CN102577449A - Method, device and system for activation and deactivation of priority service - Google Patents

Method, device and system for activation and deactivation of priority service Download PDF

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Publication number
CN102577449A
CN102577449A CN2010800016118A CN201080001611A CN102577449A CN 102577449 A CN102577449 A CN 102577449A CN 2010800016118 A CN2010800016118 A CN 2010800016118A CN 201080001611 A CN201080001611 A CN 201080001611A CN 102577449 A CN102577449 A CN 102577449A
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China
Prior art keywords
priority service
request message
information
priority
network element
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CN2010800016118A
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CN102577449B (en
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熊志伟
陆伟
倪慧
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Huawei Technologies Co Ltd
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Huawei Technologies Co Ltd
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W8/00—Network data management
    • H04W8/18—Processing of user or subscriber data, e.g. subscribed services, user preferences or user profiles; Transfer of user or subscriber data
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
    • H04W12/08—Access security

Abstract

The present invention provides a method, device and system for activation and deactivation of priority service. Wherein, the method for activation of priority service comprises: a second priority service activation request message is received from a bearer management network element; the second priority service activation request message carries the priority service activation information, and the priority service activation information is sent by Mobile Station (MS) to the bearer management network element through a first priority service activation request message of Media Access Control (MAC) layer; authorization processing is performed on the priority service activation request in terms of the priority service activation information; the generated authorization result is sent to the bearer management network element; the bearer management network element performs operations of the priority service according to the authorization result. The embodiments enable the MS to directly utilize the lower layer signaling message to perform the operations of the priority service, thus improving efficiency greatly and reducing the risk of priority service activation failure due to the network congestion.

Description

Method, device and system for activation and deactivation of priority service
The present embodiments relate to communication technical field, more particularly to a kind of activation of priority service, anti-activating method, device and system for priority service activation, anti-activating method, device and system technical field.Background technology
Urgency traffic (Emergency Telecommunications Service;Hereinafter referred to as：), ETS also known as media priority business or enhancing media priority business（Enhancement Media Priority Service;Hereinafter referred to as：), eMPS a kind of national service is belonged to.When disaster or emergency occur, network congestion is likely to result in, domestic consumer possibly can not obtain network service, and the special user that ETS can then be in ETS states of activation to a class provides the communication service that priority is higher than domestic consumer.When user is in ETS states of activation, user can enjoy priority service corresponding with its user class in business progress, and when ETS user is in ETS unactivated states, network will not then provide a user the service of high priority, meanwhile, ETS user also can correspondingly be collected ETS service fees.Therefore, user activates ETS business generally when needing urgency traffic, and deactivates ETS business when not needed.
In existing global ripple access interoperability ' 1 " raw (World Interoperability for Microwave Access;Hereinafter referred to as：WiMAX) network working group（Network Work Group;Hereinafter referred to as NWG) the standard of ETS stages (hase) 1 in propose a kind of ETS activation scheme.After the completion of mobile terminal networking, pass through application layer messages and Application Function（Application Function;Hereinafter referred to as：AF service negotiation) is carried out, and asks AF to activate ETS;AF activates instruction, service request type, User Priority according to ETS and performs ETS and authorize, and the information such as type of service, User Priority are sent into Authentication Authorization and charging by Rx interface message（Authentication Authorization Accounting;Hereinafter referred to as：AAA)/policy functional entity（ Policy Function;Hereinafter referred to as： PF ) ；AAA/PF associates the priority of related service stream according to type of service, and will be corresponding by message Quality of service (Quality of Service；Hereinafter referred to as：QoS access business network gateway (Access Service Network Gateway) are sent to;Hereinafter referred to as： ASN-GW )；ASN-GW initiates the foundation or modification of related service stream and carrying according to new QoS, so as to complete the activation of ETS business.In the ETS activation schemes of prior art, when resources in network is not enough, the application layer of ETS business consults easy failure, so as to cause activation ETS failures.The content of the invention
The embodiment of the present invention provides a kind of priority service activation, anti-activating method, device and system, to solve to interact the defect that caused activation easily fails by the application layer messages between terminal and AF in the prior art, realize that terminal directly performs activation of service/deactivation using bottom signaling message, efficiency is greatly improved, reduction causes the risk of activation of service/deactivation failure due to network congestion.
The embodiment of the present invention provides a kind of priority service Activiation method, including：
Receive the second priority service activation request message that bearer management network element is sent, priority service active information is carried in the second priority service activation request message, the priority service active information activates request message by the first priority service of medium access control MAC layer by mobile terminal and is sent to the bearer management network element；
Authorisation process is carried out to priority service activation request according to the priority service active information；The Authorization result of generation is sent to the bearer management network element, by the bearer management network element according to the Authorization result execution priority business processing.
The embodiment of the present invention provides a kind of priority service anti-activating method, including：
Receive the second priority service deactivation request message that bearer management network element is sent, second priority service deactivates and priority service deactivation information is carried in request message, and the priority service deactivates information and is sent to the bearer management network element by the first priority service deactivation request message of medium access control MAC layer by mobile terminal；
Priority treatment of the information cancellation to user is deactivated according to the priority service.
The present embodiment provides a kind of Quality management network element, including： First receiving module, the second priority service for receiving the transmission of bearer management network element activates request message, priority service active information is carried in the second priority service activation request message, the priority service active information activates request message by the first priority service of medium access control MAC layer by mobile terminal and is sent to the bearer management network element；
Authorization module, for carrying out authorisation process to priority service activation request according to the priority service active information；
Active module, for the Authorization result of generation to be sent into the bearer management network element, by the bearer management network element according to the Authorization result execution priority business processing.
The present embodiment provides a kind of Quality management network element, including：
Second receiving module, the second priority service for receiving the transmission of bearer management network element deactivates request message, second priority service deactivates and priority service deactivation information is carried in request message, and the priority service deactivates information and is sent to the bearer management network element by the first priority service deactivation request message of medium access control MAC layer by mobile terminal；
Flexible module is deactivated, for deactivating priority treatment of the information cancellation to user according to the priority service.
The present embodiment provides a kind of priority service processing system, including bearer management network element and above-mentioned Quality management network element.The priority service activation of the embodiment of the present invention, anti-activating method, device and system, request message is activated to the first priority service of bearer management network element transmitting medium access control MAC layer by mobile terminal, priority service active information is carried in first priority service activation request message, priority service active information is activated into request message by the second priority service by the bearer management network element for receiving priority service active information again and is sent to QoS managed network elements, QoS managed network elements carry out authorisation process according to the priority service active information to priority service activation request, and the Authorization result of generation is sent to bearer management network element, by bearer management network element according to Authorization result execution priority business processing；The present embodiment reduces the risk activated easily unsuccessfully caused by being interacted in the prior art by the application layer messages between terminal and AF, realizes terminal and directly carries out activation of service using bottom signaling message, can Some valuable times and Internet resources are saved, efficiency is substantially increased, reducing causes the risk of activation of service failure due to network congestion.Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, the required accompanying drawing used in embodiment or description of the prior art will be briefly described below, apparently, drawings in the following description are some embodiments of the present invention, for those of ordinary skill in the art, without having to pay creative labor, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the flow chart of priority service Activiation method embodiment one of the present invention；
Fig. 2 is the signaling diagram of priority service Activiation method embodiment two of the present invention；
Fig. 3 is the PCC configuration diagrams in priority service Activiation method embodiment two of the present invention；Fig. 4 is the signaling diagram of priority service Activiation method embodiment three of the present invention；
Fig. 5 is the signaling diagram of priority service Activiation method example IV of the present invention；
Fig. 6 is the signaling diagram of priority service Activiation method embodiment five of the present invention；
Fig. 7 is the flow chart of priority service anti-activating method embodiment one of the present invention；
Fig. 8 is the signaling diagram of priority service anti-activating method embodiment two of the present invention；
Fig. 9 is the signaling diagram of priority service anti-activating method embodiment three of the present invention；
Figure 10 is the signaling diagram of priority service anti-activating method example IV of the present invention；
Figure 11 is the signaling diagram of priority service anti-activating method embodiment five of the present invention；
Figure 12 is the structural representation of Quality management network element embodiment one of the present invention；
Figure 13 is the structural representation of Quality management network element embodiment two of the present invention；
Figure 14 is the structural representation of Quality management network element embodiment three of the present invention；
Figure 15 is the structural representation of Quality management network element embodiment four of the present invention；
Figure 16 is the structural representation of Quality management network element embodiment five of the present invention；
Figure 17 is the structural representation of Quality management network element embodiment six of the present invention. Embodiment
To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is a part of embodiment of the invention, rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made belongs to the scope of protection of the invention.
Fig. 1 is the flow chart of priority service Activiation method embodiment one of the present invention, as shown in Figure 1, present embodiments provide a kind of priority service Activiation method, the present embodiment can apply to ETS activation of services during WiMAX network access, eMPS activation of services during 3GPP network insertions can also be applied to, it can also be applied in the network of other access styles, such as 3 GPP2 HRPD (High Rate Packet Data;Hereinafter referred to as：HRPD) in network, illustrated in the present embodiment by taking the activation of ETS business as an example.Specifically, the method that the present embodiment is provided may include steps of：
Step 101, the second priority service activation request message that bearer management network element is sent is received.In the present embodiment, this step is specially that QoS managed network elements receive the second priority service activation request message that bearer management network element is sent, and priority service active information is carried in the second priority service activation request message.The priority service active information passes through medium access control by mobile terminal（Media Access Control;Hereinafter referred to as：MAC) the first service activation request message of layer is sent to bearer management network element.The present embodiment is specially ETS activation processes, then priority service active information herein can be specially ETS information, and subsequently no longer Redundant is stated.Wherein, the first priority service activation request message can be that Business Stream or carrying are set up or modification request message, and the second priority service activation request message can be resource allocation request message.One or more combinations during the ETS information that carries can include following information in request message are activated in the first priority service：Priority service activation configured information, the precedence information of priority service, further, can also include the traffic type information of priority service in ETS information.Bearer management network element in the present embodiment can include but is not limited to：Base station（ Base Station;Hereinafter referred to as：BS), service business stream mandate（ Serving Service Flow Authorization;Hereinafter referred to as：Serving SFA) entity, gateway（ Serving Gateway;Hereinafter referred to as： S-GW ) 、 Packet data network gateway（ Packet Gateway;Hereinafter referred to as：PDN-GW), macro base station（), eNodeB QoS managed network elements can include but is not limited to：Grappling（Anchor) SFA, strategy determine entity with charging（ Policy and Charging Rule Function;Hereinafter referred to as：PCRF), policy functional entity（ Policy Function;Hereinafter referred to as： PF ) .When carrying out ETS activation, mobile terminal sends the first priority service and activates request message to bearer management network element, and this message transmitting process can pass through multiple related network entities.Bearer management network element obtains ETS information from the first priority service activation request message, bearer management network element sends the second priority service activation request message to QoS managed network elements again, this message transmitting process can pass through multiple related network entities, and ETS information is also carried in the second priority service activation request message.
Step 102, authorisation process is carried out to priority service activation request according to priority service active information；
This step is specially that QoS managed network elements are received after the second priority service activation request message that bearer management network element is sent, and ETS information is obtained from the second priority service activation request message.QoS managed network elements carry out authorisation process according to the ETS information to the ETS activation requests of user, and perform corresponding decision-making.QoS managed network elements can be according to the signing information for being stored in local mobile terminal, service priority information in ETS information is matched, to determine the service priority of the actual signing of user, when the service priority information in the service priority information in the signing information of the mobile terminal locally preserved and ETS information is inconsistent, the service priority information in the signing information locally preserved is defined.QoS managed network elements pass through above-mentioned judgement, if determining to include service priority information in user signing contract information, the ETS activation requests to user carry out authorisation process, perform corresponding decision-making, and corresponding Authorization result is generated, optionally generate policy information.In the present embodiment, the Authorization result that QoS managed network elements carry out authorisation process generation can be to determine to activate the business that user is asked, and the policy information that QoS managed network elements perform corresponding decision making can need adjustment for the service priority for which Business Stream for determining user.
Or, QoS managed network elements can also carry out authorisation process according to ETS information, from the AAA/SPR user signing contract informations obtained to ETS activation requests.QoS managed network elements send to AAA/SPR and contracted Request message, alternatively carries ETS information in subscription request message, and user signing contract information is asked to AAA/SPR, then AAA/SPR returns to user signing contract information to QoS managed network elements.When AAA/SPR returns to user signing contract information to QoS managed network elements, QoS managed network elements carry out authorisation process according to ETS information and user signing contract information to ETS activation requests, and generate Authorization result, optionally generate policy information.
Step 103, the Authorization result of generation is sent to bearer management network element, by bearer management network element according to the Authorization result execution priority business processing.
This step is specially QoS managed network elements after being authorized to the ETS of user activation requests, generate Authorization result, and Authorization result is returned into bearer management network element, corresponding carrying is completed by bearer management network element to set up or change, and determines follow-up whether priority treatment is carried out to the related service stream and signaling message of the user according to Authorization result.Specifically, the priority service processing performed in this step by bearer management network element according to Authorization result can include one or more in following situations：The priority of existing one or more Business Streams is improved according to Authorization result by bearer management network element；Or by bearer management network element according to signaling message progress priority treatment of the Authorization result to user；Or by bearer management network element be that the new service request of Client-initiated preferentially distributes resource.If for example follow-up user sends the service request of same type, ETS information need not be carried again in request message, and bearer management network element still carries out priority treatment to the business newly asked.The ETS results activated are returned to mobile terminal by bearer management network element, and bearer management network element directly can be set up or modification message by sending to carry to mobile terminal, and the result of ETS activation is carried in message is set up or changed in carrying.Further, corresponding policy information can also be returned to QoS managed network elements in bearer management network element, QoS managed network elements carry out priority treatment with specific reference to the policy information to Business Stream.For example, after the ETS activation of user, bearer management network element is according to the policy information returned from QoS managed network elements, when Internet resources occur nervous, and the ETS data services to the user flow into row major processing.
In the prior art, by terminal by application layer messages and AF carry out service negotiation, ETS service authorization and activate ETS.And before ETS un-activations, the application layer messages interacted between terminal and AF need to transmit in the carrying of bottom, and these application layer messages interactions come to the entity in WiMAX network Say it is transparent, entity in WiMAX network will not parse the application layer messages, so as to can not know the application layer messages for request ETS activation message, then these entities in network will not to these application layer messages carry out priority treatment and network state it is poor in the case of application layer messages You Ke Neng Bei Lost abandon.Therefore, when congestion occurs in resources in network, the application layer of ETS business consults easy failure, so as to cause activation ETS failures.And in the priority service Activiation method that the present embodiment is provided, by mobile terminal via bearer management network element, directly interacted with QoS managed network elements by MAC layer signaling message, bearer management network element and QoS managed network elements can know that the MAC layer message is activated for ETS, so as to carry out priority treatment, realize that ETS is activated, reduce the risk in the prior art by activating failure caused by application layer messages interacting activation ETS.And, in the prior art, it is generally required that performing activation of service by the multiple interacting message of application layer messages, message is triggered if desired for first sending, ability initial request messages after corresponding response message are received, these message interaction process can take substantial amounts of interface-free resources；And in the present embodiment, mobile terminal is by directly initiating the activation request of the first priority service, ETS information is carried in the request to realize that ETS is activated, when the use priority business, network is generally in resource tense situation, and time and Internet resources are more valuable, therefore, compared with prior art, the present embodiment can save some valuable times and Internet resources.In addition, the present embodiment is overcome in the prior art when being not provided with being not provided with interface between AF, or AF and AAA in network without completing ETS activation by AF, it is impossible to complete the defect of ETS activation.
Present embodiments provide a kind of priority service Activiation method, request message is activated to the first priority service of bearer management network element transmitting medium access control MAC layer by mobile terminal, priority service active information is carried in first priority service activation request message, priority service active information is activated into request message by the second priority service by the bearer management network element for receiving priority service active information again and is sent to QoS managed network elements, QoS managed network elements carry out authorisation process according to the priority service active information to priority service activation request, and the Authorization result of generation is sent to bearer management network element, by bearer management network element according to Authorization result execution priority business processing；The present embodiment reduces the risk activated easily unsuccessfully caused by being interacted in the prior art by the application layer messages between terminal and AF, realizes terminal directly using bottom signaling message come execution priority business processing, can save some valuable Time and Internet resources, substantially increase efficiency, reduce caused due to network congestion activation of service failure risk.
Fig. 2 is the signaling diagram of priority service Activiation method embodiment two of the present invention, as shown in Fig. 2 the present embodiment is on the basis of above-described embodiment one, there is provided a kind of specific priority service Activiation method.The present embodiment can be applied particularly to ETS activation during WiMAX network access, wherein, bearer management network element, which can include BS and Serving SFA, QoS managed network element, can include AnchorSFA and PCRF.
In new mobile communications network, the business of the multiple types such as multimedia call, file download, web page browsing can be provided, all types of business all will be showed and described in the way of Business Stream, Business Stream is identified by SF ID, Business Stream information such as corresponding connection identifier of eating dishes without rice or wine, QoS when being additionally included in air interface transmission.Business Stream is transmitted in the carrying established in the mobile communication network, after mobile terminal networks in the mobile communication network, network will set up one or more carryings for mobile terminal, these, which are carried all, is had QoS attributes and is identified using carrying ID, same Business Stream will be bundled in some carrying therein and transmit, there to be Business Stream to bind entity and Filtering entity in a network, Business Stream binds entity by Business Stream in some bearing binding, then Business Stream Filtering entity is passed through again, Business Stream is filled into corresponding carrying and is transmitted.Moreover, being also required to transmit in carrying for some chain of command signaling messages of user.Business Stream can be set up when terminal networks, can also dynamically it be set up after terminal networking, dynamic can be initiated when setting up by mobile terminal, it can also be initiated by network, therefore in order to transmit these Business Streams, need dynamically to set up or change carrying after setting up carrying when terminal networks or networking, dynamic is set up or modification carrying can be initiated by mobile terminal, can also be initiated by network.
In new mobile communications network, due to needing network to detect different Business Streams and counting the charge informations such as flow, duration, these information reportings can carry out charging based on charging policy to behind charging center to the business of user.Therefore, the tissue such as 3GPP, WiMAX Forum both defines strategy and charging control（ Policy and Charging Control;Hereinafter referred to as：PCC) framework, can make it that network detects different Business Streams by the framework, and realize QoS controls for Business Stream, the demand such as billing statistics.The PCC configuration diagrams in priority service Activiation method embodiment two of the present invention are illustrated in figure 3, Wherein, policy control and charging regulation function entity (Policy Control and Charging Rules Function;Hereinafter referred to as：PCRF), the user contracting data obtained according to the limitation of user access network, carrier policy, from SPR functional entitys and the current ongoing ETS active informations of the user obtained from AF functional entitys etc. determine corresponding strategy, and are supplied to strategy and charging to perform entity (Policy and Charging Enforcement Function the strategy;Hereinafter referred to as：), PCEF these strategies are performed by PCEF.Wherein, these strategies can include completing the detected rule of the business data flow of a certain business, whether gate, the corresponding QoS of business data flow and the charging regulation based on stream etc..PCEF shellfishes ' J performs the PCRF strategies that issue or specify, the specific detection and measurement for performing business data flow, ensure the QoS of business data flow, user plane flow handles and triggered session management of chain of command etc., and PCEF can specifically be divided into GGSN, GW etc. according to function.User contracting data database（ Subscription Profile Repository;Hereinafter referred to as：SPR) it is used to provide user contracting data to PCRF.Application level function entity（ Application Function;Hereinafter referred to as：AF) it is used for the session information that application layer is dynamically provided to PCRF, PCRF is according to the information dynamic generation or changes corresponding rule.Rx reference points issue application layer relevant information for AF, and the information includes but is not limited to IP filter, for recognizing business data flow, using or media needed for bandwidth information, the reference point use ietf definition Diameter agreements.Gx reference points make PCRF can be with PCC rules performed on dynamic control PCEF, it is possible to achieve the function of set up, safeguarding and terminate IP-CAN sessions, the reference point uses the Diameter agreements of ietf definition.And Sp reference points are used for PCRF and ask user signing contract information to SPR, the signing information is used to determine IP-CAN transport layer strategies.The interface belongs to privately owned interface at present.
The present embodiment is now performed for the situation of PCC frameworks is not present in networking by Anchor SFA
The decision-making that ETS is authorized and ETS is activated, and be related Business Stream distribution resource.Specifically, the present embodiment may include steps of：
Step 201, mobile terminal（Mobile Station;Hereinafter referred to as：MS) Business Stream is sent to BS（ Service Flow;Hereinafter referred to as：SF) set up or change request message.
In this step, when user's request activation ETS business, SF is sent to BS by MS and set up or modification request message, ETS information is carried in SF sets up or changed request message.In the present embodiment ETS information can include one or more of following information：ETS precedence informations, the ETS traffic type informations of activation and ETS activation configured informations.
Step 202, BS returns to response message to MS.
BS returns to a SF after the SF for receiving BS transmissions sets up or changes request message, to MS and set up or modification response message.When congestion occurs in network, BS alternatively sets up MS SF or modification request message is ranked processing, and queuing message is notified to MS.
Step 203, BS sends data path (Data Path to Serving SFA;Hereinafter referred to as：DP request message) is registered or changes, registering or change request message in the DP includes the ETS information of MS carryings.
Step 204, Serving SFA send resource allocation request message to Anchor SFA, include the ETS information of MS carryings in the resource allocation request message.
Step 205, Anchor SFA carry out ETS authorisation process according to ETS information.
When Anchor SFA carry out authorisation process to ETS activation requests, when can be by networking authorisation process be carried out from the AAA user signing contract informations obtained, while Authorization result is generated, corresponding policy information is optionally generated, that is, determines which Business Stream of user enjoys ETS priority.Anchor SFA distribute resource according to the user signing contract information obtained when local policy or networking from AAA/SPR for the related service stream of user, are the Business Stream of all existing the type and the higher ETS priority of the Business Stream distribution of newly-built the type such as according to different types of service.
Step 206, Anchor SFA return to resource allocation response message to Serving SFA.
Anchor SFA are after ETS authorisation process is completed, resource allocation response message is returned to Serving SFA, one or more SF information can be carried in the resource allocation response message, the SF information includes the ETS precedence informations of the user after authorizing.Anchor SFA are follow-up then will to flow into row major processing to the related service of the user according to the ETS precedence informations after mandate.
Step 207, Serving SFA are set up or modification DP according to the situation of resource allocation, and change response message to BS return DP registrations or father.
Serving SFA are after resource allocation response message is received, according to Anchor SFA to correlation The situation of the resource allocation of Business Stream, set up or modification DP, and DP registrations or modification response message are returned into BS, and one or more SF information are carried in the DP registers or changed response message, the SF information includes the ETS precedence informations of user.Serving SFA are follow-up then will to flow into row major processing to the related service of the user according to the ETS precedence informations after mandate, and Serving SFA carry out priority treatment according to the follow-up signaling message to the user of ETS information after mandate.
Step 208, BS returns to SF to MS and set up or modification response message.
BS sends SF and sets up or change response message to MS, and BS subsequently then will carry out priority treatment according to the ETS precedence informations after mandate to the related service stream and signaling message of the user.MS returns to a piece of news after SF foundation or modification response message is received, to BS and receives confirmation.
Present embodiments provide a kind of priority service Activiation method, the SF foundation for carrying ETS information or modification request message are sent to BS by MS, ETS information is carried and is sent to Serving SFA in DP registers or changed request message by BS, ETS information is sent to Anchor SFA by Serving SFA by resource allocation request again, ETS authorisation process is carried out according to ETS information by Anchor SFA, and ETS precedence informations are returned to Serving SFA and BS successively by response message, Anchor SFA, Serving SFA and BS flows into row major processing to the related service of user according to ETS precedence informations；The present embodiment reduces the risk activated easily unsuccessfully caused by being interacted in the prior art by the application layer messages between terminal and AF, realize terminal and ETS activation is directly carried out using bottom signaling message, some valuable times and Internet resources can be saved, efficiency is substantially increased, reducing causes the risk of ETS activation failures due to network congestion.
Fig. 4 is the signaling diagram of priority service Activiation method embodiment three of the present invention, as shown in figure 4, the present embodiment is on the basis of above-described embodiment one, there is provided a kind of specific priority service Activiation method.The present embodiment can be applied particularly to ETS activation during WiMAX network access, wherein, bearer management network element, which can include BS and Serving SFA, QoS managed network element, can include AnchorSFA and PCRF.The present embodiment is now performed the decision-making that ETS is authorized and ETS is activated, and be the Business Stream distribution resource of correlation to there is PCC frameworks in networking by PCRF.Specifically, the present embodiment may include steps of： Step 401, MS sends SF to BS and set up or modification request message.In this step, when user's request activation ETS business, SF is sent to BS by MS and set up or modification request message, ETS information is carried in SF sets up or changed request message.ETS information in the present embodiment can include one or more of following information：ETS precedence informations, the ETS traffic type informations of activation and ETS activation configured informations.
Step 402, BS returns to response message to MS.
Step 403, BS sends DP registrations or modification request message to Serving SFA, and registering or change request message in the DP includes the ETS information of MS carryings.
Step 404, Serving SFA send resource allocation request message to Anchor SFA, include the ETS information of MS carryings in the resource allocation request message.
Step 405, Anchor SFA send IP-CAN session establishments or modification request message to PCRF.In the present embodiment, there is PCC frameworks in networking, then ETS is performed by PCRF and is authorized and ETS activation decision-makings, be that related Business Stream newly distributes resource or resource adjustment.When Anchor SFA are to PCRF transmission IP-CAN session establishments or modification request message, ETS activation configured informations are carried in IP-CAN session establishments or modification request message.
Step 406, PCRF sends PCC user signing contract informations to SPR/AAA（Profile) request message.
When PCRF does not locally preserve user signing contract information, PCRF sends PCC profile request messages to SPR/AAA, to ask user signing contract information, and user's mark is carried in the PCC profile request messages.
Step 407, user signing contract information is sent to PCRF by SPR/AAA.
SPR/AAA is received after PCC profile request messages, obtains user signing contract information according to the user's mark wherein carried, user signing contract information is sent into PCRF.
Step 408, PCRF is set up according to user signing contract information to the SF of user or modification request message carries out authorisation process.
PCRF sets up to the SF of user according to ETS information and user signing contract information after user signing contract information is got or modification request message carries out authorisation process, and generates Authorization result, optionally generates ETS activation strategy information.
Step 409, Authorization result and ETS activation strategy information are sent to Anchor SFA by PCRF, include one or more business stream informations in ETS activation strategy information, and these business stream informations include the ETS precedence informations of the user after authorizing.
Step 410, Anchor SFA return to resource allocation response message to Serving SFA, and one or more SF information can be carried in the resource allocation response message, and the SF information includes the ETS precedence informations of the user after authorizing.Anchor SFA are follow-up then will to flow into row major processing according to the ETS precedence informations after mandate to the signaling message of the user and related service that is existing or newly asking later.
Step 411, Serving SFA are set up or modification DP according to the situation of resource allocation, and return to DP registrations or modification response message to BS, one or more SF information are carried in the DP registers or changed response message, the SF information includes the ETS precedence informations of user.Serving SFA are follow-up then will to flow into row major processing according to the ETS precedence informations after mandate to the signaling message of the user and related service that is existing or newly asking later.
Step 412, BS returns to SF to MS and set up or modification response message.
Present embodiments provide a kind of priority service Activiation method, the SF foundation for carrying ETS information or modification request message are sent to BS by MS, ETS information is carried and is sent to Serving SFA in DP registers or changed request message by BS, ETS information is sent to Anchor SFA by Serving SFA by resource allocation request again, Anchor SFA send IP-CAN session establishments or modification request message to PCRF, ETS authorisation process is carried out according to ETS information by PCRF, and ETS precedence informations are returned to Serving SFA and BS successively by response message, Anchor SFA, Serving SFA and BS flows into row major processing according to ETS precedence informations to the signaling message of the user and related service that is existing or newly asking later；The present embodiment reduces the risk activated easily unsuccessfully caused by being interacted in the prior art by the application layer messages between terminal and AF, realize terminal and ETS activation is directly performed using bottom signaling message, some valuable times and Internet resources can be saved, efficiency is substantially increased, reducing causes the risk of ETS activation failures due to network congestion.
Fig. 5 is the signaling diagram of priority service Activiation method example IV of the present invention, in 3GPP tissues, ETS business in WiMAX network is also referred to as eMPS business, it is following for convenience, use eMPS business descriptions.As shown in figure 5, there is provided a kind of specific priority service Activiation method on the foundation stone of above-described embodiment one goes out for the present embodiment.The present embodiment can be applied particularly to eMPS activation during 3GPP network insertions, wherein, bearer management network element can include eNB, MME and S-GW, and QoS managed network elements can include packet gateway（ Packet Gateway;Hereinafter referred to as： P-GW ) .The present embodiment is now performed the decision-making that ETS is authorized and ETS is activated, and be related Business Stream distribution resource for the situation of PCC frameworks is not present in networking by P-GW.Specifically, the present embodiment may include steps of：Step 501, user terminal（UE bearing resource distribution or modification request message) are sent to MME, eMPS information is carried in the bearing resource distributes or changed request message.
Preferably, when nervous or congestion occurs in MME or eNB resource, processing that MME can be distributed UE bearing resource or modification request message is ranked, and processing notice information is sent to UE, to notify UE to be currently at queueing condition.
Step 502, bearing resource is distributed or changed request message and is forwarded to S-GW by MME, and eMPS information is carried in the bearing resource distribution of forwarding or modification request message.
Preferably, when there is nervous or congestion in S-GW resource, processing that S-GW can be distributed UE bearing resource or modification request message is ranked, and by MME, eNB to UE dispatcher queue processing notice informations, to notify UE to be currently at queueing condition.
Step 503, bearing resource is distributed or changed request message and is forwarded to P-GW by S-GW, and eMPS information is carried in bearing resource distributes or changed request message.
Preferably, when there is nervous or congestion in P-GW resource, processing that P-GW can be distributed UE bearing resource or modification request message is ranked, and by S-GW, MME, eNB to UE dispatcher queue processing notice informations, to notify UE to be currently at queueing condition.
Step 504, P-GW carries out eMPS authorisation process according to eMPS information.
P-GW can perform decision-making according to the strategy obtained when local policy and/or networking from SPR/AAA, decide whether to carry out priority treatment to the eMPS business of request, and determine the eMPS precedence informations of respective traffic flows. Step 505, P-GW is returned to S-GW sets up or updates bearing request message, and the eMPS precedence informations of relevant bearer are carried in the foundation or renewal bearing request message.
P-GW is after eMPS authorisation process is carried out, sent to S-GW and set up or update bearing request message, the eMPS precedence informations after the mandate of relevant bearer are carried within the message, and follow-up P-GW then carries out priority treatment according to eMPS precedence informations to the related service stream and signaling message of user.
Step 506, S-GW will set up or update bearing request message and is transmitted to MME, the eMPS precedence informations of relevant bearer are carried in the foundation or renewal bearing request message, follow-up S-GW then carries out priority treatment according to eMPS precedence informations to the related service stream and signaling message of user.
Step 507, MME will set up or update bearing request message and is transmitted to eNB, the eMPS precedence informations of relevant bearer are carried in the foundation or renewal bearing request message, follow-up MME then carries out priority treatment according to eMPS precedence informations to the related service stream and signaling message of user.
Step 508, eNB sends connection to UE according to the eMPS precedence informations of the carrying received and reconfigured or radio bearer modification request message, and follow-up eNB then carries out priority treatment according to eMPS precedence informations to the related service stream and signaling message of user.
Step 509, UE returns to connection to eNB and reconfigures completion or radio bearer modification response message.Step 510, eNB returns to carrying to MME and sets up or update response message.
Step 511, MME returns to carrying to S-GW and sets up or update response message.
Step 512, S-GW returns to carrying to P-GW and sets up or update response message.
Present embodiments provide a kind of priority service Activiation method, MME, S-GW are passed sequentially through to P-GW forwarding bearing resource distribution or modification request message by UE, eMPS information is carried within the message, eMPS authorisation process is carried out according to eMPS information by P-GW, and eMPS precedence informations are returned into S-GW, MME and eNB successively by response message, S-GW, MME and eNB carry out priority treatment according to eMPS precedence informations to the related service stream and signaling message of user；The present embodiment reduces the risk activated easily unsuccessfully caused by being interacted in the prior art by the application layer messages between terminal and AF, realize terminal and eMPS activation is directly performed using bottom signaling message, some valuable times and Internet resources can be saved, efficiency is substantially increased, reduces and is led due to network congestion Cause the risk of eMPS activation failures.
Fig. 6 is the signaling diagram of priority service Activiation method embodiment five of the present invention, as shown in fig. 6, the present embodiment is on the basis of above-described embodiment one, there is provided a kind of specific priority service Activiation method.The present embodiment can be applied particularly to eMPS activation during 3GPP network insertions, wherein, bearer management network element can include eNB, MME and S-GW, and QoS managed network elements can include P-GW and PCRF.The present embodiment is now performed the decision-making that eMPS is authorized and eMPS is activated, and be the Business Stream distribution resource of correlation to there is PCC frameworks in networking by PCRF.Specifically, the present embodiment may include steps of：
Step 601, UE sends bearing resource distribution or modification request message to MME, and eMPS information is carried in the bearing resource distributes or changed request message.
Step 602, bearing resource is distributed or changed request message and is forwarded to S-GW by MME, and eMPS information is carried in bearing resource distributes or changed request message.
Step 603, bearing resource is distributed or changed request message and is forwarded to P-GW by S-GW, and eMPS information is carried in bearing resource distributes or changed request message.
Step 604, P-GW sends IP-CAN session establishments or modification request message to PCRF.
Step 605, PCRF carries out eMPS authorisation process according to eMPS information.
PCRF is after IP-CAN session establishments or modification request message is received, authorisation process is carried out to the eMPS activation requests of user according to eMPS information, decide whether to carry out priority treatment to the eMPS business of request, and determine the eMPS precedence informations of respective traffic flows.Alternatively, PCRF can formulate related eMPS activation strategies when performing eMPS authorisation process.
Step 606, PCRF returns to IP-CAN session establishments or modification response message to P-GW.
Step 607, P-GW is returned to S-GW sets up or updates bearing request message, sets up or update the eMPS precedence informations that relevant bearer is carried in request message in the carrying.
P-GW is after eMPS authorisation process is carried out, carrying, which is sent, to S-GW sets up or update request message, the eMPS precedence informations after the mandate of relevant bearer are carried within the message, and the related service stream and signaling message that follow-up P-GW has to the user according to eMPS precedence informations or newly asked later enter Row major processing.
Step 608, S-GW will set up or update bearing request message and is transmitted to MME, the eMPS precedence informations that relevant bearer is carried in request message are set up or updated in the carrying, and the related service stream and signaling message that follow-up S-GW then has to the user according to eMPS precedence informations or newly asked later carry out priority treatment.
Step 609, MME will set up or update bearing request message and is transmitted to eNB, the eMPS priority letter that relevant bearer is carried in request message is set up or updated in the carrying, and the related service stream and signaling message that follow-up MME then has to the user according to eMPS precedence informations or newly asked later carry out priority treatment.
Step 610, eNB sends connection to UE according to the eMPS precedence informations of the carrying received and reconfigured or radio bearer modification request message, and the related service stream and signaling message that follow-up eNB then has to the user according to eMPS precedence informations or newly asked later carry out priority treatment.
Step 611, UE returns to connection to eNB and reconfigured or radio bearer modification response message.
Step 612, eNB returns to carrying to MME and sets up or update response message.
Step 613, MME returns to carrying to S-GW and sets up or update response message.
Step 614, S-GW returns to carrying to P-GW and sets up or update response message.
Present embodiments provide a kind of priority service Activiation method, MME, S-GW are passed sequentially through to P-GW forwarding bearing resource distribution or modification request message by UE, eMPS information is carried within the message, eMPS authorisation process is carried out according to eMPS information by P-GW, and eMPS precedence informations are returned into S-GW, MME and eNB successively by response message, S-GW, MME and eNB carry out priority treatment according to eMPS precedence informations to the related service stream and signaling message of user；The present embodiment reduces the risk activated easily unsuccessfully caused by being interacted in the prior art by the application layer messages between terminal and AF, realize terminal and eMPS activation is directly carried out using bottom signaling message, some valuable times and Internet resources can be saved, efficiency is substantially increased, reducing causes the risk of eMPS activation failures due to network congestion.
Fig. 7 is the flow chart of priority service anti-activating method embodiment one of the present invention, as shown in fig. 7, Present embodiments provide a kind of priority service anti-activating method, ETS when the present embodiment can apply to WiMAX network insertions is deactivated, eMPS when can also be applied to 3GPP network insertions is deactivated, it can also be applied in 3GPP2 HRPD networks, be illustrated in the present embodiment by taking the deactivation of ETS business in WiMAX network as an example.Specifically, the method that the present embodiment is provided may include steps of：
Step 701, the second priority service deactivation request message that bearer management network element is sent is received.In the present embodiment, QoS managed network elements receive the second priority service deactivation request message that bearer management network element is sent, and carrying priority service in the second priority service deactivates request message deactivates information.The priority service deactivates information and is sent to bearer management network element by the first priority service deactivation request message of MAC layer by mobile terminal.The present embodiment is specially ETS deactivation flow, then it can be specially ETS information that priority service herein, which deactivates information, and subsequently no longer Redundant is stated.Wherein, it can be Business Stream or deleting load-bearing request message that the first priority service, which deactivates request message, and the second priority service deactivation request message can be translated for resource and put request message.One or more combinations during the ETS information that carries can include following information in request message are deactivated in the first priority service：Priority service deactivates configured information, the precedence information of priority service, can also further include the traffic type information of priority service.It is specially that ETS deactivates instruction that priority service herein, which deactivates configured information, and the precedence information of priority service is specially that ETS priority tags are zero or empty.Bearer management network element obtains ETS information from the first priority service deactivation request message, bearer management network element sends the second priority service to QoS managed network elements again and deactivates request message, this message transmitting process can pass through multiple related network entities, and ETS information is also carried in the second priority service deactivates request message.
Step 702, priority treatment of the information cancellation to user is deactivated according to priority service.
The second priority service that QoS managed network elements receive the transmission of bearer management network element is deactivated after request message, and ETS information is obtained from the second priority service deactivation request message.QoS managed network elements, to the priority treatment of user, determine the ETS priority of related service stream according to ETS information, and local policy or the policy information cancellation from AAA/SPR acquisitions before.Specifically, this step can be QoS pipes Reason network element sets the priority of one or more Business Streams of user to be zero or empty according to policy information, and cancels the priority treatment to the signaling message of the user.Indicated and type of service as QoS managed network elements are deactivated according to ETS, remove the ETS priority of other Business Streams of this kind of type of service, the ETS priority of Business Stream herein is the ETS priority after deactivating, and follow-up QoS managed network elements no longer will carry out priority treatment to the related service stream and signaling message that user is existing or newly asks.
Present embodiments provide a kind of priority service anti-activating method, request message is deactivated to the first priority service of bearer management network element transmitting medium access control MAC layer by mobile terminal, ETS information is carried in first priority service deactivates request message, ETS information is deactivated into request message by the second priority service by the bearer management network element for receiving ETS information again and is sent to QoS managed network elements, QoS managed network elements cancel the priority treatment to user according to the ETS information, when the present embodiment solves no AF or no Rx interface the problem of ETS service deactivations.
Fig. 8 is the signaling diagram of priority service anti-activating method embodiment two of the present invention, as shown in figure 8, there is provided a kind of specific priority service anti-activating method on the foundation stone of above-described embodiment one goes out for the present embodiment.ETS when the present embodiment can be applied particularly to WiMAX network access is deactivated, wherein, bearer management network element, which can include BS and Serving SFA, QoS managed network element, can include Anchor SFA and PCRF.The present embodiment is now performed the decision-making of ETS deactivations for the situation of PCC frameworks is not present in networking by Anchor SFA.Specifically, the present embodiment may include steps of：
Step 801, MS sends SF deletion request messages to BS, and ETS information is carried in the SF deletion request messages.
In this step, when user's request deactivates ETS business, SF deletion request messages is sent to BS by MS, ETS information is carried in SF deletion request messages.The ETS information carried in this step can include ETS and deactivate configured information, the type of service deactivated, ETS precedence informations, and ETS precedence informations are designated zero or empty.
Step 802, BS returns to response message to MS.
Step 803, BS sends DP to Serving SFA and goes login request message, goes login request message to include the ETS information of MS carryings in the DP. Step 804, Serving SFA to Anchor SFA send Resource Release Request message, the resource translate put request message include MS carry ETS information.
Step 805, Anchor SFA cancel according to ETS information flows into row major processing to the signaling message and related service of the user.Perform corresponding deactivation decision-making.Deactivation configured informations of the Anchor SFA in ETS information, remove the ETS priority of other Business Streams of the type of service, the ETS priority of corresponding Business Stream is set to zero or empty, cancel the priority treatment to the Business Stream, in addition, Anchor SFA are follow-up no longer to carry out priority treatment to the signaling message of the user.
Step 806, Anchor SFA return to resource release response message to Serving SFA.
Anchor SFA are after ETS deactivations are completed, translated to Serving SFA transmissions resource and put response message, translate to put in the resource and carry one or more SF information in response message, the ETS priority of the Business Stream after deactivating is included in the SF information.Anchor SFA are follow-up then will to carry out priority treatment according to the policy information locally preserved to the related service stream and signaling message of the user, be specifically as follows reduces or deletes the priority of one or more Business Streams of user according to policy information, its priority is such as reduced to 0 by 5, and redistribute resource for related Business Stream, then related service stream and signaling message follow-up existing to the user or newly asking later no longer carry out priority treatment.Signified policy information can include the processing strategy to the existing Qos information such as bandwidth, Lost bags rates and delay herein, the processing strategy of the processing strategy to the priority of Business Stream and the related service stream to user.
Step 807, Serving SFA return to DP to BS and go registration reply message.
Serving SFA send DP to BS and go registration reply message, go in registration reply message to carry one or more business stream informations in the DP, and the Business Stream information includes the ETS priority of the Business Stream after deactivating.Follow-up BS and Serving SFA are follow-up no longer to carry out priority treatment to the related service stream and signaling message of the user.
Step 808, BS returns to SF to MS and deletes response message.
A kind of priority service anti-activating method is present embodiments provided, is sent and carried to BS by MS
ETS information is carried and gone in DP in login request message by the SF deletion request messages of ETS information, BS It is sent to Serving SFA, Serving SFA, which are again translated ETS information by resource, to be put request and is sent to Anchor SFA, cancelled by Anchor SFA according to ETS information and row major processing is flowed into the signaling message and related service of the user, and the result after deactivation is returned to Serving SFA and BS successively by response message, Anchor SFA, Serving SFA and BS no longer carry out priority treatment according to ETS precedence informations to the related service stream and signaling message of user；The present embodiment solves the problem of ETS is deactivated when AF or Rx interface are not provided with network.
Fig. 9 is the signaling diagram of priority service anti-activating method embodiment three of the present invention, as shown in figure 9, there is provided a kind of specific priority service anti-activating method on the foundation stone of above-described embodiment one goes out for the present embodiment.ETS when the present embodiment can be applied particularly to WiMAX network access is deactivated, wherein, bearer management network element, which can include BS and Serving SFA, QoS managed network element, can include AnchorSFA and PCRF.The present embodiment is now performed the decision-making of ETS deactivations to there is PCC frameworks in networking by PCRF.Specifically, the present embodiment may include steps of：
Step 901, MS sends SF deletion request messages to BS, and ETS information is carried in the SF deletion request messages.
Step 902, BS returns to response message to MS.
Step 903, BS sends DP to Serving SFA and removes registration message, goes login request message to include the ETS information of MS carryings in the DP.
Step 904, Serving SFA to Anchor SFA send Resource Release Request message, the resource translate put request message include MS carry ETS information.
Step 905, Anchor SFA send IP-CAN session deletion request messages to PCRF.
In the present embodiment, there is PCC frameworks in networking, then ETS is performed by PCRF and deactivates decision-making.When Anchor SFA are to PCRF transmission IP-CAN session deletion request messages, ETS deactivation configured informations are carried in message is deleted in IP-CAN sessions.
Step 906, PCRF cancels according to ETS information flows into row major processing to the signaling message and related service of the user.
Step 907, ETS deactivation policy informations are sent to Anchor SFA by PCRF, are gone in ETS Activation strategy information includes one or more business stream informations, and these business stream informations include the ETS priority of the user after deactivating.
Step 908, Anchor SFA return to resource release response message to Serving SFA, are translated in the resource and put the ETS priority that the user after deactivating is carried in response message.
Step 909, Serving SFA return to DP to BS and go registration reply message, go in registration reply message to carry the ETS priority of the user after deactivating in the DP.
Step 910, BS returns to SF to UE and deletes response message.
Present embodiments provide a kind of priority service anti-activating method, the SF deletion request messages for carrying ETS information are sent to BS by MS, ETS information is carried and goes in registration message to be sent to Serving SFA in DP by BS, Serving SFA, which are again translated ETS information by resource, to be put request and is sent to Anchor SFA, Anchor SFA send IP-CAN session deletion request messages to PCRF, the priority treatment cancelled to the user terminal is performed according to ETS information by PCRF, and the ETS precedence informations after deactivation are returned into Serving SFA and BS by response message successively, Anchor SFA, Serving SFA and BS no longer carries out priority treatment according to ETS precedence informations to the related service stream and signaling message of user；The present embodiment solves the problem of ETS is deactivated when AF or Rx interface are not provided with network.
Figure 10 is the signaling diagram of priority service anti-activating method example IV of the present invention, and as shown in Figure 10, there is provided a kind of specific priority service anti-activating method on the foundation stone of above-described embodiment one goes out for the present embodiment.EMPS when the present embodiment can be applied particularly to 3GPP network insertions is deactivated, wherein, bearer management network element can include eNB, MME and S-GW, and QoS managed network elements can include P-GW.The present embodiment is now performed the decision-making of eMPS deactivations for the situation of PCC frameworks is not present in networking by P-GW.Specifically, the present embodiment may include steps of：
Step 1001, UE is translated to MME transmission bearing resources puts request message, and eMPS information is carried in the bearing resource releasing request message.
Preferably, when nervous or congestion occurs in MME or eNB resource, MME can rank processing to UE deleting load-bearing request message, and to UE dispatcher queue processing notice informations, to notify UE to be currently at queueing condition. Step 1002, MME, which translates bearing resource, puts request message and is forwarded to S-GW, and eMPS information is carried in bearing resource releasing request message.
Preferably, when nervous or congestion occurs in S-GW resource, S-GW can rank processing to UE bearing resource deletion request message, and by MME, eNB to UE dispatcher queue processing notice informations, to notify UE to be currently at queueing condition.
Step 1003, S-GW, which translates bearing resource, puts request message and is forwarded to P-GW, translates to put in bearing resource and carries eMPS information in request message.
Preferably, when there is nervous or congestion in P-GW resource, P-GW can rank processing to UE bearing resource deletion request message, and by S-GW, MME, eNB to UE dispatcher queue processing notice informations, to notify UE to be currently at queueing condition.
Step 1004, P-GW cancels the priority treatment to the user according to eMPS information.
P-GW can perform corresponding deactivation decision-making with specific reference to local policy or before from the AAA/SPR policy informations obtained.EMPSs of the P-GW in information deactivates configured information, remove the eMPS priority of other related service streams of the type of service, the eMPS priority of corresponding Business Stream is set to zero or empty, that is, cancels the priority treatment of the signaling message to the Business Stream and the user.
Step 1005, P-GW returns to deleting bearing request message to S-GW, and the eMPS precedence informations of the relevant bearer after deactivating are carried in the deleting bearing request message.
P-GW is after eMPS authorisation process is carried out, deleting bearing request message is sent to S-GW, the eMPS precedence informations of the relevant bearer after deactivating are carried within the message, and follow-up P-GW then no longer carries out priority treatment according to the eMPS precedence informations to the related service stream and signaling message of the user.
Step 1006, deleting bearing request message is transmitted to MME by S-GW, the eMPS precedence informations of the relevant bearer after deactivating are carried in the deleting bearing request message, follow-up S-GW then no longer carries out priority treatment according to the eMPS precedence informations to the related service stream and signaling message of the user.
Step 1007, deleting bearing request message is transmitted to eNB by MME, the eMPS precedence informations of the relevant bearer after deactivating are carried in the deleting bearing request message, follow-up MME then no longer carries out priority treatment to the related service stream and signaling message of the user. Step 1008, eNB is translated according to the eMPS precedence informations of the carrying after the deactivation received to UE transmission radio bearers puts request message, and follow-up eNB then no longer carries out priority treatment to the related service stream and signaling message of the user.
Step 1009, UE returns to radio bearer release response message to eNB.
Step 1010, eNB returns to deleting load-bearing response message to MME.
Step 1011, MME returns to deleting load-bearing response message to S-GW.
Step 1012, S-GW returns to deleting load-bearing response message to P-GW.
Present embodiments provide a kind of priority service anti-activating method, MME, S-GW are passed sequentially through to P-GW forwarding bearing resource deletion request messages by UE, eMPS information is carried within the message, cancel the priority treatment to the user according to eMPS information by P-GW, and the eMPS precedence informations after deactivation are returned into S-GW, MME and eNB successively by response message, S-GW, MME and eNB no longer carries out priority treatment according to the eMPS precedence informations after deactivation to the related service stream and signaling message of user；The present embodiment solves the problem of ETS is deactivated when AF or Rx interface are not provided with network.
Figure 11 is the signaling diagram of priority service anti-activating method embodiment five of the present invention, as shown in figure 11, and there is provided a kind of specific priority service anti-activating method on the basis of the embodiment one shown in above-mentioned Fig. 7 for the present embodiment.EMPS when the present embodiment can be applied particularly to 3GPP network insertions is deactivated, wherein, bearer management network element can include eNB, MME and S-GW, and QoS managed network elements can include P-GW and PCRF.The present embodiment is now performed the decision-making of eMPS deactivations to there is PCC frameworks in networking by PCRF.Specifically, the present embodiment may include steps of：
Step 1101, UE is translated to MME transmission bearing resources puts request message, and eMPS information is carried in the bearing resource releasing request message.
Step 1102, MME, which translates bearing resource, puts request message and is forwarded to S-GW, and eMPS information is carried in bearing resource releasing request message.
Step 1103, S-GW, which translates bearing resource, puts request message and is forwarded to P-GW, translates to put in bearing resource and carries eMPS information in request message. Step 1104, P-GW sends IP-CAN session deletion request messages to PCRF.Step 1105, PCRF cancels the priority treatment to the user according to eMPS information.
PCRF is after IP-CAN session deletion request messages are received, priority treatment to the user is cancelled according to eMPS information, and determining the eMPS precedence informations of the respective traffic flows after deactivating, that is, the precedence information for setting user's related service stream is zero or empty.
Step 1106, CRF returns to IP-CAN sessions to P-GWP and deletes response message.
Step 1107, P-GW returns to deleting bearing request message to S-GW, and the eMPS precedence informations of the relevant bearer after deactivating are carried in the deleting load-bearing request message.
Step 1108, deleting bearing request message is transmitted to MME by S-GW, the eMPS precedence informations of the relevant bearer after deactivating are carried in the deleting bearing request message, follow-up S-GW then no longer carries out priority treatment to the related service stream and signaling message of the user.
Step 1109, deleting bearing request message is transmitted to eNB by MME, the eMPS priority letter of the relevant bearer after deactivating is carried in the deleting bearing request message, follow-up MME then no longer carries out priority treatment to the related service stream and signaling message of the user.
Step 1110, eNB according to the eMPS precedence informations of the carrying after the deactivation received to
UE transmission radio bearers, which are translated, puts request message, and follow-up eNB then no longer carries out priority treatment to the related service stream and signaling message of the user.
Step 1111, UE returns to radio bearer release response message to eNB.
Step 1112, eNB returns to deleting load-bearing response message to MME.
Step 1113, MME returns to deleting load-bearing response message to S-GW.
Step 1114, S-GW returns to deleting load-bearing response message to P-GW.
Present embodiments provide a kind of priority service anti-activating method, by UE pass sequentially through MME,
S-GW forwards bearing resource deletion request message to P-GW, eMPS information is carried within the message, cancel the priority treatment to the user according to eMPS information by P-GW, and the eMPS precedence informations after deactivation are returned into S-GW, MME and eNB successively by response message, S-GW, MME and eNB no longer enter row major according to eMPS precedence informations to the related service stream and signaling message of user Processing；The present embodiment solves the problem of ETS is deactivated when AF or Rx interface are not provided with network.One of ordinary skill in the art will appreciate that：Realizing all or part of step of above method embodiment can be completed by the related hardware of programmed instruction, foregoing program can be stored in a computer read/write memory medium, the program upon execution, performs the step of including above method embodiment；And foregoing storage medium includes：ROM, RAM, magnetic disc or CD etc. are various can be using Jie Figure 12 of store program codes as the structural representation of Quality management network element embodiment one of the present invention, as shown in figure 12, present embodiments provide a kind of Quality management network element, each step of the embodiment of the method shown in above-mentioned Fig. 1 can be specifically performed, no longer Redundant is stated herein.The Quality management network element that the present embodiment is provided can specifically include the first receiving module 1201, authorization module 1202 and active module 1203.Wherein, first receiving module 1201 is used for the second priority service activation request message for receiving the transmission of bearer management network element, priority service active information is carried in the second priority service activation request message, the priority service active information activates request message by the first priority service of medium access control MAC layer by mobile terminal and is sent to the bearer management network element.Authorization module 1202 is used to carry out authorisation process to priority service activation request according to the priority service active information.Active module 1203 is used to the Authorization result of generation being sent to the bearer management network element, by the bearer management network element according to the Authorization result execution priority business processing.
Figure 13 is the structural representation of Quality management network element embodiment two of the present invention, as shown in figure 13, a kind of Quality management network element is present embodiments provided, each step of the embodiment of the method shown in above-mentioned Fig. 2 or Fig. 4 can be specifically performed, no longer Redundant is stated herein.The Quality management network element that the present embodiment is provided is on the basis of the embodiment shown in above-mentioned Figure 12, it can be applied particularly in WiMAX network, wherein, first priority service activation request message is that request message is set up or changed to Business Stream, the second priority service activation request message is resource allocation request message, and the bearer management network element includes base station and Serving SFA.
Specifically, the first receiving module 1201 can carry priority service active information, institute specifically for receiving in the resource allocation request message that Serving SFA are sent, the resource allocation request message State priority service active information and set up or change request message by the Business Stream by mobile terminal and be sent to base station, the Serving SFA are sent to by data path registration or modification request message by the base station.
Further, authorization module 1202 can specifically include the first granted unit 1212 and the second granted unit 1222.Wherein, first granted unit 1212 is used for when there is strategy with charging control PCC framework, determine that entity PCRF sends IP- CAN session establishments or modification request message from grappling service flow authorization entity A nchor SFA to strategy and charging, the priority service active information is carried in the IP-CAN session establishments or request message, by the PCRF according to service activation information, and locally preserve or from AAA/SPR obtain user signing contract information to priority service activation request carry out authorisation process.Second granted unit 1222 is used for when in the absence of PCC frameworks, by Anchor SFA according to priority service active information, and the user signing contract information locally preserved carries out authorisation process to priority service activation request.
Present embodiments provide a kind of Quality management network element, the SF foundation for carrying ETS information or modification request message are sent to BS by MS, ETS information is carried and is sent to Serving SFA in DP registers or changed request message by BS, ETS information is sent to Anchor SFA by Serving SFA by resource allocation request again, ETS authorisation process is carried out according to ETS information by Anchor SFA, and ETS precedence informations are returned to Serving SFA and BS successively by response message, Anchor SFA, Serving SFA and BS carries out priority treatment according to ETS precedence informations to the related service stream and signaling message of user；The present embodiment reduces the risk activated easily unsuccessfully caused by being interacted in the prior art by the application layer messages between terminal and AF, terminal is realized directly using bottom signaling message come execution priority business processing, some valuable times and Internet resources can be saved, efficiency is substantially increased, reducing causes the risk of priority service activation failure due to network congestion.
Figure 14 is the structural representation of Quality management network element embodiment three of the present invention, as shown in figure 14, a kind of Quality management network element is present embodiments provided, each step of the embodiment of the method shown in above-mentioned Fig. 5 or Fig. 6 can be specifically performed, no longer Redundant is stated herein.The Quality management network element that the present embodiment is provided can be applied particularly in 3GPP networks on the basis of the embodiment shown in above-mentioned Figure 12, its In, the first priority service activation request message and second priority service activation request message are bearing resource distribution or modification request message, and the bearer management network element includes eNB, MME and gateway.
Specifically, first receiving module 1201 can be distributed or modification request message specifically for receiving the MME by the S-GW bearing resources forwarded, the bearing resource distribution or modification request message are sent in the MME, the bearing resource distribution or modification request message by mobile terminal carries priority service active information.
Further, authorization module 1202 can specifically include the 3rd granted unit 1232 and the 4th granted unit 1242.Wherein, 3rd granted unit 1232 is used for when there is PCC frameworks, IP-CAN session establishments or modification request message are sent from packet gateway P-GW to PCRF, the priority service active information is carried in the IP-CAN session establishments or request message, by the PCRF according to priority service active information, and locally preserve or from AAA/SPR obtain user signing contract information to priority service activation request carry out authorisation process.4th granted unit 1242 is used for when in the absence of PCC frameworks, by P-GW according to priority service active information, and the user signing contract information locally preserved carries out authorisation process to service activation request.
Present embodiments provide a kind of Quality management network element, MME, S-GW are passed sequentially through to P-GW forwarding bearing resource distribution or modification request message by UE, eMPS information is carried within the message, eMPS authorisation process is carried out according to eMPS information by P-GW, and eMPS precedence informations are returned into S-GW, MME and eNB successively by response message, S-GW, MME and eNB carry out priority treatment according to eMPS precedence informations to the related service stream and signaling message of user；The present embodiment reduces the risk activated easily unsuccessfully caused by being interacted in the prior art by the application layer messages between terminal and AF, terminal is realized directly using bottom signaling message come execution priority business processing, some valuable times and Internet resources can be saved, efficiency is substantially increased, reducing causes the risk of priority service activation failure due to network congestion.
Figure 15 is the structural representation of Quality management network element embodiment four of the present invention, as shown in figure 15, present embodiments provides a kind of Quality management network element, can specifically perform the method shown in above-mentioned Fig. 7 Each step of embodiment, no longer Redundant is stated herein.The Quality management network element that the present embodiment is provided can specifically include the second receiving module 1501 and deactivate flexible module 1502.Wherein, the second priority service that second receiving module 1501 is used to receive the transmission of bearer management network element deactivates request message, second priority service deactivates and priority service deactivation information is carried in request message, and the priority service deactivates information and is sent to the bearer management network element by the first priority service deactivation request message of MAC layer by mobile terminal.Deactivating flexible module 1502 is used to enter priority row service deactivation according to priority service deactivation information.
Figure 16 is the structural representation of Quality management network element embodiment five of the present invention, as shown in figure 16, a kind of Quality management network element is present embodiments provided, each step of the embodiment of the method shown in above-mentioned Fig. 8 or Fig. 9 can be specifically performed, no longer Redundant is stated herein.The Quality management network element that the present embodiment is provided can be applied particularly in WiMAX network on the basis of the embodiment shown in above-mentioned Figure 15.Wherein, it is Business Stream deletion request message that the first priority service, which deactivates request message, and the second priority service deactivation request message is translated for resource puts request message, and the bearer management network element includes base station and Serving SFA.
Specifically, the resource that second receiving module 1501 can be sent specifically for receiving Serving SFA, which is translated, puts request message, the resource, which translates to put, carries priority service deactivation information in request message, the priority service deactivates information and is sent to base station by the Business Stream deletion request message by mobile terminal, goes login request message to be sent to the Serving SFA by data path by the base station.
Further, the first deactivation unit 1512 and the second deactivation unit 1522 can be specifically included by deactivating flexible module 1502.Wherein, first, which deactivates unit 1512, is used for when there is PCC frameworks, IP-CAN sessions are sent to PCRF delete message from Anchor SFA, the IP-CAN sessions, which are deleted, carries the priority service deactivation information in message, priority treatment of the information cancellation to user is deactivated according to priority service by the PCRF.Second, which deactivates unit 1522, is used for when in the absence of PCC frameworks, and priority treatment of the information cancellation to user is deactivated according to priority service by Anchor SFA.
A kind of Quality management network element is present embodiments provided, the SF deletion request messages for carrying ETS information are sent to BS by MS, BS carries ETS information to be gone in login request message to send in DP To Serving SFA, Serving SFA, which are again translated ETS information by resource, to be put request and is sent to Anchor SFA, cancelled by Anchor SFA according to ETS information and row major processing is flowed into the signaling message and related service of the user, and the ETS precedence informations after deactivation are returned into Serving SFA and BS by response message successively, Anchor SFA, Serving SFA and BS no longer carry out priority treatment according to ETS precedence informations to the related service stream and signaling message of user；The problem of the present embodiment solves ETS service deactivations when AF or Rx interface are not provided with network in the prior art.
Figure 17 is the structural representation of Quality management network element embodiment six of the present invention, as shown in figure 17, a kind of Quality management network element is present embodiments provided, each step of the embodiment of the method shown in above-mentioned Figure 10 or Figure 11 can be specifically performed, no longer Redundant is stated herein.The Quality management network element that the present embodiment is provided can be applied particularly in 3GPP networks on the foundation stone of the embodiment shown in above-mentioned Figure 15 goes out.Wherein, first priority service deactivate request message and second priority service to deactivate request message be that bearing resource is translated and puts request message, the bearer management network element includes eNB, MME and gateway.
Specifically, second receiving module 1501 can be translated by the S-GW bearing resources forwarded specifically for the reception MME and put request message, the bearing resource, which is translated, to be put request message and is sent to the MME by mobile terminal, and the bearing resource is translated to put and priority service is carried in request message deactivates information.
Further, the 3rd deactivation deactivation unit 1542 of unit 1532 and the 4th can be specifically included by deactivating flexible module 1502.Wherein, 3rd, which deactivates unit 1532, is used for when there is PCC frameworks, IP-CAN session deletion request messages are sent from P-GW to PCRF, the IP-CAN sessions, which are deleted, carries the priority service deactivation information in message, priority treatment of the information cancellation to user is deactivated according to priority service by the PCRF.4th, which deactivates unit 1542, is used for when in the absence of PCC frameworks, and priority treatment of the information cancellation to user is deactivated according to priority service by P-GW.
Present embodiments provide a kind of Quality management network element, MME, S-GW are passed sequentially through to P-GW forwarding bearing resource deletion request messages by UE, eMPS information is carried within the message, by P-GW according to priority treatment of the eMPS information cancellation to the user, and the eMPS priority after deactivation is believed Breath returns to S-GW, MME and eNB successively by response message, and S-GW, MME and eNB no longer carry out priority treatment according to the eMPS precedence informations after deactivation to the related service stream and signaling message of user；The problem of the present embodiment solves ETS service deactivations when AF or Rx interface are not provided with network in the prior art.
The present embodiment additionally provides a kind of priority service processing system, the Quality management network element in bearer management network element and above-mentioned Figure 12-Figure 14 described in any embodiment, and the Quality management network element in Figure 15-Figure 17 described in any embodiment can be included.Finally it should be noted that：The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although the present invention is described in detail with reference to the foregoing embodiments, it will be understood by those within the art that：It can still modify to the technical scheme described in foregoing embodiments, or carry out equivalent substitution to which part technical characteristic；And these modifications or replacement, the essence of appropriate technical solution is departed from the spirit and scope of various embodiments of the present invention technical scheme.

Claims (1)

  1. Claim
    1st, a kind of priority service Activiation method, it is characterised in that including：
    Receive the second priority service activation request message that bearer management network element is sent, priority service active information is carried in the second priority service activation request message, the priority service active information activates request message by the first priority service of medium access control MAC layer by mobile terminal and is sent to the bearer management network element；
    Authorisation process is carried out to priority service activation request according to the priority service active information；The Authorization result of generation is sent to the bearer management network element, by the bearer management network element according to the Authorization result execution priority business processing.
    2nd, according to the method described in claim 1, it is characterised in that the priority service active information includes one or more combinations in following information：Priority service activation configured information, the precedence information of priority service.
    3rd, according to the method described in claim 1, it is characterised in that described that priority service activation request progress authorisation process is included according to the priority service active information：
    According to the priority service active information, and local policy or the user signing contract information that is obtained from Authentication Authorization and charging/policy functional entity AAA/SPR, authorisation process is carried out to priority service activation request.
    4th, method according to claim 3, it is characterised in that described that following one or more are included according to the Authorization result execution priority business processing by the bearer management network element：
    The priority of existing one or more Business Streams is improved according to the Authorization result by the bearer management network element；Or
    Priority treatment is carried out to the signaling message of user according to the Authorization result by the bearer management network element；Or
    It is that the new service request of Client-initiated preferentially distributes resource by the bearer management network element.
    5th, according to the method described in claim 1, it is characterised in that in World Interoperability for Microwave Access, WiMax In WiMAX network, the first priority service activation request message is that request message is set up or changed to Business Stream, the second priority service activation request message is resource allocation request message, and the bearer management network element includes base station and service service flow authorization entity Serving SFA;
    It is described to receive the second priority service activation request message that bearer management network element is sent, priority service active information is carried in the second priority service activation request message, the priority service active information is sent to the bearer management network element by mobile terminal by the first priority service activation request message of MAC layer to be included：
    Grappling service flow authorization entity A nchor SFA receive the resource allocation request message that Serving SFA are sent, priority service active information is carried in the resource allocation request message, the priority service active information is set up or changed request message by the Business Stream by mobile terminal and is sent to base station, and the Serving SFA are sent to by data path registration or modification request message by the base station.
    6th, method according to claim 5, it is characterised in that described to be included according to the priority service active information to priority service activation request progress authorisation process：
    When there is strategy with charging control PCC framework, the Anchor SFA determine that entity PCRF is sent to strategy and charging and are connected access network IP-CAN session establishments or modification request message, described
    The priority service active information is carried in IP-CAN session establishments or modification request message, by the PCRF according to priority service active information, and locally preserve or from AAA/SPR obtain user signing contract information to priority service activation request carry out authorisation process；
    When in the absence of PCC frameworks, the Anchor SFA are according to priority service active information, and the user signing contract information locally preserved carries out authorisation process to priority service activation request.
    7th, according to the method described in claim 1, it is characterized in that, in third generation partner program 3GPP networks, the first priority service activation request message and second priority service activation request message are bearing resource distribution or change request message, and the bearer management network element includes macro base station eNB, mobility management entity MME and gateway S-GW;
    Described receive in the second priority service activation request message that bearer management network element is sent, the second priority service activation request message carries priority service active information, the priority service activation Information is sent to the bearer management network element by mobile terminal by the first priority service activation request message of MAC layer to be included：
    Packet gateway P-GW receives the MME by the S-GW bearing resource distribution forwarded or modification request message, the bearing resource distribution or modification request message are sent in the MME, the bearing resource distribution or modification request message by mobile terminal carries priority service active information.
    8th, method according to claim 7, it is characterised in that described to be included according to the priority service active information to priority service activation request progress authorisation process：
    When there is PCC frameworks, the P-GW sends IP-CAN session establishments or modification request message to PCRF, the priority service active information is carried in the IP-CAN session establishments or request message, by the PCRF according to priority service active information, and locally preserve or the user signing contract information that obtains from body AAA/SPR authorisation process is carried out to priority service activation request；
    When in the absence of PCC frameworks, the P-GW is according to priority service active information, and the user signing contract information locally preserved carries out authorisation process to priority service activation request.
    9th, method according to claim 7, it is characterised in that also include：
    When the MME or described eNB resource is nervous or congestion occurs, priority service activation requests of the MME to the mobile terminal is ranked processing, and from the MME to the mobile terminal dispatcher queue notification message；
    When resource is nervous or congestion occurs, priority service activation requests of the S-GW to the mobile terminal is ranked processing, and from the S-GW by the MME and eNB to the mobile terminal dispatcher queue notification message；
    When the resource of the P-GW is nervous or congestion occurs, the P-GW ranks processing to the activation request of the priority service of the mobile terminal, and from the P-GW by the S-GW, the MME and the eNB to the mobile terminal dispatcher queue notification message.
    10th, a kind of priority service anti-activating method, it is characterised in that including：
    The second priority service deactivation request message that bearer management network element is sent is received, second priority service deactivates carrying priority service in request message and deactivates information, and the priority service is gone Active information deactivates request message by the first priority service of medium access control MAC layer by mobile terminal and is sent to the bearer management network element；
    Priority treatment of the information cancellation to user is deactivated according to the priority service.
    11st, method according to claim 10, it is characterised in that the priority service, which deactivates information, includes one or more combinations in following information：Priority service deactivates configured information, the precedence information of priority service.
    12nd, method according to claim 11, it is characterised in that described cancelled according to priority service deactivation information includes to the priority treatment of user：
    The priority that one or more Business Streams of user are set according to the policy information is zero or empty, and cancels the priority treatment to the signaling message of the user.
    13rd, method according to claim 10, it is characterized in that, in World Interoperability for Microwave Access, WiMax World Interoperability for Microwave Access, WiMax WiMAX network, it is Business Stream deletion request message that first priority service, which deactivates request message, the second priority service deactivation request message is translated for resource puts request message, and the bearer management network element includes base station and service service flow authorization entity Serving SFA;
    It is described to receive the second priority service deactivation request message that bearer management network element is sent, second priority service is deactivated and priority service deactivation information is carried in request message, and the priority service deactivation information is sent to the bearer management network element by mobile terminal by the first priority service deactivation request message of MAC layer to be included：
    The resource that grappling service flow authorization entity A nchor SFA reception Serving SFA are sent, which is translated, puts request message, the resource, which translates to put, carries priority service deactivation information in request message, the priority service deactivates information and is sent to base station by the Business Stream deletion request message by mobile terminal, goes login request message to be sent to the Serving SFA by data path by the base station.
    14th, method according to claim 13, it is characterised in that described cancelled according to priority service deactivation information includes to the priority treatment of user：
    When there is strategy with charging control PCC framework, the Anchor SFA determine to strategy with charging Determine entity PCRF transmission connection access network IP-CAN sessions and delete message, the IP-CAN sessions, which are deleted, carries the priority service deactivation information in message, the priority treatment to user is cancelled according to priority service deactivation information by the PCRF；
    When in the absence of PCC frameworks, the Anchor SFA deactivate priority treatment of the information cancellation to user according to priority service.
    15th, method according to claim 12, it is characterized in that, in third generation partner program 3GPP networks, first priority service deactivates request message and second priority service to deactivate request message be that bearing resource is translated and puts request message, the bearer management network element includes macro base station eNB, mobility management entity MME and gateway S-GW;
    It is described to receive the second priority service deactivation request message that bearer management network element is sent, second priority service is deactivated and priority service deactivation information is carried in request message, and the priority service deactivation information is sent to the bearer management network element by mobile terminal by the first priority service deactivation request message of MAC layer to be included：
    Packet gateway P-GW receives the MME and passes through the bearing resource releasing request message that the S-GW is forwarded, the bearing resource, which is translated, to be put request message and is sent to the MME by mobile terminal, and the bearing resource is translated to put and priority service is carried in request message deactivates information.
    16th, method according to claim 15, it is characterised in that described cancelled according to priority service deactivation information includes to the priority treatment of user：
    When there is PCC frameworks, the P-GW sends IP-CAN session deletion request messages to PCRF, the IP-CAN sessions, which are deleted, carries the priority service deactivation information in message, priority treatment of the information cancellation to user is deactivated according to priority service by the PCRF；
    When in the absence of PCC frameworks, the P-GW deactivates priority treatment of the information cancellation to user according to priority service.
    17th, method according to claim 15, it is characterised in that also include：
    When the MME or described eNB resource is nervous or congestion occurs, the MME deactivates request to the priority service of the mobile terminal and ranked processing, and from the MME to the shifting Dynamic terminal dispatcher queue notification message；
    When the resource of the S-GW is nervous or congestion occurs, the S-GW deactivates request to the priority service of the mobile terminal and ranked processing, and from the S-GW by the MME and eNB to the mobile terminal dispatcher queue notification message；
    When the resource of the P-GW is nervous or congestion occurs, the P-GW deactivates request to the priority service of the mobile terminal and ranked processing, and from the P-GW by the S-GW, the MME and the eNB to the mobile terminal dispatcher queue notification message.
    18th, a kind of Quality management network element, it is characterised in that including：
    First receiving module, the second priority service for receiving the transmission of bearer management network element activates request message, priority service active information is carried in the second priority service activation request message, the priority service active information activates request message by the first priority service of medium access control MAC layer by mobile terminal and is sent to the bearer management network element；
    Authorization module, for carrying out authorisation process to priority service activation request according to the priority service active information；
    Active module, for the Authorization result of generation to be sent into the bearer management network element, by the bearer management network element according to the Authorization result execution priority business processing.
    19th, Quality management network element according to claim 18, it is characterized in that, in World Interoperability for Microwave Access, WiMax WiMAX network, the first priority service activation request message is that request message is set up or changed to Business Stream, the second priority service activation request message is resource allocation request message, and the bearer management network element includes base station and service service flow authorization entity Serving SFA;First receiving module is specifically for receiving the resource allocation request message that Serving SFA are sent, priority service active information is carried in the resource allocation request message, the priority service active information is set up or changed request message by the Business Stream by mobile terminal and is sent to base station, and the Serving SFA are sent to by data path registration or modification request message by the base station.
    20th, Quality management network element according to claim 19, it is characterised in that the authorization module includes： First granted unit, for when there is strategy with charging control PCC framework, determine that entity PCRF is sent to strategy and charging from grappling service flow authorization entity A nchor SFA and be connected access network IP-CAN session establishments or modification request message, the priority service active information is carried in the IP-CAN session establishments or request message, by the PCRF according to priority service active information, and locally preserve or the user signing contract information that is obtained from Authentication Authorization and charging/policy functional entity AAA/SPR authorisation process is carried out to priority service activation request；
    Second granted unit, for when in the absence of PCC frameworks, by Anchor SFA according to priority service active information, and the user signing contract information locally preserved carries out authorisation process to priority service activation request.
    21st, Quality management network element according to claim 18, it is characterized in that, in third generation partner program 3GPP networks, the first priority service activation request message and second priority service activation request message are bearing resource distribution or change request message, and the bearer management network element includes macro base station eNB, mobility management entity MME and gateway S-GW;
    First receiving module is distributed or modification request message specifically for receiving the MME by the S-GW bearing resources forwarded, the bearing resource distribution or modification request message are sent in the MME, the bearing resource distribution or modification request message by mobile terminal carries priority service active information.
    22nd, Quality management network element according to claim 21, it is characterised in that the authorization module includes：
    3rd granted unit, for when there is PCC frameworks, from grouped data network gateway P-GW to
    PCRF sends IP-CAN session establishments or modification request message, the priority service active information is carried in the IP-CAN session establishments or request message, by the PCRF according to priority service active information, and locally preserve or from AAA/SPR obtain user signing contract information to priority service activation request carry out authorisation process；
    4th granted unit, for when in the absence of PCC frameworks, by P-GW according to priority service active information, and the user signing contract information locally preserved carries out authorisation process to priority service activation request. 23rd, a kind of Quality management network element, it is characterised in that including：
    Second receiving module, the second priority service for receiving the transmission of bearer management network element deactivates request message, second priority service deactivates and priority service deactivation information is carried in request message, and the priority service deactivates information and is sent to the bearer management network element by the first priority service deactivation request message of medium access control MAC layer by mobile terminal；Flexible module is deactivated, for deactivating priority treatment of the information cancellation to user according to the priority service.
    24th, Quality management network element according to claim 23, it is characterized in that, in World Interoperability for Microwave Access, WiMax WiMAX network, it is Business Stream deletion request message that first priority service, which deactivates request message, the second priority service deactivation request message is translated for resource puts request message, and the bearer management network element includes base station and service service flow authorization entity Serving SFA;
    Second receiving module is translated specifically for the reception Serving SFA resources sent puts request message, the resource, which translates to put, carries priority service deactivation information in request message, the priority service deactivates information and is sent to base station by the Business Stream deletion request message by mobile terminal, goes login request message to be sent to the Serving SFA by data path by the base station.
    25th, Quality management network element according to claim 24, it is characterised in that the flexible module that deactivates includes：
    First deactivates unit, for when there is strategy with charging control PCC framework, determining that entity PCRF is sent to strategy and charging from grappling service flow authorization entity A nchor SFA and being connected access network
    Message is deleted in IP-CAN sessions, and the IP-CAN sessions, which are deleted, carries the priority service deactivation information in message, priority treatment of the information cancellation to user is deactivated according to priority service by the PCRF；Second deactivates unit, for when in the absence of PCC frameworks, priority treatment of the information cancellation to user to be deactivated according to priority service by Anchor SFA.
    26th, Quality management network element according to claim 23, it is characterized in that, in third generation partner program 3GPP networks, first priority service deactivates request message and second priority service to deactivate request message be that bearing resource is translated and puts request message, the bearer management net Member includes macro base station eNB, mobility management entity MME and gateway S-GW;Second receiving module is translated specifically for the reception MME by the S-GW bearing resources forwarded puts request message, the bearing resource, which is translated, to be put request message and is sent to the MME by mobile terminal, and the bearing resource is translated to put and priority service is carried in request message deactivates information.
    27th, Quality management network element according to claim 26, it is characterised in that the flexible module that deactivates includes：
    3rd deactivates unit, for when there is PCC frameworks, IP-CAN session deletion request messages are sent from P-GW to PCRF, the IP-CAN sessions, which are deleted, carries the priority service deactivation information in message, priority treatment of the information cancellation to user is deactivated according to priority service by the PCRF；4th deactivates unit, for when in the absence of PCC frameworks, priority treatment of the information cancellation to user to be deactivated according to priority service by P-GW.
    28th, a kind of priority service processing system, it is characterized in that, including the Quality management network element any one of bearer management network element, the claims 18-22, and the Quality management network element any one of the claims 23-27.
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