CN102291806B - Method, device and system for controlling user equipment access - Google Patents
Method, device and system for controlling user equipment access Download PDFInfo
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Abstract
The invention provides a method, a device and a system for controlling user equipment access. The method comprises the following steps that: a home node B (HNB) obtains international mobile subscriber identity (IMSI) of user equipment (UE) to be stayed on the HNB; whether the IMSI exists in an access control list (ACL) of the HNB or not is judged, and if not, IMSI inquiry information is generated and is sent to an HNB-AG; the inquiry result information returned by the HNB-AG is received; when the inquiry result information is analyzed to show that the IMSI exists in the ACL of other HNBs comprised by the position region of the HNB, the UE is refused to stay on the HNB, and the UE is redirected to a macro network. The method, the device and the system for controlling the user equipment access have the advantages that after the UE is refused to stay by one HNB, the UE can still stay on the registered HNB of the UE distributed to the same LAC as the HNB.
Description
Technical Field
The present invention relates to the field of wireless communication technologies, and in particular, to a method, an apparatus, and a system for controlling access of a user equipment.
Background
With the continuous development of wireless communication technology, indoor coverage has become a central importance for the construction of 3G networks. For the indoor coverage of the 3G network, the 3G network can not only play the maximum role to create higher value for operators, but also greatly save the network establishment cost of the operators. At present, to meet the indoor coverage requirement of 3G network, HNB (Home NodeB ) has come to work, and it can function as a small Home base station. Therefore, indoor coverage with a family as a unit can be realized through the HNB placed in the home, indoor broadband application of the wireless terminal based on the 3G network is facilitated, and fusion of a fixed network and a mobile network is promoted.
In order to facilitate development of related services, implement a flexible charging policy, and protect broadband resources of UE (User Equipment) registered under an HNB from being illegally occupied, an operator needs to control the UE to be accessed to a certain HNB. Specifically, when an operator opens an account for HNB service, the operator needs to register UEs that are allowed to use the HNB service, and write IMSI (International Mobile Subscriber Identity) of the UEs into an ACL (Access Control List) of the HNB, and during operation of the HNB, the HNB only allows UEs registered in the HNB to camp on and perform services on the HNB, and rejects UEs that are not registered in the HNB to camp on and perform services on the HNB.
In the prior art, in a method for controlling a UE to be accessed to a certain HNB: after the UE initiates a camping request to an unregistered HNB and is rejected, the UE lists an LAC (Location Area code) of a cell where the HNB is located in a blacklist, and then does not attempt to access the cell corresponding to the LAC if the LAC is encountered again; in the implementation process of the method, if the HNB registered by the UE and the other HNBs are in the same cell, the UE will be configured to the same LAC, and once the UE fails to camp on the other HNBs, the UE cannot camp on the HNB registered by the UE any more.
Disclosure of Invention
The invention provides a method, a device and a system for controlling access of user equipment, which are used for solving the technical problem that after UE (user equipment) is rejected to be resided by an HNB (home node B), the UE cannot be resided on the registered HNB of the UE which is allocated to the same LAC (location area access) as the HNB in the prior art.
The invention provides a method for controlling user equipment access, which comprises the following steps:
the HNB acquires the IMSI of the UE to be resided on the HNB;
judging whether the IMSI exists in an ACL of the HNB, if not, generating an IMSI inquiry message and sending the IMSI inquiry message to an HNB-AG (Home NodeB-Access Gateway, a Home node B Gateway); inquiring whether the IMSI of the UE exists in ACLs of other HNBs in the location area of the HNB; the ACL includes the IMSI of each UE registered on the HNB;
receiving a query result message returned by the HNB-AG;
and if the IMSI is acquired to be present in ACLs of other HNBs included in the location area of the HNB by analyzing the query result message, rejecting the UE to reside on the HNB, and redirecting the UE to a macro network.
The invention provides a device for controlling the access of user equipment, which comprises:
an obtaining module, configured to obtain an IMSI of a UE to be camped on the HNB;
a judging module, configured to judge whether the IMSI exists in an ACL of the HNB;
the generating module is used for generating an IMSI inquiry message and sending the IMSI inquiry message to an HNB-AG after the judging unit judges that the IMSI does not exist in the ACL of the HNB;
a receiving module, configured to receive a query result message returned by the HNB-AG;
and the processing module is used for refusing the UE to reside on the HNB and redirecting the UE to a macro network if the IMSI is acquired to exist in ACLs of other HNBs in the position area of the HNB by analyzing the query result message.
The invention provides a system for controlling user equipment access, which comprises UE, HNB and HNB-AG, wherein the HNB is respectively connected with the UE and the HNB-AG;
a camping request message for the UE to send; or receiving an IMSI request message sent by the HNB, and sending the IMSI to the HNB;
the HNB is used for acquiring the IMSI of the UE to be resided on the HNB; judging whether the IMSI exists in an ACL of the HNB, if not, generating an IMSI inquiry message and sending the IMSI inquiry message to the HNB-AG; receiving a query result message returned by the HNB-AG; if the IMSI is found to exist in ACLs of other HNBs included in the location area of the HNB by analyzing the query result message, rejecting the UE to reside on the HNB, and redirecting the UE to a macro network;
the HNB-AG is used for receiving an IMSI inquiry message sent by the HNB; and according to the IMSI inquiry message, generating and sending the inquiry result message by searching whether the IMSI included in the IMSI inquiry message exists in ACLs of other HNBs included in the location area where the HNB is located.
The invention provides a method, a device and a system for controlling the access of user equipment, and provides a mode for controlling the access of the user equipment, wherein IMSI inquiry information is generated and sent to HNB-AG by judging that IMSI does not exist in ACL of HNB, and if the IMSI exists in ACL of other HNB included in a position area of the HNB by analyzing the inquiry result information, the UE is refused to reside on the HNB, and the UE is redirected to a macro network; the technical problem that the UE cannot be resided on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB in the prior art is solved, so that the UE can still reside on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB.
Drawings
Fig. 1 is a flowchart of a method for controlling access of a user equipment according to the present invention;
fig. 2 is a signaling diagram of a method of controlling access of a user equipment according to the present invention;
fig. 3 is a schematic structural diagram of an apparatus for controlling access of a ue according to the present invention;
FIG. 4 is a schematic view of another structure of the apparatus for controlling UE access according to the present invention;
fig. 5 is a schematic structural diagram of a system for controlling access of a user equipment according to the present invention.
Detailed Description
In embodiments of the present invention, the UE is intended to reside on a HNB that is in a location area that includes the HNB and other HNBs.
Fig. 1 is a flowchart of a method for controlling access of a ue according to the present invention. As shown in fig. 1, the method for controlling access of user equipment in this embodiment includes:
step 101, the HNB obtains the IMSI of the UE to be camped on the HNB;
firstly, establishing RRC (Radio Resource Control, Radio Resource management) connection between UE and HNB, on the basis of the RRC connection, the UE sends a residing request message to the HNB, and the HNB receives the residing request message sent by the UE and acquires IMSI (international mobile subscriber identity) for identifying the UE from the residing request message; specifically, the HNB determines whether the IMSI includes the IMSI by analyzing the camping request message, and if it is known that the camping request message does not include the IMSI, the HNB needs to send an IMSI request message to the UE, and the UE returns the IMSI to the HNB after receiving the IMSI request message.
Step 102, judging whether the IMSI exists in an ACL of the HNB, if not, generating an IMSI inquiry message and sending the IMSI inquiry message to the HNB-AG;
the HNB judges whether the IMSI for identifying the UE is in an ACL included in the HNB, if so, the UE is registered in the HNB, and the HNB allows the UE to reside and perform service on the UE; if not, the UE is not registered in the HNB, and the HNB needs to generate an IMSI query message and send the IMSI query message to the HNB-AG to query whether the IMSI of the UE exists in ACLs of other HNBs in a location area where the HNB is located, wherein each HNB in the location area corresponds to one ACL, and the ACL comprises the IMSI of the UE registered to the corresponding HNB.
Step 103, receiving a query result message returned by the HNB-AG;
HNB-AG receives IMSI inquiry information sent by HNB; according to the IMSI inquiry message, generating an inquiry result message and sending the inquiry result message by searching whether the IMSI contained in the IMSI inquiry message exists in ACLs of other HNBs contained in the location area where the HNB is located; and the HNB receives the inquiry result message returned by the HNB-AG.
And step 104, if the IMSI is known to exist in ACLs of other HNBs included in the location area of the HNB by analyzing the query result message, rejecting the UE to reside on the HNB, and redirecting the UE to the macro network.
The HNB analyzes the inquiry result message, if the IMSI which marks the UE exists in ACL of other HNB which is included in a position area of the HNB, the HNB sends a residence refusing message to the UE so as to refuse the UE to reside on the HNB, the UE receives the residence refusing message sent by the HNB and sends a user using smart card type message to the HNB, then the HNB judges whether a macro network is available, if so, the HNB identifies a smart card used by the UE by analyzing the user using the smart card type message, if the smart card used by the UE is SIM (Subscriber Identity Module), the UE is redirected to the macro network, and if the smart card used by the UE is USIM (Universal Subscriber Identity Module), a leisure mode message is sent to the UE so that the UE tries to reside on the HNB within a preset time period; further, if the HNB knows that the IMSI identifying the UE does not exist in the ACL of the other HNBs included in the location area where the HNB is located, the HNB directly sends an NAS (Non-Access Stratum) reject message to the UE, notifies the UE that the request for camping on the HNB fails, rejects the attempt for camping on the other HNBs included in the location area where the identifier is LAC, and releases the RRC connection established between the previous HNB and the HNB-AG.
The method for controlling access of user equipment in this embodiment provides a way for controlling access of user equipment, and generates an IMSI query message and sends the IMSI query message to an HNB-AG by determining that an IMSI identifying UE does not exist in an ACL of an HNB, and rejects the UE from residing on the HNB and redirects the UE to a macro network if the IMSI exists in the ACL of other HNBs included in a location area where the HNB is located by analyzing the query result message; the technical problem that the UE cannot be resided on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB in the prior art is solved, so that the UE can still reside on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB.
Fig. 2 is a signaling diagram of a method for controlling access of a user equipment according to the present invention. As shown in fig. 2, the signaling diagram for controlling the ue access method of the present invention includes the following specific steps:
step 201, establishing RRC connection between UE and HNB;
step 202, on the basis of the RRC connection, the UE sends a resident request message to the HNB;
step 203, the HNB receives the camping request message sent by the UE, and acquires the IMSI identifying the UE from the camping request message; specifically, the HNB determines whether the resident request message includes the IMSI by analyzing the resident request message, if it is known that the resident request message does not include the IMSI, the HNB needs to send an IMSI request message to the UE, the UE returns the IMSI to the HNB after receiving the IMSI request message, and if it is known that the resident request message includes the IMSI, the HNB directly extracts the resident request message for standby;
step 204, the HNB judges whether the IMSI for identifying the UE exists in the ACL of the HNB;
step 205, if the HNB determines that the IMSI identifying the UE exists in the ACL of the HNB, it indicates that the UE is already registered in the HNB, the HNB allows the UE to reside on the HNB and perform related services, and after the related services are executed, the RRC connection is released between the UE and the HNB;
step 206, if the HNB determines that the IMSI identifying the UE does not exist in the ACL of the HNB, it indicates that the UE is not registered in the HNB, and the HNB generates an IMSI query message and sends the IMSI query message to the HNB-AG to query whether the IMSI of the UE exists in the ACL of other HNBs in the location area where the HNB is located, where each HNB in the location area corresponds to an ACL, and the ACL includes the IMSI of each UE registered on the HNB corresponding to the ACL.
Step 207, HNB-AG receives IMSI query message sent by HNB; according to the IMSI inquiry message, generating an inquiry result message and sending the inquiry result message to the HNB by searching whether the IMSI contained in the IMSI inquiry message exists in ACLs of other HNBs contained in the location area of the HNB;
step 208, the HNB receives the query result message returned by the HNB-AG, and obtains whether the IMSI exists in the ACL of other HNBs included in the location area where the HNB is located by analyzing the query result message;
step 209, if the HNB knows that the IMSI does not exist in the ACL of another HNB included in the location area where the HNB is located, the HNB directly sends an NAS (Non-access stratum) reject message to the UE, notifies the UE that the request for camping on the HNB fails, rejects the attempt for camping on another HNB included in the location area identified as the LAC, and releases the RRC connection established between the HNB and the HNB-AG previously;
step 210, if the HNB knows that the IMSI exists in the ACL of other HNBs included in the location area where the HNB is located, the HNB sends a message of denying camping to the UE;
step 211, the UE receives the camping rejection message sent by the HNB, and sends a smart card type message used by the user to the HNB;
step 212, the HNB determines whether the macro network is available;
step 213, if the HNB determines that the macro network is not available, the HNB directly sends an NAS (Non-Access Stratum) reject message to the UE, notifies the UE of the failure of the request for camping on the HNB, rejects the attempt for camping on another HNB included in the location area identified by the LAC, and releases the RRC connection established between the HNB and the HNB-AG;
step 214, if the HNB judges that the macro network is available, the HNB identifies the smart card used by the UE by analyzing the smart card type information used by the user;
step 215, if the HNB identifies that the smart card used by the UE is the SIM, the HNB redirects the user equipment to the macro network and releases the RRC connection established between the HNB and the HNB-AG previously;
step 216, if the HNB recognizes that the smart card used by the UE is a USIM, sending a leisure mode message to the UE, so that the UE does not try to reside in the HNB within a preset time period;
step 217, the UE receives the leisure mode message and does not attempt to camp on the HNB within a preset time period;
step 218, the previously established RRC connection is released between the HNB and the HNB-AG.
The method for controlling access of user equipment in this embodiment provides a way for controlling access of user equipment, and generates an IMSI query message and sends the IMSI query message to an HNB-AG by determining that an IMSI identifying UE does not exist in an ACL of an HNB, and rejects the UE from residing on the HNB and redirects the UE to a macro network if the IMSI exists in the ACL of other HNBs included in a location area where the HNB is located by analyzing the query result message; the technical problem that the UE cannot be resided on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB in the prior art is solved, so that the UE can still reside on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB.
Fig. 3 is a schematic structural diagram of an apparatus for controlling access of a ue according to the present invention. As shown in fig. 3, the apparatus for controlling access to a user equipment of this embodiment includes an obtaining module 301, a determining module 302, a generating module 303, a receiving module 304 and a processing module 305, and the obtaining module 301, the determining module 302, the generating module 303, the receiving module 304 and the processing module 305 are connected in sequence, wherein,
the obtaining module 301 receives a camping request message sent by the UE; the determining module 302 determines whether the IMSI exists in the ACL of the HNB; after the judging module 302 judges that the IMSI does not exist in the ACL of the HNB, the generating module 303 generates an IMSI inquiry message and sends the IMSI inquiry message to the HNB-AG; the receiving module 304 receives the query result message returned by the HNB-AG; the processing module 305 is configured to, if it is known through parsing the query result message that the IMSI identifying the UE exists in the ACL of other HNBs in the location area where the HNB is located, reject the UE to reside on the HNB, and redirect the UE to the macro network.
The apparatus for controlling access to a UE of this embodiment provides a manner for controlling access to a UE, where a determining module determines that an IMSI identifying the UE does not exist in an ACL of an HNB, a generating module generates an IMSI query message and sends the IMSI query message to an HNB-AG, and a processing module analyzes the query result message to obtain that the IMSI exists in an ACL of another HNB included in a location area where the HNB is located, and then rejects the UE to reside on the HNB, and redirects the UE to a macro network; the technical problem that the UE cannot be resided on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB in the prior art is solved, so that the UE can still reside on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB.
Fig. 4 is another structural diagram of the apparatus for controlling access of a ue according to the present invention. As shown in fig. 4, the control user equipment of this embodiment, on the basis of controlling the user equipment access device shown in fig. 3, the obtaining module 301 includes a first receiving unit 3011, a determining unit 3012, a sending unit 3013 and a second receiving unit 3014, where the first receiving unit 3011, the determining unit 3012 and the sending unit 3013 are connected in sequence, where the first receiving unit 3011 receives a camping request message sent by the UE; the determining unit 3012 determines whether the camping request message includes an IMSI identifying the UE; after the determining unit 3012 determines that the IMSI is not included in the camping request message, the sending unit 3013 sends an IMSI obtaining request message to the UE; the second receiving unit 3014 is connected to the determining module 302, and receives the IMSI returned by the UE.
The processing module 305 comprises a rejecting unit 3051 and a redirecting unit 3052, the redirecting unit 3052 comprises a judging subunit 30521, an identifying subunit 30522, a redirecting subunit 30523 and a controlling user device state subunit 30524, the identifying subunit 30522 is connected to the judging subunit 30521, the redirecting subunit 30523 and the controlling user device state subunit 30524, respectively, and the rejecting unit 3051 is connected to the receiving module 304 and the redirecting unit 3052, wherein,
the rejecting unit 3051 rejects the UE to reside on the HNB after it learns that the IMSI exists in the ACL of other HNBs in the location area where the HNB is located by analyzing the query result message; the judgment subunit 30521 judges whether a macro network is available; the identifying subunit 30522 identifies the smart card used by the UE after the determining subunit 30521 determines that the macro network is available; the redirection subunit 30523 redirects the UE to the macro network after the identification subunit 30522 identifies that the smart card used by the UE is an SIM; further, the control user equipment state subunit 30524 sends the leisure mode message to the UE after the identification subunit identifies that the smart card used by the UE is a USIM, so that the UE does not attempt to camp on the HNB for a preset time period.
The apparatus for controlling access to a UE of this embodiment provides a manner for controlling access to a UE, where a determining module determines that an IMSI identifying the UE does not exist in an ACL of an HNB, a generating module generates an IMSI query message and sends the IMSI query message to an HNB-AG, and a processing module analyzes the query result message to obtain that the IMSI exists in an ACL of another HNB included in a location area where the HNB is located, and then rejects the UE to reside on the HNB, and redirects the UE to a macro network; the technical problem that the UE cannot be resided on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB in the prior art is solved, so that the UE can still reside on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB.
Fig. 5 is a schematic structural diagram of a system for controlling access of a user equipment according to the present invention. As shown in fig. 5, the system for controlling access of user equipment in this embodiment includes a UE401, a HNB402, and a HNB-AG403, where the HNB402 is connected to the UE401 and the HNB-AG403 respectively; wherein,
a park request message sent by UE 401; or, receiving an IMSI request message sent by HNB402, and sending an IMSI to HNB 402;
the HNB402 is configured to obtain an IMSI of a UE to be camped on the HNB 402; judging whether the IMSI exists in an ACL of the HNB402, if not, generating an HNB402 inquiry message and sending the HNB402 inquiry message to an HNB-AG 403; receiving the inquiry result message returned by the HNB-AG 403; after knowing that the IMSI exists in ACLs of other HNBs included in the location area where the HNB402 is located by analyzing the query result message, rejecting the UE to reside on the HNB402, and redirecting the UE to the macro network;
HNB-AG403 receives IMSI inquiry message sent by HNB 402; and according to the IMSI query message, generating and sending the query result message by searching whether the IMSI included in the IMSI query message exists in the access control list of other HNBs included in the location area where the HNB402 is located.
The system for controlling access of user equipment in this embodiment provides a way for controlling access of user equipment, and generates an IMSI query message and sends the IMSI query message to an HNB-AG by judging, by an HNB, that an IMSI identifying UE does not exist in an ACL of an HNB, and rejects the UE to reside on the HNB and redirects the UE to a macro network if it is known that the IMSI exists in the ACL of other HNBs included in a location area where the HNB is located by analyzing the query result message; the technical problem that the UE cannot be resided on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB in the prior art is solved, so that the UE can still reside on the UE registered HNB allocated to the same LAC as the HNB after being refused to reside by the HNB.
Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (10)
1. A method for controlling access of a user equipment, comprising:
a home node B acquires an international mobile subscriber identity of a user equipment to be resident on the home node B;
judging whether the international mobile subscriber identity exists in the access control list of the home node B, if not, generating an international mobile subscriber identity query message and sending the international mobile subscriber identity query message to a home node B gateway; inquiring whether the international mobile subscriber identity of the user equipment exists in an access control list of other home node Bs in the location area of the home node B; the access control list includes international mobile subscriber identities of each of the user equipments registered to the home node B;
receiving a query result message returned by the home node B gateway;
and if the international mobile subscriber identity is known to exist in the access control lists of other home node Bs included in the location area of the home node B by analyzing the query result message, refusing the user equipment to reside on the home node B, and redirecting the user equipment to the macro network.
2. The method of claim 1, wherein the home node B obtains an international mobile subscriber identity of a ue to be camped on the home node B;
the home node B receives a resident request message sent by user equipment;
judging whether the resident request message includes the international mobile subscriber identity, if not, sending a request message for acquiring the international mobile subscriber identity to the user equipment;
and receiving the international mobile subscriber identity returned by the user equipment.
3. The method of claim 1, wherein redirecting the UE to the macro network comprises:
judging whether the macro network is available, if so, identifying the smart card used by the user equipment;
and if the smart card used by the user equipment is a subscriber identity module, redirecting the user equipment to the macro network.
4. The method of controlling access by a user equipment of claim 3,
and if the smart card used by the user equipment is a universal subscriber identity module, sending a leisure mode message to the user equipment so that the user equipment does not try to reside in the home node B within a preset time period.
5. An apparatus for controlling access by a user equipment, comprising:
an obtaining module, configured to obtain an international mobile subscriber identity of a user equipment to be camped on a home node B;
a judging module, configured to judge whether the international mobile subscriber identity exists in an access control list of the home node B;
a generating module, configured to generate an international mobile subscriber identity query message and send the international mobile subscriber identity query message to a home node B gateway after the determining unit determines that the international mobile subscriber identity does not exist in the access control list of the home node B;
a receiving module, configured to receive a query result message returned by the home node B gateway;
and the processing module is used for refusing the user equipment to reside on the home node B and redirecting the user equipment to the macro network if the international mobile subscriber identity is known to exist in the access control lists of other home node Bs in the location area of the home node B by analyzing the query result message.
6. The apparatus for controlling access of a user equipment according to claim 5, wherein the obtaining module comprises:
a first receiving unit, configured to receive a park request message sent by a user equipment;
a determining unit, configured to determine whether the camping request message includes the international mobile subscriber identity;
a sending unit, configured to send a request message for obtaining an international mobile subscriber identity to the ue after the determining unit determines that the camping request message does not include the international mobile subscriber identity;
a second receiving unit, configured to receive the international mobile subscriber identity returned by the ue.
7. The apparatus for controlling access of a user equipment according to claim 5, wherein the processing module comprises:
a rejecting unit, configured to reject the ue from residing on the home node B if it is known that the imsi exists in an access control list of another home node B in a location area where the home node B is located by analyzing the query result message;
a redirection unit, configured to redirect the ue to a macro network after rejecting the ue to reside on the home node B.
8. The apparatus for controlling access of a user equipment according to claim 7, wherein the redirection unit comprises:
a judging subunit, configured to judge whether the macro network is available;
an identification subunit, configured to identify, after the judging subunit judges that the macro network is available, a smart card used by the user equipment;
a redirection subunit, configured to redirect the ue to the macro network after the identification subunit identifies that the smart card used by the ue is a subscriber identity module.
9. The apparatus for controlling access of a user equipment according to claim 7, wherein the redirection unit further comprises:
a control ue status subunit, configured to send a leisure mode message to the ue after the identification subunit identifies that the smart card used by the ue is a universal subscriber identity module, so that the ue does not attempt to reside in the home node B within a preset time period.
10. A system for controlling user equipment access is characterized by comprising user equipment, a home node B and a home node B gateway, wherein the home node B is respectively connected with the user equipment and the home node B gateway;
the user equipment is used for sending a resident request message; or receiving an international mobile subscriber identity request message sent by the home node B, and sending an international mobile subscriber identity to the home node B;
the home node B is used for acquiring the international mobile subscriber identity of the user equipment to be resident on the home node B; judging whether the international mobile subscriber identity exists in the access control list of the home node B, if not, generating an international mobile subscriber identity query message and sending the international mobile subscriber identity query message to the home node B gateway; receiving a query result message returned by the home node B gateway; if the international mobile subscriber identity is known to exist in the access control lists of other home node Bs included in the location area of the home node B by analyzing the query result message, refusing the user equipment to reside on the home node B, and redirecting the user equipment to a macro network;
the home node B gateway is used for receiving an international mobile subscriber identity query message sent by the home node B; and generating and sending the query result message by searching whether the international mobile subscriber identity included in the query message exists in the access control lists of other home node Bs included in the location area of the home node B according to the international mobile subscriber identity query message.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010212476.3A CN102291806B (en) | 2010-06-21 | 2010-06-21 | Method, device and system for controlling user equipment access |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010212476.3A CN102291806B (en) | 2010-06-21 | 2010-06-21 | Method, device and system for controlling user equipment access |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102291806A CN102291806A (en) | 2011-12-21 |
| CN102291806B true CN102291806B (en) | 2014-08-13 |
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| CN101400106A (en) * | 2007-09-27 | 2009-04-01 | 华为技术有限公司 | Method for household base station access control |
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| CN101686579A (en) * | 2008-09-28 | 2010-03-31 | 中兴通讯股份有限公司 | Setting method of subscriber access control reason and family base station gateway |
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