CN101610207A - Obtain, send method, network, equipment and the system of user ID - Google Patents
Obtain, send method, network, equipment and the system of user ID Download PDFInfo
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Abstract
The embodiment of the invention provides a kind of and obtains, sends method, network, equipment and the system of user ID, and the method for obtaining user ID comprises: evolution High Rate Packet Data eHRPD network set up with terminal UE between packet data network PDN be connected; In described PDN establishment of connection process, described eHRPD network obtains the user ID MSID of described UE.By in setting up the process that packet data network PDN is connected between UE and the eHRPD network, obtain the MSID of UE by the eHRPD network; Thereby not under the situation of support equipment authentication, make the eHRPD network can obtain the user ID MSID of UE at the eHRPD network.
Description
Technical field
The present invention relates to communication technical field, relate in particular to the method, network, equipment and the system that obtain, send user ID.
Background technology
The intercommunication of 3GPP evolvement network and non-3GPP network is the much-talked-about topic that current standardization body is discussed.Wherein of greatest concern is the intercommunication of 3GPP evolvement network and eHRPD (evolution High Rate Packet Data) network.
See also Fig. 1, in the framework of 3GPP network and eHRPD network interworking, increased by two interfaces between 3GPP network and eHRPD network: first interface is the S101 interface, and second interface is the S103 interface.Wherein,
The S101 interface is the interface between MME and the eAN (evolution Access Network), its essence is a tunnel, signaling between forwarding terminal and the objective network and data are (just under discussion, might also can pass data), accessory terminal carries out pre-registration or switches to objective network from source network at objective network.
The S103 interface is the interface between Serving Gateway and the HSGW (HRPD gateway), and the data that are used to transmit the delay of 3GPP evolvement network send to terminal by the eHRPD network then to the eHRPD network.
The dual-mode terminal of supposing LTE/HRPD is the dual-mode terminal of single-emission and double-receiving.In this case, when terminal on a network transceive data time, it can not carry out the work of registration, authentication or session negotiation simultaneously on the another one network.When the result causes terminal across accesses technical to switch, must register earlier, work such as authentication or session negotiation.These processes need several seconds usually, cause transfer of data to interrupt, and have greatly influenced the quality of service of real time business in handoff procedure.In order to reduce the terminal that real time business switches, the notion of " pre-registration " has been proposed.Promptly when terminal still also at source network the time, terminal is transceive data on one side, on one side by source network and S101 interface and work such as objective network execution registration, authentication or session negotiation.Really carry out to begin immediately in the objective network transceive data when inter-network is switched in terminal, therefore at utmost reduced inter-network service switchover break period.
After terminal was carried out pre-registration, before terminal really switched to objective network, terminal and objective network can carry out Signalling exchange by source network and S101 interface as required at any time.For example, when the QoS configuration information changed, terminal and objective network be consulting session information again.
All there is a S101 Session (session) ID in each S101 tunnel as sign.Adopt the IMSI (international mobile subscriber identification code) of terminal as the S101 session id at present.Adopting IMSI is that the S101 session id overall situation is unique as an advantage of S101 session id, therefore when network entity changes, does not need to change the S101 session id, has reduced the work that the S101 session id distributed and safeguards when network entity switched.
In current HRPD standard, can pass through the IMSI information that device authentication (through the A12 interface) obtains terminal.HRPD network IMSI is used to select to be connected to the PDSN of packet-based core networks, also is used for the mobile station identification of A9 and A11 interface message simultaneously, and PDSN identifies the grouping data conversation of distinguishing different user with this.But the inventor finds in realizing process of the present invention: device authentication is not the essential function of eHRPD network.Not under the situation of support equipment authentication, eAN can't obtain the IMSI of terminal, thereby can't produce the S101 session id based on IMSI at eHRPD.Further, because device authentication is not the essential function of HRPD and eHRPD network, at eHRPD not under the situation of support equipment authentication, AN or eAN can't obtain IMSI and other user ID of UE, make PDSN or HSGW can't discern the grouping data conversation of existence and set up new grouping data conversation, cause time-delay and loss of data.
Summary of the invention
The purpose of the embodiment of the invention is to provide and obtains, sends method, network, equipment and the system of user ID, obtains the user ID MSID of UE to realize the eHRPD network.
The embodiment of the invention provides a kind of method of obtaining user ID, and this method comprises:
Evolution High Rate Packet Data eHRPD network set up with terminal UE between packet data network PDN be connected;
In described PDN establishment of connection process, described eHRPD network obtains the user ID MSID of described UE.
The embodiment of the invention also provides a kind of method that sends user ID, and this method comprises:
Terminal UE set up with evolution High Rate Packet Data eHRPD network between packet data network PDN be connected;
In described PDN establishment of connection process, described UE sends the user ID MSID of described UE to described eHRPD network.
The embodiment of the invention also provides evolution High Rate Packet Data network, and this network comprises:
Linkage unit, be used to set up with terminal UE between packet data network PDN be connected;
Identify unit is used for setting up the process that PDN connects at described linkage unit, obtains the user ID MSID of described UE.
The embodiment of the invention also provides a kind of equipment that sends user ID, and this equipment comprises:
The grouping linkage unit, be used to set up with evolution High Rate Packet Data eHRPD network between packet data network PDN be connected;
The user ID unit is used for setting up the process that PDN connects at described grouping linkage unit, sends the user ID MSID of terminal UE to described eHRPD network.
The embodiment of the invention also provides a kind of system that obtains user ID, and this system comprises: evolution High Rate Packet Data eHRPD network and terminal UE;
Described evolution High Rate Packet Data eHRPD network links to each other with terminal by the mode that can communicate by letter, be used to set up with terminal UE between packet data network PDN be connected; And in described PDN establishment of connection process, obtain the user ID MSID of described UE.
The embodiment of the invention is obtained the MSID of UE by in setting up the process that packet data network PDN is connected between UE and the eHRPD network by the eHRPD network; Thereby not under the situation of support equipment authentication, make the eHRPD network can obtain the user ID MSID of UE at the eHRPD network.
Description of drawings
Fig. 1 is the framework of evolution 3GPP network and eHRPD network interworking in the prior art;
Fig. 2 is the schematic flow sheet that obtains the method for MSID in the embodiment of the invention one;
Fig. 3 is the schematic flow sheet that obtains the method for MSID in the embodiment of the invention two;
Fig. 4 is the schematic flow sheet that obtains the method for MSID in the embodiment of the invention three;
Fig. 5 is the schematic flow sheet that obtains the method for MSID in the embodiment of the invention four;
Fig. 6 is the structural representation of eHRPD in the embodiment of the invention five;
Fig. 7 is the structural representation that sends the equipment of MSID in the embodiment of the invention six;
Fig. 8 is the structural representation that obtains the system of MSID in the embodiment of the invention seven.
Embodiment
Below in conjunction with accompanying drawing the embodiment of the embodiment of the invention is done further and to be elaborated.
The embodiment of the invention provides, and not under the situation of support equipment authentication, makes eAN obtain the method for the MSID of UE at the eHRPD network.Wherein MSID can include but not limited to MEID, ESN or international mobile subscriber identification code IMSI.
Embodiment one, and a kind of method of obtaining user ID sees also Fig. 2, and this method comprises:
201, evolution High Rate Packet Data eHRPD network set up with terminal UE between packet data network PDN be connected.
When UE inserts the 3GPP network by eHRPD, when perhaps UE carries out the eHRPD pre-registration by LTE, can set up PDN between UE and the eHRPD network and be connected, the PDN connection comprises that access authentication procedure is connected the process of foundation with default PDN.
202, in PDN establishment of connection process, the eHRPD network obtains the user ID MSID of UE.
HSGW can set up MSID such as obtaining IMSI in the process by access authentication procedure or default PDSN connection.
Further, optionally, can also comprise:
203, the eHRPD network sends MSID to the evolution Access Network eAN that UE connects.
The embodiment of the invention also provides a kind of method that sends user ID, and this method comprises:
Step 2, in described PDN establishment of connection process, described UE sends the user ID MSID of described UE to described eHRPD network.
HSGW sends MSID to eAN behind MSID such as acquisition IMSI.EAN preserves this MSID in order to follow-up use.As using IMSI to generate the S101 session id.Can pass to target eAN by the eAN interface when switching between eAN uses.HSGW can use this user ID (as IMSI) and A9 ' (A9 ' when being HRPD network and the intercommunication of 3GPP evolvement network to the amended interface of A9 interface, be the signaling interface between eAN and ePCF), A11 ' (A11 ' when being HRPD network and the intercommunication of 3GPP evolvement network to the amended interface of A11 interface, be ePCF with HSGW between signaling interface) user ID used in the interface carries out related.Like this, when carrying out switching between eAN, even target eAN/ePCF is different with the user ID in source eAN/ePCF and the HSGW signaling interface with user ID in the HSGW signaling interface, also can distinguish by this user ID is same user's grouping data conversation, can continue to use original grouping data conversation and need not rebulid new grouping data conversation, avoid the time-delay and the loss of data of Packet data service, improve the reliability of Packet data service.
Embodiment two, present embodiment be the method for embodiment one in default PDN establishment of connection process, the eHRPD network obtains the concrete application of the MSID of described UE, sees also Fig. 3:
1, terminal inserts the eHRPD network or carries out the eHRPD pre-registration by the 3GPP network, has set up eat dishes without rice or wine session and set up main signaling and connect of eHRPD.
2, the EAP-AKA authentication that runs succeeded of UE and network.
3, UE sends PDN Connection Request (PDN connection request) message and gives HSGW, portability MSID in the message.HSGW preserves MSID.
4, HSGW transmission Proxy Binding Update (PBU, agent binding update) message is carried out the proxy-mobile IP registration to P-GW.Carry user's NAI in the message, options such as lifetime.If HSGW does not have MSID information, can comprise the MSID option in PBU message provides with request P-GW.If MSID information has been arranged, in PBU, can not comprise the MSID option.
5, P-GW response PBA (Proxy Binding Ack, agent binding is replied) message is given HSGW, comprises NAI, lifetime, options such as UE address information.P-GW can always comprise the MSID option in PBA message, perhaps comprise according to PBU message and just comprise the MSID option when MSID options request provides user ID.
6, HSGW sends PDN Connection Response (PDN connection response) message and gives UE.Can comprise PDN address information and UE IP address.
7, HSGW sends A11-Session Update message to ePCF, carries the MSID of preservation in the message.If carried MSID information in the step 3, this step can be after step 3 any moment carry out.If just obtain MSID information in step 5, then this step can be after step 5 any moment carry out.
8, ePCF replys A11-Session Update Ack message and gives HSGW.
If eAN and ePCF are same solid element, step 9 and 10 can be omitted.
9, ePCF sends A9-Update-A8 message to eAN, carries the MSID parameter in the message.
10, eAN replys A9-Update-A8 Ack message and gives ePCF.
This moment, eAN obtained MSID, as IMSI, can preserve and was equipped with follow-up use, as generating the S101 session id.Can pass to target eAN together with session parameter when between eAN, switching.
In PBU message, MSID can be put empty expression request user ID.In PBA message, carry the MSID value.
In the step 7, HSGW carries MSID such as IMSI in the extended field of A11-Session Update message.
In the step 9, can in A9-Update-A8 message, increase field, carry MSID such as IMSI with the field that increases.
Present embodiment is by in the default PDN establishment of connection process, obtaining the MSID of UE by the eHRPD network, and send to eAN between UE and eHRPD network; Thereby not under the situation of support equipment authentication, make eAN can obtain the user ID MSID of UE at the eHRPD network.Like this, when carrying out switching between eAN, even target eAN/ePCF is different with the user ID in source eAN/ePCF and the HSGW signaling interface with user ID in the HSGW signaling interface, also can distinguish by this user ID is same user's grouping data conversation, can continue to use original grouping data conversation and need not rebulid new grouping data conversation, avoid the time-delay and the loss of data of Packet data service, improve the reliability of Packet data service.
Embodiment three, present embodiment be the method for embodiment one in the verification process of access authentication, the eHRPD network obtains a kind of concrete application of the MSID of UE.See also Fig. 4:
Terminal inserts the eHRPD network or carries out the eHRPD pre-registration by the 3GPP network, has set up main signaling and has connected.
1, HSGW sends EAP-Request/Identity (EAP request/identify label) message and gives UE.
2, UE response EAP-Response/Identity (EAP response/identity sign) message is carried NAI (Network Access Identfier, network access identifier) parameter.If that UE uses is permanent NAI, can use NAI form based on IMSI.When inserting for the first time, the form that is based on IMSI of use.
If do not comprise user ID among 3 NAI, HSGW is transmitted to EAP server among the 3GPP AAA with NAI, carries MSID field request 3GPP aaa server simultaneously in AAA message user ID is provided.
3a:HSGW encapsulates EAP load and is transmitted to 3GPP2AAA Proxy (3GPP2 AAA agency) as the authenticator in AAA message, also carry the MSID field in the message and provide user ID with request 3GPP aaa server.
3b.3GPP2 AAA Proxy is transmitted to the 3GPP aaa server.
4, carry out the concrete verification process of EAPAKA.
If 5 authentication successs, 3GPP aaa server are created EAP-Success (EAP-success) message and user and are disposed and wait other parameter to be carried at together in the AAA message to send to HSGW, also carry the MSID field in the message and comprise user ID.Whether carry all user ID of carried terminal in return messages of MSID field request user ID in the AAA message that the 3GPP aaa server can send regardless of HSGW.
The 5a:3GPP aaa server comprises EAP-Success (EAP-success) message and MSID and other parameter and sends to 3GPP2 AAA Proxy in AAA message.
5b.3 GPP2 AAA Proxy forwarding information is given HSGW.
6, parameter such as HSGW storage security key.HSGW sends EAP-Success message to UE.
At this moment, the EAP-AKA exchange completes successfully.
7, HSGW sends A11-Session Update message to ePCF, carries the user ID of preservation in the message, as IMSI.
8, ePCF replys A11-Session Update Ack message and gives HSGW.
If eAN and ePCF are same solid element, step 9 and 10 can be omitted.
9, ePCF sends A9-Update-A8 message to eAN, carries the MSID parameter in the message.
10, eAN replys A9-Update-A8 Ack message and gives ePCF.
This moment, eAN obtained user ID, as IMSI, can preserve and was equipped with follow-up use, as generating the S101 session id.Can pass to target eAN together with session parameter when between eAN, switching.
In step 3 and the step 5,, then can in the attribute field of Radius message, carry user ID if AAA message is Radius message.This attribute can be the particular community VSA of manufacturer (VendorSpecific Attribute)
If AAA message is Diameter message, then in MSID AVP, carry user ID, the AVP code is set is 5535/35 and represent user ID.
Issue in the AAA message of aaa server at HSGW, user ID can be made as sky, does not perhaps carry expression request user ID.And in the AAA message that aaa server is replied, carry user ID.
In the step 7, HSGW carries user ID such as IMSI in the extended field of A11-Session Update message.
In the step 9, in A9-Update-A8 message, increase field, in the field that increases, carry user ID such as IMSI.
In the verification process of present embodiment by access authentication between UE and eHRPD network, obtain the MSID of UE by the eHRPD network, and send to eAN; Thereby not under the situation of support equipment authentication, make eAN can obtain the user ID MSID of UE at the eHRPD network.Like this, when carrying out switching between eAN, even target eAN/ePCF is different with the user ID in source eAN/ePCF and the HSGW signaling interface with user ID in the HSGW signaling interface, also can distinguish by this user ID is same user's grouping data conversation, can continue to use original grouping data conversation and need not rebulid new grouping data conversation, avoid the time-delay and the loss of data of Packet data service, improve the reliability of Packet data service.
Embodiment four, present embodiment be the method for embodiment one in the verification process of access authentication, the eHRPD network obtains another kind of concrete application of the MSID of UE, is with the difference of embodiment three, NAI among the EAP-Response/Identity of UE response comprises MSID, sees also Fig. 5:
Terminal inserts the eHRPD network or carries out the eHRPD pre-registration by the 3GPP network, has set up main signaling and has connected.
1, HSGW sends EAP-Request/Identity (EAP request/identify label) message and gives UE.
2, UE response EAP-Response/Identity (EAP response/identity sign) message is carried NAI (Network Access Identifier, network access identifier) parameter.If that UE uses is permanent NAI, can use NAI form based on IMSI.When inserting for the first time, the form that is based on IMSI of use.
3, HSGW is transmitted to EAP server among the 3GPP AAA with NAI, and the IMSI that extracts simultaneously among the NAI preserves.
3a:HSGW encapsulates EAP load and is transmitted to 3GPP2AAAProxy (3GPP2 AAA agency) as the authenticator in AAA message.
3b.3GPP2 AAA Proxy is transmitted to the 3GPP aaa server.
4, carry out the concrete verification process of EAPAKA.
If 5 authentication successs, 3GPP aaa server are created EAP-Success (EAP-success) message and user and are disposed and wait other parameter to be carried at together in the AAA message to send to HSGW.
The 5a:3GPP aaa server comprises EAP-Success (EAP-success) message and other parameter and sends to 3GPP2 AAA Proxy in AAA message.
5b.3GPP2 AAA Proxy forwarding information is given HSGW.
6, parameter such as HSGW storage security key.HSGW sends EAP-Success message to UE.
At this moment, the EAP-AKA exchange completes successfully.
7, HSGW sends A11-Session Update message to ePCF, carries the IMSI of preservation in the message.
8, ePCF replys A11-Session Update Ack message and gives HSGW.
If eAN and ePCF are same solid element, step 9 and 10 can be omitted.
9, ePCF sends A9-Update-A8 message to eAN, carries the IMSI parameter in the message.
10, eAN replys A9-Update-A8 Ack message and gives ePCF.
This moment, eAN obtained IMSI, can preserve to be equipped with follow-up use, as generating the S101 session id.Can pass to target eAN together with session parameter when between eAN, switching.
In the step 7, HSGW carries user ID such as IMSI in the extended field of A11-Session Update message.
In the step 9, in A9-Update-A8 message, increase field, in the field that increases, carry user ID such as IMSI.
In the foregoing description two, three and four, HSGW carries MSID such as IMSI in the NomalVendor/Organization Specific of A11-Session Update message Extension (NVSE, general vendor/organisation particular extension) field.
In the foregoing description two, three and four, in A9-Update-A8 message, increase field UpdatedMSID, in the field that increases, carry MSID such as IMSI.
In the verification process of present embodiment by access authentication between UE and eHRPD network, from the NAI of UE response, obtain the MSID of UE by the eHRPD network, and send to eAN; Thereby not under the situation of support equipment authentication, make eAN can obtain the user ID MSID of UE at the eHRPD network.Like this, when carrying out switching between eAN, even target eAN/ePCF is different with the user ID in source eAN/ePCF and the HSGW signaling interface with user ID in the HSGW signaling interface, also can distinguish by this user ID is same user's grouping data conversation, can continue to use original grouping data conversation and need not rebulid new grouping data conversation, avoid the time-delay and the loss of data of Packet data service, improve the reliability of Packet data service.
Embodiment five, see also Fig. 6, evolution High Rate Packet Data eHRPD network, and this network comprises:
Identify unit 602 is used for setting up the process that PDN connects at described linkage unit, obtains the user ID MSID of described UE.
Further, this network can also comprise:
Transmitting element 603 is used for the MSID that described identify unit obtains is sent to the evolution Access Network eAN that described UE connects.
Further, linkage unit 601 can comprise:
Authentication subelement 601-1 is used for described UE is carried out access authentication;
Connexon unit 601-2 is used for after the authentication of described authentication subelement is passed through, and sets up default PDN between the described UE and is connected.
Further, identify unit 602 can comprise:
The first sign subelement 602-1 is used for the verification process at described authentication subelement, obtains the MSID of described UE;
The second sign subelement 602-2 is used for the default PDN establishment of connection process in described connexon unit, obtains the MSID of described UE.
The first sign subelement 602-1 and the second sign subelement 602-2 are optional two subelements, can in identify unit, only comprise the first sign subelement 602-1, also can in identify unit, only comprise the second sign subelement 602-2, can also in identify unit, comprise the first sign subelement 602-1 and the second sign subelement 602-2, comprise the scheme of the first sign subelement 602-1 and the second sign subelement 602-2 shown in Fig. 6 in the identify unit.
The eHRPD network that present embodiment provides, by and UE between in the PDN establishment of connection process, obtain the MSID of UE, further MSID can be sent to eAN; Thereby not under the situation of support equipment authentication, can obtain the user ID MSID of UE at the eHRPD network.Like this, when carrying out switching between eAN, even target eAN/ePCF is different with the user ID in source eAN/ePCF and the HSGW signaling interface with user ID in the HSGW signaling interface, also can distinguish by this user ID is same user's grouping data conversation, can continue to use original grouping data conversation and need not rebulid new grouping data conversation, avoid the time-delay and the loss of data of Packet data service, improve the reliability of Packet data service.
Embodiment six, and a kind of equipment that sends user ID sees also Fig. 7, and this equipment comprises: grouping linkage unit 701, be used to set up with evolution High Rate Packet Data eHRPD70 network between packet data network PDN be connected;
Further, grouping linkage unit 701 can comprise:
Request subelement 701-1 is used for sending PDN connection request message to described eHRPD network;
Response subelement 701-2 is used to receive the PDN connection request response of described eHRPD network.
Further, the user ID unit can be used for carrying in the PDN connection request message that the described request subelement sends the MSID of described UE.
The equipment that the present embodiment user ID is obtained can independently be provided with, also can be integrated among the UE, the equipment that the user ID of employing present embodiment is obtained, by and the eHRPD network between in the PDN establishment of connection process, provide the MSID of UE to the eHRPD network, further MSID can be sent to eAN; Thereby not under the situation of support equipment authentication, can obtain the user ID MSID of UE at the eHRPD network.Like this, when carrying out switching between eAN, even target eAN/ePCF is different with the user ID in source eAN/ePCF and the HSGW signaling interface with user ID in the HSGW signaling interface, also can distinguish by this user ID is same user's grouping data conversation, can continue to use original grouping data conversation and need not rebulid new grouping data conversation, avoid the time-delay and the loss of data of Packet data service, improve the reliability of Packet data service.
Embodiment seven, and the system that a kind of user ID is obtained sees also Fig. 8, and this system comprises evolution High Rate Packet Data eHRPD network 801 and terminal UE 803:
Evolution High Rate Packet Data eHRPD network 801 links to each other with terminal UE 803 by the mode that can communicate by letter, be used to set up with terminal UE 803 between packet data network PDN be connected; And in described PDN establishment of connection process, obtain the user ID MSID of described UE.
Optionally, described system can also comprise evolution Access Network eAN802, is used to receive the MSID from described eHRPD network, and described evolution High Rate Packet Data eHRPD network 801 also is used to send MSID to evolution Access Network eAN802.
Further, eHRPD network 801 comprises:
Linkage unit 801-1, be used to set up with terminal UE between packet data network PDN be connected;
Identify unit 801-2 is used for setting up the process that PDN connects at described linkage unit, obtains the user ID MSID of described UE;
Transmitting element 801-3 is used for the MSID that described identify unit obtains is sent to the evolution Access Network eAN that described UE connects.
Further, linkage unit 801-1 comprises:
Authentication subelement 801-11 is used for described UE is carried out access authentication;
Connexon unit 801-12 is used for after the authentication of described authentication subelement is passed through, and sets up default PDN between the described UE and is connected.
Further, identify unit comprises:
The first sign subelement 801-21 is used for the verification process at described authentication subelement, obtains the MSID of described UE;
The second sign subelement 801-22 is used for the default PDN establishment of connection process in described connexon unit, obtains the MSID of described UE.
The first sign subelement 801-21 and the second sign subelement 801-22 are optional two subelements, can in identify unit, only comprise the first sign subelement 801-21, also can in identify unit, only comprise the second sign subelement 801-22, can also in identify unit, comprise the first sign subelement 801-21 and the second sign subelement 801-22, comprise the scheme of the first sign subelement 801-21 and the second sign subelement 801-22 shown in Fig. 8 in the identify unit.
The eHRPD network can obtain the MSID of UE, and send to eAN setting up in the process that PDN is connected with UE in the system that the user ID of present embodiment is obtained; Thereby not under the situation of support equipment authentication, make eAN can obtain the user ID MSID of UE at the eHRPD network.Like this, when carrying out switching between eAN, even target eAN/ePCF is different with the user ID in source eAN/ePCF and the HSGW signaling interface with user ID in the HSGW signaling interface, also can distinguish by this user ID is same user's grouping data conversation, can continue to use original grouping data conversation and need not rebulid new grouping data conversation, avoid the time-delay and the loss of data of Packet data service, improve the reliability of Packet data service.
" reception " speech in the embodiment of the invention can be understood as and initiatively obtains from other modules also can be to receive the information that other modules are sent.
It will be appreciated by those skilled in the art that accompanying drawing is the schematic diagram of a preferred embodiment, module in the accompanying drawing or flow process might not be that enforcement the present invention is necessary.
It will be appreciated by those skilled in the art that the module in the device among the embodiment can be distributed in the device of embodiment according to the embodiment description, also can carry out respective change and be arranged in the one or more devices that are different from present embodiment.The module of the foregoing description can be merged into a module, also can further split into a plurality of submodules.
The invention described above embodiment sequence number is not represented the quality of embodiment just to description.Through the above description of the embodiments, those skilled in the art can be well understood to the present invention and can realize by the mode that software adds essential hardware platform, can certainly all implement by hardware.Based on such understanding, all or part of can the embodying that technical scheme of the present invention contributes to background technology with the form of software product, this computer software product can be stored in the storage medium, as ROM/RAM, magnetic disc, CD etc., comprise that some instructions are with so that a computer equipment (can be a personal computer, server, the perhaps network equipment etc.) carry out the described method of some part of each embodiment of the present invention or embodiment.
The above only is the specific embodiment of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (25)
1, a kind of method of obtaining user ID is characterized in that, this method comprises:
Evolution High Rate Packet Data eHRPD network set up with terminal UE between packet data network PDN be connected;
In described PDN establishment of connection process, described eHRPD network obtains the user ID MSID of described UE.
2, method according to claim 1 is characterized in that, this method also comprises:
Described eHRPD network sends described MSID to the evolution Access Network eAN that described UE connects.
3, method according to claim 1 is characterized in that, described MSID comprises Mobile Equipment Identifier MEID, Electronic Serial Number ESN or international mobile subscriber identification code IMSI.
4, according to each described method of claim 1 to 3, it is characterized in that, described eHRPD network set up with UE between packet data network PDN be connected and comprise:
Described eHRPD network carries out access authentication to described UE;
After authentication is passed through, set up default PDN between described eHRPD network and the described UE and be connected.
5, method according to claim 4 is characterized in that, described in described PDN establishment of connection process, the MSID that described eHRPD network obtains described UE comprises:
In the verification process of described access authentication, described eHRPD network obtains the MSID of described UE; And/or,
In described default PDN establishment of connection process, described eHRPD network obtains the MSID of described UE.
6, method according to claim 5 is characterized in that, and is described in the verification process of described access authentication, and the MSID that described eHRPD network obtains described UE comprises:
High-rate packet data services gateway HSGW sends the EAP request message to described UE;
Described HSGW receives the Extensible Authentication Protocol EAP response message of described UE, carries network access identifier NAI in the described EAP response message;
If do not comprise the MSID of described UE among the described NAI, described HSGW sends to EAP server among the 3GPP AAA with described NAI;
If authentication success, described HSGW receive the message that the EAP server among the described 3GPP AAA returns, carry the MSID of described UE in the message of returning.
7, method according to claim 6 is characterized in that, and is described in the verification process of described access authentication, and the MSID that described eHRPD network obtains described UE also comprises:
When described HSGW sends EAP server among the 3GPP AAA with described NAI, in AAA message, carry the request of MSID field, be used to ask described 3GPP aaa server that MSID is provided.
8, method according to claim 5 is characterized in that, and is described in the verification process of described access authentication, and the MSID that described eHRPD network obtains described UE comprises:
HSGW sends the EAP request message to described UE;
Described HSGW receives the EAP response message of described UE response, carries network access identifier NAI in the described EAP response message;
If comprise the MSID of described UE among the described NAI, the MSID that HSGW extracts among the NAI preserves.
9, method according to claim 5 is characterized in that, described in described default PDN establishment of connection process, the MSID that described eHRPD network obtains described UE comprises:
HSGW receives the PDN connection request message of described UE;
If do not comprise the MSID of described UE in the described PDN connection request message, described HSGW sends agent binding update messages to grouped data network gateway P-GW;
Described HSGW receives the agent binding response message of described P-GW response, and described agent binding response message comprises MSID.
10, method according to claim 9 is characterized in that, described in described default PDN establishment of connection process, the MSID that described eHRPD network obtains described UE also comprises:
When described HSGW sends agent binding update messages to P-GW, in described agent binding update messages, comprise the request of MSID field, be used to ask described P-GW that MSID is provided.
11, method according to claim 5 is characterized in that, described in described default PDN establishment of connection process, the MSID that described eHRPD network obtains described UE comprises:
HSGW receives the PDN connection request message of described UE;
If comprise the MSID of described UE in the described PDN connection request message, described HSGW preserves described MSID.
12, method according to claim 2 is characterized in that, described eHRPD network sends described MSID to the evolution Access Network eAN of described UE and comprises:
Described eHRPD network sends message to evolution Packet Control Function ePCF entity, comprises described MSID in the message; Described ePCF sends message to described eAN, comprises described MSID in the message; Perhaps,
Described HSGW sends message to described eAN, comprises described MSID in the message.
13, method according to claim 12 is characterized in that, the message that described HSGW sends to evolution Packet Control Function ePCF entity is A11 session updates A11-Session Update message; The message that described ePCF sends to described eAN is A9-Update-A8 message.
14, a kind of method that sends user ID is characterized in that, this method comprises:
Terminal UE set up with evolution High Rate Packet Data eHRPD network between packet data network PDN be connected;
In described PDN establishment of connection process, described UE sends the user ID MSID of described UE to described eHRPD network.
15, method according to claim 14 is characterized in that, described MSID comprises Mobile Equipment Identifier MEID, Electronic Serial Number ESN or international mobile subscriber identification code IMSI.
According to claim 14 or 15 described methods, it is characterized in that 16, described UE comprises to the MSID that described eHRPD network sends described UE:
Described UE sends PDN connection request message to HSGW, comprises the MSID of described UE in the described PDN connection request message.
17, evolution High Rate Packet Data network is characterized in that, this network comprises:
Linkage unit, be used to set up with terminal UE between packet data network PDN be connected;
Identify unit is used for setting up the process that PDN connects at described linkage unit, obtains the user ID MSID of described UE.
18, network according to claim 17 is characterized in that, this network also comprises: transmitting element is used for the MSID that described identify unit obtains is sent to the evolution Access Network eAN that described UE connects.
19, according to claim 17 or 18 described networks, it is characterized in that described linkage unit comprises:
The authentication subelement is used for described UE is carried out access authentication;
The connexon unit is used for after the authentication of described authentication subelement is passed through, and sets up default PDN between the described UE and is connected.
20, network according to claim 19 is characterized in that, described identify unit comprises:
The first sign subelement is used for the verification process at described authentication subelement, obtains the MSID of described UE;
Perhaps, the second sign subelement is used for the default PDN establishment of connection process in described connexon unit, obtains the MSID of described UE.
21, a kind of equipment that sends user ID is characterized in that, this equipment comprises:
The grouping linkage unit, be used to set up with evolution High Rate Packet Data eHRPD network between packet data network PDN be connected;
The user ID unit is used for setting up the process that PDN connects at described grouping linkage unit, sends the user ID MSID of terminal UE to described eHRPD network.
22, equipment according to claim 21 is characterized in that, described grouping linkage unit comprises:
The request subelement is used for sending PDN connection request message to described eHRPD network;
The response subelement is used to receive the PDN connection request response of described eHRPD network.
23, equipment according to claim 22 is characterized in that,
Described user ID unit is used for carrying in the PDN connection request message that the described request subelement sends the MSID of described UE.
24, a kind of system that obtains user ID is characterized in that, this system comprises: evolution High Rate Packet Data eHRPD network and terminal UE;
Described evolution High Rate Packet Data eHRPD network links to each other with terminal by the mode that can communicate by letter, be used to set up with terminal UE between packet data network PDN be connected; And in described PDN establishment of connection process, obtain the user ID MSID of described UE.
25, system according to claim 24 is characterized in that, described system also comprises:
Evolution Access Network eAN receives the MSID from described eHRPD network, and described evolution High Rate Packet Data eHRPD network also is used to send MSID to evolution Access Network eAN.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104244411A (en) * | 2013-06-06 | 2014-12-24 | 华为技术有限公司 | Terminal state informing method and device |
| CN105207791A (en) * | 2014-05-29 | 2015-12-30 | 中国电信股份有限公司 | Method, central platform, system and network camera for information configuration |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101064928B (en) * | 2006-04-25 | 2010-08-11 | 华为技术有限公司 | Method and device for realizing position register update |
| CN101170758B (en) * | 2006-10-25 | 2011-11-02 | 华为技术有限公司 | User device and its switching method between different IP networks |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104244411A (en) * | 2013-06-06 | 2014-12-24 | 华为技术有限公司 | Terminal state informing method and device |
| CN104244411B (en) * | 2013-06-06 | 2017-09-12 | 华为技术有限公司 | A kind of SOT state of termination Notification Method and device |
| CN105207791A (en) * | 2014-05-29 | 2015-12-30 | 中国电信股份有限公司 | Method, central platform, system and network camera for information configuration |
| CN105207791B (en) * | 2014-05-29 | 2019-08-09 | 中国电信股份有限公司 | Carry out method, central platform, system and the web camera of information configuration |
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| CN101610207B (en) | 2012-10-03 |
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