CN104320771A - Method, device and system for configuring home node B parameters - Google Patents
Method, device and system for configuring home node B parameters Download PDFInfo
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- CN104320771A CN104320771A CN201410547016.4A CN201410547016A CN104320771A CN 104320771 A CN104320771 A CN 104320771A CN 201410547016 A CN201410547016 A CN 201410547016A CN 104320771 A CN104320771 A CN 104320771A
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Abstract
The invention discloses a method, a device and a system for configuring home node B parameters. The method mainly comprises the following steps: a home node B receives a first message sent by a service network element, wherein the first message carries SecGW address and HMS address, the two of which are determined by the service network element according to the geographical location information of the home node B; the home node B establishes a communication channel with the corresponding SecGW according to the SecGW address; the home node B is connected with the HMS corresponding to the HMS address by use of the communication channel; core network parameters distributed by the HMS to perform parameter configuration. According to the method for configuring the home node B parameters, the plug-and-play function of the home node B is realized, and the home node B does not require the manual configuration of the core network parameters, and therefore, the manual intervention is reduced.
Description
Technical field
The present invention relates to the communications field, particularly relate to a kind of Home eNodeB method for parameter configuration, equipment and system.
Background technology
In cellular networks, estimate that the phone of 2/3 and the data service of more than 90% are in indoor generation.Therefore, for cellular network operator, become more and more important for speech, video and high-speed data service provide good in-door covering to become.But some investigate display, the family of 45% and the enterprise of 30% are all faced with the problem of in-door covering difference.Good in-door covering and service quality can create more income for operator, and adding users loyalty also reduces customer churn.Bad in-door covering is just in time contrary.Therefore, introducing Small Cell base station as the supplementary of in-door covering is mode conventional at present.Small Cell base station is a kind of small-sized, low-power cellular basestation, is mainly used in the indoor place such as family and office, is therefore also referred to as Home eNodeB.
As shown in Figure 1, subscriber terminal equipment 11, Small Cell base station 12, IP Access Network 13, gateway system 14, HMS (Home Node B Manager System, home base station management system) 16, core net 15 be the traditional Small Cell base station access network system of composition jointly.Wherein gateway system 14 is made up of SecGW (Security GateWay, security gateway) 141 and GW (GateWay, gateway) 142, and wherein, GW is the base-station gateway of Small Cell.Small Cell base station needs by gateway system, or direct core network access.Consider based on safety and convenient management, base station is generally by gateway system core network access.When opening, which gateway system Small Cell base station is linked into, core net parameter such as Cell ID (the Cell Identification of access, mobile phone signal overlay area number), LAC (location area code, lane place encode), SAC (service area code, service area code), RAC (Real Application Clusters, applying and trooping), RNCID (Radio Network Controller Identity, wireless network control district identification code) etc., all need by being configured in base station manually.When needing amendment parameter, need in professional to user family, or user is just passable to China Mobile Service Hall.Both waste of manpower, inconvenient again.
In sum, prior art exists Small Cell base station needs by manually by the problem of Home eNodeB parameter configuration to base station.
Summary of the invention
The embodiment of the present invention provides a kind of Home eNodeB method for parameter configuration, there is Small Cell base station need by manually by the problem of the parameter configuration of Home eNodeB to base station in order to solve in prior art.
The embodiment of the present invention provides a kind of Home eNodeB method for parameter configuration, comprising:
Home eNodeB receives the first message that service network element sends, and described first message carries security gateway SecGW address and home base station management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit;
According to described SecGW address, described Home eNodeB and corresponding SecGW set up communication port;
By described communication port, the described Home eNodeB HMS corresponding to described HMS address connects;
The core net parameter receiving described HMS distribution carries out parameter configuration.
Preferably, after the core net parameter that the described HMS of described reception distributes carries out parameter configuration, comprise: when the geographical location information that network security AAA system compares the described Home eNodeB obtained by described communication port is consistent with the geographical location information be stored in AAA system, complete the registration of described Home eNodeB.
Preferably, if the core net parameter that the HMS of described reception distributes needs to upgrade, comprising:
The core net parameter that described Home eNodeB receives the needs renewal that HMS redistributes carries out parameter renewal.
The embodiment of the present invention provides a kind of Home eNodeB method for parameter configuration, comprising:
Service network element sends the first message to Home eNodeB, carries out Home eNodeB parameter configuration to make described Home eNodeB according to described first message; Described first message carries security gateway SecGW address and home base station management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit.
Preferably, also comprise: described service network unit determines the geographic location information of described Home eNodeB according to following information:
According to the selection of user obtain described Home eNodeB open an account ground information; Or
The geographical location information of described Home eNodeB is obtained according to GPS geographical coordinate; Or
The geographical location information of Home eNodeB according to the IP address acquisition of described Home eNodeB; Or
The geographical location information indicating and obtain described Home eNodeB is connected according to DSL; Or
The geographical location information of Home eNodeB according to the acquisition of information of surrounding macro-cell.
Preferably, also comprise:
Described service network element receives SecGW address and/or HMS address, the described SecGW address that the corresponding renewal self of described service network element stores and/or the described HMS address parameter information of the needs renewal that HMS sends.
The embodiment of the present invention provides a kind of Home eNodeB parameter configuration equipment, comprising:
Receipt message unit: for receiving the first message that service network element sends, described first message carries security gateway SecGW address and home base station management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of Home eNodeB by described service network unit;
Set up channel unit: for according to described SecGW address, described Home eNodeB and corresponding SecGW set up communication port, and the HMS corresponding to described HMS address by described communication port connects;
Configuration parameter unit: for receive described HMS distribute core net parameter go forward side by side line parameter configuration.
Preferably, described configuration parameter unit also for:
When the geographical location information that network security AAA system compares the described Home eNodeB obtained by described communication port is consistent with the geographical location information be stored in AAA system, complete the registration of described Home eNodeB.
Preferably, described configuration parameter unit is used for:
Described Home eNodeB receives core net parameter that needs that HMS redistributes upgrade line parameter of going forward side by side and upgrades.
The embodiment of the present invention provides a kind of Home eNodeB parameter configuration equipment, comprising:
Message reception units: for receiving the geographical location information of Home eNodeB;
Message sending unit: for sending the first message to Home eNodeB, carries out Home eNodeB parameter configuration to make described Home eNodeB according to described first message; Described first message carries SecGW address and home base station management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit.
Preferably, described message reception units is used for receiving:
According to the selection of user obtain described Home eNodeB open an account ground information; Or
The geographical location information of described Home eNodeB is obtained according to GPS geographical coordinate; Or
The geographical location information of Home eNodeB according to the IP address acquisition of described Home eNodeB; Or
The geographical location information indicating and obtain described Home eNodeB is connected according to DSL; Or
The geographical location information of Home eNodeB according to the acquisition of information of surrounding macro-cell.
Preferably, also parameter configuration unit is comprised;
Described message reception units also for, receive HMS send needs upgrade SecGW address and/or HMS address;
Described parameter configuration unit is used for, the described SecGW address that corresponding renewal self stores and/or described HMS address parameter information.
The embodiment of the present invention provides a kind of Home eNodeB parameter configuring system, comprising:
Home eNodeB: for receiving the first message that service network element sends, described first message carries security gateway SecGW address and home base station management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit; According to described SecGW address, described Home eNodeB and corresponding SecGW set up communication port; The HMS corresponding to described HMS address by described communication port connects; The core net parameter receiving described HMS distribution carries out parameter configuration;
Service network element: for receiving the geographical location information of Home eNodeB; Send the first message to Home eNodeB, carry out Home eNodeB parameter configuration to make described Home eNodeB according to described first message; Described first message carries SecGW address and family structure management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit.
The embodiment of the present invention provides a kind of Home eNodeB method for parameter configuration, and Home eNodeB receives the first message that service network element sends, and described first message carries SecGW address and HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit; According to described SecGW address, described Home eNodeB and corresponding SecGW set up communication port; The HMS corresponding to described HMS address by described communication port connects; The core net parameter receiving described HMS distribution carries out parameter configuration.Compared with prior art, adopt the method, achieve the function of Home eNodeB plug and play, do not need by manually by core net parameter configuration to base station, decrease manual intervention.Further, by serving the setting of network element, simplifying the flow process obtaining base station geographic position information, and ensure that the accuracy of base station geographic position information to a great extent.
Accompanying drawing explanation
Fig. 1 is Small Cell base station access network system diagram in prior art;
The Small Cell base station parameter configuration-system that Fig. 2 provides for the embodiment of the present invention;
Fig. 3 provides a kind of Home eNodeB method for parameter configuration flow chart for the embodiment of the present invention one;
A kind of Home eNodeB method for parameter configuration flow chart that Fig. 4 provides for the embodiment of the present invention two;
A kind of Home eNodeB parameter configuration device structure schematic diagram that Fig. 5 provides for the embodiment of the present invention six;
A kind of Home eNodeB parameter configuration device structure schematic diagram that Fig. 6 provides for the embodiment of the present invention seven;
A kind of Home eNodeB parameter configuring system structural representation that Fig. 7 provides for the embodiment of the present invention eight.
Embodiment
The embodiment of the present invention provides a kind of Home eNodeB method for parameter configuration, and Home eNodeB receives the first message that service network element sends, and described first message carries Sec GW address and HMS address; Described Sec GW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit; Compared to the prior art, by disposing service network unit, simplifying the flow process obtaining Home eNodeB geographical location information, and ensure that the accuracy of Home eNodeB geographical location information to a great extent.According to described Sec GW address, described Home eNodeB and corresponding SecGW set up communication port; The HMS corresponding to described HMS address by described communication port connects; The core net parameter receiving described HMS distribution carries out parameter configuration.Adopt the method, achieve the function of Home eNodeB plug and play, after Home eNodeB finds gateway system automatically, do not need by manually by core net parameter configuration to base station, decrease manual intervention.
For Small Cell base station, Home eNodeB method for parameter configuration and system are described below.
The present invention, based on Small Cell base station architecture, introduces service network element, thus composition Small Cell base station parameter configuration-system.Service network element is a server disposing in an ip network, and the geographical location information reported according to Small Cell base station is selected gateway system for it by it, and wherein gateway system comprises SecGW and GW.After Small Cell base station is linked into gateway system, then obtain the network side parameters such as Cell ID, LAC, SAC, RAC, RNCID via HMS, thus realize the automatic network access function of Small Cell base station.When parameter modification, by HMS consolidate notifications or trigger parameter configuration flow again.
As shown in Figure 2, subscriber terminal equipment 11, Small Cell base station 12, IP Access Network 13, service network element 17, gateway system 14, HMS16, core net 15 be composition Small Cell base station parameter configuration-system jointly, and wherein gateway system 14 is made up of SecGW 141 and GW 142.Further, Small Cell base station parameter configuration-system can also comprise AAA (Authentication, Authorization and Accounting, network safety system) system 18.
Subscriber terminal equipment 11, refers to wireless subscriber terminal.
Small Cell base station 12, a kind of small-sized, low-power cellular basestation.Be integrated with 3G (3rd Generation, 3G (Third Generation) Moblie) Node B in network, and RNC (Radio Network Controller, radio network controller) RRM, RANAP (Access Network Application Part, Radio Access Network Application Part) agreement major function.Be mainly used in in-door covering, improve indoor access rate.
IP Access Network 13, can be ADSL (Asymmetric Digital Subscriber Line, Asymmetrical Digital Subscriber Line), the one of the IP Access Networks such as Ethernet partial wideband, for Small Cell base station provides Internet access points.
Service network element 17, service network element is a server being deployed in IP (internet protocol, Internet protocol) network, and the geographical location information reported according to Small Cell base station is selected gateway for it by it.
Gateway system 14, comprises SecGW and GW two parts, and wherein GW is responsible for carrying out converging and distributing to the signaling between Small Cell base station and CN (Core Network, core net) and data; SecGW ensures the secure accessing of Small Cell base station to HMS, AAA system and GW.SecGW and GW can be same entity physically.
HMS16, as a logic entity in Small Cell base station access network, for operator provides the Network Management Function of subscriber terminal equipment and Small Cell base station.Core net 15, includes but not limited to the packet domain of 3G and LTE and the network node of circuit domain.
AAA system 18, comprises authentication, mandate and statistics, wherein, and certification (Authentication): the identity of authentication of users and spendable network service; Authorize (Authorization): serve to user according to authentication result open network; Account (Accounting): recording user to the consumption of various network service, and is supplied to charge system.Whole system is very effective in network management and security problem.
Below in conjunction with Figure of description, the preferred embodiments of the present invention are described, should be appreciated that preferred embodiment described herein is only for instruction and explanation of the present invention, is not intended to limit the present invention.And when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.
Embodiment one
As shown in Figure 3, the embodiment of the present invention one provides a kind of Home eNodeB method for parameter configuration, and the method comprises:
Step 201, Home eNodeB receive the first message that service network element sends, and described first message carries SecGW address and HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit;
Step 201, according to described SecGW address, described Home eNodeB and corresponding SecGW set up communication port;
Step 203, to be connected by the HMS that described communication port is corresponding to described HMS address;
Step 204, receive described HMS distribute core net parameter carry out parameter configuration.
Further, described service network unit determines the geographic location information of described Home eNodeB according to following information:
According to the selection of user obtain described Home eNodeB open an account ground information; Or
The geographical location information of described Home eNodeB is obtained according to GPS geographical coordinate; Or
The geographical location information of Home eNodeB according to the IP address acquisition of described Home eNodeB; Or
The geographical location information indicating and obtain described Home eNodeB is connected according to DSL; Or
The geographical location information of Home eNodeB according to the acquisition of information of surrounding macro-cell.
In embodiments of the present invention, the geographical location information of the mode determination Home eNodeB selected by user, can avoid Home eNodeB due to gps signal, IP address, DSL access indicate etc. be difficult to obtain problem; Meanwhile, user generally can know oneself ground information of opening an account, and the gps signal also can avoiding getting, IP address, DSL access the inaccurate problems such as sign.The geographical location information of the mode determination Home eNodeB selected by user, is simplified the flow process obtaining base station geographic position information, and ensure that the accuracy of Home eNodeB geographical location information to a large extent.
Further, after the core net parameter receiving described HMS distribution carries out parameter configuration, also comprise:
When the geographical location information that AAA system compares the described Home eNodeB obtained by described communication port is consistent with the geographical location information be stored in AAA system, complete the registration of described Home eNodeB;
If the result compared is inconsistent, then described Home eNodeB can not complete registration.
When the geographical location information of the Home eNodeB obtained is different from real geographical location information, can ensure by the authentication of AAA system the networking that Home eNodeB can not be wrong.
Further, when the core net parameter that the HMS of described reception distributes needs to upgrade, comprising:
The core net parameter that described Home eNodeB receives the needs renewal that HMS redistributes carries out parameter renewal.
Further, if described service network element receives SecGW address and/or HMS address, the described SecGW address that the corresponding renewal self of described service network element stores and/or the described HMS address parameter information of the needs renewal that HMS sends.
As shown in Figure 4, the embodiment of the present invention two provides a kind of Home eNodeB method for parameter configuration, comprises the following steps:
Step 300, Small Cell base station 12 receives the user that subscriber terminal equipment selects and to open an account information.
Step 301, service network element 17 receives the ground information of opening an account of user's selection that Small Cell base station 12 sends.
Step 302, Small Cell base station 12 receives the first message that service network element 17 sends, and described first message carries SecGW address and HMS address; Wherein SecGW address and HMS address are chosen according to user ground information of opening an account by described service network element 17 and are determined.
Step 303, according to described SecGW address, communication port is set up with corresponding SecGW141 in described Small Cell base station 12.
Step 304, user is chosen ground information of opening an account and mates with the geographical position be stored in AAA system by AAA system 18.
Step 305, the HMS16 corresponding to described HMS address by described communication port connects.
Step 306, the core net parameter receiving described HMS16 distribution carries out parameter configuration.
Step 307, registers.
In step 301, when Small Cell base station 12 access service network element 17 first, connect with the mains according to explanation in Small Cell base station 12 by user, sets up network and connect; User's open any browser, browser jumps to Small Cell base station 12 and arranges the guide page, arranges network parameters; After the success of online optimum configurations, the page goes in the page of service network element 17 correspondence; User chooses open an account ground and provinces and cities' information on the page of service network element 17 correspondence; By TLS/SSL security protocol, Small Cell base station 12 and service network element 17 set up TR069 session.Wherein, access first refers to Small Cell base station 12 from direct to user's hand after dispatching from the factory, and never crosses the process that access service network element 17 is configured parameter.
Service network element 17 receives the ground information of opening an account of user's selection that Small Cell base station 12 sends, this information of opening an account ground information of opening an account that to be user select on the page of service network element 17 correspondence, the geographical location information of what ground information of wherein opening an account was corresponding is Small Cell base station 12.
In an embodiment, service network element 17 receives the ground information of opening an account that user selects on the page, adopts the method, simplifies the flow process that base station obtains geographical location information, and ensure that the accuracy of base station geographic position information to a great extent.
Service network element 17 receives the geographical location information of Small Cell base station 12, the database stored in service network element 17 is searched according to the geographical location information received, determine the SecGW address corresponding with Small Cell base station 12 and HMS address, and these two information are sent to Small Cell base station 12.Small Cell base station 12 discharges and serves the TR069 session between network element 17.
Wherein, store SecGW address corresponding to Home eNodeB geographical location information and HMS address in the database in service network element 17, each geographical location information can a corresponding SecGW address and HMS address.
In step 303, according to described SecGW address, communication port is set up with corresponding SecGW141 in described Small Cell base station 12, and Small Cell base station 12 and HMS16 set up TR069 session.
Small Cell base station 12 according to SecGW address, and establishes communication port between SecGW141, and wherein, this communication port also can be called ipsec tunnel.
Wherein, Small Cell base station 12 is connected by ipsec tunnel and HMS16, or with AAA system 18 connects, complete in step 304 and step 305 respectively, but, in embodiments of the present invention, step 304 and step 305 not strict sequencing, and step 304 synchronously can complete with step 305, and step 304 can complete before step 305, same, step 304 also can complete after step 305.The sequencing of the embodiment of the present invention to step 304 and step 305 does not limit.
If Small Cell base station 12 is first connected with HMS16 by ipsec tunnel, and then connects with AAA system 18;
After so connecting with HMS16 in Small Cell base station 12, HMS16 can according to the IMSI information of Small Cell base station 12, by the IP of GW142 Intranet, the parameter of core net if the information distribution such as RAC, LAC, CELLID, NSEI are to Small Cell base station 12.Small Cell base station 12 discharges the TR069 session between HMS16.
In step 307, the core net parameter that Small Cell base station 12 is distributed according to the HMS16 received is registered, before Small Cell base station 12 is registered, AAA system 18 needs first to carry out authentication to Small Cell base station 12, is namely mated with the geographical location information be stored in AAA system 18 by the geographical location information of Small Cell base station 12 exactly.
If the geographical location information of Small Cell base station 12 is consistent with the geographical location information stored in AAA system 18, then the core net parameter that Small Cell base station 12 is distributed according to the HMS16 received is registered.
If the geographical location information of Small Cell base station 12 does not mate with the geographical location information stored in AAA system 18, then AAA system 18 is by the registration of restriction Small Cell base station 12, and can provide the message of registration failure.
The embodiment of the present invention three provides a kind of Home eNodeB method for parameter configuration, and wherein Small Cell base station is non-is linked in service network element first, and the automatic layoutprocedure of parameter is as follows:
Small Cell base station 12 is non-to be linked in service network element 17 first, refers to Small Cell base station 12 and to be once linked in service network element 17 and to carry out parameter configuration.If now user wants configuration parameter in this access service network element 17, need manual entry service network element address on a web browser, the operation of ground information of just can carrying out selecting opening an account.
Wherein, Small Cell base station 12 is non-to be linked in service network element 17 and difference that Small Cell base station 12 is linked into service network element 17 is first first, non-ly to access first, do not need user to carry out online optimum configurations arranging on the guide page of Small Cell base station 12.User can directly sign in in the page of service network element 17 correspondence, carries out the Parameter Configuration process of Small Cell base station 12, specific as follows:
User signs in in the Website page of service network element 17 correspondence, and user chooses the ground provinces and cities information of opening an account of Small Cell base station 12 in the page of service network element 17 correspondence; By TLS/SSL security protocol, SmallCell base station 12 and service network element 17 set up TR069 session.
Base station, according to ground information searching database of opening an account, is handed down in SeGW address, HMS address by service network element 17.
Small Cell base station 12 discharges and serves the TR069 session between network element 17.
Ipsec tunnel is set up between Small Cell base station 12 and SeGW, by ipsec tunnel, the TR069 session of base station foundation and HMS16.
HMS16 according to the IMSI information of Small Cell base station 12, by the parameter of GW142 Intranet IP, core net if the information distribution such as RAC, LAC, CELLID, NSEI are to Small Cell base station 12; Small Cell base station 12 discharges the TR069 session between HMS16.
Small Cell base station 12 is registered.
The embodiment of the present invention four provides a kind of Home eNodeB method for parameter configuration, and under arbitrary mobile communication standard, after user selects the ground information of opening an account of mistake, Small Cell base station parameter collocation method is as follows:
If user operation hand misses or estimates to select the ground information of opening an account of mistake, so any process can not be done in parameter configuration link.After parameter configuration completes, Small Cell base station 12 needs to register, and in the process of registration, AAA system 18 will carry out authentication to Small Cell base station 12.The geographical location information of Small Cell base station 12 and the geographical location information be stored in AAA system 18 are compared, if the geographical location information of Small Cell base station 12 is consistent with the geographical location information be stored in AAA system 18, then Small Cell base station 12 proceed registration.
If the geographical location information of Small Cell base station 12 is inconsistent with the geographical location information be stored in AAA system 18, then AAA system 18 is by the registration of restriction Small Cell base station 12, and provides the prompting of failure.
Now, registration business cannot be carried out in Small Cell base station 12, and user can contact technical support personnel, are not mated by the geographical location information being apprised of Small Cell base station 12 with the geographical location information be stored in AAA system 18.If user needs to reconnect site for service, first in the page of service network element 17 correspondence, select ground information of opening an account, restart parameter configuration according to the step of embodiment three.
When the authentication process of AAA system 18 also can be carved and carries out setting up communication port successor with Home eNodeB.
The embodiment of the present invention five provides a kind of Home eNodeB method for parameter configuration, and under arbitrary mobile communication standard, when network side parameter changes, relevant treatment flow process, is described in detail as follows:
After Small Cell base station 12 completes registration, when network side parameter changes, HMS16 is by the parametric distribution that changes to Small Cell base station 12, and the parameter that wherein HMS16 distributes comprises HMS address, SecGW address, GW address, RAC, LAC, SAC etc.Further, service network element 17 also can be given in HMS address and SecGW address assignment by HMS16.
When Small Cell base station 12 receives the parameter that HMS16 redistributes, will automatically complete the renewal of parameter.
If Small Cell base station 12 is in the process of undated parameter, run into Small Cell base station 12 auto-breaking or other reason causes upgrading unsuccessfully, then Small Cell base station 12 needs again to upgrade, and mainly comprises following two kinds of methods:
1) if HMS address and SecGW address change, then Small Cell base station 12 can not complete parameter and automatically upgrades, need user to receive the website of Sign-On services network element 17 correspondence, reselect ground information of opening an account, again complete Small Cell base station 12 parameter configuration and registration process.Concrete process can restart parameter configuration according to the step of embodiment three.
2) if other parameters except HMS address and SecGW address change, then after SmallCell base station 12 re-powers the upper HMS16 of connection, just can regain from HMS16 the parameter needing to upgrade, automatically complete parameter and upgrade.
The embodiment of the present invention provides a kind of Home eNodeB method for parameter configuration, and Home eNodeB receives the first message that service network element sends, and described first message carries Sec GW address and HMS address; Described Sec GW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit; Compared to the prior art, by disposing service network unit, simplifying the flow process obtaining Home eNodeB geographical location information, and ensure that the accuracy of Home eNodeB geographical location information to a great extent.According to described Sec GW address, described Home eNodeB and corresponding SecGW set up communication port; The HMS corresponding to described HMS address by described communication port connects; The core net parameter receiving described HMS distribution carries out parameter configuration.Adopt the method, achieve the function of Home eNodeB plug and play, after Home eNodeB finds gateway system automatically, do not need by manually by core net parameter configuration to base station, decrease manual intervention.
As shown in Figure 5, the embodiment of the present invention six provides a kind of Home eNodeB parameter configuration equipment, comprising: receipt message unit 41, set up channel unit 42 and configuration parameter unit 43.
Receipt message unit 41: for receiving the first message that service network element sends, described first message carries SecGW address and HMS address; Described SecGW address and HMS address are determined according to the geographical location information of Home eNodeB by described service network unit;
Set up channel unit 42: for according to described SecGW address, described Home eNodeB and corresponding SecGW set up communication port, and the HMS corresponding to described HMS address by described communication port connects;
Configuration parameter unit 43: for receive described HMS distribute core net parameter go forward side by side line parameter configuration.
Further, described configuration parameter unit 43 also for:
When the geographical location information that AAA system compares the described Home eNodeB obtained by described communication port is consistent with the geographical location information be stored in AAA system, complete the registration of described Home eNodeB.
Further, described configuration parameter unit 43 for:
The core net parameter that described Home eNodeB receives the needs renewal that HMS redistributes carries out parameter renewal.
As shown in Figure 6, the embodiment of the present invention seven provides a kind of Home eNodeB parameter configuration equipment, comprising: message reception units 51 and message sending unit 52.
Message reception units 51: for receiving the geographical location information of Home eNodeB;
Message sending unit 52: for sending the first message to Home eNodeB, carries out Home eNodeB parameter configuration to make described Home eNodeB according to described first message; Described first message carries SecGW address and HMS address; The geographical location information of the Home eNodeB that described SecGW address and HMS address receive according to described message reception units is determined.
Further, described message reception units 51 is for receiving:
According to the selection of user obtain described Home eNodeB open an account ground information; Or
The geographical location information of described Home eNodeB is obtained according to GPS geographical coordinate; Or
The geographical location information of Home eNodeB according to the IP address acquisition of described Home eNodeB; Or
The geographical location information indicating and obtain described Home eNodeB is connected according to DSL; Or
The geographical location information of Home eNodeB according to the acquisition of information of surrounding macro-cell.
Further, described equipment also comprises parameter configuration unit 53.
Described message reception units 51 also for, receive HMS send needs upgrade SecGW address and/or HMS address;
The described SecGW address that described parameter configuration unit 53 stores for, corresponding renewal self and/or described HMS address parameter information.
As shown in Figure 7, the embodiment of the present invention eight provides a kind of Home eNodeB parameter configuring system, comprises Home eNodeB 20 and service network element 17.
Home eNodeB 20: for receiving the first message that service network element sends, described first message carries SecGW address and HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit; According to described SecGW address, described Home eNodeB and corresponding SecGW set up communication port; The HMS corresponding with described HMS address by described communication port connects; The core net parameter receiving described HMS distribution carries out parameter configuration; Service network element 17: for receiving the geographical location information of Home eNodeB; Send the first message to Home eNodeB, carry out Home eNodeB parameter configuration to make described Home eNodeB according to described first message; Described first message carries SecGW address and family structure management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit.
In the embodiment of the present invention, Home eNodeB comprises Small Cell base station.
Should be appreciated that the logical partitioning that module that above a kind of Home eNodeB parameter configuring system comprises is only the function that realizes according to this apparatus and carries out, in practical application, superposition or the fractionation of said units can be carried out.And the function that a kind of Home eNodeB parameter configuring system that this embodiment provides realizes and a kind of Home eNodeB method for parameter configuration one_to_one corresponding that above-described embodiment provides, for the handling process specifically that this equipment realizes, be described in detail in said method embodiment one, be not described in detail herein.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (13)
1. a Home eNodeB method for parameter configuration, is characterized in that, comprising:
Home eNodeB receives the first message that service network element sends, and described first message carries security gateway SecGW address and home base station management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit;
According to described SecGW address, described Home eNodeB and corresponding SecGW set up communication port;
By described communication port, the described Home eNodeB HMS corresponding to described HMS address connects;
The core net parameter receiving described HMS distribution carries out parameter configuration.
2. method as claimed in claim 1, it is characterized in that, after the core net parameter that the described HMS of described reception distributes carries out parameter configuration, comprise: when the geographical location information that network security AAA system compares the described Home eNodeB obtained by described communication port is consistent with the geographical location information be stored in AAA system, complete the registration of described Home eNodeB.
3. method as claimed in claim 1, is characterized in that, if the core net parameter that the HMS of described reception distributes needs to upgrade, comprising:
The core net parameter that described Home eNodeB receives the needs renewal that HMS redistributes carries out parameter renewal.
4. a Home eNodeB method for parameter configuration, is characterized in that, comprising:
Service network element sends the first message to Home eNodeB, carries out Home eNodeB parameter configuration to make described Home eNodeB according to described first message; Described first message carries security gateway SecGW address and home base station management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit.
5. method as claimed in claim 4, is characterized in that, also comprise: described service network unit determines the geographic location information of described Home eNodeB according to following information:
According to the selection of user obtain described Home eNodeB open an account ground information; Or
The geographical location information of described Home eNodeB is obtained according to GPS geographical coordinate; Or
The geographical location information of Home eNodeB according to the IP address acquisition of described Home eNodeB; Or
The geographical location information indicating and obtain described Home eNodeB is connected according to DSL; Or
The geographical location information of Home eNodeB according to the acquisition of information of surrounding macro-cell.
6. method as claimed in claim 4, is characterized in that, also comprise:
Described service network element receives SecGW address and/or HMS address, the described SecGW address that the corresponding renewal self of described service network element stores and/or the described HMS address parameter information of the needs renewal that HMS sends.
7. a Home eNodeB parameter configuration equipment, is characterized in that, comprising:
Receipt message unit: for receiving the first message that service network element sends, described first message carries security gateway SecGW address and home base station management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of Home eNodeB by described service network unit;
Set up channel unit: for according to described SecGW address, described Home eNodeB and corresponding SecGW set up communication port, and the HMS corresponding to described HMS address by described communication port connects;
Configuration parameter unit: for receive described HMS distribute core net parameter go forward side by side line parameter configuration.
8. equipment as claimed in claim 7, is characterized in that, described configuration parameter unit also for:
When the geographical location information that network security AAA system compares the described Home eNodeB obtained by described communication port is consistent with the geographical location information be stored in AAA system, complete the registration of described Home eNodeB.
9. equipment as claimed in claim 7, it is characterized in that, described configuration parameter unit is used for:
Described Home eNodeB receives core net parameter that needs that HMS redistributes upgrade line parameter of going forward side by side and upgrades.
10. a Home eNodeB parameter configuration equipment, is characterized in that, comprising:
Message reception units: for receiving the geographical location information of Home eNodeB;
Message sending unit: for sending the first message to Home eNodeB, carries out Home eNodeB parameter configuration to make described Home eNodeB according to described first message; Described first message carries security gateway SecGW address and home base station management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB.
11. equipment as claimed in claim 10, is characterized in that, described message reception units is used for receiving:
According to the selection of user obtain described Home eNodeB open an account ground information; Or
The geographical location information of described Home eNodeB is obtained according to GPS geographical coordinate; Or
The geographical location information of Home eNodeB according to the IP address acquisition of described Home eNodeB; Or
The geographical location information indicating and obtain described Home eNodeB is connected according to DSL; Or
The geographical location information of Home eNodeB according to the acquisition of information of surrounding macro-cell.
12. equipment as claimed in claim 10, is characterized in that, also comprise parameter configuration unit;
Described message reception units also for, receive HMS send needs upgrade SecGW address and/or HMS address;
Described parameter configuration unit is used for, the described SecGW address that corresponding renewal self stores and/or described HMS address parameter information.
13. 1 kinds of Home eNodeB parameter configuring systems, is characterized in that, comprising:
Home eNodeB: for receiving the first message that service network element sends, described first message carries security gateway SecGW address and home base station management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit; According to described SecGW address, described Home eNodeB and corresponding SecGW set up communication port; The HMS corresponding to described HMS address by described communication port connects; The core net parameter receiving described HMS distribution carries out parameter configuration;
Service network element: for receiving the geographical location information of Home eNodeB; Send the first message to Home eNodeB, carry out Home eNodeB parameter configuration to make described Home eNodeB according to described first message; Described first message carries security gateway SecGW address and family structure management system HMS address; Described SecGW address and HMS address are determined according to the geographical location information of described Home eNodeB by described service network unit.
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| CN201410547016.4A CN104320771A (en) | 2014-10-15 | 2014-10-15 | Method, device and system for configuring home node B parameters |
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| CN201410547016.4A CN104320771A (en) | 2014-10-15 | 2014-10-15 | Method, device and system for configuring home node B parameters |
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