine;
Monitor module, for obtain the primary importance district code of described femto base station periphery macro base station by the Location Area Code of macro base station around monitoring mobile terminal reporting.
9. a femto base station location district code automatic distribution system, is characterized in that, comprising:
Receiver module, for receiving the primary importance district code of this femto base station periphery macro base station that femto base station reports;
Connect determination module, determine for the primary importance district code receiving according to described receiver module the mobile switching centre that described femto base station periphery macro base station connects;
Distribution module, for distributing second place district code to described femto base station according to the definite mobile switching centre of described connection determination module.
10. a kind of femto base station location according to claim 9 district code automatic distribution system, is characterized in that, described connection determination module further comprises:
Search module, for searching according to the primary importance district code of the periphery macro base station of described receiver module reception the mobile switching centre that periphery macro base station connects;
The first determination module, for according to searching the mobile switching centre that module searches arrives, if periphery macro base station all connects same mobile switching centre, is defined as this mobile switching centre the mobile switching centre that described femto base station periphery macro base station connects;
The second determination module, search for basis the mobile switching centre that module searches arrives, if the mobile switching centre that periphery macro base station connects is greater than one, be defined as by connecting the maximum mobile switching centre of periphery macro base station quantity the mobile switching centre that described femto base station periphery macro base station connects.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105636065A (en) * | 2014-10-31 | 2016-06-01 | 中国移动通信集团公司 | TA (tracking area) planning method and equipment for nano base station |
| CN106304055A (en) * | 2015-05-14 | 2017-01-04 | 中国移动通信集团公司 | A kind of little base station self-starting method and system, little base station |
| CN110225456A (en) * | 2018-03-02 | 2019-09-10 | 北京佰才邦技术有限公司 | A kind of motion management method and terminal |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20080207170A1 (en) * | 2007-02-26 | 2008-08-28 | Amit Khetawat | Femtocell Integration into the Macro Network |
| CN101543107A (en) * | 2006-09-22 | 2009-09-23 | 卡耐特无线有限公司 | Method and apparatus for resource management |
| US20130115951A1 (en) * | 2010-06-30 | 2013-05-09 | Huawei Technologies Co., Ltd. | Method and apparatus for controlling user equipment's residing in a cell |
| CN103442404A (en) * | 2013-08-14 | 2013-12-11 | 京信通信系统（中国）有限公司 | Method, system and device for call routing |
-
2014
- 2014-05-14 CN CN201410204317.7A patent/CN104010312B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101543107A (en) * | 2006-09-22 | 2009-09-23 | 卡耐特无线有限公司 | Method and apparatus for resource management |
| US20080207170A1 (en) * | 2007-02-26 | 2008-08-28 | Amit Khetawat | Femtocell Integration into the Macro Network |
| US20130115951A1 (en) * | 2010-06-30 | 2013-05-09 | Huawei Technologies Co., Ltd. | Method and apparatus for controlling user equipment's residing in a cell |
| CN103442404A (en) * | 2013-08-14 | 2013-12-11 | 京信通信系统（中国）有限公司 | Method, system and device for call routing |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105636065A (en) * | 2014-10-31 | 2016-06-01 | 中国移动通信集团公司 | TA (tracking area) planning method and equipment for nano base station |
| CN106304055A (en) * | 2015-05-14 | 2017-01-04 | 中国移动通信集团公司 | A kind of little base station self-starting method and system, little base station |
| CN110225456A (en) * | 2018-03-02 | 2019-09-10 | 北京佰才邦技术有限公司 | A kind of motion management method and terminal |
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|---|---|
| CN104010312B (en) | 2017-07-07 |
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Address after: 510663 No. 10 Shenzhou Road, Science City, Luogang District, Guangzhou City, Guangdong Province Patentee after: Jingxin Network System Co.,Ltd. Address before: 510663 No. 10 Shenzhou Road, Science City, Luogang District, Guangzhou City, Guangdong Province Patentee before: Comba Telecom System (China) Ltd. |