CN1852506A - Transmission resource distribution method and system providing multiple kinds of transmission resource - Google Patents
Transmission resource distribution method and system providing multiple kinds of transmission resource Download PDFInfo
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Abstract
The method is applicable to system including network controller and base station. Transmission resources in low quality of service (QoS) and transmission resources in high QoS are configured on network controller and base station. The invention also includes steps: (1) when allotting transmission resources for current service, network controller allots transmission resources in high QoS or low QoS for current service based on QoS of current service as well as capability of providing transmission resources in high QoS or low QoS; (2) network controller informs base station the transmission resources in high QoS or low QoS allotted for current service. (3) Based on information from (2), base station allots transmission resources in high QoS or low QoS for current service. The invention also discloses a corresponding system. The invention allots transmission resources for each type of service reasonably in lower cost.
Description
Technical field
The present invention relates to the Iub interface transmission technology, particularly the transfer resource distribution method of Iub interface and system that multiple transfer resource is provided.
Background technology
Along with the development of 3G network, various new business continue to bring out, and particularly the multi-medium data business is abundant further, and this will distribute transfer resource and propose very high request.But the characteristics of data service itself are differing greatly of peak rate and Mean Speed, therefore also are difficult to the rational transfer resource of configuration.If can cause transmission resource waste, if by Mean Speed configuration then can cause business normally to carry out by the peak rate configuration.Here, described configuration transfer resource is exactly that transmission bandwidth is put in assignment.
Wherein, in the Iub interface transmission, access network equipment will provide transfer resource for miscellaneous service.The 3G network of main flow comprises at present: code division multiple access (TD-SCDMA) system that Wideband Code Division Multiple Access (WCDMA) (WCDMA) system, code division multiple access (CDMA) 2000 systems and time-division are synchronous.Described access network equipment comprises network controller and base station, just: radio resource controller of WCDMA system (RNC) and base station node B, base station controller of CDMA2000 system (BSC) and base station transceiver (BTS), the RNC of TD-SCDMA system and base station node B.This paper is that example is set forth problem and the technical solution of the present invention that prior art occurs with the RNC and the base station node B of WCDM system only.
At present, base station node B and the RNC transfer resource that can provide has two kinds substantially: IP transfer resource and ATM(Asynchronous Transfer Mode) transfer resource.Therefore, the transmission of Iub interface has two kinds of implementations substantially:
One, provides IP transfer resource.Though IP transfer resource cheaply is provided, can't guarantee real time of data transmission, make the speech business difficult quality guarantee.
Two, provide ATM transfer resource.This scheme can guarantee professional real-time, but the cost of ATM transmission is higher, and has bigger gap between the peak value of data service and the average, can cause the huge waste of transfer resource according to the peak value configuration, so will have a strong impact on the economy of networking.
In sum, in the existing Iub interface transmission technology, base station node and RNC can't take into account the service quality (QoS) of speech business and data service with rational network construction cost, how can more and more become problem demanding prompt solution in the mobile operator networking with the give security transfer resource of miscellaneous service QoS of low cost.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of transfer resource distribution method, can be for miscellaneous service distributes the transfer resource of reasonable type, with the QoS of basic assurance miscellaneous service in the Iub interface transmission.
Another object of the present invention is to provide a kind of system that multiple transfer resource is provided, can provide polytype transfer resource, think that miscellaneous service provides the transfer resource of reasonable type at Iub interface.
For achieving the above object, technical scheme of the present invention is achieved in that
The invention discloses a kind of transfer resource distribution method, this method is applied to comprise the system of base station and network controller; Low service quality (QoS) transfer resource of configuration and high QoS transfer resource on base station and network controller; This method also comprises:
When A. network controller is the current business allocation of transmission resources, be that current business is distributed high QoS transfer resource or low QoS transfer resource according to the QoS of current business;
B. the network controller informing base station is that current business is distributed high QoS transfer resource or low QoS transfer resource;
C. the base station is that current business is distributed high QoS transfer resource or low QoS transfer resource according to the notice of step B.
In the steps A, describedly distribute high QoS transfer resource or low QoS transfer resource to be: to judge the QoS of current business, if high QoS business is then distributed high QoS transfer resource according to QoS of survice; If low QoS transfer resource then distributes low QoS transfer resource.
Wherein, be really province's value of an above business configuration transfer resource type in advance, this transfer resource type default value is high QoS transfer resource or low QoS transfer resource;
Described steps A comprises:
A 1. judges whether current business has disposed transfer resource type default value, if, execution in step A2 then; Otherwise execution in step A3;
A2. judge described transfer resource type default value, if high QoS transfer resource then distributes high QoS transfer resource; If low QoS transfer resource then distributes low QoS transfer resource;
A3. judge the QoS of current business, if high QoS business is then distributed high QoS transfer resource; If low QoS transfer resource then distributes low QoS transfer resource.
In the steps A, further distribute high QoS transfer resource or low QoS transfer resource according to the providing capability of current high QoS transfer resource and/or low QoS transfer resource.
Wherein, described steps A is:
A11. the QoS according to current business judges current business, if high QoS business, execution in step A12; If low QoS business, then execution in step A14;
A12. judge whether current high QoS transfer resource is enough, if, execution in step A13 then; Otherwise transfer resource distributes failure, finishes to work as pre-treatment;
A13. distribute high QoS transfer resource, finish to work as pre-treatment;
A14. judge whether high QoS transfer resource is enough, if, execution in step A13 then; Otherwise execution in step A15;
A15. judge whether low QoS transfer resource is enough, if distribute low QoS transfer resource; Otherwise transfer resource distributes failure.
In the steps A 12, when the high QoS transfer resource of described judgement is not enough, further comprise: judged whether that low QoS business takies high QoS transfer resource, if having, then reduces the high QoS transfer resource that this low QoS business takies, execution in step A13; Otherwise transfer resource distributes failure, finishes to work as pre-treatment.
Wherein, be really province's value of an above business configuration transfer resource type in advance, this transfer resource type default value is high QoS transfer resource or low QoS transfer resource;
Described steps A is:
A21. judge whether current business has disposed transfer resource type default value, if, execution in step A22 then; Otherwise execution in step A23;
A22. judge described transfer resource type default value, if high QoS transfer resource, then execution in step A24; If low QoS transfer resource, then execution in step A26;
A23. the QoS according to current business judges current business, if high QoS business, then execution in step A24; If low QoS business, then execution in step A26;
A24. judge whether current high QoS transfer resource is enough, if, execution in step A25 then; Otherwise transfer resource distributes failure, finishes to work as pre-treatment;
A25. distribute high QoS transfer resource, finish to work as pre-treatment;
A26. judge whether high QoS transfer resource is enough, if, execution in step A25 then; Otherwise execution in step A27;
A27. judge whether low QoS transfer resource is enough, if distribute low QoS transfer resource; Otherwise transfer resource distributes failure.
In the steps A 24, when the high QoS transfer resource of described judgement is not enough, further comprise: judged whether that low QoS business takies high QoS transfer resource, if having, then reduces the high QoS transfer resource that this low QoS business takies, execution in step A25; Otherwise transfer resource distributes failure, finishes to work as pre-treatment.
Wherein, the high QoS transfer resource that takies of the low QoS business of described reduction is: the bandwidth that reduces low QoS business.
In the steps A, described high QoS business is: speech business or video telephone or signaling, described low QoS business is: WEB web page browsing or information series business or MMS.
In the steps A, the high QoS of described judgement method professional and low QoS business is: according to setting in advance or the high QoS judgement index professional and low QoS business of real-time update is judged.
Wherein, described step B is: network controller is by carrying the resource type that is used to indicate high QoS transfer resource or low QoS transfer resource in sending to the resource allocation request of base station, coming informing base station is that current business is distributed high QoS transfer resource or low QoS transfer resource; Described step C is: the resource type that carry in the described resource allocation request of B set by step the base station is that current business is distributed high QoS transfer resource or low QoS transfer resource.
Wherein, described high QoS transfer resource is: ATM(Asynchronous Transfer Mode) transfer resource, phototiming transmit the IP transfer resource of (SDH) transfer resource, high QoS guarantee; Described low QoS transfer resource is: the IP transfer resource that low QoS ensures.
Wherein, described network controller and base station are respectively: RNC in the WCDMA system and base station node B, perhaps BSC and the BTS in the CDMA2000 system, perhaps RNC and the base station node B in the TD-SCDMA system.
The invention also discloses a kind of system that multiple transfer resource is provided, this system comprises: network controller and base station; Wherein, network controller comprises: the more than one base-station interface plate of signaling processing plate and control thereof, and the base station comprises: the more than one base station Digital Trunk Interface Board of master control borad and control thereof; Described base-station interface plate disposes high QoS transfer resource and/or low QoS transfer resource, and described base station Digital Trunk Interface Board disposes high QoS transfer resource and/or low QoS transfer resource;
Described signaling processing plate comprises:
The transfer resource determination module, resource providing capability according to current business QoS and each base-station interface plate, be defined as current business and distribute high QoS transfer resource or low QoS transfer resource, send transfer resource and distribute indication, send the transfer resource determination module of transfer resource request for allocation to master control borad to the interface board determination module;
The interface board determination module, distribute indication to be identified for transmitting the base-station interface plate of current business data according to transfer resource, and send the transfer resource order and indicate that it is current business to determined base-station interface plate and distribute high QoS transfer resource or low QoS transfer resource;
Described master control borad comprises:
The transfer resource determination module is defined as current business according to the transfer resource request for allocation that receives and distributes high QoS transfer resource or low QoS transfer resource, sends transfer resource and distributes indication to the interface board determination module;
The interface board determination module, distribute indication to be identified for transmitting the base station Digital Trunk Interface Board of current business data according to transfer resource, and send the transfer resource order and indicate that it is current business to determined base station Digital Trunk Interface Board and distribute high QoS transfer resource or low QoS transfer resource.
Wherein, described network controller and base station are respectively the RNC and the base station node B of WCDMA system; Described signaling processing plate is wide-band code division multiple access signal processing unit (WSPU), and described base-station interface plate is a wide band CDMA radio resouce controller base-station interface plate (WBIE);
Described master control borad is: NodeB master handles timing unit (NMPT), and described base station Digital Trunk Interface Board is NodeB digital relay interface unit (WDTI).
Wherein, described network controller and base station are respectively BSC and the BTS in the CDMA2000 system, perhaps RNC and the base station node B in the TD-SCDMA system.
By such scheme as can be seen, key of the present invention is: high QoS transfer resource of configuration and low QoS transfer resource on network controller and base station; During for the traffic assignments resource, distribute high QoS transfer resource or low QoS transfer resource for it according to the QoS of current business.
Therefore, transfer resource distribution method provided by the present invention and the system that multiple transfer resource is provided, the factors such as providing capability of QoS, high QoS transfer resource and the low QoS transfer resource of energy integrated service, the reasonable distribution transfer resource, thereby raising utilization ratio of transmission resources, guarantee the quality of all kinds of QoS business at lower cost, provide the basis for operator further commences business.
Description of drawings
Fig. 1 is the inventive method one preferred embodiment handling process schematic diagram;
Fig. 2 is RNC allocation of transmission resources one a preferred embodiment handling process schematic diagram among Fig. 1 embodiment;
Fig. 3 forms structural representation for system of the present invention one preferred embodiment.
Embodiment
The invention discloses a kind of transfer resource distribution method, this method is applied to comprise the access net system of network controller and base station.The design philosophy of this method is: be connected multiple transmission network on network controller and base station node B, comprise: high QoS transmission network and low QoS transmission network, thus QoS transfer resource and two kinds of transfer resources of high QoS transfer resource are hanged down in configuration on network controller and base station.When network controller receives service request, allocation of transmission resources, QoS according to the current business request is that current business is distributed high QoS transfer resource or low QoS transfer resource, and informing base station is corresponding high QoS transfer resource or the low QoS transfer resource of distributing of current business; The base station is that current business is distributed high QoS transfer resource or low QoS transfer resource according to the notice from network controller, finishes whole transfer resource assigning process.
Based on above-mentioned principle, high QoS transfer resource or low QoS transfer resource can be selected to distribute in network controller and base station according to the QoS of current business, therefore can more effectively utilize the transmission resources for transmitting business datum.Described in detail below in conjunction with the processing of accompanying drawing the inventive method.In following examples, network controller and base station refer to the RNC and the base station node B of WCDMA system respectively.
Fig. 1 is the inventive method one preferred embodiment handling process schematic diagram, and as shown in Figure 1, the concrete processing comprises:
After step 101:RNC receives service request, resolve the QoS index of the current business that this service request carries, determine the QoS of current business, according to the height of current business QoS or further combined with the providing capability of current high QoS transfer resource and/or low QoS transfer resource, for current business is distributed high QoS transfer resource or low QoS transfer resource.Here, the basic principle of allocation of transmission resources is: be the high QoS transfer resource of high QoS traffic assignments as far as possible, distribute to low QoS business and will hang down the QoS transfer resource usually.
When system transmissions resource providing capability is comparatively desirable, can only judge the QoS of current business, when judging that current business is that high QoS distributes high QoS transfer resource for it when professional, when judging that current business distributes low QoS transfer resource for it for low QoS when professional, when judging that current business is high QoS business, distribute high QoS transfer resource for it.In addition, also can be used to indicate the transfer resource type default value of high QoS or low QoS transfer resource in advance for more than one business configuration, after receiving service request, judge at first whether this business disposes transfer resource type default value, if have, then the indication by transfer resource type default value distributes high QoS or low QoS transfer resource; Otherwise judge current business QoS, be the high QoS transfer resource of high QoS traffic assignments, be the low QoS transfer resource of low QoS traffic assignments.
But the transfer resource that system can provide can not be kept perfect condition usually always, therefore also will come allocation of transmission resources further combined with the providing capability of current high QoS transfer resource and/or low QoS transfer resource.At this moment, to see subsequent figures 2 for details described for the method for concrete allocation of transmission resources.
Wherein, the part relevant with resource allocation comprises in the RNC: the one or more base-station interface plate of signaling processing plate and control thereof, the transmission network that each base-station interface plate can connect one or more can provide one or more transfer resource, and signaling processing plate comes to be the current business allocation of transmission resources by sending the resource allocation order for the base-station interface plate.In the time will distributing high QoS transfer resource for current business, signaling processing plate is inquired about each base-station interface plate information that high QoS transfer resource can be provided, being defined as current business provides the base-station interface plate of high QoS transfer resource and sends the resource allocation order to this base-station interface plate, is that current business is distributed high QoS transfer resource by this base-station interface plate; In like manner, in the time will hanging down the QoS transfer resource for the current business distribution, signaling processing plate is inquired about each base-station interface plate information that low QoS transfer resource can be provided, being defined as current business provides the base-station interface plate of low QoS transfer resource and sends the resource allocation order to this base-station interface plate, is that current business is distributed low QoS transfer resource by this base-station interface plate.
Transfer resource as herein described promptly refers to the Iub interface transfer resource, and the attachable transmission network of the RNC of Iub interface and base station node comprises: ATM transmission network, phototiming transmit the IP transmission network of (SDH) transmission network, high QoS guarantee, the IP transmission network of low QoS guarantee etc.Usually, the IP transmission network that ATM transmission network wherein, SDH transmission network, high QoS ensure belongs to high QoS transmission network, and low QoS transmission network belongs to the IP transmission network that low QoS ensures; Corresponding, high QoS transfer resource generally includes: the IP transfer resource that ATM transfer resource, SDH transfer resource, high QoS ensure, low QoS transfer resource just refer to the IP transfer resource that low QoS ensures usually.Here, the IP transmission network that high QoS ensures refers to special-purpose IP transmission network or uses the IP transmission network of technology distribution fixed-bandwidths such as multiprotocol label switching (mpls), and the IP transmission network that low QoS ensures refers to common IP transmission network.In addition, the higher business of QoS is that high QoS business generally includes: speech business, video telephone, signaling etc.; The promptly low QoS business of the business that QoS is lower generally includes: WEB web page browsing, information series business, MMS etc.The present invention does not limit for the concrete transmission network of high/low QoS transmission network or high/low QoS transfer resource or the professional representative of high/low QoS or transfer resource or business, but all in protection scope of the present invention.
Step 102:RNC informing base station NodeB is that current business is distributed high QoS transfer resource or low QoS transfer resource.
Because, to send Iub interface transfer resource request for allocation in the prior art after the RNC allocation of transmission resources to base station node B, this Iub interface transfer resource request for allocation is carried information such as the resource identification that distributed, resource size.Therefore, can in this Iub interface transfer resource request for allocation, carry the transfer resource type, thereby can informing base station NodeB be that current business is distributed the still low QoS transfer resource of high QoS transfer resource.
Step 103: base station node B 102 notice set by step is that current business is distributed high QoS transfer resource or low QoS transfer resource.Wherein, compare with RNC, base station node B will distribute the transfer resource of same type to give current business.
Step 104: base station node B is finished and is returned the Iub interface transfer resource after transfer resource distributes and distribute and reply to RNC, this replys information such as the resource identification that carries base station node B and distribute, resource size, transfer resource type, thereby finishes whole transfer resource assigning process.The IP transfer resource that described transfer resource type can indicate ATM transfer resource or SDH transfer resource or high QoS to ensure, or the IP transfer resource of low QoS guarantee etc.
Wherein, the part relevant with resource allocation comprises in the base station node B: the one or more base station Digital Trunk Interface Board of master control borad and control thereof, the transmission network that each base station Digital Trunk Interface Board can connect one or more can provide one or more transfer resource, and master control borad comes to be the current business allocation of transmission resources by sending the resource allocation order for the base station Digital Trunk Interface Board.In the time will distributing high QoS transfer resource for current business, master control borad is inquired about each base station Digital Trunk Interface Board information that high QoS transfer resource can be provided, being defined as current business provides the base station Digital Trunk Interface Board of high QoS transfer resource and sends the resource allocation order to this base station Digital Trunk Interface Board, is that current business is distributed high QoS transfer resource by this base station Digital Trunk Interface Board; In like manner, in the time will hanging down the QoS transfer resource for the current business distribution, master control borad is inquired about each base station Digital Trunk Interface Board information that low QoS transfer resource can be provided, being defined as current business provides the base station Digital Trunk Interface Board of low QoS transfer resource and sends the resource allocation order to this base station Digital Trunk Interface Board, is that current business is distributed low QoS transfer resource by this base station Digital Trunk Interface Board.
When specific implementation, signaling processing plate can be embodied as Wideband Code Division Multiple Access (WCDMA) (WCDMA) signal processing unit (WSPU, WCDMA Signaling Process Unit), the base-station interface plate can be embodied as WCDMARNC base-station interface plate (WBIE, WCDMA RNC Base Station Interface Board), master control borad can be embodied as NodeB master and handles timing unit (NMPT, NodeB Main Processing﹠amp; TimingUnit), the base station Digital Trunk Interface Board can be embodied as NodeB digital relay interface unit (WDTI; NodeBDigital Trunk Interface Unit); the present invention does not limit signaling processing plate, base-station interface plate, master control borad, base station Digital Trunk Board specific implementation and is which kind of processing unit, but all in protection range of the present invention.
Because key of the present invention is that the described RNC of step 101 is the processing that current business is distributed high QoS transfer resource or low QoS transfer resource, is elaborated to this section processes below in conjunction with Fig. 2.
Fig. 2 is RNC allocation of transmission resources one a preferred embodiment handling process schematic diagram among Fig. 1 embodiment.As shown in Figure 2, the concrete processing comprises:
Step 201: judge current business, if high QoS business, execution in step 202; If low QoS business, then execution in step 206.
Wherein, the judgement index of high QoS business and low QoS business is set in the signaling processing plate of RNC in advance, can carries out the judgement of this step according to carrying the QoS index in the current business request.As previously described, be provided with usually: speech business, video telephone, signaling etc. belong to high QoS business, and the low QoS business of genus such as WEB browses, information series business, MMS.The present invention also can distribute needs according to transfer resource, the judgement index of this high QoS business of real-time update and low QoS business.Here, the present invention does not limit for the concrete setting of this judge index.
Step 202: judge whether current high QoS transfer resource is enough, if then execution in step 205; Otherwise transfer resource distributes failure, finishes to work as pre-treatment.
Here, when judging that current high QoS transfer resource is enough, also further execution in step 203 and step 204:
Whether step 203: judging currently has low QoS business to take high QoS transfer resource, if.Then execution in step 204; Otherwise transfer resource distributes failure, finishes to work as pre-treatment.
Step 204: reduce the professional shared high QoS transfer resource of the low QoS that takies high QoS transfer resource, so that current business can access enough high QoS transfer resources.Such as: can be that speed reduces its shared high QoS transfer resource by the bandwidth that reduces low QoS business.
Step 205: distribute high QoS transfer resource to give current business, finish to work as pre-treatment.
Step 206: judge whether current high QoS transfer resource is enough, if then execution in step 205; Otherwise execution in step 207.
Step 207: judge whether current low QoS transfer resource is enough, if then execution in step 208; Otherwise transfer resource distributes failure, finishes to work as pre-treatment.
Step 208: distribute low QoS transfer resource to give current business, finish to work as pre-treatment.
In above-mentioned steps 201 to the basis of step 208, the inventive method has also proposed another kind of transfer resource distribution method: be used to indicate the transfer resource type default value of high QoS transfer resource or low QoS transfer resource in advance for part or all of business configuration, further comprised before step 201:
Step a: judge whether current business has disposed transfer resource type default value, if, execution in step b then; Otherwise execution in step 201.
Step b: judge the transfer resource type default value of current business, if high QoS transfer resource, then execution in step 202; If low QoS transfer resource, then execution in step 206.
Based on above-mentioned processing method, the invention allows for a kind of system that multiple transfer resource is provided, this system is made up of RNC and base station node.In existing RNC, distribute relevant portion to comprise with transfer resource: the one or more base-station interface plate of signaling processing plate and control thereof; In existing base station node B, distribute relevant portion to comprise with transfer resource: the one or more base station Digital Trunk Interface Board of master control borad and control thereof.The present invention is on the basis of existing RNC and base station node B, transfer resource determination module and interface board determination module are set in signaling processing plate and master control borad respectively, and on each base-station interface plate and each base station Digital Trunk Interface Board, dispose high QoS transfer resource and/or low QoS transfer resource respectively, promptly each base-station interface plate is connected high QoS transmission network and/or low QoS transmission network respectively with each base station Digital Trunk Interface Board.Here, be connected high QoS transmission network and/or low QoS transmission network with the base station Digital Trunk Interface Board about described base-station interface plate, to dispose the implementation method of high QoS transfer resource and/or low QoS transfer resource, can adopt existing techniques in realizing, and non-emphasis of the present invention, so this paper is not described in further detail.
Fig. 3 forms structural representation for system of the present invention one preferred embodiment.Present embodiment comprises RNC and base station node B, and only illustrates and the relevant part of transfer resource distribution, and composition structure the present invention of other parts changes, and does not therefore describe.As shown in Figure 3, RNC comprises: the base-station interface plate 1 of signaling processing plate and connection thereof, base-station interface plate 2 ..., base-station interface plate n, base station node B comprises: the base station Digital Trunk Interface Board 1 of master control borad and connection thereof, base station Digital Trunk Interface Board 2 ..., base station Digital Trunk Interface Board m.Be provided with transfer resource determination module 1 and interface board determination module 1 in the signaling processing plate, be provided with transfer resource determination module 2 and interface board determination module 2 in the master control borad.
Wherein, transfer resource determination module 1 receives the current business request, determine that according to the QoS index of carrying in this service request current business belongs to the professional still low QoS business of high QoS, be defined as current business by the described handling process of Fig. 2 then and distribute the still low QoS transfer resource of high QoS transfer resource and send resource allocation and indicate to interface board determination module 1.Interface board determination module 1 is determined the current resource size that will distribute according to the indication of transfer resource determination module 1 and will be distributed the still low QoS transfer resource of high QoS transfer resource, the information of each base-station interface plate of inquiry self maintained, determining to provide the high QoS transfer resource of the current appointment size that will distribute or the base-station interface plate of low QoS transfer resource, and, indicate that it is the current business Resources allocation to determined base-station interface plate transmission resource allocation order.The base-station interface plate, reception is from the resource allocation order of interface board determination module, be the current business Resources allocation, and the information such as the resource identification that distributed, resource size, resource type of returning give interface board determination module 1, and interface board determination module 1 is transmitted to transfer resource determination module 1 with information such as the resource identification of the current business that receives, resource size, resource types again.
Transfer resource determination module 1 sends the transfer resource determination module 2 of resource allocation request to base station node B by the interface board that self connects, information such as the resource size that this resource allocation request indication base station node B will be distributed for current business, resource type.Transfer resource determination module 2 is determined information such as the current transfer resource size that will distribute, resource type and sends resource allocation to indicate to interface board determination module 2 according to the resource allocation request that receives.Interface board determination module 2 is determined the current resource size that will distribute and transfer resource type according to the indication of transfer resource determination module 2, the information of each base station Digital Trunk Interface Board of inquiry self maintained, definite base station Digital Trunk Interface Board that the transfer resource of the current appointment size that will distribute and type can be provided, and, indicate that it is the current business Resources allocation to determined base station Digital Trunk Interface Board transmission resource allocation order.The base station Digital Trunk Interface Board, reception is from the resource allocation order of interface board determination module 2, be the current business Resources allocation, and the information such as the resource identification that distributed, resource size, resource type of returning give interface board determination module 2, and interface board determination module 2 is transmitted to transfer resource determination module 2 with information such as the resource identification of the current business that receives, resource size, resource types again.Information such as the resource identification that transfer resource determination module 2 feeds back the base station Digital Trunk Interface Board that is received again, resource size return to transfer resource determination module 1 by the interface board that self connects.
Thereby, signaling processing plate and master control borad all can obtain the base-station interface plate and the base station Digital Trunk Interface Board is the information of the transfer resource of current business distribution, make to the base-station interface plate and the base station Digital Trunk Interface Board of current business allocation of transmission resources and set up transmission path, prepare transmission current business data.Here, after base-station interface plate and base station Digital Trunk Interface Board were the current business allocation of transmission resources, it set up the detailed process of transmission path, can adopt known technology to realize that this paper is not described in further detail.
When the inventive method and system applies during in CDMA200 system or TD-SCDMA system; handling principle is described identical in front embodiment; only the entity of the concrete representative in network controller and base station is different, so this paper describes in detail no longer one by one, but all in protection range of the present invention.
In sum, use system of the present invention and can provide the multiple transfer resource that comprises high QoS transfer resource and low QoS transfer resource for Iub interface, using the inventive method can be according to the providing capability of the QoS and the transfer resource of current business, high QoS transfer resource of choose reasonable or low QoS transfer resource are distributed to current business, be the high QoS transfer resource of high QoS traffic assignments as far as possible, and mainly will hang down the QoS transfer resource and distribute to low QoS business, thereby can guarantee every quality of service at lower cost, effectively utilize the data of the various QoS business of various transmission resources for transmitting.
The above is preferred embodiment of the present invention only, is not to be used to limit protection scope of the present invention.All any modifications of being done within the spirit and principles in the present invention, be equal to replacement, improvement etc., all be included in protection scope of the present invention.
Claims (17)
1, a kind of transfer resource distribution method is characterized in that, this method is applied to comprise the system of base station and network controller; Low service quality QoS transfer resource of configuration and high QoS transfer resource on base station and network controller; This method also comprises:
When A. network controller is the current business allocation of transmission resources, be that current business is distributed high QoS transfer resource or low QoS transfer resource according to the QoS of current business;
B. the network controller informing base station is that current business is distributed high QoS transfer resource or low QoS transfer resource;
C. the base station is that current business is distributed high QoS transfer resource or low QoS transfer resource according to the notice of step B.
2, method according to claim 1 is characterized in that, in the steps A, describedly distributes high QoS transfer resource or low QoS transfer resource to be according to QoS of survice:
Judge the QoS of current business, if high QoS business is then distributed high QoS transfer resource; If low QoS transfer resource then distributes low QoS transfer resource.
3, method according to claim 1 is characterized in that, is really province's value of an above business configuration transfer resource type in advance, and this transfer resource type default value is high QoS transfer resource or low QoS transfer resource;
Described steps A comprises:
A1. judge whether current business has disposed transfer resource type default value, if, execution in step A2 then; Otherwise execution in step A3;
A2. judge described transfer resource type default value, if high QoS transfer resource then distributes high QoS transfer resource; If low QoS transfer resource then distributes low QoS transfer resource;
A3. judge the QoS of current business, if high QoS business is then distributed high QoS transfer resource; If low QoS transfer resource then distributes low QoS transfer resource.
4, method according to claim 1 is characterized in that, in the steps A, further distributes high QoS transfer resource or low QoS transfer resource according to the providing capability of current high QoS transfer resource and/or low QoS transfer resource.
5, method according to claim 4 is characterized in that, described steps A is:
A11. the QoS according to current business judges current business, if high QoS business, execution in step A12; If low QoS business, then execution in step A14;
A12. judge whether current high QoS transfer resource is enough, if, execution in step A13 then; Otherwise transfer resource distributes failure, finishes to work as pre-treatment;
A13. distribute high QoS transfer resource, finish to work as pre-treatment;
A14. judge whether high QoS transfer resource is enough, if, execution in step A13 then; Otherwise execution in step A15;
A15. judge whether low QoS transfer resource is enough, if distribute low QoS transfer resource; Otherwise transfer resource distributes failure.
6, method according to claim 5 is characterized in that, in the steps A 12, when the high QoS transfer resource of described judgement is not enough, further comprises:
Judged whether that low QoS business takies high QoS transfer resource, if having, then reduces the high QoS transfer resource that this low QoS business takies, execution in step A13; Otherwise transfer resource distributes failure, finishes to work as pre-treatment.
7, method according to claim 4 is characterized in that, is really province's value of an above business configuration transfer resource type in advance, and this transfer resource type default value is high QoS transfer resource or low QoS transfer resource;
Described steps A is:
A21. judge whether current business has disposed transfer resource type default value, if, execution in step A22 then; Otherwise execution in step A23;
A22. judge described transfer resource type default value, if high QoS transfer resource, then execution in step A24; If low QoS transfer resource, then execution in step A26;
A23. the QoS according to current business judges current business, if high QoS business, then execution in step A24; If low QoS business, then execution in step A26;
A24. judge whether current high QoS transfer resource is enough, if, execution in step A25 then; Otherwise transfer resource distributes failure, finishes to work as pre-treatment;
A25. distribute high QoS transfer resource, finish to work as pre-treatment;
A26. judge whether high QoS transfer resource is enough, if, execution in step A25 then; Otherwise execution in step A27;
A27. judge whether low QoS transfer resource is enough, if distribute low QoS transfer resource; Otherwise transfer resource distributes failure.
8, method according to claim 7 is characterized in that, in the steps A 24, when the high QoS transfer resource of described judgement is not enough, further comprises:
Judged whether that low QoS business takies high QoS transfer resource, if having, then reduces the high QoS transfer resource that this low QoS business takies, execution in step A25; Otherwise transfer resource distributes failure, finishes to work as pre-treatment.
According to claim 6 or 8 described methods, it is characterized in that 9, the high QoS transfer resource that the low QoS business of described reduction takies is: the bandwidth that reduces low QoS business.
According to each described method of claim 2 to 8, it is characterized in that 10, in the steps A, described high QoS business is: speech business or video telephone or signaling, described low QoS business is: WEB web page browsing or information series business or MMS.
11, according to each described method of claim 2 to 8, it is characterized in that, in the steps A, the high QoS of described judgement method professional and low QoS business is: according to setting in advance or the high QoS judgement index professional and low QoS business of real-time update is judged.
12, method according to claim 1 is characterized in that,
Described step B is: network controller is by carrying the resource type that is used to indicate high QoS transfer resource or low QoS transfer resource in sending to the resource allocation request of base station, coming informing base station is that current business is distributed high QoS transfer resource or low QoS transfer resource;
Described step C is: the resource type that carry in the described resource allocation request of B set by step the base station is that current business is distributed high QoS transfer resource or low QoS transfer resource.
According to claim 1,2,3,4,5,6,7,8 or 12 described methods, it is characterized in that 13, described high QoS transfer resource is: asynchronous transfer mode ATM transfer resource, phototiming transmit the IP transfer resource of SDH transfer resource, high QoS guarantee; Described low QoS transfer resource is: the IP transfer resource that low QoS ensures.
14, according to claim 1,2,3,4,5,6,7,8 or 12 described methods, it is characterized in that, described network controller and base station are respectively: radio resource controller RNC and base station node B in the Wideband Code Division Multiple Access (WCDMA) WCDMA system, perhaps base station controller BSC in the code division multiple access CDMA2000 system and base station transceiver BTS, perhaps RNC and the base station node B in the synchronous code division multiple access TD-SCDMA system of time-division.
15, a kind of system that multiple transfer resource is provided, this system comprises: network controller and base station; Wherein, network controller comprises: the more than one base-station interface plate of signaling processing plate and control thereof, and the base station comprises: the more than one base station Digital Trunk Interface Board of master control borad and control thereof; It is characterized in that described base-station interface plate disposes high QoS transfer resource and/or low QoS transfer resource, described base station Digital Trunk Interface Board disposes high QoS transfer resource and/or low QoS transfer resource;
Described signaling processing plate comprises:
The transfer resource determination module, resource providing capability according to current business QoS and each base-station interface plate, be defined as current business and distribute high QoS transfer resource or low QoS transfer resource, send transfer resource and distribute indication, send the transfer resource determination module of transfer resource request for allocation to master control borad to the interface board determination module;
The interface board determination module, distribute indication to be identified for transmitting the base-station interface plate of current business data according to transfer resource, and send the transfer resource order and indicate that it is current business to determined base-station interface plate and distribute high QoS transfer resource or low QoS transfer resource;
Described master control borad comprises:
The transfer resource determination module is defined as current business according to the transfer resource request for allocation that receives and distributes high QoS transfer resource or low QoS transfer resource, sends transfer resource and distributes indication to the interface board determination module;
The interface board determination module, distribute indication to be identified for transmitting the base station Digital Trunk Interface Board of current business data according to transfer resource, and send the transfer resource order and indicate that it is current business to determined base station Digital Trunk Interface Board and distribute high QoS transfer resource or low QoS transfer resource.
16, system according to claim 15 is characterized in that, described network controller and base station are respectively the RNC and the base station node B of WCDMA system;
Described signaling processing plate is wide-band code division multiple access signal processing unit WSPU, and described base-station interface plate is wide band CDMA radio resouce controller base-station interface plate WBIE;
Described master control borad is: NodeB master handles timing unit NMPT, and described base station Digital Trunk Interface Board is NodeB digital relay interface unit WDTI.
17, system according to claim 15 is characterized in that, described network controller and base station are respectively BSC and the BTS in the CDMA2000 system, perhaps RNC and the base station node B in the TD-SCDMA system.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102833275A (en) * | 2011-06-14 | 2012-12-19 | 中兴通讯股份有限公司 | Document transmission control method and device |
| CN104796904A (en) * | 2014-01-17 | 2015-07-22 | 电信科学技术研究院 | Shared node and network node realization method and device |
| US9699766B2 (en) | 2010-12-31 | 2017-07-04 | Huawei Technologies Co., Ltd. | Method, device and system for processing a message |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US5987021A (en) * | 1998-06-02 | 1999-11-16 | Motorola, Inc. | Method and apparatus for allocating resources between queued and non-queued services |
| FI109508B (en) * | 1999-09-28 | 2002-08-15 | Nokia Corp | Method of allocating transmission channels in an Abis interface in a packet cellular radio network and network portion of a packet cellular radio network |
| JP2001313647A (en) * | 2000-04-27 | 2001-11-09 | Matsushita Electric Ind Co Ltd | Method and device for allocating bandwidth for supporting service priority of communication network |
| CN1157984C (en) * | 2001-07-12 | 2004-07-14 | 华为技术有限公司 | Radio resource planning method based on GPRS service type |
| CN100414924C (en) * | 2003-11-20 | 2008-08-27 | 华为技术有限公司 | Method of distributing ABIS interface band width resource |
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2005
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US9699766B2 (en) | 2010-12-31 | 2017-07-04 | Huawei Technologies Co., Ltd. | Method, device and system for processing a message |
| CN102833275A (en) * | 2011-06-14 | 2012-12-19 | 中兴通讯股份有限公司 | Document transmission control method and device |
| CN104796904A (en) * | 2014-01-17 | 2015-07-22 | 电信科学技术研究院 | Shared node and network node realization method and device |
| WO2015106699A1 (en) * | 2014-01-17 | 2015-07-23 | 电信科学技术研究院 | Method and apparatus for implementing sharing node and network node |
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