CN1992606A - NGN network system and method for implementing mobility management - Google Patents
NGN network system and method for implementing mobility management Download PDFInfo
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Abstract
The invention discloses a mobile management method in the NGN network system, the method being: the mobile terminals send the register message to the NGN network, and in the NGN network, the functional entities register the users and return to the registration response; after the said mobile terminals receive the registration successful response, they send the mobile registration information to the NGN network, and in the NGN network, the functional entities for mobile management in the user's hometown register the user and return the registration response; and in the NGN network, after the functional entities for mobile management for mobile management successfully register the mobile terminals, according to user requests, provide the corresponding communication services. The invention also discloses a NGN network system.
Description
Technical field
The present invention relates to communication technical field, relate in particular to next generation network (NGN) system and realize mobility management method.
Background technology
Popularizing and using along with 2.5G/3G wireless network and broadband IP network, industry has proposed the notion (Next Generation Network) of next generation network, require the NGN can compatible all networks at present, can transmit all service medias, and for new business provides excellent interface and extended capability, and guarantee ubiquitous, the safety and favorable service quality (QoS) ability of communication.
NGN basic framework model as shown in Figure 1, whole network model is divided into service plane and transport plane.Transport plane is divided into 4 funtion parts again, network access control functions, resource admission control function, access network function and core transfer function.Wherein: network access facility partly comprises customer data base, checking and authorization function entity, network insertion configuration controlled function entity and location management function entity etc.; The resource admission control function comprises strategy decision functional entity, access-in resource controlled function entity and core transfer resource controlled function entity.
User terminal is connected to the NGN network by Access Network, and is subjected to the control of network access control functions entity.In network access control functions, checking authorized entity query subscriber database is carried out authentication vs. authorization to the user; After checking was passed through, the configuration controlled entity was configured (such as IP, DNS, Gateway etc.) to user's network characteristic; Location management function is collected user position information, upwards is sent to the relevant controlled entity of service plane.
The resource admission control function is accepted the scheduling of resource request from service plane, by strategy decision functional entity this resource request is decomposed into access network resource request and resources of core network request; Access network resource controlled entity and core transmission network resource control entity respectively will be separately request be interpreted as actual Internet resources bandwidth and represent and be handed down to related entities in Access Network and the core net.
The terminal transmission function to the terminal use can be opened/be closed to Access Network and core net after receiving the control request of network access control functions (NACF) and resource admission control function (RACF).
In addition, because information storage and acquisition capability that internet INTERNET has good communication capability, magnanimity, therefore, the basic technology-IP technology of constructing INTERNET just becomes the current technology of network, variously relevant fall over each other to use the IP technology, with the IP technical compatibility with incoherent network.On this basis, industry has proposed a kind of technology that is called mobile IP and has solved user's roaming and the problem of maintenance business continuance.Because the rapid expansion of INTERNET cause the IP address situation in short supply to occur, and very fast IP address will exhaust.For addressing this problem, on the basis of present IP technology (IPv4), developed IPv6; Corresponding mobile IP technology has also developed into MIP6 (Mobile IPv6) from MIP4.The basic principle of MIP6 is as shown in Figure 2:
(1) when mobile node is connected on its home network, it will take the mode the same with other stationary nodes to work.
(2) whether mobile node oneself roams on the field network by the neighbor discovery mechanisms detection of IPv6.The transmission router advertisement message in the nonlocal gateway meeting cycle of IPv6, the prefix that wherein comprises this field network, after mobile node is received the router advertisement message of nonlocal gateway, check that the prefix of field network wherein is different with the prefix of home network, then think to roam to field network.
(3) if when mobile node finds oneself to have moved on the field network, it will on the basis of the router advertisement information of receiving by there being the automatic layoutprocedure in state or stateless address to obtain Care-of Address on the field network.This moment, mobile node had home address and Care-of Address simultaneously.
(4) mobile node is registered to this Care-of Address of oneself on the home agent by " Binding Update " message.
(5) mobile node also can be given this Care-of Address its communication parter by " Binding Update " message registration notification.Before the registration, need to carry out earlier Return Routability testing process between mobile node and the communication parter, be that mobile node sends Home Init Test message and Care-of Init Test message earlier to communication parter, after the latter handles, return Home Test message and Care-of Test message and give mobile node.
(6) if the communication parter of mobile node is not known its Care-of Address, just will packet be sent on the home network of mobile node according to the home address of mobile node, its home agent will be truncated to these packets then, according to the mobile node present care-of address, utilize tunneling mechanism that these packets are transmitted to mobile node again.
Mobile node is issued the message of communication parter also can issue home agent by reverse tunnel earlier, hands to communication parter by home agent again.Because under this mode, the packet between communication parter and the mobile node all will come transfer by home agent, so be also referred to as " triangle route " mode.
(7) if communication parter is known the Care-of Address of mobile node by " Binding Update ", it will utilize the route header of IPv6 directly to send packet to mobile node.First destination address of packet is a Care-of Address, and second destination address is only home address, so packet can directly be issued the mobile node in the field network, and does not need through the home agent transfer.
On the rightabout, the source data packet address that mobile node is issued communication parter is a Care-of Address, and home address be kept at the destination of packet prolate-headed in.Like this, packet also can be issued home agent without reverse tunnel, but directly issues communication parter.This mode, " triangle route " mode of corresponding (6) is called " routing optimality " mode.
In the framework model of existing NGN, there be not the support of realization to mobile management; And present MIP6 technology mainly is aimed at a kind of technology that solves mobility problem of INTERNET network development, does not develop at the widespread demand of NGN network, and its control does not separate the framework of improper NGN network with transmission; Management mode and control model can not satisfy the demand of NGN network, and also do not support legacy network user terminal (PSTN user).Therefore, how MIP6 is fused among the NGN, so that support that in NGN mobile management becomes the problem that industry need solve.
Summary of the invention
The invention provides a kind of NGN network system and realize mobility management method, to solve the problem of in existing NGN, not supporting mobile management.
The invention provides following technical scheme:
A kind of NGN network system comprises: the controlled function entity of transport layer and bearing function entity, and this bearing function entity is finished service bearer under the control of described controlled function entity; It is characterized in that described controlled function entity comprises mobile controlled entity, described bearing function entity comprises mobile Delivery Function; Described mobile controlled entity is used for the signaling of process user terminal transmission and sends result to mobile Delivery Function, and described mobile Delivery Function is used for finishing the encapsulation and the forwarding of mobile service association message under the control of mobile controlled entity.
Wherein:
Described controlled function entity also comprises: mobility authentication vs. authorization entity is used for according to the request of described mobile controlled entity the mobile subscriber being carried out authentication, authentication, charging.
Described mobility controlled entity further is connected with access network resource controlled entity in the described transport layer controlled function entity, provides resource control by this Access Network controlled entity for the mobility controlled entity.
Described mobile Delivery Function is arranged in the access network of transport layer; Described mobile Delivery Function further is connected with described access network resource controlled entity, provides resource control by the access network resource controlled entity for mobile Delivery Function.
Described mobile Delivery Function is arranged in the core network of transport layer, and is positioned at the edge of this core network; Described mobile Delivery Function further is connected with resources of core network controlled entity in the described transport layer controlled function entity, provides resource control by this core net controlled entity for the mobility controlled entity.
Described mobile controlled function entity is separately positioned in the access network of transport layer and in the core network; The mobility controlled entity that is arranged in the access network further is connected with access network resource controlled entity in the transport layer controlled function entity, provide resource control by this Access Network controlled entity for the mobility controlled entity, the mobile Delivery Function that is arranged in the core network further is connected with resources of core network controlled entity in the transport layer controlled function entity, provides resource control by this core net controlled entity for the mobility controlled entity.
Described transport layer controlled function entity comprises the checking authorized entity that is used to NGN user that insertion authority is provided; Described mobile checking authorized entity and the separate setting of this checking authorized entity, and mutual by external interface, and perhaps, described checking authorized entity and described mobile checking authorized entity are set to one, and mutual by internal interface.
The signaling that user terminal sends is delivered to described mobility controlled entity by described Delivery Function, perhaps, is delivered to described mobility controlled entity by other functional entitys in the NGN network.
Described mobile controlled entity and mobile Delivery Function are same physical entity, perhaps are two separate physical entities.
A kind ofly in the NGN network system, realize mobility management method, comprise the steps:
Portable terminal sends registration message to the NGN network, the user is registered and returns the registration response by the functional entity that is used to register in the NGN network;
Described portable terminal sends mobile registration message to the NGN network after receiving the response of succeeding in registration, the functional entity that is used for mobile management by this user local in the NGN network registers and return the registration response to the user; And
The functional entity that is used for mobile management in the NGN network provides the corresponding communication service according to user's request after the portable terminal mobility succeeds in registration.
Wherein:
The functional entity that the NGN network is used to register is also further verified according to the user of user data to request registration; Or/and the described functional entity that is used for mobile management further carries out the mobility checking according to user data to the user.
Send before the mobile registration message described portable terminal further the current couple in router in the NGN network and target couple in router send respectively and act on behalf of route requests and handoff request, to obtain Care-of Address.
Described portable terminal carries the current Care-of Address that obtains at visited network in the mobile registration message that sends.
In registration process, the also further query resource information of function corresponding entity in the described NGN network is to determine whether this mobile subscriber of enough resource and admissions.
The functional entity that is used for mobile management in the NGN network is set up mobile subscriber's described Care-of Address and the mapping relations between the home address after the user terminal mobility succeeds in registration.
Be used for the further already present Care-of Address of deletion of functional entity of mobile management and the mapping relations between the home address in the described NGN network.
The functional entity that is used for mobile management in the described NGN network further obtains this quality of services for users relevant information and is used for professional control.
After user terminal is finished switching, further send the routing optimality request to the opposite end, the mapping relations and the source address that comprise in this request between Care-of Address and the home address are described Care-of Address; The mapping relations between described Care-of Address and the home address are preserved in described opposite end, and are that destination address sends routing optimality and replys the communication channel of optimizing to set up with described Care-of Address.
The present invention in the NGN network, makes the MIP6 technological incorporation NGN network have and supports the mobile communication and the ability of seamless switching widely widely; The feature that the control that makes the MIP6 technology have the NGN network simultaneously separates with carrying, carrying that it provides and control interface have favorable service quality (QoS) ability and security feature.
Description of drawings
Fig. 1 is a NGN network configuration in the prior art;
Fig. 2 is the basic principle figure of existing MIP6;
Fig. 3 is for supporting the NGN schematic network structure of mobile management among the present invention;
Fig. 4, Fig. 5 are the flow chart of the registration of the mobile subscriber among the present invention;
Fig. 6 is for switching and optimize the flow chart of communication channel among the present invention.
Embodiment
Can support mobile management in order to make the NGN network, the present invention increases the functional entity that is used for mobile management in the control section and the bearing part of the transport layer of existing NGN network system, cooperate to come with the prior function entity by the functional entity that increases and the user is carried out mobile management, the especially realization mobile management identical with the MIP6 technology.
Consult shown in Figure 3ly, the controlled function entity of NGN transport network layer has also increased the mobility controlled entity except comprising existing customer data base, authentication vs. authorization entity (TAA), network insertion configuration controlled entity and location management entity; Entity of carrying control function has increased mobile Delivery Function.Thereby realize that the control of mobile management separates with carrying, merges with the NGN complete network.
Mobile controlled entity (Transport Mobility Control) is mainly finished with the signaling process between the mobile terminal device, location registration process and some agent functionalitys.
Because newly-increased functional entity waits controlled entity to have certain influence to operation layer calling reply, therefore, the mobility controlled entity reports the location management entity with positional information; The location management entity reports this information the business control related entities that is positioned at the NGN service plane again.
Mobile Delivery Function is mainly finished the encapsulation and the forwarding work of mobile service association message, can be present in the access transmission network and/or core transport network of bearing bed.When mobile Delivery Function was arranged in the core transport network, this moved the edge that Delivery Function is positioned at core network.
The signaling that mobile subscriber terminal sends can be delivered to described mobility controlled entity by described Delivery Function, also can be delivered to described mobility controlled entity by other functional entitys in the NGN network.Mobile controlled entity is issued to mobile forwarding capability entity with result.In the realization of reality, mobile controlled entity and mobile Delivery Function can be same physical entity, also can be two separate physical entities.
In order to improve fail safe, in the controlled function entity of NGN network, also further increase mobility authentication vs. authorization entity (TMAA), this mobility authentication vs. authorization entity is by the user profile in the query subscriber database (TUP), so that the mobile subscriber is carried out authentication vs. authorization.Need to set up contract relation between mobility authentication vs. authorization entity and the authentication vs. authorization entity (TAA), mobile controlled entity communicates with mobile checking authorized entity (TMAA) and obtains the authentication vs. authorization result.
The functional entity of the resource access control part of mobile controlled entity and mobile Delivery Function and transport layer has communication interface, by resource access control functional entity partly mobile controlled entity and mobile Delivery Function is carried out resource bid, control, scheduling and release.If mobile Delivery Function is present in the access network, then the resource that this is moved Delivery Function is applied for, controls, dispatched and discharges by the access network resource controlled entity; If mobile Delivery Function is present in the core net, please, controls in then this resource that moves Delivery Function being carried out, dispatch and discharge by core transfer resource controlled entity.
After increase is used for the functional entity of mobile management in NGN, can carry out mobile management to portable terminal, its mobile management mainly comprises moving registration and moving switches.
The mobile subscriber need register to the checking authorized entity in local when the NGN network of local.When the mobile subscriber moves to field network, need register the identity of oneself to the checking authorized entity of the NGN network of visiting, return the registration response to the mobile subscriber after the checking authorized entity of visited network is verified the mobile subscriber, the mobile subscriber judges according to the result of registration response whether oneself can insert visited network.
After the mobile subscriber is linked into field network, use the service of moving if desired, also need identity to the functional entity registration that is used for mobile management oneself in its local.Comprise the new Care-of Address that mobile subscriber's oneself identity ID, the password that uses the service of moving and mobile subscriber obtain at visited network in the registration message.This registration message at first sends to mobile Delivery Function from the mobile subscriber, and mobile Delivery Function sends to mobile controlled entity after with this message encapsulation process, and mobile controlled entity sends mobile AAA entity with user ID in the message and password; Mobile AAA entity is sent to mobile subscriber with a reverse order with result with result.In this proof procedure, mobile controlled entity also sends query requests to the access network resource controlled entity, determining whether this mobile subscriber of enough resource and admissions, and the result is carried in the registration response.The mobile subscriber can move the registration response according to this and judge whether oneself can use the mobile communication service in local.
According to the fail safe needs, can the user not verified that in registration process consult shown in Figure 4ly, the main process that moves registration under this mode is as follows:
Step 400, the mobile subscriber server in the NGN network sends register command, and request inserts the NGN network.If when being positioned at field network, initiate register command to visited network.
Step 410, server are registered the user, and return the registration response signaling to the user.
Step 420, the mobile subscriber sends mobile register command after user registration success, and this moves register command and is sent to mobile controlled entity by the functional entity in the NGN network.
Step 430, mobile controlled entity are registered the mobile subscriber, and return the registration response to the mobile subscriber.
Step 440, the relevant information of mobile controlled entity after mobile Delivery Function transmits user's registration.
In the flow process of Fig. 4, the mobile register command that the mobile subscriber sends also can send to mobile Delivery Function, passes to mobile controlled entity by mobile Delivery Function, and its registration process in like manner repeats no more.
Set up the user of session for needs, move succeed in registration after can and communication user between set up the communication channel of a load plane.
In order to improve fail safe, can verify that in registration process consult shown in Figure 5ly, the implementation procedure that moves registration under this mode is as follows to the user:
Step 500, the mobile subscriber checking authorized entity (server) in the NGN network sends register command, and request inserts the NGN network.If when being positioned at field network, initiate register command to visited network.
Step 510, checking authorized entity obtain user data from customer data base the user are verified, the result sends corresponding registration response signaling to the mobile subscriber according to checking.
Step 520, after user registration success, the mobile Delivery Function of mobile subscriber in the NGN network sends mobile register command.
Step 530, mobile Delivery Function will receive that mobile register command hands to mobile controlled entity.
After step 540, mobile controlled entity are received mobile subscriber's register command, send querying command to moving the checking authorized entity.
Step 550, mobile checking authorized entity obtain user data from customer data base the user are verified, and will verify that the result sends to mobile controlled entity.
Step 560, mobile controlled entity send different registration reply messages to mobile Delivery Function according to different checking results.
Step 570, mobile Delivery Function return the registration response to the mobile subscriber.
In the flow process of Fig. 5, the mobile subscriber also can send mobile register command and be delivered to mobile controlled entity by other functional entitys in the NGN network, and it moves registration process and consults Fig. 4.
Set up the user of session for needs, move succeed in registration after can and communication user between set up the communication channel of a load plane.
When the mobile subscriber is in the network boundary of home network and field network, or when being in network boundary between the field network, link layer will report a handover event to network.After mobile subscriber's network layer is received this handover event, will send to current couple in router and act on behalf of route requests to obtain the information of adjacent access router.After learning the router address that oneself will insert as the mobile subscriber, to carry out authentication or mandate to the checking authorized entity under this router and (, then not need to carry out this proof procedure if the checking Authorized Domain under this couple in router is identical with the checking Authorized Domain before switching.)。After the mobile subscriber obtains the authorization, initiate handoff request to current couple in router, this current couple in router is handled this request and is sent switching initialization message to the target couple in router; The target couple in router is verified processing to this message after receiving this switching initialization message, and echo reply is given mobile subscriber's current couple in router; Current couple in router sends to the mobile subscriber with the result.If the mobile subscriber receives replying of handover success, then the mobile subscriber has obtained the passage of target couple in router.
Afterwards, the mobile subscriber carries out mobile register flow path.Move in the registration message of service entities to the local the mobile subscriber, comprised current Care-of Address and the home address that obtains from visited network of mobile subscriber.If user rs authentication is passed through, so mobile controlled entity will be set up the mapping relations of mobile subscriber's Care-of Address and home address in inside, and these mapping relations are handed down to mobile Delivery Function.If in the inner old home address of this mobile subscriber and the mapping relations of Care-of Address of existing of mobile controlled entity, mobile controlled entity and Delivery Function are then deleted these mapping relations.Set up the mapping relations of home address and Care-of Address at mobile Delivery Function after, the functional entity of resource access control part also needs to inquire about this mobile subscriber's user data, and corresponding bandwidth information, quality of service information etc. are handed down to mobile Delivery Function.
Like this, just set up the communication channel of a mobile Delivery Function of process between mobile subscriber and opposite end communication user: communication information sends to mobile Delivery Function from the mobile subscriber, this message process of passing through tunnel processing; Mobile Delivery Function is sending to the opposite end communication user with this message after it is gone the tunnel encapsulation; From message that end subscriber is come the flow process of process just in time opposite with it.
After building up this new communication port, mobile subscriber and to the old communication channel immediate cancel between the end subscriber, new channel enables, and mobile switching is finished.
After the mobile subscriber finishes switching, the mobile subscriber with what set up between to end subscriber is to move the long path communication channel of Delivery Function through home network.After the mobile subscriber roams field network, have the mobile subscriber with between end subscriber one directly without mobile Delivery Function than short path.Therefore, in order to optimize the path, after mobile switching was finished, the mobile subscriber sent the routing optimality request of oneself and arrives end subscriber, this request message comprises the mapping relations between mobile subscriber's home address and the up-to-date Care-of Address, and the source address of this request message is up-to-date Care-of Address.After end subscriber was received this request message, if accept this routing optimality request, then portion kept this mapping relations within it, eliminated this home address mapping relations in the past; And the transmission routing optimality is replied to the mobile subscriber.The communication channel through routing optimality between mobile subscriber and the communication user has just been set up like this; The destination address of the message that the mobile subscriber sends is exactly to end subscriber, and the destination address that end subscriber is sent message is exactly mobile subscriber's a up-to-date Care-of Address; No longer needing to move Delivery Function by the local of switching the user between the both sides communicates by letter.
Consult shown in Figure 6ly, portable terminal switches to field network and optimizes the main flow process of communication route following (with registration time verify and succeed in registration be example) from home network:
Portable terminal A in step 600, the NGN network sends to current couple in router and acts on behalf of route requests.
Step 605, described current couple in router return to portable terminal A acts on behalf of route announcement.
Step 610, the portable terminal A checking authorized entity (server) in the NGN network sends register command, and request inserts the NGN network.If when being positioned at field network, initiate register command to visited network.
Step 615, checking authorized entity obtain user data from customer data base the user are verified, checking is by sending corresponding registration response signaling (if current couple in router is identical with checking Authorized Domain under the target couple in router to portable terminal A, then do not need to carry out step 510 and 515, be expressed as dotted line among the figure).
Step 620, portable terminal A send handoff request to current couple in router.
Step 625, described current couple in router send the switching initialization request to the target couple in router.
Step 630, target couple in router return handover acknowledge to current couple in router.
Step 635, current couple in router return handover acknowledge to portable terminal A, and so far, portable terminal A obtains IP address (being Care-of Address) from the target couple in router.
Step 640, the portable terminal A mobile Delivery Function in the NGN network sends mobile register command, has comprised current Care-of Address and the home address that obtains from visited network of mobile subscriber in this signaling.
Step 645, mobile Delivery Function will receive that mobile register command hands to mobile controlled entity.
After step 650, mobile controlled entity are received the register command of portable terminal A, send querying command to moving the checking authorized entity.
Step 655, move the checking authorized entity and obtain user data from customer data base the user is verified, checking by and the result sent to mobile controlled entity.
Step 660, mobile controlled entity send the registration response to mobile Delivery Function, and simultaneously, mobile controlled entity is set up the mapping relations of mobile subscriber's Care-of Address and home address in inside, and these mapping relations are handed down to mobile Delivery Function.
Step 665, mobile Delivery Function return the registration response to the mobile subscriber; Then, portable terminal A sets up communication channel by the portable terminal B of destination router and opposite end.
Step 670, portable terminal A send optimization request to the portable terminal B of opposite end, and this request message comprises the mapping relations between portable terminal A home address and the up-to-date Care-of Address, and the source address of this request message is up-to-date Care-of Address.
The portable terminal B of step 675, opposite end returns to optimize to portable terminal A and replys; Then, two parties communicates by the passage after optimizing.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.
Claims (20)
1, a kind of NGN network system comprises: the controlled function entity of transport layer and bearing function entity, and this bearing function entity is finished service bearer under the control of described controlled function entity; It is characterized in that described controlled function entity comprises mobile controlled entity, described bearing function entity comprises mobile Delivery Function; Described mobile controlled entity is used for the signaling of process user terminal transmission and sends result to mobile Delivery Function, and described mobile Delivery Function is used for finishing the encapsulation and the forwarding of mobile service association message under the control of mobile controlled entity.
2, NGN network system as claimed in claim 1 is characterized in that, described controlled function entity also comprises:
Mobility authentication vs. authorization entity is used for according to the request of described mobile controlled entity the mobile subscriber being carried out authentication, authentication, charging.
3, NGN network system as claimed in claim 1 or 2, it is characterized in that, described mobility controlled entity further is connected with access network resource controlled entity in the described transport layer controlled function entity, provides resource control by this Access Network controlled entity for the mobility controlled entity.
4, NGN network system as claimed in claim 3 is characterized in that, described mobile Delivery Function is arranged in the access network of transport layer.
5, NGN network system as claimed in claim 4 is characterized in that, described mobile Delivery Function further is connected with described access network resource controlled entity, provides resource control by the access network resource controlled entity for mobile Delivery Function.
6, NGN network system as claimed in claim 1 or 2 is characterized in that, described mobile Delivery Function is arranged in the core network of transport layer, and is positioned at the edge of this core network.
7, NGN network system as claimed in claim 6, it is characterized in that, described mobile Delivery Function further is connected with resources of core network controlled entity in the described transport layer controlled function entity, provides resource control by this core net controlled entity for the mobility controlled entity.
8, NGN network system as claimed in claim 1 or 2 is characterized in that, described mobile controlled function entity is separately positioned in the access network of transport layer and in the core network; The mobility controlled entity that is arranged in the access network further is connected with access network resource controlled entity in the transport layer controlled function entity, provide resource control by this Access Network controlled entity for the mobility controlled entity, the mobile Delivery Function that is arranged in the core network further is connected with resources of core network controlled entity in the transport layer controlled function entity, provides resource control by this core net controlled entity for the mobility controlled entity.
9, NGN network system as claimed in claim 2 is characterized in that, described transport layer controlled function entity comprises the checking authorized entity that is used to NGN user that insertion authority is provided; Described mobile checking authorized entity and the separate setting of this checking authorized entity, and mutual by external interface, and perhaps, described checking authorized entity and described mobile checking authorized entity are set to one, and mutual by internal interface.
10, NGN network system as claimed in claim 1, it is characterized in that, the signaling that user terminal sends is delivered to described mobility controlled entity by described Delivery Function, perhaps, is delivered to described mobility controlled entity by other functional entitys in the NGN network.
11, NGN network system as claimed in claim 1 is characterized in that, described mobile controlled entity and mobile Delivery Function are same physical entity, perhaps is two separate physical entities.
12, a kind ofly in the NGN network system, realize mobility management method, it is characterized in that, comprise the steps:
Portable terminal sends registration message to the NGN network, the user is registered and returns the registration response by the functional entity that is used to register in the NGN network;
Described portable terminal sends mobile registration message to the NGN network after receiving the response of succeeding in registration, the functional entity that is used for mobile management by this user local in the NGN network registers and return the registration response to the user; And
The functional entity that is used for mobile management in the NGN network provides the corresponding communication service according to user's request after the portable terminal mobility succeeds in registration.
13, method as claimed in claim 12 is characterized in that, the functional entity that the NGN network is used to register is also further verified according to the user of user data to request registration; Or/and the described functional entity that is used for mobile management further carries out the mobility checking according to user data to the user.
14, method as claimed in claim 12 is characterized in that, in registration process, the also further query resource information of function corresponding entity in the described NGN network is to determine whether this mobile subscriber of enough resource and admissions.
15, as claim 12,13 or 14 described methods, it is characterized in that, send before the mobile registration message described portable terminal further the current couple in router in the NGN network and target couple in router send respectively and act on behalf of route requests and handoff request, to obtain Care-of Address.
16, method as claimed in claim 15 is characterized in that, described portable terminal carries the current Care-of Address that obtains at visited network in the mobile registration message that sends.
17, method as claimed in claim 16 is characterized in that, the functional entity that is used for mobile management in the NGN network is set up mobile subscriber's described Care-of Address and the mapping relations between the home address after the user terminal mobility succeeds in registration.
18, method as claimed in claim 17 is characterized in that, is used for the further already present Care-of Address of deletion of functional entity of mobile management and the mapping relations between the home address in the described NGN network.
19, method as claimed in claim 17 is characterized in that, in handoff procedure, the functional entity that is used for mobile management in the described NGN network further obtains this quality of services for users relevant information and is used for professional control.
20, method as claimed in claim 19 is characterized in that, after user terminal is finished switching, further sends the routing optimality request to the opposite end, and the mapping relations and the source address that comprise in this request between Care-of Address and the home address are described Care-of Address; The mapping relations between described Care-of Address and the home address are preserved in described opposite end, and are that destination address sends routing optimality and replys the communication channel of optimizing to set up with described Care-of Address.
Priority Applications (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101354269A CN100563163C (en) | 2005-12-28 | 2005-12-28 | A kind of NGN network system and realization mobility management method |
| PCT/CN2006/002557 WO2007073654A1 (en) | 2005-12-28 | 2006-09-28 | Method for realizing mobile ip management and the network system thereof |
| EP06791144A EP1971085A4 (en) | 2005-12-28 | 2006-09-28 | Method for realizing mobile ip management and the network system thereof |
| EP11186661.2A EP2416613B1 (en) | 2005-12-28 | 2006-09-28 | Method for realizing mobile IP management and the network system thereof |
| US12/163,694 US8300631B2 (en) | 2005-12-28 | 2008-06-27 | Method for realizing mobile IP management and the network system thereof |
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| CNB2005101354269A CN100563163C (en) | 2005-12-28 | 2005-12-28 | A kind of NGN network system and realization mobility management method |
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| CN1992606A true CN1992606A (en) | 2007-07-04 |
| CN100563163C CN100563163C (en) | 2009-11-25 |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101335676B (en) * | 2008-07-30 | 2011-09-21 | 中兴通讯股份有限公司 | Session control method based on mobile IP |
| CN101626540B (en) * | 2008-07-11 | 2012-04-04 | 深圳市沃其丰科技股份有限公司 | Heterogeneous mobile terminal multi-point access system |
| CN102474445A (en) * | 2009-07-10 | 2012-05-23 | 瑞典爱立信有限公司 | A method, a terminal, an access node and a media server for providing resource admission control of digital media streams |
| CN103167466A (en) * | 2013-02-22 | 2013-06-19 | 上海昭赫信息技术有限公司 | System and method of achieving access of mobile network and next generation network (NGN) |
| WO2013181942A1 (en) * | 2012-06-06 | 2013-12-12 | 华为技术有限公司 | Method, device, and system for terminal registration |
| WO2017140204A1 (en) * | 2016-02-15 | 2017-08-24 | 中兴通讯股份有限公司 | Method for terminal location management and terminal mobility management, and network node |
| CN110662275A (en) * | 2018-06-29 | 2020-01-07 | 中国电信股份有限公司 | Network selection method, base station and computer readable storage medium |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2007073654A1 (en) | 2005-12-28 | 2007-07-05 | Huawei Technologies Co., Ltd. | Method for realizing mobile ip management and the network system thereof |
-
2005
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101626540B (en) * | 2008-07-11 | 2012-04-04 | 深圳市沃其丰科技股份有限公司 | Heterogeneous mobile terminal multi-point access system |
| CN101335676B (en) * | 2008-07-30 | 2011-09-21 | 中兴通讯股份有限公司 | Session control method based on mobile IP |
| CN102474445A (en) * | 2009-07-10 | 2012-05-23 | 瑞典爱立信有限公司 | A method, a terminal, an access node and a media server for providing resource admission control of digital media streams |
| WO2013181942A1 (en) * | 2012-06-06 | 2013-12-12 | 华为技术有限公司 | Method, device, and system for terminal registration |
| US9622205B2 (en) | 2012-06-06 | 2017-04-11 | Huawei Technologies Co., Ltd. | Terminal registration method, device, and system |
| CN103167466A (en) * | 2013-02-22 | 2013-06-19 | 上海昭赫信息技术有限公司 | System and method of achieving access of mobile network and next generation network (NGN) |
| CN103167466B (en) * | 2013-02-22 | 2014-05-07 | 上海昭赫信息技术有限公司 | System and method of achieving access of mobile network and next generation network (NGN) |
| WO2017140204A1 (en) * | 2016-02-15 | 2017-08-24 | 中兴通讯股份有限公司 | Method for terminal location management and terminal mobility management, and network node |
| CN110662275A (en) * | 2018-06-29 | 2020-01-07 | 中国电信股份有限公司 | Network selection method, base station and computer readable storage medium |
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