CN102045853A - Information delivery method, equipment and system - Google Patents
Information delivery method, equipment and system Download PDFInfo
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- CN102045853A CN102045853A CN2009101103023A CN200910110302A CN102045853A CN 102045853 A CN102045853 A CN 102045853A CN 2009101103023 A CN2009101103023 A CN 2009101103023A CN 200910110302 A CN200910110302 A CN 200910110302A CN 102045853 A CN102045853 A CN 102045853A
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Abstract
The embodiment of the invention provides an information delivery method, equipment and system, which ensures that a base station flexibly carries out radio resource management according to business types. The information delivery method comprises: determining the loaded business type; and sending the determined business type to the base station, thus ensuring that the base station carries out radio resource management on the loading according to the business type. The information processing method comprises: obtaining the loaded business type; generating UE-AMBR (user equipment-aggregate maximum bit rate) instruction information when the loading corresponding to the obtained business type is controlled by the user UE-AMBR, wherein the UE-AMBR instruction information instructs the loading corresponding to the UE-AMBR instruction information to be controlled by UE-AMBR; and sending the UE-AMBR instruction information to the base station.
Description
Technical field
The present invention relates to the communications field, relate in particular to a kind of information transferring method, equipment and system.
Background technology
(Radio Resource Management, target RRM) is under the condition of effective bandwidth to RRM, for wireless user terminal in the network provides the quality of service guarantee.Can be by carrying out RRM in network traffic skewness, the characteristic of channel because of channel under the situation such as weak and interference fluctuations, flexible allocation and the dynamic available resources of adjusting wireless transmission part and network, farthest improve the wireless frequency spectrum utilance, prevent network congestion and keep as far as possible little signaling traffic load.RRM mainly comprise following components: power control, channel allocation, scheduling controlling, flow control, switching controls, access control, load control etc.
At present, UE is after the initiation business, and core net can be determined the type of service of the RAB that this is professional according to the business that UE initiates.Core net with the type of service of this RAB send to radio network controller (Radio Network Controller, RNC).Afterwards, RNC is sent to the base station according to the type of service determining section qos parameter of this RAB and with the qos parameter of determining, carries out RRM control to be used for the base station.
Therefore, as the NodeB of one of RRM main body, when carrying out RRM, can only be with reference to this part qos parameter, and can't know traffic type information according to service bearer.So when carrying out RRM, NodeB can not be with reference to the traffic type information adjustment or the employing wireless policy in resource management of service bearer, thereby influenced user's impression.
In RRM, comprised subscriber equipment Aggregate Maximum Bit Rate (User Equipment-Aggregate Maximum Bit Rate) control, and because the loaded service type can't be known in the base station, so can't carry out UE-AMBR control according to type of service, thereby may cause the Internet resources anxiety, influence user's impression.
Summary of the invention
Embodiments of the invention provide a kind of information transmitting methods, equipment and system, so that RRM can be carried out according to type of service in the base station.
A kind of information transmitting methods that the embodiment of the invention provides, this method comprises:
Determine the loaded service type;
The type of service of determining is sent to the base station, so that the base station is carried out RRM according to this type of service to this carrying.
A kind of radio resource management method that the embodiment of the invention provides, this method comprises:
The base station obtains type of service from radio network controller;
RRM is carried out according to the type of service pair carrying corresponding with this type of service of obtaining in this base station.
The another kind of information transmitting methods that the embodiment of the invention provides, this method comprises:
Obtain the loaded service type;
When the carrying of the type of service correspondence of obtaining is subjected to user's device aggregation maximum bit rate (UE-AMBR) control, generate the UE-AMBR indication information, wherein, this UE-AMBR indication information indicates the carrying of this UE-AMBR indication information correspondence controlled by UE-AMBR;
This UE-AMBR indication information is sent to the base station.
The another kind of radio resource management method that the embodiment of the invention provides, this method comprises:
Obtain the information that radio network controller sends;
When in the information of obtaining, carrying the UE-AMBR indication information, UE-AMBR control is carried out in the carrying of this UE-AMBR indication information correspondence.
A kind of radio network controller that the embodiment of the invention provides, this radio network controller comprises:
Determination module is used for determining the loaded service type;
Sending module is used for the type of service that determination module is determined is sent to the base station, so that the base station is carried out RRM according to this type of service to this carrying.
A kind of base station that the embodiment of the invention provides, this base station comprises:
Acquisition module is used for obtaining type of service from radio network controller;
The RRM module, RRM is carried out in the type of service pair carrying corresponding with this type of service that is used for obtaining according to acquisition module.
The another kind of radio network controller that the embodiment of the invention provides, this radio network controller comprises:
Acquisition module is used to obtain the loaded service type;
First generation module, when the carrying that is used for the type of service correspondence obtained at acquisition module is subjected to user's device aggregation maximum bit rate UE-AMBR control, generate the UE-AMBR indication information, this UE-AMBR indication information indicates the carrying of this UE-AMBR indication information correspondence controlled by UE-AMBR;
First sending module is used for the UE-AMBR indication information that first generation module generates is sent to the base station.
The another kind of base station that the embodiment of the invention provides, this base station comprises:
Acquisition module is used to obtain the information that radio network controller sends;
The first subscriber equipment Aggregate Maximum Bit Rate UE-AMBR control module is used for when the information that acquisition module obtains is carried the UE-AMBR indication information, and UE-AMBR control is carried out in the carrying of this UE-AMBR indication information correspondence.
A kind of information transfer system that the embodiment of the invention provides, this system comprises: with the radio network controller of base station communication,
This radio network controller is used for determining the loaded service type, and the type of service of determining is sent to the base station, so that the base station is carried out RRM according to this type of service to this carrying.
The another kind of information transfer system that the embodiment of the invention provides, this system comprises: with the radio network controller of base station communication,
This radio network controller is used to obtain the loaded service type, generates the UE-AMBR indication information according to this type of service, and this UE-AMBR indication information is sent to the base station.
The information transmitting methods that the embodiment of the invention provides, equipment and system, radio network controller can obtain the concrete type of service of carrying, and the type of service of obtaining sent to the base station, thereby make the base station to carry out RRM according to pair carrying corresponding of this type of service with this type of service, thereby can be so that RRM is more flexible, better meet user's demand, improve user's impression, improve utilization rate of network resource.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
The flow chart of the information transmitting methods that Fig. 1 provides for one embodiment of the invention;
The flow chart figure of the radio resource management method that Fig. 2 provides for another embodiment of the present invention
The flow chart of the information transmitting methods that Fig. 3 provides for further embodiment of this invention;
The embodiment of the invention flow chart of the radio resource management method that provides of an embodiment again is provided Fig. 4;
The structural representation of the radio network controller that Fig. 5 provides for the embodiment of the invention;
The structural representation of the base station that Fig. 6 provides for the embodiment of the invention;
The structural representation of the radio network controller that Fig. 7 provides for the embodiment of the invention;
The structural representation of the base station that Fig. 8 provides for the embodiment of the invention;
The structural representation of the base station that Fig. 9 provides for the embodiment of the invention;
The schematic diagram of the information transfer system that Figure 10 provides for the embodiment of the invention;
The schematic diagram of the information transfer system that Figure 11 provides for the embodiment of the invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that is obtained under the creative work prerequisite.
Following each embodiment of the present invention is that example describes with the communication entity in WCDMA system and this system all, but do not limit the scope of the invention, the present invention can also be applied to GSM, in the communication systems such as LTE, those of ordinary skills can be informed in communication entity corresponding with entities such as RNC, base stations in other communication systems.
The information transmitting methods that the embodiment of the invention one provides, as shown in Figure 1a, this method step comprises:
In step 102, RNC for example can obtain loaded service type (Traffic Class) by the RAB information that receives the core net transmission, and with the type of service obtained as the loaded service type, wherein RAB information is carried the loaded service type.
In step 102, RNC for example can also core net send for the control signaling time, directly Cheng Zai definite type of service is to control the signaling class.
In the present embodiment, type of service for example can be conversation class, Streaming Media class, interactive class or background class.Those of ordinary skills as can be known, when carrying is refined as more or during other type, type of service can be not restricted to above-mentioned four kinds for more type.
Further, present embodiment can also be applied under the mobile scene, DRNC (Drift Radio NetworkController, floating radio network controller) the service bearer information that for example can pass through SRNC (Serving Radio NetworkController, service wireless network controller) transmission is obtained the loaded service type.Wherein, SRNC obtains the loaded service type by the RAB information that receives the core net transmission.In the present embodiment, service bearer for example comprises one of following or its combination in any: HS-DSCH MAC-D flow (High Speed-Downlink Shared Channel Media Access Control-DedicatedTransport Channel flow, high speed descending sharing channel is mapped to the data flow on the dedicated transmission channel medium access control entity), E-DCH MAC-d flow (Enhanced-Dedicated Channel MediaAccess Control-Dedicated Transport Channel flow, the enhancing dedicated channel is mapped to the data flow on the dedicated transmission channel medium access control entity), DCH (dedicated transmission channel); Service bearer information is the information relevant with service bearer, for example HS-DSCH MAC-d flow specific infomation or E-DCH MAC-d flow specific infomation.
In step 103, RNC for example can carry type of service by the service bearer information that sends to the base station, thereby type of service is sent to the base station.
Under mobile scene, can send the service bearer information of carrying type of service to the base station for DRNC, thereby realize sending type of service to the base station.Wherein service bearer information, service bearer and type of service can repeat no more with reference to foregoing description herein and among following each embodiment.
Following each embodiment all can be applied under the mobile scene, and the application of mobile scene can be with reference to the specific implementation of present embodiment, and following each embodiment repeats no more.
In the present embodiment, when type of service is sent to the base station, type of service can be directly sent, also the information that is used to indicate type of service can be sent at RNC (being DRNC under the mobile scene).For example, when type of service is conversation class, can directly the value of representing session service be sent to the base station, can be conversation class with 00 this type of service of indication also, no longer sends the value of expression session service, but send indication information 00.The indicated type of service of this indication information is that RNC and base station are all known.Wherein, for convenience, among following each embodiment, will be used to indicate the information of type of service to abbreviate the type of service indication information as.Further, shown in accompanying drawing 1b, present embodiment can also comprise, step 101 is judged to be carried as business datum or control signaling, when being carried as business datum, and execution in step 102a; When being carried as the control signaling, execution in step 102b.
Further, in the present embodiment, judge that branch can independently exist also and can exist simultaneously for two.
Wherein obtain the loaded service type and for example can obtain the type of service that this RAB information is carried by receiving the RAB information that core net sends from core net.
In the present embodiment, the control signaling for example can be RRC (Radio Resource Control) signaling.When having comprised the step of judging, the type of service in the present embodiment can also be control signaling class except above-mentioned four kinds of enumerating.
In the present embodiment, RNC can judge to be carried as business datum or control signaling, and when being carried as business datum, know the loaded service type when receiving the RAB information of core net transmission.Also promptly, the type of service of carrying in the RAB information that core net sends can not comprise control signaling class, judges by RNC whether carrying is the control signaling.After this, when the base station sent type of service, this type of service can comprise control signaling class at RNC, promptly can't help the base station to judge whether carrying is the control signaling, and the base station judges it is business datum or control signaling according to type of service.So just can under the situation that does not change the core net setting,, make the base station can carry out RRM more flexibly in RNC a kind of control signaling class of many increases in the type of service that the base station sends.
Further, in the present embodiment, can also be that the type of service of carrying in the core net transmission RAB information has just comprised control signaling class, promptly RNC need not to judge whether carrying is the control signaling, just can know that according to type of service being carried as business datum still controls signaling.The implementation complexity of RNC is lower like this, can reduce the cost of RNC.
Comprise control signaling time-like in type of service, can know current loaded service type so that the base station is clearer, thereby adopt scheduling strategy more flexibly, improve user's impression.
The information transmitting methods that provides by present embodiment, RNC can be by obtaining type of service, and type of service is sent to the base station, so that the base station can select various strategies carry out RRM according to type of service flexibly, thereby improve user's impression, for the user provides better service.Present embodiment can be applied to several scenes, has comprised mobile scene.
2a describes another embodiment of the present invention in detail with reference to the accompanying drawings below, and present embodiment provides a kind of radio resource management method, and this method comprises:
The base station can obtain the loaded service type of carrying in this service bearer information by receiving the service bearer information that RNC sends.
Under mobile scene, the base station can obtain the loaded service type of carrying in this service bearer information by receiving the service bearer information that DRNC sends.
Wherein, with reference to a last embodiment as can be known, type of service can comprise control signaling class, also can not comprise control signaling class.
Further, in step 201, obtaining the loaded service type can be directly to obtain type of service from professional beared information, also can obtain the type of service indication information from professional beared information, knows type of service according to this type of service indication information.
The radio resource management method that provides by present embodiment, the base station can obtain the loaded service type, thereby carry out RRM flexibly, and be not only that the part qos parameter that provides according to RNC carries out RRM, thereby strengthened the flexibility of RRM, the demand that has better adapted to the user has improved user's impression, has optimized original RRM.
In the present embodiment, RRM is carried out according to the loaded service type of obtaining in the base station, can be to carry out flow control or data dispatch etc.Wherein, flow control for example can comprise the flow control or UE-AMBR (the User Equipment-Aggregate Maximum Bit Rate of interface, the subscriber equipment Aggregate Maximum Bit Rate) control, the flow control of interface for example can be the flow control of Iub interface, but being not limited to this, can also be the flow control of other interfaces.2b, 2c, 2d describe the method for carrying out RRM in the present embodiment according to type of service flexibly in detail with reference to the accompanying drawings below.
(non-Guaranteed Bit Rate, non-GBR) business does not have independent maximum bit rate (the speed summation of the non-GBR business of UE is confined to UE-AMBR for Maximum bit rate, MBR) requirement network side for the non-assurance bit rate of UE.
The UE-AMBR control to the non-GBR business for example can be realized according to the corresponding relation between type of service and GBR business and the non-GBR business in the base station after obtaining the loaded service type.For example, guarantee the difference of requirement according to the speed of various types of traffic, interactive class and background class be corresponding to non-GBR business (also claim try one's best business), and conversation class and Streaming Media class be corresponding to the GBR business, thereby UE-AMBR control can be carried out to all non-GBR business of UE in the base station.Also promptly, when the base station determines that type of service is interactive class or background class, UE-AMBR control is carried out in corresponding carrying, determining type of service when the base station is conversation class, Streaming Media class or control signaling time-like, does not carry out UE-AMBR control.
For example, the GBR value of carrying may not known in the base station, perhaps network side is in order to dispatch or the GBR value of carrying has been changed in other considerations, typically, RNC is that interactive class or GBR value of background class traffic configuration in time are scheduled for to guarantee these professional business datums, thereby prevents to dispatch less than causing network congestion for a long time because of these professional business datums.In these cases, the UE-AMBR control that carry out according to the GBR value of carrying the base station is just not accurate enough. because, GBR value according to carrying is calculated, can make the speed summation of non-GBR business of calculating lower than the speed summation of actual non-GBR business, thereby caused the anxiety of Internet resources, the number of users that causes network to hold reduces, thereby may reduce user's impression, and user's request can't be met.Further, in the present embodiment, control signaling class also can be considered as the GBR business, promptly control signaling class not carried out UE-AMBR control.
The radio resource management method that provides by present embodiment, the loaded service type can be known in the base station, and according to the corresponding relation between type of service and GBR business and the non-GBR business, all non-GBR business are carried out UE-AMBR control, thereby accurately control the speed summation of all non-GBR business, guarantee making full use of of Internet resources, met consumers' demand, improved user's impression.
Network side need carry out flexible dispatching according to the QoS characteristics of different business, to improve communication quality, meets consumers' demand.
For example, network side can be dispatched the sensitivity of propagation delay time according to different business.Usually the business of different service types is to the sensitivity difference of propagation delay time, and for example session service is normally responsive to time delay, and background class traffic is normally least responsive to time delay.Be the QoS characteristic analysis that example is carried out different service types still with above-mentioned type of service.
For conversation class, need to guarantee the time relationship between each information entity in the carrying, therefore can require low time delay usually.Therefore for the Streaming Media class, the time relationship in equally also needing to guarantee to carry between each information entity also can compare strictness aspect the requiring of time delay.For interactive class, adopt the request response modes usually, but, also be that interactive class has the low error rate requirement usually for the not high correctness that requires to guarantee content of delay requirement.For background class, on time delay, there is not specific requirement equally yet, promptly receiving terminal does not require and must receive data in the section sometime, but needs to guarantee the correctness of content yet, promptly background class also has the requirement of low error rate usually.For control signaling class, have strict propagation delay time requirement usually, also have the requirement of low error rate simultaneously, have the highest transmission priority.
The base station is after knowing type of service, can be according to the QoS characteristics of loaded service type and this type of service, select corresponding scheduling strategy that wireless resource scheduling is carried out in the carrying of this type of service correspondence flexibly, thereby can better meet user's demand, utilize Internet resources more efficiently.
For example, typical speech business, IP phone etc. all belong to session service, and for session service, the scheduling strategy based on propagation delay time can be adopted in the base station, is no more than the maximum transmitted time delay that session service QoS allows to guarantee maximum scheduling time delay.Because session service is very responsive to propagation delay time, reduce speech quality significantly if postpone a meeting or conference when propagation delay time has surpassed maximum transmitted, can't satisfy user's demand, adopt scheduling strategy just can guarantee that the scheduling time delay of session service can not surpass the maximum transmitted time delay of such QoS of survice for session service based on propagation delay time, thereby make each session service in time to be dispatched, improve speech quality, better met user's request.
For example, typical E-mail transmission and reception etc. all belong to background class traffic, and for background class traffic, the scheduling strategy based on throughput and channel quality can be adopted in the base station, with when guaranteeing the error rate that requires, improves throughput as far as possible.Because background class traffic is very inresponsive to propagation delay time, but need to guarantee than low error rate, so be different from session service, need not the special concern time delay, can adopt scheduling strategy, can when guaranteeing, have higher throughput thus than low error rate based on throughput and channel quality.
Analysis by above-mentioned QoS characteristics for different service types as can be known, scheduling strategy based on propagation delay time also can be adopted for Streaming Media class and control signaling class in the base station, because comprised the requirement for time delay in the QoS characteristics of above-mentioned two classes.Scheduling strategy based on throughput and channel quality can be adopted for interactive class in the base station, because do not comprise for the requirement of time delay in such QoS characteristics and comprised requirement for the error rate.
Network side can be according to the qos requirement of customer service, realizes the allocation of radio resources to customer service, for example the distribution of transmission channel resources etc.The non real-time Packet data service of mobile communication system bearing can get more and more, rationally whether wireless resource scheduling, efficiently, the quality of network performance will directly be determined, therefore adopt scheduling strategy flexibly according to type of service, satisfy the different demands of different kinds of business, can increase substantially network performance, meet consumers' demand, improve user's impression.
For fear of because the overflowing of the buffer memory in the congested time delay that causes or MAC (Medium Access Control, the medium access control) entity, network side can be adjusted the data traffic of MAC inter-entity, also is interface flow control.Flow control with Iub interface is that example describes below.
Because different types of service is for the sensitivity difference of propagation delay time, so also just different for the requirement of scheduling time delay or propagation delay time.Real time business and non-real-time service can be determined according to the corresponding relation of type of service and delay requirement in the base station.The corresponding real time business of conversation type and Streaming Media type for example, and the corresponding non-real-time service of type of interaction and backstage type.
Based on the characteristics of real time business and non-real-time service, different flow control strategies can be selected for real time business and non-real-time service in the base station.
For example, for real time business, because real time business is higher to delay requirement, need to guarantee the requirement of its service transmission rate and propagation delay time, therefore, the strategy that does not carry out flow control can be adopted for real time business in the base station.
For example, for non-real-time service, because non-real-time service is not high to delay requirement, and the base station need prevent congested or overflow, so can adopt the strategy that carries out the Iub interface flow control based on Iub interface transmission bandwidth resource to non-real-time service.Thereby can guarantee under the situation that real-time service transmission speed and propagation delay time are met, prevent appearance or solution resource anxiety congested, that overflow.
With reference to above-mentioned specifying, those of ordinary skills can know, in the step 104 among the last embodiment, send type of service to the base station, can be so that wireless resource scheduling, Iub interface flow control, UE-AMBR control etc. be carried out according to this type of service in the base station.
Those of ordinary skills as can be known; the foregoing description has only been enumerated these three kinds of RRMs of flow control of UE-AMBR control, scheduling and Iub interface; but the present invention is not limited to this, and other methods of utilizing type of service to carry out RRM are also included within protection scope of the present invention.
3a is elaborated to further embodiment of this invention below in conjunction with accompanying drawing.Present embodiment provides a kind of information transmitting methods, and this method comprises:
Step 301 is obtained the loaded service type.
The realization that this step is concrete can be with reference to the foregoing description.
Step 302 when the carrying of the type of service correspondence of obtaining is subjected to UE-AMBR control, generates the UE-AMBR indication information.
In step 302, RNC can be according to the loaded service type of obtaining, whether the carrying of knowing this type of service correspondence controlled by UE-AMBR, and when being subjected to UE-AMBR control, generate the UE-AMBR indication information, this UE-AMBR indication information indicates the carrying of this UE-AMBR indication information correspondence controlled by UE-AMBR.In the present embodiment, can think that there are certain corresponding relation in type of service and UE-AMBR indication information, RNC can generate the UE-AMBR indication information according to this corresponding relation.
For example, if the type of service of obtaining is conversation class, Streaming Media class or control signaling class, the UE-AMBR indication information that RNC generates can be for not controlled or false; And if the type of service of obtaining is background class or interactive class, then the UE-AMBR indication information of RNC generation can be for controlled or true.
Step 303 is sent to the base station with the UE-AMBR indication information that generates.
RNC can send by the UE-AMBR indication information is carried in the service bearer information, thereby makes the base station can obtain the UE-AMBR indication information, and carries out UE-AMBR control according to this UE-AMBR indication information.
Further, shown in accompanying drawing 3b, present embodiment can also comprise step 302a and step 303a, step 302a, when the carrying of the type of service correspondence of obtaining is not subjected to UE-AMBR control, generate the UE-AMBR indication information, this UE-AMBR indication information indication carrying corresponding with this UE-AMBR indication information do not controlled by UE-AMBR; Step 303a is sent to the base station with this UE-AMBR indication information.
Further, shown in accompanying drawing 3c, present embodiment can also comprise step 302b, when the carrying of the type of service correspondence of obtaining is not subjected to UE-AMBR control, the service bearer information of not carrying the UE-AMBR indication information is sent to the base station.
In the present embodiment, the UE-AMBR indication information is controlled or true time, this UE-AMBR indication information can be carried in the service bearer information and be sent to the base station; Be not controlled or fictitious time at the UE-AMBR indication information, the service bearer information of not carrying the UE-AMBR indication information can be sent to the base station.Also promptly, only will indicate this carrying be carried in the service bearer information by the UE-AMBR indication information of UE-AMBR control and be sent to the base station.At this moment, the base station can determine whether UE-AMBR control is carried out in this carrying according to whether carrying the UE-AMBR control information in the service bearer information, thereby can save signaling consumption.
In the present embodiment, can for, when the carrying of type of service correspondence is subjected to UE-AMBR control, generate the UE-AMBR indication information; When the carrying of type of service correspondence is not subjected to UE-AMBR control, do not generate the UE-AMBR indication information.Further present embodiment can for, RNC can judge earlier whether the carrying of the type of service correspondence of obtaining controlled by UE-AMBR, and be subjected to UE-AMBR when control to generate the UE-AMBR indication information in definite this carrying, at this moment, owing to only when definite this carrying is subjected to UE-AMBR control, just generate the UE-AMBR indication information, so the UE-AMBR indication information that generates must for very/controlled, also promptly indicate this carrying controlled by UE-AMBR.After this, the UE-AMBR indication information that generates is carried in the service bearer information is sent to the base station.At this moment, the base station can determine whether UE-AMBR control is carried out in this carrying according to whether carrying the UE-AMBR indication information in the service bearer information, thereby has saved the expense of signaling.
By the information transmitting methods that present embodiment provides, RNC can send the UE-AMBR indication information to the base station according to type of service, makes the base station carry out UE-AMBR control when receiving this UE-AMBR indication information.And the judgement with the corresponding relation that whether is subjected to UE-AMBR control is realized by RNC for type of service, and UE-AMBR control is carried out according to the judged result of RNC in the base station, thereby has reduced the implementation complexity of base station, has reduced the cost of base station.And, be to determine because whether the base station carries out UE-AMBR control, so can be because of other factor according to the UE-AMBR indication information that RNC sends, Tiao Du needs for example, and change this UE-AMBR indication information, therefore, also can not influence the UE-AMBR control of base station.For example, if the GBR value that the base station sends according to RNC judges whether carrying controlled by UE-AMBR, when RNC was in scheduling and need changes the value of GBR, the base station just can't be carried out UE-AMBR to dissimilar carryings accurately and be controlled so; And if the UE-AMBR indication information that the base station sends according to RNC carries out UE-AMBR control, and the UE-AMBR indication information is relevant with type of service, UE-AMBR control just can be carried out to dissimilar carryings accurately in the base station, thereby meets consumers' demand, and improves user's impression.
Further, with reference to the embodiment shown in accompanying drawing 1a and the accompanying drawing 1b, also can comprise the judgement of RNC to carrying in the present embodiment, if be carried as business datum then obtain the loaded service type, if be carried as the control signaling, then type of service is control signaling class.After this carry out above-mentioned steps again, repeat no more herein.
Below in conjunction with accompanying drawing 4a an embodiment more of the present invention is described in detail.Present embodiment provides a kind of RRM to comprise step:
Step 401 is obtained the UE-AMBR indication information.
The base station can obtain the UE-AMBR indication information that carries in this service bearer information by the service bearer information that receives the RNC transmission.
Step 402 judges that the UE-AMBR indication information is controlled/true or not controlled/vacation, is controlled/true time at the UE-AMBR indication information, execution in step 403; Be not controlled/fictitious time, execution in step 404 at the UE-AMBR indication information.
Step 403 is carried out UE-AMBR control to this carrying.
The base station is controlled/true time at the UE-AMBR indication information, can carry out UE-AMBR control to carrying, and this is carried as the carrying of the service bearer information correspondence of carrying the UE-AMBR indication information.
Step 404 finishes.
In the present embodiment, the base station obtains the UE-AMBR indication information, and when this UE-AMBR indication information indicates the carrying of this UE-AMBR indication information correspondence to be subjected to UE-AMBR control, UE-AMBR control is carried out in this carrying.Wherein, obtaining the UE-AMBR indication information for example can obtain from the service bearer information that RNC sends.
With reference to a last embodiment as can be known, RNC not only can indicate the base station for true or vacation by the UE-AMBR indication information and carry out or do not carry out UE-AMBR control, can also indicate the base station to carry out or do not carry out UE-AMBR control by carrying or do not carry the UE-AMBR indication information.
When RNC indicated the base station to carry out or do not carry out UE-AMBR control by carrying or do not carry the UE-AMBR indication information, present embodiment can comprise the step shown in accompanying drawing 4b.
Step 405 is obtained the information that RNC sends.
This information for example is service bearer information.
Step 406 judges in the information of obtaining whether carry the UE-AMBR indication information, when the UE-AMBR indication information is carried in judgement, and execution in step 407; When the UE-AMBR indication information is not carried in judgement, execution in step 408.
Step 407 is carried out UE-AMBR control to this carrying.
When the UE-AMBR indication information is carried in judgement in the base station, can carry out UE-AMBR control to carrying, this is carried as the carrying of the service bearer information correspondence of carrying the UE-AMBR indication information.
Step 408 finishes.
Further, in the present embodiment, shown in accompanying drawing 4c, in the step 406, when the UE-AMBR indication information is not carried in judgement, execution in step 408a.
In step 408a, for example can when GBR value non-zero, UE-AMBR control not be carried out in this carrying according to the GBR value of the carrying of the information correspondence of obtaining, when GBR value is zero, UE-AMBR is carried out in this carrying control.Those of ordinary skills can also carry out UE-AMBR control to this carrying according to other GBR attributes of carrying as can be known.
In the present embodiment, method shown in accompanying drawing 4a, 4b, the 4c can be carried out combination, promptly obtain the information that radio network controller sends earlier, when carrying the UE-AMBR indication information in the information of obtaining, UE-AMBR control is carried out in the carrying of this UE-AMBR indication information correspondence.At this moment, this UE-AMBR indication information can for very/controlled, also can for false/not controlled, also promptly as long as carried the UE-AMBR indication information in the information that RNC sends, no matter what the concrete instruction content of this UE-AMBR indication information is, all UE-AMBR control carried out in the carrying of this UE-AMBR indication information correspondence.In addition, when in the information of obtaining, carrying the UE-AMBR indication information, this UE-AMBR indication information is distinguished, when this UE-AMBR indication information indicates the carrying of its correspondence to be subjected to UE-AMBR control, just UE-AMBR control is carried out in this carrying, and when this UE-AMBR indication information indicates the carrying of its correspondence not to be subjected to UE-AMBR control, UE-AMBR control is not carried out in this carrying.Further, when not carrying the UE-AMBR indication information in the information of obtaining, UE-AMBR control is not carried out in the carrying of this information correspondence of obtaining, perhaps the GBR attribute according to this carrying carries out UE-AMBR control to this carrying.
The information transmitting methods that provides by present embodiment, the base station can be by judging that the UE-AMBR indication information is controlled/true or not controlled/vacation, perhaps judge whether to carry the UE-AMBR indication information, thereby carry out or do not carry out UE-AMBR control, realized the flexible, accurate of UE-AMBR control, improve user's impression, satisfied user's request.
The RNC that provides below in conjunction with 5 pairs of embodiment of the invention of accompanying drawing is elaborated.This RNC comprises: determination module 501 is used for determining the loaded service type; Sending module 502 is used for the type of service that determination module 501 is determined is sent to the base station, so that the base station is carried out RRM according to this type of service to carrying.
Further, in the present embodiment, RNC can also comprise judge module 503, is used for judging being carried as business datum or controlling signaling.Determination module 501 for example comprises: first determining unit 5011, be used for judging and obtain the loaded service type from core net when being carried as business datum at judge module 503, and with the type of service obtained as the loaded service type; And/or second determining unit 5012 is used for when judge module 503 judgements are carried as the control signaling, determines that the loaded service type is control signaling class.
In the present embodiment, can be by judge module 503 so that the setting of core net need not to change, and the type of service of informing base station is increased a kind of control signaling class, thus make the base station can carry out RRM more flexibly.
With reference to said method embodiment as can be known, sending module 502 can be sent to the base station with type of service by service bearer information, and soon type of service is carried in the service bearer information and is sent to the base station.And sending module 502 can comprise first transmitting element 5021 or second transmitting element 5022.Wherein first transmitting element 5021 is used for directly type of service being carried at service bearer information and is sent to the base station, and second transmitting element 5022 is used for that the type of service indication information is carried at service bearer information and is sent to the base station.
In the present embodiment, the type of service indication information is carried at is sent to the base station in the service bearer information and can reduces signaling consumption.
The RNC that present embodiment provides for example can be used to carry out information transmitting methods or the information processing method that said method embodiment provides, and specific implementation can be with reference to said method embodiment.
RNC by present embodiment provides can obtain type of service, and type of service is sent to the base station, so that RRM can be carried out flexibly according to type of service in the base station, improves user's impression.
Describe a kind of base station that the embodiment of the invention provides in detail below in conjunction with accompanying drawing 6.This base station comprises: acquisition module 601 is used for obtaining type of service from RNC; RRM module 602, RRM is carried out in the type of service pair carrying corresponding with described type of service that is used for obtaining according to acquisition module 601.
Further, in the present embodiment, acquisition module 601 for example can comprise: first acquiring unit 6011 is used for directly obtaining type of service from the service bearer information that RNC sends.Acquisition module 601 for example can also comprise second acquisition unit 6012, be used for obtaining the type of service indication information from the service bearer information that RNC sends, and, first determining unit 6013, the type of service indication information that is used for obtaining according to second acquisition unit 6012 is determined type of service.
Because RNC sends type of service by service bearer information dual mode can be arranged, a kind of is directly to send type of service, and another kind of for sending the type of service indication information, so corresponding, the acquisition module 601 of base station can comprise first acquiring unit 6011; And/or can comprise the second acquisition unit 6012 and first determining unit 6013.
In the present embodiment, RRM module 602 can comprise one of following or its combination in any: UE-AMBR control unit 6021, the corresponding relation that is used for the professional and non-GBR business of the type of service obtained according to acquisition module 601 and GBR, UE-AMBR control is carried out in carrying, and wherein this loaded service type is for example professional corresponding with non-GBR; Scheduling controlling unit 6022 is used for the type of service obtained according to acquisition module 601, the carrying of this type of service correspondence is adopted with the corresponding scheduling strategy of this type of service carried out scheduling controlling; Interface flow control unit 6023 is used for the type of service obtained according to acquisition module 601, the carrying of type of service correspondence is adopted with the corresponding flow control strategy of this type of service carried out interface flow control.
In the present embodiment, with the corresponding scheduling strategy of type of service, perhaps can be with reference to said method embodiment with the corresponding flow control strategy of type of service.
The base station that present embodiment provides for example can be used to implement the information transmitting methods that said method embodiment provides, and concrete realization can be with reference to said method embodiment.
Base station by present embodiment provides can obtain type of service from RNC, and carries out RRM flexibly according to type of service, thereby makes full use of Internet resources, improves user's impression.
The RNC that provides below in conjunction with 7 pairs of embodiment of the invention of accompanying drawing is elaborated.This RNC comprises: acquisition module 701 is used to obtain the loaded service type; First generation module 702 is used for the type of service obtained according to acquisition module 701, generates the UE-AMBR indication information, and wherein the UE-AMBR indication information indicates the carrying of this UE-AMBR indication information correspondence controlled by UE-AMBR; First sending module 703 is used for the UE-AMBR indication information that first generation module 702 generates is sent to the base station.
Further, in the present embodiment, RNC for example can also comprise: second generation module 704, when the carrying that is used for the type of service correspondence obtained at acquisition module 701 is not subjected to UE-AMBR control, generate the UE-AMBR indication information, this UE-AMBR indication information indication carrying corresponding with this UE-AMBR indication information do not controlled by UE-AMBR; And second sending module 705, be used for the UE-AMBR indication information that second generation module 704 generates is sent to the base station.
Further, in the present embodiment, RNC for example can also comprise: the 3rd sending module 706 when the carrying that is used for the type of service correspondence obtained at acquisition module 701 is not subjected to UE-AMBR control, is sent to the base station with the service bearer information of not carrying the UE-AMBR indication information.
The RNC that present embodiment provides for example can be used to implement information transmitting methods or the information processing method that said method embodiment provides, and specific implementation can be with reference to said method embodiment.
The RNC that provides by present embodiment, can judge the corresponding relation of type of service and UE-AMBR control, promptly no longer send type of service to the base station, but send the UE-AMBR indication information to the base station, thereby reduced the complexity of base station, reduced the base station cost.And, can be so that the base station be carried out UE-AMBR control flexibly, accurately by sending the UE-AMBR indication information.
A kind of base station that provides below in conjunction with 8 pairs of embodiment of the invention of accompanying drawing is described in detail.This base station comprises: acquisition module 801, be used to obtain the UE-AMBR indication information, and whether wherein, the UE-AMBR indication information is sent by RNC, be used to indicate the carrying of UE-AMBR indication information correspondence controlled by UE-AMBR; UE-AMBR control module 802 when the UE-AMBR indication information indication carrying that is used for obtaining at acquisition module 801 is subjected to UE-AMBR control, is carried out UE-AMBR control to this carrying.
In the present embodiment, acquisition module 801 for example can obtain the UE-AMBR indication information that carries in this service bearer information by the service bearer information that receives the RNC transmission.
Base station by the embodiment of the invention provides can obtain the UE-AMBR indication information from RNC, and carries out UE-AMBR control flexibly, accurately according to this UE-AMBR indication information, thereby makes full use of Internet resources, improves user's impression.
Below in conjunction with accompanying drawing 9a a kind of base station that the embodiment of the invention provides is described in detail.This base station comprises: acquisition module 901 is used to obtain the information that RNC sends; Judge module 902 is used for judging whether the information that this RNC sends carries the UE-AMBR indication information; UE-AMBR control module 903 is used for when judge module 902 determines that the information of this RNC transmission is carried the UE-AMBR indication information UE-AMBR control being carried out in the carrying of this UE-AMBR indication information correspondence.
In the present embodiment, acquisition module 901 for example can obtain the service bearer information that RNC sends, and judge module 902 for example can judge in this service bearer information whether carry the UE-AMBR indication information.
By the base station that the embodiment of the invention provides, can whether carry the UE-AMBR indication information in the information according to the RNC transmission, carry out UE-AMBR control flexibly, accurately, thereby make full use of Internet resources, improve user's impression.
Base station shown in accompanying drawing 8 and the accompanying drawing 9a can in conjunction with, shown in the accompanying drawing 9b, this base station comprises:
Further, this base station can also comprise one of following or its combination in any: the 2nd UE-AMBR control module 906, when the information that is used for obtaining at acquisition module 904 is not carried the UE-AMBR indication information, UE-AMBR control is not carried out in the carrying of the information correspondence obtained; The 3rd UE-AMBR control module 907, be used for carrying the UE-AMBR indication information in the information that acquisition module 904 obtains, and when this UE-AMBR indication information indicates the carrying of this UE-AMBR indication information correspondence to be subjected to UE-AMBR control, UE-AMBR control is carried out in this carrying; The 4th UE-AMBR control module 908, be used for carrying the UE-AMBR indication information in the information that acquisition module 904 obtains, and when this UE-AMBR indication information indication carrying corresponding with this UE-AMBR indication information is not subjected to UE-AMBR control, UE-AMBR control is not carried out in this carrying; The 5th UE-AMBR control module 909 when the information that is used for obtaining at acquisition module 904 is not carried the UE-AMBR indication information, according to the assurance bit rate attribute of the carrying of the information correspondence of obtaining, is carried out UE-AMBR control to this carrying.
The base station that provides by present embodiment, can whether carry the UE-AMBR indication information in the information according to the RNC transmission, can also specifically indicate corresponding carrying whether to be subjected to UE-AMBR control and carry out UE-AMBR flexibly, accurately and control according to the UE-AMBR that carries, thereby make full use of Internet resources, improve user's impression.
Describe the information transfer system that the embodiment of the invention provides in detail below in conjunction with accompanying drawing 10.This system comprises: with the RNC1001 that communicates by letter in base station 1002, this RNC1001 is used to obtain the loaded service type, and described type of service is sent to base station 1002, so that base station 1002 is carried out RRM according to this type of service to this carrying.
In the present embodiment, this system can also comprise base station 1002.
In the present embodiment, the specific implementation of RNC1001 and base station 1002 can be with reference to said method embodiment and device embodiment.
By the system that present embodiment provides, RNC can obtain type of service, and type of service is sent to the base station, so that RRM can be carried out flexibly according to type of service in the base station, thereby makes full use of Internet resources, improves user's impression.
Describe the information transfer system that the embodiment of the invention provides in detail below in conjunction with accompanying drawing 11.This system comprises: the radio network controller 1101 of communicating by letter with base station 1102, radio network controller 1101, be used to obtain the loaded service type, generate the UE-AMBR indication information according to this type of service, and this UE-AMBR indication information is sent to base station 1102, whether its UE-AMBR indication information is used to indicate the carrying of described UE-AMBR indication information correspondence controlled by UE-AMBR.
In the present embodiment, this system can also comprise base station 1102.
In the present embodiment, the specific implementation of RNC1101 and base station 1102 can be with reference to said method embodiment and device embodiment.
The system that provides by present embodiment, RNC can obtain type of service, generate the UE-AMBR indication information according to type of service, and this UE-AMBR indication information is sent to the base station, so that UE-AMBR control can be carried out flexibly according to this UE-AMBR indication information in the base station, thereby make full use of Internet resources, improve user's impression.
Need to prove at last, one of ordinary skill in the art will appreciate that all or part of flow process that realizes in the foregoing description method, be to instruct relevant hardware to finish by computer program, described program can be stored in the computer read/write memory medium, this program can comprise the flow process as the embodiment of above-mentioned each side method when carrying out.Wherein, described storage medium can be magnetic disc, CD, read-only storage memory body (ROM) or stores memory body (RAM) etc. at random.
Each functional unit in the embodiment of the invention can be integrated in the processing module, also can be that the independent physics in each unit exists, and also can be integrated in the module two or more unit.Above-mentioned integrated module both can adopt the form of hardware to realize, also can adopt the form of software function module to realize.If described integrated module realizes with the form of software function module and during as independently production marketing or use, also can be stored in the computer read/write memory medium.The above-mentioned storage medium of mentioning can be a read-only memory, disk or CD etc.
Above-mentioned specific embodiment is not in order to restriction the present invention; for those skilled in the art; all under the prerequisite that does not break away from the principle of the invention, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (28)
1. the method transmitted of an information is characterized in that described method comprises:
Determine the loaded service type;
The type of service of determining is sent to the base station, so that the base station is carried out RRM according to described type of service to described carrying.
2. method according to claim 1 is characterized in that,
When being carried as business datum, described definite loaded service type comprises: obtain the loaded service type from core net, and with the type of service obtained as the loaded service type.
3. method according to claim 1 and 2 is characterized in that,
When being carried as the control signaling, described definite loaded service type comprises: determine that the loaded service type is control signaling class.
4. method according to claim 1 and 2 is characterized in that,
Described type of service comprises one of following or its combination in any: conversation class, Streaming Media class, interactive class, background class, control signaling class; And/or
Described carrying comprises one of following or its combination in any: high speed descending sharing channel is mapped to data flow HS-DSCH MAC-d flow on the dedicated transmission channel medium access control entity, strengthen dedicated channel is mapped to data flow E-DCH MAC-d flow, dedicated transmission channel DCH on the dedicated transmission channel medium access control entity.
5. method according to claim 1 and 2 is characterized in that, described the type of service of determining is sent to the base station, comprising:
The type of service of determining directly is carried in the service bearer information is sent to the base station; Perhaps
The type of service indication information is carried in the service bearer information is sent to the base station.
6. method according to claim 1 and 2 is characterized in that, described RRM comprises one of following or its combination in any: interface flow control, subscriber equipment Aggregate Maximum Bit Rate UE-AMBR control, scheduling controlling.
7. a radio resource management method is characterized in that, described method comprises:
The base station obtains type of service from radio network controller;
RRM is carried out according to the type of service pair carrying corresponding with described type of service of obtaining in described base station.
8. method according to claim 7 is characterized in that, described base station obtains type of service from radio network controller and comprises:
The base station directly obtains type of service from the service bearer information that radio network controller sends; Perhaps
The base station obtains the type of service indication information from the service bearer information that radio network controller sends, and determines type of service according to described type of service indication information.
9. according to claim 7 or 8 described methods, it is characterized in that,
Described type of service comprises one of following or its combination in any: conversation class, Streaming Media class, interactive class, background class, control signaling class; And/or
Described carrying comprises one of following or its combination in any: high speed descending sharing channel is mapped to data flow HS-DSCH MAC-d flow on the dedicated transmission channel medium access control entity, strengthen dedicated channel is mapped to data flow E-DCH MAC-d flow, dedicated transmission channel DCH on the dedicated transmission channel medium access control entity.
10. according to claim 7 or 8 described methods, it is characterized in that described base station is carried out RRM according to the type of service of obtaining to the carrying of described type of service correspondence, comprise one of following or its combination in any:
Described base station is carried out subscriber equipment Aggregate Maximum Bit Rate UE-AMBR control according to type of service of obtaining and the corresponding relation that guarantees bit rate GBR business and non-assurance bit rate non-GBR business to the carrying of described type of service correspondence;
Described base station is carried out scheduling controlling to the carrying employing of described type of service correspondence with the corresponding scheduling strategy of described type of service according to the type of service of obtaining;
Described base station is according to the type of service of obtaining, and the carrying of described type of service correspondence adopted with the corresponding flow control strategy of described type of service carried out interface flow control.
11. an information transmitting methods is characterized in that, described method comprises:
Obtain the loaded service type;
When the carrying of the type of service correspondence of obtaining is subjected to user's device aggregation maximum bit rate UE-AMBR control, generate the UE-AMBR indication information, wherein, described UE-AMBR indication information indicates the carrying of described UE-AMBR indication information correspondence controlled by UE-AMBR;
Described UE-AMBR indication information is sent to the base station.
12. method according to claim 11 is characterized in that, described method further comprises one of following or its combination in any:
When the carrying of the type of service correspondence of obtaining is not subjected to UE-AMBR control, generate the UE-AMBR indication information, the described UE-AMBR indication information indication carrying corresponding with described UE-AMBR indication information do not controlled by UE-AMBR, and described UE-AMBR indication information is sent to the base station;
When the carrying of the type of service correspondence of obtaining is not subjected to UE-AMBR control, the service bearer information of not carrying the UE-AMBR indication information is sent to the base station.
13. a radio resource management method is characterized in that, described method comprises:
Obtain the information that radio network controller sends;
When in the information of obtaining, carrying subscriber equipment Aggregate Maximum Bit Rate UE-AMBR indication information, UE-AMBR control is carried out in the carrying of described UE-AMBR indication information correspondence.
14. method according to claim 13 is characterized in that, after the information of obtaining the radio network controller transmission, described method further comprises:
When in the information of obtaining, not carrying the UE-AMBR indication information, UE-AMBR control is not carried out in the carrying of the described information correspondence of obtaining; Perhaps,
When in the information of obtaining, not carrying the UE-AMBR indication information,, UE-AMBR control is carried out in described carrying according to the assurance bit rate attribute of the carrying of the described information correspondence of obtaining.
15. method according to claim 13 is characterized in that, and is described when carrying the UE-AMBR indication information in the information of obtaining, and UE-AMBR control is carried out in described carrying, comprising:
In the information of obtaining, carry the UE-AMBR indication information, and the described UE-AMBR indication information indication carrying corresponding with described UE-AMBR indication information carried out UE-AMBR to described carrying and controlled when being subjected to UE-AMBR control; And/or
In the information of obtaining, carry the UE-AMBR indication information, and the described UE-AMBR indication information indication carrying corresponding with described UE-AMBR indication information do not carried out UE-AMBR to described carrying and controlled when not being subjected to UE-AMBR control.
16., it is characterized in that the information that described radio network controller sends is service bearer information according to each described method in the claim 13 to 15.
17. a radio network controller is characterized in that, described radio network controller comprises:
Determination module is used for determining the loaded service type;
Sending module is used for the type of service that described determination module is determined is sent to the base station, so that the base station is carried out RRM according to described type of service to described carrying.
18. radio network controller according to claim 17 is characterized in that, described radio network controller further comprises:
Judge module is used for judging being carried as business datum or controlling signaling;
And described determination module comprises:
First determining unit is used for described judge module and judges when being carried as business datum, obtains the loaded service type from core net, and with the type of service obtained as the loaded service type; And/or
Second determining unit is used for described judge module and judges when being carried as the control signaling, determines that the loaded service type is control signaling class.
19., it is characterized in that described sending module comprises according to claim 17 or 18 described radio network controllers:
First transmitting element is used for that type of service directly is carried at service bearer information and is sent to the base station; Perhaps
Second transmitting element is used for that the type of service indication information is carried at service bearer information and is sent to the base station.
20. a base station is characterized in that, described base station comprises:
Acquisition module is used for obtaining type of service from radio network controller;
The RRM module, RRM is carried out in the type of service pair carrying corresponding with described type of service that is used for obtaining according to described acquisition module.
21. base station according to claim 20 is characterized in that, described acquisition module comprises:
First acquiring unit is used for directly obtaining type of service from the service bearer information that radio network controller sends; And/or
Second acquisition unit is used for obtaining the type of service indication information from the service bearer information that radio network controller sends, and, first determining unit, the type of service indication information that is used for obtaining according to described second acquisition unit is determined type of service.
22., it is characterized in that described RRM module comprises one of following or its combination in any according to claim 20 or 21 described base stations:
The UE-AMBR control unit is used for the type of service of obtaining according to described acquisition module and GBR is professional and the corresponding relation of non-GBR business, and UE-AMBR control is carried out in carrying;
The scheduling controlling unit is used for the type of service obtained according to described acquisition module, the carrying of described type of service correspondence is adopted with the corresponding scheduling strategy of described type of service carried out scheduling controlling;
The interface flow control unit is used for the type of service obtained according to described acquisition module, the carrying of described type of service correspondence is adopted with the corresponding flow control strategy of described type of service carried out interface flow control.
23. a radio network controller is characterized in that, described radio network controller comprises:
Acquisition module is used to obtain the loaded service type;
First generation module, when the carrying that is used for the type of service correspondence obtained at described acquisition module is subjected to user's device aggregation maximum bit rate UE-AMBR control, generate the UE-AMBR indication information, described UE-AMBR indication information indicates the carrying of described UE-AMBR indication information correspondence controlled by UE-AMBR;
First sending module is used for the UE-AMBR indication information that described first generation module generates is sent to the base station.
24. radio network controller according to claim 23 is characterized in that, described radio network controller further comprises:
Second generation module, when the carrying that is used for the type of service correspondence obtained at described acquisition module is not subjected to UE-AMBR control, generate the UE-AMBR indication information, the described UE-AMBR indication information indication carrying corresponding with described UE-AMBR indication information do not controlled by UE-AMBR; And second sending module is used for the UE-AMBR indication information that described second generation module generates is sent to the base station;
And/or the 3rd sending module when the carrying that is used for the type of service correspondence obtained at described acquisition module is not subjected to UE-AMBR control, is sent to the base station with the service bearer information of not carrying the UE-AMBR indication information.
25. a base station is characterized in that, described base station comprises:
Acquisition module is used to obtain the information that radio network controller sends;
The first subscriber equipment Aggregate Maximum Bit Rate UE-AMBR control module is used for when the information that described acquisition module obtains is carried the UE-AMBR indication information, and UE-AMBR control is carried out in the carrying of described UE-AMBR indication information correspondence.
26. base station according to claim 25 is characterized in that, described base station further comprises one of following or its combination in any:
The 2nd UE-AMBR control module when the information that is used for obtaining at described acquisition module is not carried the UE-AMBR indication information, is not carried out UE-AMBR control to the carrying of the described information correspondence of obtaining;
The 3rd UE-AMBR control module, be used for carrying the UE-AMBR indication information in the information that described acquisition module obtains, and when the described UE-AMBR indication information indication carrying corresponding with described UE-AMBR indication information is subjected to UE-AMBR control, UE-AMBR control is carried out in described carrying;
The 4th UE-AMBR control module, be used for carrying the UE-AMBR indication information in the information that described acquisition module obtains, and when the described UE-AMBR indication information indication carrying corresponding with described UE-AMBR indication information is not subjected to UE-AMBR control, UE-AMBR control is not carried out in described carrying;
The 5th UE-AMBR control module when the information that is used for obtaining at described acquisition module is not carried the UE-AMBR indication information, according to the assurance bit rate attribute of the carrying of the described information correspondence of obtaining, is carried out UE-AMBR control to described carrying.
27. an information transfer system is characterized in that, described system comprises: with the radio network controller of base station communication,
Described radio network controller is used for determining the loaded service type, and the type of service of determining is sent to the base station, so that the base station is carried out RRM according to described type of service to described carrying.
28. an information transfer system is characterized in that, described system comprises: with the radio network controller of base station communication,
Described radio network controller is used to obtain the loaded service type, generates subscriber equipment Aggregate Maximum Bit Rate UE-AMBR indication information according to described type of service, and described UE-AMBR indication information is sent to the base station.
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| CN102045853B (en) | 2015-09-30 |
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