CN101075947B - Method for registering to different access technologies - Google Patents

Method for registering to different access technologies Download PDF

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Publication number
CN101075947B
CN101075947B CN2006100805400A CN200610080540A CN101075947B CN 101075947 B CN101075947 B CN 101075947B CN 2006100805400 A CN2006100805400 A CN 2006100805400A CN 200610080540 A CN200610080540 A CN 200610080540A CN 101075947 B CN101075947 B CN 101075947B
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upe
mme
rat
user
sae
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CN101075947A (en
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毛国峰
郭小龙
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Huawei Technologies Co Ltd
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Huawei Technologies Co Ltd
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Abstract

The method comprises: when user logs on the mobility management entity (MME) and user plane entity (UPE) of the first access technology (RAT-A), said MME/UPE of RAT-A gets the user's permanent ID information and location information, and according to the user's location information and the configuration information relating to the MME/UPE, logs on the MME/UPE of second radio access technology (RAT-B).

Description

Be registered to the method for different access technologies
Technical field
The present invention relates to the communications field, relate in particular to the registration of different access technologies.
Background technology
In order to strengthen the competitiveness of future network, 3GPP is just putting forth effort on a kind of research of brand-new evolution network framework, its research direction comprises two kinds of situations: System Architecture Evolution (System ArchitectureEvolution, SAE) and the Long Term Evolution of Access Network (Long-Term Evolution, LTE).Its content comprises the Access Network of evolution and the packet core network of evolution.The Access Network of wherein said evolution is called UMTS Terrestrial radio access network (the Evolved UMTS Territorial Radio AccessNetwork of evolution, E-UTRAN), the framework of the packet core network of described evolution comprises following three logical functional entities as shown in Figure 1:
1, Mobility Management Entity (Mobility Management Entity, MME), be used for being responsible for the mobile management of chain of command, comprise the management of user's context and mobile status, distributing user temporary identity signs etc. are corresponding to the control plane part of current GPRS/UMTS internal system SGSN.
2, user entity (User Plane Entity, UPE), be used for being responsible for initiating paging for downlink data under the idle condition, IP bearing parameter and the interior routing iinformation of network etc. are preserved in management, corresponding to the datum plane part of current GPRS/UMTS internal system SGSN and GGSN.
3, the user's face anchor point between the different access systems (Inter Access System Anchor, Inter AS Anchor) is used to serve as the user's face anchor point between different access systems.
Relevant with above-mentioned logical functional entity in addition network element also have the "Policy and Charging Rules Function entity (Policy and Charging Rule Function, PCRF) and home network server (HomeSubscriber Server, HSS).Wherein, described PCRF is used for implementation strategy control decision and flow based charging controlled function.Described HSS is used for storing user subscription information.
3GPP is after introducing the SAE/LTE technology, 3GPP communication system originally also will be in one time with new technology and deposit, in order to make better intercommunication between two or more technology, and reduce between these technology the signaling message of wireless access under idle condition, some solutions have been proposed at present:
First kind of solution is based on as shown in Figure 2 the network architecture and realizes that UE reduces the process of relevant signaling message when mobile in different access networks.Its main thought is: user data is kept among the SGSN of Pre-SAE network, when the user is registered to MME/UPE in the SAE/LTE network, MME/UPE in the described SAE/LTE network distributes Temporary Mobile Subscriber Identifier (Temporary MobileSubscriber Identity, TMSI) and tracking area (Tracking Area, TA) give user UE, equally, when the user is registered to SGSN among the Pre-SAE, SGSN among the described Pre-SAE distributes Temporary Mobile Subscriber Identifier (Temporary Mobile Subscriber Identity, TMSI) and (Routing Area RA) gives UE in the route district.When UE moves around in the RA of the TA of SAE and Pre-SAE like this, no longer include new Routing Area Update, thereby saved a part of signaling.
Second kind of solution is based on as shown in Figure 3 the network architecture and realizes that UE reduces the process of relevant signaling message when mobile in different access networks.Its main thought is: user data is kept among the MME/UPE of SAE/LTE network, and when the user was registered to MME/UPE in the SAE/LTE network, the MME/UPE in the SAE/LTE network distributed its TMSI separately, TA, RA to UE; Under the optional situation, when the user was registered to SGSN among the Pre-SAE, the TMSI that also can reallocate of the SGSN among the described Pre-SAE gave UE.When the user moves around under the RA of the TA of SAE/LTE and Pre-SAE like this, no longer include new Routing Area Update, thereby save a part of signaling.
The third solution is: when the user be registered in the SAE/LTE network and the Pre-SAE network in the time, described network issues TMSI (one or two), and UE is given in equal-cost route district tabulation (the one or more TA of one or more RA+).UE does not need extra Routing Area Update signaling when mobile in these equal-cost route districts like this, thereby saves a part of signaling.
All relate to the process that UE is registered to two kinds of different Access Networks in above-mentioned solution, the prior art relevant with the present invention provided the idiographic flow that UE registers in Pre-SAE network and SAE network, and as shown in Figure 4, it comprises the steps:
Step 1, the SGSN of UE in Pre-SAE sends register requirement.Mainly comprise information such as user ID, positional information in the message.
Step 2 for the safety that realizes communicating by letter, is carried out information interaction between SGSN in UE, Pre-SAE and HSS, carry out safety function.This process is an optional process.
Step 3 is registered to the SGSN among the Pre-SAE among the HSS.
Step 4, HSS is inserted into this user's related data among the SGSN among the Pre-SAE.Insert subscriber data message and have many.
Step 5, the SGSN among the Pre-SAE sends and inserts the user data acknowledge message to HSS.
Step 6, HSS sends registration confirmation message to the SGSN among the Pre-SAE.
Step 7, the SGSN among the Pre-SAE sends registration and accepts message to UE.Mainly comprise positional information in the message, possible information such as newly assigned casual user's sign.
Step 8, UE sends registration and finishes message to the SGSN among the Pre-SAE.This message is optional message.
Step 9, UE detects other connecting system, and is linked in the SAE connecting system.
Step 10, UE sends the MME/UPE of registration message in the SAE.Mainly comprise information such as user ID, positional information in the message.
Step 11, the MME/UPE among the SAE is addressed to relevant Pre-SGSN according to positional information and configuration relevant information, and the MME/UPE among the SAE sends identification request message to the SGSN among the Pre-SAE.
Step 12, the SGSN among the Pre-SAE will these user-dependent data sends to MME/UPE among the SAE by identification response message.
Step 13, the MME/UPE among the SAE sends registration and accepts message to UE.
Step 14, UE sends registration and finishes message to SAE MME/UPE.This message is optional message.
By the technical scheme of prior art as can be seen, when UE is registered to two kinds of different networks simultaneously, prior art need two independently registration process finish, therefore adopt prior art can relatively increase register command message.
Summary of the invention
The purpose of this invention is to provide a kind of method that is registered to different access technologies, by the present invention, can in a registration process, be accomplished to the registration process of two access technologies, thereby can reduce part register command message, solved in the prior art when UE is registered to two kinds of different networks simultaneously, need two independently registration process finish and the drawback that causes register command message relatively to increase.
The objective of the invention is to be achieved through the following technical solutions:
The invention provides a kind of method that is registered to different access technologies, it comprises:
When the user was registered to the Mobility Management Entity of first wireless access technology RAT-A and user's facial canal reason entity MME/UPE, the MME/UPE of described RAT-A obtained described user's permanent identification information and positional information;
When the MME/UPE of RAT-A need be when HSS registers the MME/UPE of described RAT-A according to the user's who obtains the described user's of permanent user ID addressing HSS, and register to described HSS;
The MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A.
Wherein, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, specifically comprises:
The MME/UPE of described RAT-A is addressed to the MME/UPE of RAT-B according to its relevant configuration information and described user position information;
MME/UPE to described RAT-B registers by login request message, and carries user's permanent identification information and positional information in described login request message.
Wherein, when the MME/UPE of RAT-B need be when HSS registers, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
The MME/UPE of described RAT-B is according to the user's who obtains the described user's of permanent identification information addressing attribution server HSS, and registers to described HSS, and obtains described user's subscription data.
Wherein, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
The described user's that the MME/UPE of described RAT-B will obtain subscription data is accepted the MME/UPE that message sends to described RAT-A by registration.
Wherein, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
The described user's that the MME/UPE of described RAT-A will obtain subscription data is accepted message by registration and is sent to described user.
Wherein, described method also comprises:
Described HSS accepts message by registration MME/UPE and sends the MME/UPE of described user's subscription data to described RAT-A.
Wherein, when the MME/UPE of RAT-A finds that described user's subscription data does not allow described user to be linked into the MME/UPE of RAT-B, the MME/UPE of described RAT-A according to the relevant configuration information of the MME/UPE of described user position information and RAT-A after the MME/UPE of second wireless access technology RAT-B registers, also comprise:
The MME/UPE of described RAT-A notifies the MME/UPE of described RAT-B not allow described user to be linked into the MME/UPE of RAT-B.
Wherein, when needs distribute the casual user to identify for described user, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
Message is accepted in the registration of the MME/UPE of the MME/UPE of described RAT-B by sending described RAT-A to will send to the MME/UPE of described RAT-A for casual user's sign that described user distributes;
After casual user's sign that the MME/UPE that the MME/UPE of described RAT-A receives RAT-B distributes for the user, itself and the own casual user who distributes for described user identified accept message by registration and send the user to.
Wherein, when needs distribute the casual user to identify for described user, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
Described user receives after registration that the MME/UPE of described RAT-A sends accepts message, the MME/UPE that message is given described RAT-A is finished in loopback registration, and casual user's sign of indicating the MME/UPE of the MME/UPE of described RAT-A and RAT-B to distribute is correctly finished.
Wherein, when needs distribute the casual user to identify for described user, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
The MME/UPE of described RAT-A finishes message to the MME/UPE of described RAT-B loopback registration, indicates casual user's sign of the MME/UPE distribution of described RAT-B correctly to finish.
Wherein, register by the MME/UPE of login request message, and also comprise after in described login request message, carrying user's permanent identification information and positional information to described RAT-B described:
The MME/UPE of described RAT-B sends identification request message to the MME/UPE of described RAT-A, the described user's of acquisition request relevant user data;
The MME/UPE of described RAT-A is to the MME/UPE of described RAT-B loopback identification response message, and carries described user's relevant user data in described identification response message.
As seen from the above technical solution provided by the invention, when the present invention was registered to the Mobility Management Entity of first wireless access technology RAT-A and user's facial canal reason entity MME/UPE as the user, the MME/UPE of described RAT-A obtained described user's permanent identification information and positional information; The MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A.Therefore the present invention is satisfying under the certain condition, the MME/UPE of first access technology that UE is registered to can be registered to UE the MME/UPE of another access technology simultaneously by login request message, thereby in a registration process, be accomplished to the registration process of two access technologies, can reduce register command message.
Description of drawings
Fig. 1 is the packet core network Organization Chart of evolution in the prior art;
Fig. 2 be in the prior art first kind realize that UE reduces the network architecture of the scheme of relevant signaling message when mobile in different access networks;
Fig. 3 be in the prior art second kind realize that UE reduces the network architecture of the scheme of relevant signaling message when mobile in different access networks;
Register flow path figure when Fig. 4 is registered to two kinds of different access technologies for UE in the prior art;
Fig. 5 is the flow chart of first embodiment provided by the invention;
Fig. 6 is the specific implementation flow chart of first special case among first embodiment provided by the invention;
Fig. 7 is the specific implementation flow chart of second special case among first embodiment provided by the invention;
Fig. 8 is the flow chart of second embodiment provided by the invention;
Fig. 9 is the specific implementation flow chart of first special case among second embodiment provided by the invention;
Figure 10 is the specific implementation flow chart of second special case among second embodiment provided by the invention;
Figure 11 is the specific implementation flow chart of the 3rd special case among second embodiment provided by the invention;
Figure 12 is the specific implementation flow chart of the 4th special case among second embodiment provided by the invention;
Figure 13 is the flow chart of the 3rd embodiment provided by the invention.
Embodiment
The invention provides a kind of method that is registered to different access technologies, by this method, carry out in the process of MME/UPE of network registry to an access technology at UE, if this UE supports another kind of access technology simultaneously, then can UE be registered to the MME/UPE of another access technology simultaneously, thereby reduce register command message by login request message.
Wherein, described access technology is meant two kinds of different wireless access technologys, is respectively SAE/LTE, and Pre-SAE's is a kind of.
Example 1: wireless access technology A is Pre-SAE, and then the MME/UPE of Pre-SAE is SGSN; Wireless access technology B then is SAE/LTE.
Example 2: wireless access technology A is SAE/LTE; Wireless access technology B then is Pre-SAE, and then the MME/UPE of Pre-SAE is SGSN.
Wherein, the MME/UPE in the described access technology can separate, and also can merge.It can be the MME/UPE among the SAE, also can be the SGSN among the Pre-SAE.
In addition, the network registration process of mentioning in the present invention comprises the network attachment process, Routing Area Update process, tracing section updating process etc.The Routing Area Update of wherein Routing Area Update general reference in the Pre-SAE network (Routing Area Update, RAU) and the tracing section updating in the SAE/LTE network (Tracking Area Update, TAU).
First embodiment provided by the invention is when the UE that supports two kinds of different access technologies (RAT-A and RAT-B) is registered to MME/UPE in first wireless access technology (RAT-A), MME/UPE among the described RAT-A obtains described user's permanent identification information and positional information, be addressed to the MME/UPE of second wireless access technology RAT-B then according to its relevant configuration information and described user position information, MME/UPE to described RAT-B registers by login request message, and carries the relevant configuration information of the MME/UPE of user's permanent identification information and positional information and described RAT-A in described login request message.And the MME/UPE of RAT-B registers the subscription data that obtains described user to HSS, and the MME/UPE of the described RAT-B described user's that will obtain subscription data is accepted the MME/UPE that message sends to described RAT-A by registration then.Its realization flow comprises the steps: as shown in Figure 5
Step 1, user UE carries out network registry to the MME/UPE of RAT-A, and carries information such as described user's permanent user ID and positional information in the registration message of the MME/UPE that sends to RAT-A.
When the user was registered to the Mobility Management Entity of first wireless access technology RAT-A and user's facial canal reason entity MME/UPE, the MME/UPE of described RAT-A obtained described user's permanent identification information and positional information.Afterwards, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A.Specific implementation process is as follows:
Step 2, the MME/UPE of RAT-A is addressed to the MME/UPE of RAT-B according to the relevant configuration information of the MME/UPE of positional information in the UE registration message and RAT-A, send the MME/UPE of login request message then, and in described login request message, carry described user's permanent user ID, positional information information to RAT-B.
Because UE supports two kinds of access technologies of RAT-A, RAT-B, then the MME/UPE of RAT-A can be addressed to the MME/UPE of RAT-B according to the relevant configuration information of the MME/UPE of positional information in the UE registration message and RAT-A, sends the MME/UPE of registration message to RAT-B then.
When the MME/UPE of RAT-B need be when HSS registers, the MME/UPE of described RAT-B is according to the user's who obtains the described user's of permanent identification information addressing attribution server HSS, and registers to described HSS, and obtains described user's subscription data.Concrete following step 3 and the step 4 of reciprocal process.
Step 3, the MME/UPE of RAT-B is according to the HSS of the described user attaching of permanent user ID addressing that obtains, and registers to described HSS.
The MME/UPE basis of RAT-B is the HSS of the described user attaching of user ID addressing forever, and the MME/UPE of service is provided as this mobile subscriber of forward direction to the HSS of described user attaching registration.Described permanent user ID can obtain from UE, also can obtain from the MME/UPE of registration last time.
Step 4, HSS sends Register MME/UPE Accept (registration MME/UPE accepts) message and gives the MME/UPE of RAT-B.
The HSS of described user attaching sends the described user registration success of Register MME/UPEAccept message authentication by the MME/UPE to RAT-B, and user's subscription data is also sent to the MME/UPE of RAT-B by HSS in said process.
Step 5, the described user's that the MME/UPE of described RAT-B will obtain subscription data sends to the MME/UPE of described RAT-A by RegisterAccept (registration is accepted) message.
The MME/UPE of RAT-B sends Register Accept (registration is accepted) message and gives the MME/UPE of RAT-A, and carry relevant user data by described Register Accept message, may comprise permanent user ID, positional information (can be a plurality of positional informations signs).
Step 6, UE sets up default IP carrying.This process also can be set up default IP carrying again after whole registration process is finished.This process is referring to standard 23.882.
If for the user distributes interim user totem information, then also carry the information such as casual user's sign of the MME/UPE distribution of RAT-B in the RegisterAccept message in step 5, and carry out following steps:
Step 7 after casual user's sign that the MME/UPE that the MME/UPE of described RAT-A receives RAT-B distributes for the user, identifies itself and the own casual user who distributes for described user and accepts message by registration and send the user to.
The MME/UPE of RAT-A sends Register Accept message to UE.Comprise that in described RegisterAccept message casual user's sign of the MME/UPE distribution of RAT-A, the casual user that the MME/UPE of RAT-B distributes identify and positional information information such as (can be a plurality of positional informations signs).
Step 8, described user receives after registration that the MME/UPE of described RAT-A sends accepts message, the MME/UPE that message is given described RAT-A is finished in loopback registration, and casual user's sign of indicating the MME/UPE of the MME/UPE of described RAT-A and RAT-B to distribute is correctly finished.
UE sends registration and finishes the MME/UPE of message to RAT-A.Finish casual user's sign of the MME/UPE distribution of mainly indicating RAT-A and RAT-B in the message correctly finishes in described registration.The MME/UPE of described RAT-A and RAT-B can distribute one or two casual user's sign.
Step 9, the MME/UPE of described RAT-A finishes message to the MME/UPE of described RAT-B loopback registration, indicates casual user's sign of the MME/UPE distribution of described RAT-B correctly to finish.
Among above-mentioned first embodiment, the MME/UPE of described RAT-A that can also be in step 2 is after the MME/UPE of described RAT-B sends the process of login request message, the MME/UPE that also comprises described RAT-B obtains the process of described user's relevant user data by identification message from the MME/UPE of described RAT-A, specific as follows:
The MME/UPE of described RAT-B sends Identity Request (identification request) message to the MME/UPE of described RAT-A, the described user's of acquisition request relevant user data;
The MME/UPE of described RAT-A is to the MME/UPE of described RAT-B loopback Identity Response (identification response) message, and carries described user's relevant user data in described message.
The MME/UPE that supposes the first wireless access technology RAT-A is the SGSN of Pre-SAE, and the user at first is registered among the described SGSN; The MME/UPE of the second wireless access technology RAT-B is the MME/UPE of SAE/LTE, and the MME/UPE of described SAE/LTE can obtain user's subscription data in the future from HSS.In this case first embodiment is elaborated, as shown in Figure 6, comprises the steps:
Step 1, UE carries out network registry in the SGSN of Pre-SAE.In the registration message mainly with information such as permanent user ID that goes up the user and positional informations.
Step 2 is carried out the step of some safety verifications, comprises Security Functions (safety function), or obtains Context (context) information from original register node, or obtain Identity (identity) information from UE.This process is an optional process.
Step 3, the SGSN of Pre-SAE checks whether described UE supports Pre-SAE and two kinds of access modules of SAE/LTE, when confirming that described UE supports that bimodulus inserts, then the SGSN of Pre-SAE can be addressed to the MME/UPE of SAE/LTE according to the relevant configuration information of the SGSN of positional information in the UE registration message and Pre-SAE.The SGSN of Pre-SAE sends the MME/UPE of registration message to SAE/LTE.Mainly carry information such as described user's permanent user ID and positional information in the message.
Step 4, the MME/UPE of SAE/LTE is registered to HSS.
The MME/UPE of SAE/LTE is according to the HSS of permanent this mobile user affiliation of user ID addressing that obtains, and the MME/UPE of service is provided as this mobile subscriber of forward direction to the HSS of this mobile user affiliation registration.
Step 5, HSS receives after the registration message, sends CANCEL LOCATION (canceling position) message to the MME/UPE of the SAE/LTE of original registration or the SGSN of Pre-SAE, is used for deleting original registered user's data.This process is an optional process.
Step 6, HSS sends to user's subscription data among the MME/UPE of SAE/LTE.This process is an optional process.
Step 7, HSS finishes after the ISD Procedure (inserting the user data process), sends Register MME/UPE Accept (registration MME/UPE accepts) message and gives the MME/UPE of SAE/LTE.
Step 8, the MME/UPE of SAE/LTE sends Register Accept (registration is accepted) message and gives Pre-SAE SGSN.May comprise casual user's sign and the positional information information such as (can be a plurality of positional information signs) that the MME/UPE of SAE/LTE distributes in message.
Step 9, the SGSN of Pre-SAE sends registration and accepts message to UE.May comprise that in message the MME/UPE of SAE/LTE is that the casual user that described user distributes identifies, the SGSN of Pre-SAE is casual user's sign and the described user position information information such as (can be a plurality of positional informations signs) that described user distributes.
Step 10, UE sends the SGSN of Register Complete message to Pre-SAE.Casual user's sign that main indication SAE/LTE, Pre-SAE distribute is correctly finished.
The SGSN of concrete Pre-SAE and one of the MME/UPE of SAE/LTE distribution or two casual users identify this patent and do not limit.If without any the distribution of casual user's sign, do not need the processing procedure of step 10.
Step 11, the SGSN of Pre-SAE sends the MME/UPE of Register Complete message to SAE/LTE.Casual user's sign that the MME/UPE of main indication SAE/LTE distributes is correctly finished.
If without any the distribution of casual user's sign, do not need the processing procedure of step 11.
Step 12 is set up default PDP and is connected in Pre-SAE and SAE/LTE network.This process is specifically referring to standard 23.882.
The MME/UPE that supposes the first wireless access technology RAT-A is the MME/UPE of SAE/LTE, and the user at first is registered among the MME/UPE of described SAE/LTE; The MME/UPE of the second wireless access technology RAT-B is the SGSN of Pre-SAE, and described SGSN can obtain user's subscription data in the future from HSS.In this case first embodiment is elaborated, as shown in Figure 7, comprises the steps:
Step 1, UE carries out network registry in the MME/UPE of SAE/LTE.Mainly carry information such as user's permanent user ID and positional information in the registration message.
Step 2 is carried out the step of some safety verifications, comprises Security Functions (safety function), or obtains Context (context) information from original register node, or obtain Identity (identity) information from UE.This process is an optional process.
Step 3, the MME/UPE of SAE/LTE checks whether described UE supports Pre-SAE and two kinds of access modules of SAE/LTE, when confirming that described UE supports that bimodulus inserts, then the MME/UPE of SAE/LTE can be addressed to the SGSN of Pre-SAE according to the relevant configuration information of the MME/UPE of positional information in the UE registration message and SAE/LTE.The MME/UPE of SAE/LTE sends the SGSN of registration message to Pre-SAE.Mainly carry information such as described user's permanent user ID and positional information in the message.
Step 4, the SGSN of Pre-SAE is registered to HSS.
The SGSN basis of Pre-SAE is the HSS of this mobile user affiliation of user ID addressing forever, and the SGSN of service is provided as this mobile subscriber of forward direction to the HSS of this mobile user affiliation registration.Can from the process of step 3, obtain about permanent user ID.
Step 5, HSS receives after the registration message, sends CANCEL LOCATION (canceling position) message to the MME/UPE of the SAE/LTE of original registration or the SGSN of Pre-SAE, is used for deleting original registered user's data.This process is an optional process.
Step 6, HSS sends to user's subscription data among the SGSN of Pre-SAE.This process is an optional process.
Step 7, HSS finishes after the ISD Procedure (inserting the user data process), sends Register SGSN Accept (registration SGSN accepts) message and gives the SGSN of Pre-SAE.
Step 8, the SGSN of Pre-SAE sends Register Accept (registration is accepted) message and gives the MME/UPE of SAE/LTE.May comprise permanent user ID, positional information (can be a plurality of positional informations signs), and the SGSN of Pre-SAE information such as casual user's sign of distributing in message.
Step 9, UE sets up default IP carrying in the SAE/LTE networking.This process is specifically referring to standard 23.882.
Step 10, the MME/UPE of SAE/LTE sends registration and accepts message to UE.The SGSN that may comprise Pre-SAE in message is that the casual user that described user distributes identifies, the MME/UPE of SAE/LTE is casual user's sign and the described user position information information such as (can be a plurality of positional informations signs) that described user distributes.
Step 11, UE sends registration and finishes the MME/UPE of message to SAE/LTE.The MME/UPE of SGSN, the SAE/LTE of main indication Pre-SAE is that casual user's sign that described user distributes is correctly finished.
If without any the distribution of casual user's sign, can omit the processing procedure of step 11.The SGSN of described Pre-SAE, the MME/UPE of SAE/LTE can distribute one or two casual user's sign for described user.
Step 12, the MME/UPE of SAE/LTE sends registration and finishes the SGSN of message to Pre-SAE.Casual user's sign that the SGSN of main indication Pre-SAE distributes is correctly finished.
If without any the distribution of casual user's sign, can omit the processing procedure of step 12.
Second embodiment provided by the invention is that the MME/UPE of described RAT-A obtains described user's permanent identification information and positional information when the user is registered to the Mobility Management Entity of first wireless access technology RAT-A and user's facial canal reason entity MME/UPE; The MME/UPE of described RAT-A is according to the user's who obtains the described user's of permanent user ID addressing HSS, and registers the subscription data that obtains described user to described HSS.The MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A.Its realization flow comprises the steps: as shown in Figure 8
Step 1, when the user was registered to the Mobility Management Entity of first wireless access technology RAT-A and user's facial canal reason entity MME/UPE, the MME/UPE of described RAT-A obtained described user's permanent identification information and positional information.
UE carries out network registry to the MME/UPE of RAT-A.Carry information such as described user's permanent identification information and positional information in the registration message.
Step 2, the MME/UPE of described RAT-A is according to the user's who obtains the described user's of permanent user ID addressing HSS, and registers to described HSS.
The MME/UPE basis of RAT-A is the HSS of this mobile user affiliation of user ID addressing forever, and the MME/UPE of service is provided as this mobile subscriber of forward direction to the HSS of this mobile user affiliation registration.Can obtain from UE about permanent user ID, also can obtain from the MME/UPE of registration last time.
Step 3, described HSS accepts message by registration MME/UPE and sends the MME/UPE of described user's subscription data to described RAT-A.
HSS sends the MME/UPE of Register MME/UPE Accept message to RAT-A.The HSS of this mobile user affiliation confirms user registration success to the MME/UPE of RAT-A, and user's subscription data is also sent to the MME/UPE of RAT-A by HSS in said process.
Through after the above-mentioned steps, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A.Specific implementation process is as follows:
Step 4, the MME/UPE of described RAT-A is addressed to the MME/UPE of RAT-B according to its relevant configuration information and described user position information; MME/UPE to described RAT-B registers by login request message, and carries the relevant configuration information of the MME/UPE of user's permanent identification information and positional information and described RAT-A in described login request message.
If UE supports two kinds of access technologies of RAT-A, RAT-B, and the CAMEL-Subscription-Information of this user data allows to be linked into simultaneously RAT-A, two kinds of access technologies of RAT-B, then the MME/UPE of RAT-A can be addressed to the ME/UPE of RAT-B according to the relevant configuration information of the MME/UPE of positional information in the UE registration message and RAT-A, sends the MME/UPE of registration message to RAT-B then.Mainly carry the information such as relevant configuration information of MME/UPE of described user's permanent user ID, positional information and described RAT-A in the message.
Step 5, the MME/UPE of RAT-B sends the MME/UPE of Register Accept message to RAT-A.Carry relevant user data in the message, may comprise information such as user position information and permanent user ID.
Step 6, UE sets up default IP carrying.
This process also can be set up default IP carrying again after whole registration process is finished.Specifically referring to standard 23.882.
When needs distribute the casual user to identify for described user, message is accepted in the registration of the MME/UPE of the MME/UPE of described RAT-B by sending described RAT-A to will send to the MME/UPE of described RAT-A for casual user's sign that described user distributes.And comprise following processing procedure:
Step 7 after casual user's sign that the MME/UPE that the MME/UPE of described RAT-A receives RAT-B distributes for the user, identifies itself and the own casual user who distributes for described user and accepts message by registration and send the user to.
Step 8, described user receives after registration that the MME/UPE of described RAT-A sends accepts message, the MME/UPE that message is given described RAT-A is finished in loopback registration, and casual user's sign of indicating the MME/UPE of the MME/UPE of described RAT-A and RAT-B to distribute is correctly finished;
Step 9, the MME/UPE of described RAT-A finishes message to the MME/UPE of described RAT-B loopback registration, indicates casual user's sign of the MME/UPE distribution of described RAT-B correctly to finish.
Among above-mentioned second embodiment, the MME/UPE of described RAT-A that can also be in step 4 also comprises described RAT-B after the MME/UPE of described RAT-B sends the process of login request message MME/UPE obtains the process of described user's relevant user data by identification message from the MME/UPE of described RAT-A, the associated description among the specific implementation process and first embodiment duplicates.
The MME/UPE that supposes the first wireless access technology RAT-A is the SGSN of Pre-SAE, and the user at first is registered to the SGSN of described Pre-SAE, and described SGSN can obtain user's subscription data in the future from HSS; The MME/UPE of the second wireless access technology RAT-B is the MME/UPE of SAE/LTE.In this case second embodiment is elaborated, as shown in Figure 9, comprises the steps:
Step 1, UE carries out network registry in the SGSN of Pre-SAE.Carry information such as described user's permanent user ID and positional information in the registration message.
Step 2 is carried out the step of some safety verifications, comprises Security Functions (safety function), or obtains Context (context) information from original register node, or obtain Identity (identity) information from UE.This process is an optional process.
Step 3, the SGSN of Pre-SAE is registered to HSS.
The SGSN basis of Pre-SAE is the HSS of this mobile user affiliation of user ID addressing forever, and the SGSN of service is provided as this mobile subscriber of forward direction to the HSS of this mobile user affiliation registration.Can obtain from UE, also can from step 2, obtain about permanent user ID.
Step 4, HSS receives after the registration message, sends CANCEL LOCATION message to the MME/UPE of the SAE/LTE of original registration or the SGSN of Pre-SAE, is used for deleting original registered user's data.
Step 5, HSS sends to user's subscription data among the SGSN of Pre-SAE.
Step 6, HSS finishes after the ISD Procedure process, sends the SGSN of Register SGSN Accept message to Pre-SAE.
Step 7, the SGSN of Pre-SAE checks whether described UE can support Pre-SAE and two kinds of access modules of SAE/LTE, and whether subscription data allows to be linked into simultaneously Pre-SAE and SAE/LTE access technology.If condition is set up, then the SGSN of Pre-SAE is addressed to the MME/UPE of SAE/LTE according to the relevant configuration information of the SGSN of positional information in the UE registration message and Pre-SAE.The SGSN of Pre-SAE sends the MME/UPE of registration message to SAE/LTE, mainly carries described user's information such as permanent user ID, positional information in the message.
After registration is finished in the MME/UPE of SAE/LTE, send registration and accept the SGSN of message to Pre-SAE, with going up relevant user data, may comprise the information such as casual user's sign that the MME/UPE of described user's permanent user ID, positional information and SAE/LTE distributes in the message.
Step 8, the SGSN of Pre-SAE sends Register Accept message to UE.Casual user's sign that the casual user that may comprise the MME/UPE distribution of SAE/LTE in message identifies, the SGSN of Pre-SAE distributes and described user's permanent user ID and positional information information such as (can be a plurality of positional informations signs).
Step 9, UE sends the SGSN of Register Complete message to Pre-SAE.Casual user's sign that the MME/UPE of main indication SAE/LTE and the SGSN of Pre-SAE distribute is correctly finished.
Casual user's sign that the MME/UPE of SAE/LTE and the SGSN of Pre-SAE distribute can be one or two.If without any the distribution of casual user's sign, can omit the processing procedure of step 9.
Step 10, the SGSN of Pre-SAE sends the MME/UPE of Register Complete message to SAE/LTE.Casual user's sign that the MME/UPE of main indication SAE/LTE distributes is correctly finished.
If, can omit this processing process without any the distribution of casual user's sign.
Step 11 is set up default PDP and is connected in Pre-SAE and SAE/LTE network.This process is specifically referring to standard 23.882.
Based on above-mentioned hypothesis, second kind of situation to second embodiment is elaborated as shown in figure 10, comprises the steps:
Step 1, UE carries out network registry in the SGSN of Pre-SAE.Mainly carry information such as described user's permanent user ID and positional information in the registration message.
Step 2 is carried out the step of some safety verifications, comprises Security Functions (safety function), or obtains Context (context) information from original register node, or obtain Identity (identity) information from UE.This process is an optional process.
Step 3, the SGSN of Pre-SAE is registered to HSS.
The SGSN basis is the HSS of this mobile user affiliation of user ID addressing forever, and the SGSN of service is provided as this mobile subscriber of forward direction to the HSS of this mobile user affiliation registration.Can from step 1 or step 2, obtain about permanent user ID.
Step 4, HSS receives after the registration message, sends CANCEL LOCATION message to the MME/UPE of the SAE/LTE of original registration or the SGSN of Pre-SAE, is used for deleting original registered user's data.
Step 5, HSS sends to user's subscription data among the SGSN of Pre-SAE.
Step 6, HSS finishes after the ISD Procedure process, sends the SGSN of Register SGSN Accept message to Pre-SAE.
Step 7, the SGSN of Pre-SAE checks whether described UE can support whether Pre-SAE and two kinds of access modules of SAE/LTE and subscription data allow to be linked into simultaneously Pre-SAE and SAE/LTE access technology.If condition is set up, then the SGSN of Pre-SAE can be addressed to the MME/UPE of SAE/LTE according to the relevant configuration information of the SGSN of positional information in the UE registration message and Pre-SAE, send the MME/UPE of registration message then to SAE, mainly carry described user's information such as permanent user ID, positional information in the message, and the relevant configuration information of the SGSN of described Pre-SAE.
The MME/UPE of SAE/LTE obtains this user-dependent user data by Identity message from the SGSN of Pre-SAE.That is:
The MME/UPE of described SAE/LTE sends the SGSN that Identity Request (identification request) message is given described Pre-SAE; The SGSN of described Pre-SAE returns the MME/UPE that Identity Response (identification response) message is given described SAE/LTE.
Step 8, the SGSN of Pre-SAE sends Register Accept message to UE.Casual user's sign that the casual user that may comprise the MME/UPE distribution of SAE/LTE in message identifies, the SGSN of Pre-SAE distributes and user's permanent user ID and positional information information such as (can be a plurality of positional informations signs).
Step 9, UE sends the SGSN of Register Complete message to Pre-SAE.Casual user's sign that the SGSN of MME/UPE, the Pre-SAE of main indication SAE/LTE distributes is correctly finished.
The SGSN of Pre-SAE, the MME/UPE of SAE/LTE can be one or two for casual user's sign that the user distributes.
If without any the distribution of casual user's sign, can omit the processing procedure of step 9.
Step 10, the SGSN of Pre-SAE sends the MME/UPE of Register Complete message to SAE/LTE.Casual user's sign that the MME/UPE of main indication SAE/LTE distributes is correctly finished.
If, can omit this step without any the distribution of casual user's sign.
Step 11 is set up default PDP and is connected in Pre-SAE and described SAE/LTE network.This process is specifically referring to standard 23.882.
Based on above-mentioned hypothesis, the third situation to second embodiment is elaborated as shown in figure 11, comprises the steps:
Step 1 is identical to processing procedure and above-mentioned second kind of situation of step 6, is not described in detail here.
Step 7, the SGSN of Pre-SAE sends Register Accept message to UE.The SGSN that may comprise Pre-SAE in message is information such as described user casual user's sign of distributing and described user's permanent user ID and positional information.
Step 8, UE sends the SGSN of Register Complete message to Pre-SAE.The SGSN of main indication Pre-SAE is that casual user's sign that described user distributes is correctly finished.
If, can omit this process without any the distribution of casual user's sign.
Step 9, UE initiates the process of Active PDP Context Request (activating the PDP Context request).
Step 10, the SGSN of Pre-SAE checks whether described UE can support whether Pre-SAE and two kinds of access modules of SAE/LTE, subscription data allow to be linked into simultaneously Pre-SAE and SAE/LTE access technology.If condition is set up, then the SGSN of Pre-SAE can be addressed to the MME/UPE of SAE/LTE according to the relevant configuration information of the SGSN of positional information in the UE registration message and Pre-SAE.The SGSN of Pre-SAE sends the MME/UPE of registration message to SAE/LTE, mainly carries described user's permanent user ID and positional information in the message, and the information such as relevant configuration information of the SGSN of described Pre-SAE.
After registration is finished in the MME/UPE of SAE/LTE, send registration and accept the SGSN of message to Pre-SAE, carry relevant user data, user position information and permanent user totem information in the message, and the MME/UPE of described SAE/LTE is the information such as casual user's sign that described user distributes.
Step 11, the SGSN among the Pre-SAE is that the information such as casual user's sign that described user distributes send to UE by PDP Context Response and RegisterAccept (activating PDP Context response and registration finishes) message with the result of Active PDP Context and the MME/UPE of SAE/LTE.
The MME/UPE that supposes the first wireless access technology RAT-A is the MME/UPE of SAE/LTE, and the user at first is registered among the MME/UPE of described SAE/LTE, and the MME/UPE of described SAE/LTE can obtain user's subscription data in the future from HSS; The MME/UPE of the second wireless access technology RAT-B is the SGSN of Pre-SAE.In this case second embodiment is elaborated, as shown in figure 12, comprises the steps:
Step 1, UE carries out network registry in the MME/UPE of SAE/LTE.Mainly carry information such as described user's permanent user ID and positional information in the registration message.
Step 2 is carried out the step of some safety verifications, comprises Security Functions (safety function), or obtains Context (context) information from original register node, or obtain Identity (identity) information from UE.This process is an optional process.
Step 3, the MME/UPE of SAE/LTE is registered to HSS.
The MME/UPE basis of SAE/LTE is the HSS of this mobile user affiliation of user ID addressing forever, and the SGSN of service is provided as this mobile subscriber of forward direction to the HSS of this mobile user affiliation registration.Can from step 1 or step 2, obtain about permanent user ID.
Step 4, HSS receives after the registration message, sends CANCEL LOCATION message to the MME/UPE of the SAE/LTE of original registration or the SGSN of Pre-SAE, is used for deleting original registered user's data.
Step 5, HSS sends to user's subscription data among the MME/UPE of SAE/LTE.
Step 6, HSS finishes after the ISD Procedure process, sends the MME/UPE of Register SGSN Accept message to SAE/LTE.
Step 7, the MME/UPE of SAE/LTE checks whether described UE can support whether Pre-SAE and two kinds of access modules of SAE/LTE, subscription data allow to be linked into simultaneously Pre-SAE and SAE/LTE access technology.If condition is set up, then the MME/UPE of SAE/LTE is addressed to the SGSN of Pre-SAE according to the relevant configuration information of the MME/UPE of positional information in the UE registration message and SAE/LTE.Send the SGSN of registration message then, mainly carry described user's permanent user ID and positional information in the message to Pre-SAE, and the information such as relevant configuration information of the MME/UPE of described SAE/LTE.
After the SGSN registration of described Pre-SAE is finished, send registration and accept the MME/UPE of message to SAE/LTE, carry relevant user data, described user's permanent user ID and positional information in the message, and the SGSN of described Pre-SAE is the information such as casual user's sign that described user distributes.
Step 8, UE sets up default IP carrying in the SAE/LTE networking.Specifically referring to standard 23.882.
Step 9, the MME/UPE of SAE/LTE sends Register Accept message to UE.The SGSN of MME/UPE, the Pre-SAE of main indication SAE/LTE is that casual user's sign that described user distributes is correctly finished.
If, can omit this process without any the distribution of casual user's sign.The MME/UPE of SAE/LTE, the SGSN of Pre-SAE are that casual user's sign that described user distributes can be one or two.
Step 10, UE sends the MME/UPE of Register Complete message to SAE.Casual user's sign that main indication SAE, Pre-SAE distribute is correctly finished.
If without any the distribution of casual user's sign, can omit the processing procedure of described step 10.
Step 11, the MME/UPE of SAE sends the SGSN of Register Complete message to Pre-SAE.Casual user's sign that main indication Pre-SAE distributes is correctly finished.
If without any the distribution of casual user's sign, can omit the processing procedure of described step 11.
The difference part of the 3rd embodiment provided by the invention and second embodiment is: when the MME/UPE of described RAT-A after described HSS registers, MME/UPE to described RAT-B sends register requirement immediately, and after message is accepted in the registration of the MME/UPE loopback that receives described RAT-B, send registration MME/UPE to described HSS again and accept message.When the MME/UPE of RAT-A found that described user's subscription data does not allow described user to be linked into the MME/UPE of RAT-B, the MME/UPE of described RAT-A also needed to notify the MME/UPE of described RAT-B not allow described user to be linked into the MME/UPE of RAT-B afterwards.Specific implementation process is as shown in figure 13:
Step 1, user UE carries out network registry to the MME/UPE of RAT-A, and carries information such as described user's permanent user ID and positional information in the registration message of the MME/UPE that sends to RAT-A.
Step 2, when the MME/UPE of RAT-A need be when HSS registers, the MME/UPE of described RAT-A is according to the user's who obtains the described user's of permanent user ID addressing HSS, and registers to described HSS.
The MME/UPE of RAT-A is registered to HSS.The MME/UPE basis of RAT-A is the HSS of the described user attaching of user ID addressing forever, and the MME/UPE of service is provided as the described user of forward direction to the HSS of described user attaching registration.Can obtain from UE about permanent user ID, also can obtain from the MME/UPE of registration last time.
Step 3, the MME/UPE of described RAT-A is addressed to the MME/UPE of RAT-B according to its relevant configuration information and described user position information; MME/UPE to described RAT-B registers by login request message, and carries the relevant configuration information of the MME/UPE of user's permanent identification information and positional information and described RAT-A in described login request message.
Step 4, the described user's that the MME/UPE of described RAT-B will obtain subscription data is accepted the MME/UPE that message sends to described RAT-A by registration.
The MME/UPE of RAT-B sends the MME/UPE of Register Accept message to RAT-A.Carry relevant user data in the message, comprise the information such as casual user's sign that the MME/UPE of user's permanent user ID, positional information and RAT-B distributes.
Step 5, described HSS accepts message by registration MME/UPE and sends the MME/UPE of described user's subscription data to described RAT-A.
HSS sends the MME/UPE of Register MME/UPE Accept message to RAT-A.The HSS of described user attaching confirms user registration success to the MME/UPE of RAT-A, and user's subscription data is also sent to the MME/UPE of RAT-A by HSS in said process.
Afterwards, the MME/UPE of described RAT-A checks whether described user's subscription data allows described user to be linked into the MME/UPE of RAT-B, if when finding that described user's subscription data does not allow described user to be linked into the MME/UPE of RAT-B, then execution in step 6, the MME/UPE that is described RAT-A notifies the MME/UPE of described RAT-B not allow described user to be linked into the MME/UPE of RAT-B, and execution in step 7 is to the process of step 9 then; Otherwise execution in step 7 is to the process of step 10.
When the MME/UPE of RAT-A found that described user's subscription data does not allow to be linked into the RAT-B access technology, then the MME/UPE of RAT-A need notify the MME/UPE of RAT-B, did not allow described user to be linked into the RAT-B access technology.
Step 7, UE sets up default IP carrying.
This process also can be set up default IP carrying again after whole registration process is finished, also can set up default IP carrying after whole registration process is finished again.
When needs distributed the casual user to identify for described user, the registration of the MME/UPE of the MME/UPE that also needs described RAT-B by sending described RAT-A to was accepted message and will be sent to the MME/UPE of described RAT-A for casual user's sign that described user distributes.And execution following steps:
Step 8 after casual user's sign that the MME/UPE that the MME/UPE of described RAT-A receives RAT-B distributes for the user, identifies itself and the own casual user who distributes for described user and accepts message by registration and send the user to.
The MME/UPE of RAT-A sends registration and accepts message to UE.The MME/UPE that comprises RAT-A in message is that casual user's sign of described user's distribution, the MME/UPE of RAT-B are casual user's sign of described user's distribution and user's permanent user ID, positional information information such as (can be a plurality of positional informations signs).
Step 9, described user receives after registration that the MME/UPE of described RAT-A sends accepts message, the MME/UPE that message is given described RAT-A is finished in loopback registration, and casual user's sign of indicating the MME/UPE of the MME/UPE of described RAT-A and RAT-B to distribute is correctly finished.
Step 10, the MME/UPE of described RAT-A finishes message to the MME/UPE of described RAT-B loopback registration, indicates casual user's sign of the MME/UPE distribution of described RAT-B correctly to finish.
Step 10 only when described user's subscription data allows described user to be linked into the MME/UPE of RAT-B, just exists.If described user's subscription data does not allow described user to be linked into the MME/UPE of RAT-B, when promptly having the notification procedure of Step 6, then do not need this process of step 10.
Similar with above-mentioned first embodiment and second embodiment, the MME/UPE of the described RAT-A that the 3rd embodiment provided by the invention can also be in step 3 comprises after the MME/UPE of described RAT-B sends the process of login request message: the MME/UPE of described RAT-B obtains the process of described user's relevant user data from the MME/UPE of described RAT-A by identification message.Its specific implementation process and associated description are identical, are not described in detail here.
The difference part of the 4th embodiment provided by the invention and the 3rd embodiment is: the MME/UPE of described RAT-A can accept to carry out before the process of message to the MME/UPE of described RAT-A to the process that described HSS transmission registration MME/UPE accepts message in the registration of the MME/UPE of described RAT-B loopback, that is to say that step 5 was carried out among Figure 13 before step 4.Remaining process and the 3rd embodiment are identical, are not described in detail here.
Third and fourth embodiment provided by the invention can finish whole registration process apace than second embodiment; If but if the follow-up subscription data of receiving when not allowing this user to be linked into the RAT-A access technology needs the MME/UPE of notice RAT-A.
By the embodiment of the invention described above as can be seen, when the present invention was registered to the Mobility Management Entity of first wireless access technology RAT-A and user's facial canal reason entity MME/UPE as the user, the MME/UPE of described RAT-A obtained described user's permanent identification information and positional information; The MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A.Therefore the present invention is satisfying under the certain condition, the MME/UPE of first access technology that UE is registered to can be registered to UE the MME/UPE of another access technology simultaneously by login request message, thereby in a registration process, be accomplished to the registration process of two access technologies, can reduce register command message.
The above; only for the preferable embodiment of the present invention, but protection scope of the present invention is not limited thereto, and anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; the variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claim.

Claims (11)

1. a method that is registered to different access technologies is characterized in that, comprising:
When the user was registered to the Mobility Management Entity of first wireless access technology RAT-A and user's facial canal reason entity MME/UPE, the MME/UPE of described RAT-A obtained described user's permanent identification information and positional information;
When the MME/UPE of RAT-A need be when HSS registers, the MME/UPE of described RAT-A is according to the user's who obtains the described user's of permanent user ID addressing HSS, and registers to described HSS;
The MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A.
2. method according to claim 1, it is characterized in that, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, specifically comprises:
The MME/UPE of described RAT-A is addressed to the MME/UPE of RAT-B according to its relevant configuration information and described user position information;
MME/UPE to described RAT-B registers by login request message, and carries user's permanent identification information and positional information in described login request message.
3. method according to claim 2, it is characterized in that, when the MME/UPE of RAT-B need be when HSS registers, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
The MME/UPE of described RAT-B is according to the user's who obtains the described user's of permanent identification information addressing attribution server HSS, and registers to described HSS, and obtains described user's subscription data.
4. method according to claim 3, it is characterized in that, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
The described user's that the MME/UPE of described RAT-B will obtain subscription data is accepted the MME/UPE that message sends to described RAT-A by registration.
5. method according to claim 4, it is characterized in that, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
The described user's that the MME/UPE of described RAT-A will obtain subscription data is accepted message by registration and is sent to described user.
6. method according to claim 1 is characterized in that, described method also comprises:
Described HSS accepts message by registration and sends the MME/UPE of described user's subscription data to described RAT-A.
7. method according to claim 6, it is characterized in that, when the MME/UPE of RAT-A finds that described user's subscription data does not allow described user to be linked into the MME/UPE of RAT-B, the MME/UPE of described RAT-A according to the relevant configuration information of the MME/UPE of described user position information and RAT-A after the MME/UPE of second wireless access technology RAT-B registers, also comprise:
The MME/UPE of described RAT-A notifies the MME/UPE of described RAT-B not allow described user to be linked into the MME/UPE of RAT-B.
8. according to claim 1,4 or 7 described methods, it is characterized in that, when needs distribute the casual user to identify for described user, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
Message is accepted in the registration of the MME/UPE of the MME/UPE of described RAT-B by sending described RAT-A to will send to the MME/UPE of described RAT-A for casual user's sign that described user distributes;
After casual user's sign that the MME/UPE that the MME/UPE of described RAT-A receives RAT-B distributes for the user, itself and the own casual user who distributes for described user identified accept message by registration and send the user to.
9. method according to claim 8, it is characterized in that, when needs distribute the casual user to identify for described user, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
Described user receives after registration that the MME/UPE of described RAT-A sends accepts message, the MME/UPE that message is given described RAT-A is finished in loopback registration, and casual user's sign of indicating the MME/UPE of the MME/UPE of described RAT-A and RAT-B to distribute is correctly finished.
10. method according to claim 9, it is characterized in that, when needs distribute the casual user to identify for described user, the MME/UPE of described RAT-A registers to the MME/UPE of second wireless access technology RAT-B according to the relevant configuration information of the MME/UPE of described user position information and RAT-A, also comprises:
The MME/UPE of described RAT-A finishes message to the MME/UPE of described RAT-B loopback registration, indicates casual user's sign of the MME/UPE distribution of described RAT-B correctly to finish.
11. method according to claim 4 is characterized in that, registers by the MME/UPE of login request message to described RAT-B described, and carries in described login request message after user's the permanent identification information and positional information, also comprises:
The MME/UPE of described RAT-B sends identification request message to the MME/UPE of described RAT-A, the described user's of acquisition request relevant user data;
The MME/UPE of described RAT-A is to the MME/UPE of described RAT-B loopback identification response message, and carries described user's relevant user data in described identification response message.
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US8442564B2 (en) * 2011-01-13 2013-05-14 Motorola Mobility Llc Inter-modulation distortion reduction in multi-mode wireless communication terminal
CN108347722B (en) * 2017-12-18 2021-02-19 国网陕西省电力公司 User roaming control method for distributed EPC core network and EPC core network

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