CN102711260A - QoS (quality of service) processing method, system and equipment for GBR (guaranteed bit rate) bearer service - Google Patents
QoS (quality of service) processing method, system and equipment for GBR (guaranteed bit rate) bearer service Download PDFInfo
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Abstract
The invention provides a QoS (quality of service) processing method, system and equipment for a GBR (guaranteed bit rate) bearer service. The method comprises the following steps of: receiving N service requests sent by N terminals, wherein the N terminals are located in coverage area of the same base station, each service request comprises a terminal type and a GBR bearer service type, and the GBR bearer service types in the service requests are the same; sending the N service requests to core network equipment, and receiving QoS information corresponding to the GBR bearer service type, which is sent by the core network equipment; and respectively allocating resource for the N terminals according to the respective corresponding terminal type of the N terminals and the QoS information, wherein N is an integral number.
Description
Technical field
The present invention relates to the communication technology, relate in particular to a kind of assurance bit rate (Guaranteed Bit Rate; Be called for short: the GBR) service quality of bearer service (Quality of Se1rvice; Be called for short: QoS) processing method and system and equipment.
Background technology
At present Long Term Evolution (Long Term Evolution; Be called for short: LTE) in the network; End side is when carrying out business; Need to send service request to core-network side through base station (eNodeB); For core-network side obtain with this service request in the corresponding relevant QoS information such as QoS grade of type of service, and this QoS information sent to the base station, the reasonable resources scheduling is realized according to this QoS information again in the base station.In addition, when this QoS grade is 2 to 5 arbitrary values, explain that promptly the business that end side is carried out is the GBR bearer service, therefore, the base station also need provide the resource of fixing assurance bit rate for it.
But, for a kind of type of service, be in the disposal ability at terminal of the different terminals type in the same base station range and inequality, then when the identical GBR bearer service of request, the base station can provide the resource of same assurance bit rate for each terminal.Like this, for the terminal of disposal ability difference, for the resource of its distribution can cause redundancy; And,, thereby cause the irrational problem of resource allocation for the resource of its distribution can cause resource not enough again for the strong terminal of disposal ability.
Summary of the invention
The present invention provides a kind of QoS processing method and system and equipment of GBR bearer service, is used for the terminal capability according to each terminal, realizes rational resource allocation.
First aspect of the present invention provides a kind of QoS processing method of GBR bearer service, comprising:
Receive N the service request that send at N terminal, a said N terminal is in the same base station range, and each said service request includes terminal type and GBR bearer service type, and the GBR bearer service type in each said service request is identical;
A said N service request is sent to core-network side equipment, and receive the corresponding QoS information of said GBR bearer service type that said core-network side equipment sends;
According to each self-corresponding terminal type of a said N terminal and said QoS information, respectively resource allocation process is carried out at a said N terminal;
Wherein, N is an integer.
Another aspect of the present invention provides a kind of base station, comprising:
Receiver module; Be used to receive N the service request that send at N terminal; A said N terminal is in the same base station range, and each said service request includes terminal type and GBR bearer service type, and the GBR bearer service type in each said service request is identical;
Sending module is used for a said N service request is sent to core-network side equipment;
Said receiver module also is used to receive the corresponding QoS information of said GBR bearer service type that said core-network side equipment sends;
Resource distribution module is used for respectively resource allocation process being carried out at a said N terminal according to each self-corresponding terminal type of a said N terminal and said QoS information;
Wherein, N is an integer.
Another aspect of the present invention provides a kind of QoS treatment system of GBR bearer service, comprising: terminal, core-network side equipment and base station as described above.
Technique effect of the present invention is: through the terminal type in basis N the service request that receives; And the corresponding QoS information of GBR bearer service type in this service request of core-network side equipment transmission; Respectively N terminal carried out the allocation process of resource, wherein, the GBR bearer service type in each service request is identical; Thereby make and be in the same base station range; And a plurality of terminals of asking same GBR bearer service are assigned to the pairing resource of its each self-corresponding terminal type as far as possible, and then have realized the reasonable distribution to each terminal resource effectively, and have reduced network load pressure.
Description of drawings
Fig. 1 is the flow chart of an embodiment of the QoS processing method of GBR bearer service of the present invention;
Fig. 2 is the flow chart of a kind of concrete implementation of step 103 of the present invention;
Fig. 3 is the flow chart of the another kind of concrete implementation of step 103 of the present invention;
Fig. 4 is the structural representation of an embodiment of base station of the present invention;
Fig. 5 is the structural representation of another embodiment of base station of the present invention;
Fig. 6 is the structural representation of another embodiment of base station of the present invention;
Fig. 7 is the structural representation of an embodiment of the QoS treatment system of GBR bearer service of the present invention.
Embodiment
Fig. 1 is the flow chart of an embodiment of the QoS processing method of GBR bearer service of the present invention, and as shown in Figure 1, the method for present embodiment comprises:
N the service request that send at step 101, N terminal of reception, N terminal is in the same base station range, and each service request includes terminal type and GBR bearer service type, and the GBR bearer service type in each service request is identical.
In the present embodiment, terminal type can be specially the model at terminal.Terminal capability can be specially the terminal and carry out the ability that each GBR business possesses, and for example: for the GBR video traffic, terminal capability is mainly screen resolution; Professional for real-time game, terminal capability mainly comprises: screen resolution and terminal processing capacity.
Wherein, N is an integer.
In the present embodiment; Through according to the terminal type in N the service request that receives, and the QoS information of the GBR bearer service type correspondence in core-network side equipment this service request of sending, respectively N terminal carried out the allocation process of resource; Wherein, GBR bearer service type in each service request is identical, thus feasible being in the same base station range, and ask a plurality of terminals of same GBR bearer service to be assigned to the pairing resource of its each self-corresponding terminal type as far as possible; And then realized reasonable distribution effectively, and reduced network load pressure to each terminal resource.
Further, in another embodiment of the present invention, on above-mentioned basis embodiment illustrated in fig. 1, Fig. 2 is the flow chart of a kind of concrete implementation of step 103 of the present invention, and as shown in Figure 2, a kind of concrete implementation of step 103 is:
The mapping relations of step 201, inquiry terminal type and terminal capability are obtained the corresponding terminal capability of terminal type in each service request respectively.
In the present embodiment, the mapping relations of terminal type and terminal capability can be periodically updated by core-network side equipment, and the mapping relations of terminal type after will upgrading and terminal capability are synchronized to each base station.
Wherein, M and L are integer, and more than or equal to 0, M is less than or equal to N, and L is less than or equal to N, and L+M=N.
Further, in yet another embodiment of the present invention, Fig. 3 is for the flow chart of the another kind of concrete implementation of step 103 of the present invention, and is as shown in Figure 3, and the another kind of concrete implementation of step 103 is:
The mapping relations of step 301, inquiry terminal type and terminal capability are obtained the corresponding terminal capability of terminal type in each this service request respectively.
In the present embodiment, the mapping relations of terminal type and terminal capability can be periodically updated by core-network side equipment, and the mapping relations of terminal type after will upgrading and terminal capability are synchronized to each base station.
Step 302, when in N terminal; There is each self-corresponding terminal capability of M terminal to be less than or equal to the GBR in this QoS information; And when each self-corresponding terminal capability of L terminal is arranged greater than the GBR in this QoS information, give the resource of each self-corresponding terminal capability coupling of a M terminal distribution M terminal respectively.
Step 303, obtain with this QoS information corresponding service set of strategies and collection in the priority tag of business game; And, respectively L terminal carried out the allocation process of resource according to the priority tag of business game in this business game collection and the collection, terminal iidentification and the GBR in this QoS information in each service request.
Wherein, M and L are integer, and more than or equal to 0, M is less than or equal to N, and L is less than or equal to N, and L+M=N.
In the present embodiment, comprise a plurality of business games in the business game collection, and the corresponding priority tag of each strategy.Wherein, this business game is the business game for the resource priority allocation of practicing thrift.Business game in this business game collection comprises the combination of following one or several: VIP user can preferentially obtain the resource of practicing thrift, the resource that resource that the contract terminal use preferentially obtains to practice thrift or Cell Edge User preferentially obtain to practice thrift etc.
Preferably, according to the priority tag of business game in this business game collection and the collection, terminal iidentification and the GBR in this QoS information in each service request, a kind of concrete implementation of respectively allocation process of resource is carried out at L terminal is in the step 303:
Be respectively the resource of L the GBR coupling in the terminal distribution QoS information;
According to this business game collection and the priority tag of the interior business game of collection and the terminal iidentification in each service request; The allocation process of the resource of respectively L terminal being practiced thrift; Wherein, the resource of this saving is for carrying out residual resource after the resource allocation process to M terminal.
In the present embodiment, for M terminal, resource allocation can be carried out according to terminal capability separately in the base station, promptly provides terminal capability corresponding constant bit-rate resource.For L terminal; After the GBR resource in QoS information is provided for it, can mate its corresponding service strategy successively according to the priority tag of business game in the collection; And, the resource of practicing thrift is carried out allocation process according to the terminal iidentification in business game and L the terminal corresponding service request.
For instance; In the business game collection, comprise 3 business games; Be respectively the business game of the resource that VIP user can preferentially obtain to practice thrift, the business game of the resource that the business game of the resource that the contract terminal use preferentially obtains to practice thrift or Cell Edge User preferentially obtain to practice thrift, and the priority tag of the business game of VIP user's resource that can preferentially obtain to practice thrift is 1; The priority tag of the business game of the resource that the contract terminal use preferentially obtains to practice thrift is 2; The priority tag of the business game of the resource that Cell Edge User preferentially obtains to practice thrift is 3 o'clock, is 1 corresponding service strategy according to priority tag earlier, the allocation process that L terminal economized on resources; If accomplish the allocation process that economizes on resources, then stop to L terminal.If in L terminal, also having a plurality of terminals can't be the allocation process of the 1 corresponding service strategy resource of practicing thrift according to priority tag; And when also having the resource of remaining saving; According to priority tag is 2 corresponding service strategies; To the allocation process that above-mentioned a plurality of terminals economize on resources, by that analogy, be 3 corresponding service strategies until priority tag.
More preferably, at priority tag and the terminal iidentification in each service request according to business game in this business game collection and the collection, after the allocation process of the resource of respectively L terminal being practiced thrift, this method can also comprise:
When in L terminal; When at least two terminals are arranged not according to the priority tag of business game in this business game collection and the collection and resource allocation process that the terminal iidentification in each service request is practiced thrift; Terminal capability according at least two terminals; At least two terminals are carried out the allocation process of surplus resources in the resource of said saving, so that the resource at least two terminals after distributing is less than or equal at least two terminals resource of terminal capability coupling separately respectively; Perhaps,
When in L terminal; When a terminal is arranged not according to the priority tag of business game in this business game collection and the collection and resource allocation process that the terminal iidentification in each service request is practiced thrift; An above-mentioned terminal is carried out the allocation process of residual resource in the resource of this saving, so that the resource after distributing is less than or equal to the corresponding resource of terminal capability at an above-mentioned terminal.
In the present embodiment, for instance, have 5 terminal A, B, C, D, E and F to be in the same localities and carry out the video call service of VoIP, the screen resolution of terminal A is the highest can be smooth at 150kb/s; The screen resolution of terminal B is the highest can be smooth at 140kb/s; The screen resolution of terminal C is the highest can be smooth at 40kb/s; The screen resolution of terminal D is the highest can be smooth at 110kb/s; The screen resolution of terminal E is the highest can be smooth at 120kb/s, and the screen resolution of terminal F is the highest can be smooth at 30kb/s.Realize that according to present standard core-network side equipment can provide the resource of 100kb/s simultaneously for these five terminals.Then adopt said method, the base station obtains the corresponding QoS information of video call service of this VoIP from core-network side, and obtains and the priority tag of this QoS information corresponding service set of strategies with the interior business game of collection.On the one hand, the base station can provide the resource of 40kb/s according to the terminal capability of terminal C correspondence, and the terminal capability corresponding according to terminal F, and the resource of 30kb/s is provided, and the resource of then practicing thrift is the resource of 130kb/s.On the other hand, the base station is according to the priority tag of business game in business game collection and the collection, and terminal A, terminal B and the terminal E terminal iidentification in the corresponding service request separately, in terminal A, terminal B and terminal E, and the allocation process of the resource of practicing thrift.
For example: in the business game collection, comprise 3 business games; Be respectively the business game of the resource that VIP user can preferentially obtain to practice thrift; The business game of the resource that the business game of the resource that the contract terminal use preferentially obtains to practice thrift or Cell Edge User preferentially obtain to practice thrift; And the priority tag of the business game of the resource that VIP user can preferentially obtain to practice thrift is 1; The priority tag of the business game of the resource that the contract terminal use preferentially obtains to practice thrift is 2; The priority tag of the business game of the resource that Cell Edge User preferentially obtains to practice thrift is 3 o'clock, is 1 corresponding service strategy according to priority tag earlier, the allocation process that terminal A, terminal B and terminal E are economized on resources; When each self-corresponding terminal iidentification of terminal A, terminal B, terminal D and terminal E does not all belong in the VIP ID; Be 2 corresponding service strategies according to priority tag then, to the allocation process that terminal A, terminal B, terminal D and terminal E economize on resources, the terminal iidentification corresponding as terminal A belongs to the contract terminal use; And when each self-corresponding terminal iidentification of terminal B, terminal D and terminal E does not belong to the contract terminal use, the resource of the 50kb/s in the resource of practicing thrift is offered terminal A.Be 3 corresponding service strategies according to priority tag again; The allocation process that terminal B and terminal E are economized on resources; The terminal iidentification corresponding as terminal B belongs to Cell Edge User; And when the terminal iidentification that terminal D and terminal E are corresponding does not belong to Cell Edge User, the resource of the 40kb/s in the resource of practicing thrift is offered terminal B.At last residual resource in the resource of practicing thrift is distributed according to the terminal capability separately of terminal D and terminal E respectively, preferably, terminal D is given in the resource allocation of 10kb/s, and the resource of 20kb/s offers terminal E.
Fig. 4 is the structural representation of an embodiment of base station of the present invention, and as shown in Figure 2, the base station of present embodiment comprises: receiver module 11, sending module 12 and resource distribution module 13; Wherein, Receiver module 11 is used to receive N the service request that send at N terminal; N terminal is in the same base station range, and each service request includes terminal type and GBR bearer service type, and the GBR bearer service type in each service request is identical; Sending module 12 is used for N service request sent to core-network side equipment; Receiver module 11 also is used to receive the corresponding QoS information of this GBR bearer service type that this core-network side equipment sends; Resource distribution module 13 is used for respectively resource allocation process being carried out at N terminal according to each self-corresponding terminal type of N terminal and this QoS information; Wherein, N is an integer.
The technical scheme of the embodiment of method shown in Figure 1 can be carried out in the base station of present embodiment, and it realizes that principle is similar, repeats no more here.
In the present embodiment; Through according to the terminal type in N the service request that receives, and the QoS information of the GBR bearer service type correspondence in core-network side equipment this service request of sending, respectively N terminal carried out the allocation process of resource; Wherein, GBR bearer service type in each service request is identical, thus feasible being in the same base station range, and ask a plurality of terminals of same GBR bearer service to be assigned to the pairing resource of its each self-corresponding terminal type as far as possible; And then realized reasonable distribution effectively, and reduced network load pressure to each terminal resource.
Fig. 5 is the structural representation of another embodiment of base station of the present invention; On above-mentioned basis embodiment illustrated in fig. 4; As shown in Figure 5, this resource distribution module 13 comprises: inquiry acquiring unit 131, the first resource allocation process unit 132 and the second resource allocation process unit 133.Wherein, inquiry acquiring unit 131 is used for the mapping relations of inquiry terminal type and terminal capability, obtains the corresponding terminal capability of terminal type in each service request respectively; The first resource allocation process unit 132 is used for when having each self-corresponding terminal capability of M terminal to be less than or equal to the GBR in this QoS information, giving the resource of each self-corresponding terminal capability coupling of a M terminal distribution M terminal when at N terminal respectively; The second resource allocation process unit 133 is used for when each self-corresponding terminal capability of L terminal is arranged greater than the GBR in this QoS information, giving the resource of the GBR coupling in L this QoS information of terminal distribution when at N terminal respectively; Wherein, M and L are integer, and more than or equal to 0, M is less than or equal to N, and L is less than or equal to N, and L+M=N.
The technical scheme of the embodiment of method shown in Figure 2 can be carried out in the base station of present embodiment, and it realizes that principle is similar, repeats no more here.
Fig. 6 is the structural representation of another embodiment of base station of the present invention; On above-mentioned basis embodiment illustrated in fig. 4; As shown in Figure 6, this resource distribution module 13 comprises: inquiry acquiring unit 134, the first resource allocation process unit 135 and the second resource allocation process unit 136, wherein; Inquiry acquiring unit 134 is used for the mapping relations of inquiry terminal type and terminal capability, obtains the corresponding terminal capability of terminal type in each service request respectively; The first resource allocation process unit 135 is used for when having each self-corresponding terminal capability of M terminal to be less than or equal to the GBR in the QoS information, giving the resource of each self-corresponding terminal capability coupling of M the said M of a terminal distribution terminal when at N terminal respectively; The second resource allocation process unit 136 is used for working as at N terminal; When each self-corresponding terminal capability of L terminal is arranged greater than the GBR in the said QoS information; Obtain and the priority tag of said QoS information corresponding service set of strategies with the interior business game of collection; And, respectively L terminal carried out the allocation process of resource according to the priority tag of business game in business game collection and the collection, terminal iidentification and the GBR in this QoS information in each service request; Wherein, M and L are integer, and more than or equal to 0, M is less than or equal to N, and L is less than or equal to N, and L+M=N.
The technical scheme of the embodiment of method shown in Figure 3 can be carried out in the base station of present embodiment, and it realizes that principle is similar, repeats no more here.
Further, this second resource allocation process unit 136 specifically is used for being respectively the resource of the GBR coupling of L this QoS information of terminal distribution; And according to this business game collection and the priority tag of the interior business game of collection and the terminal iidentification in each service request; The allocation process of the resource of respectively L terminal being practiced thrift; Wherein, the resource of this saving is for carrying out residual resource after the resource allocation process to M terminal.
Further; This resource distribution module 13 can further include: information resources allocation process unit 137; Concrete; Information resources allocation process unit 137 is used for when at L terminal, when at least two terminals are arranged not according to the priority tag of this business game collection and the interior business game of collection and resource allocation process that the terminal iidentification in each service request is practiced thrift, according to the terminal capability at least two terminals; The allocation process of surplus resources in the resource that at least two terminals are practiced thrift is so that the resource at least two terminals distributing is less than or equal at least two terminals resource of terminal capability coupling separately respectively; Perhaps,
Information resources allocation process unit 137 also is used for working as at L terminal; When a terminal is arranged not according to the priority tag of business game in this business game collection and the collection and resource allocation process that the terminal iidentification in each service request is practiced thrift; The allocation process with residual resource in the resource of said saving is carried out at an above-mentioned terminal, so that the resource after distributing is less than or equal to the corresponding resource of terminal capability at an above-mentioned terminal.
Fig. 7 is the structural representation of an embodiment of the QoS treatment system of GBR bearer service of the present invention, and as shown in Figure 7, this system comprises: terminal 21, core-network side equipment 22 and base station 23.Wherein base station 23 can be the base station of Fig. 4 to Fig. 6 shown in arbitrary, and can execution graph 1 to Fig. 3 arbitrary shown in the base case of embodiment of method, it realizes that principle is similar, repeats no more here.
One of ordinary skill in the art will appreciate that: all or part of step that realizes above-mentioned each method embodiment can be accomplished through the relevant hardware of program command.Aforesaid program can be stored in the computer read/write memory medium.This program the step that comprises above-mentioned each method embodiment when carrying out; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CD.
What should explain at last is: above each embodiment is only in order to explaining technical scheme of the present invention, but not to its restriction; Although the present invention has been carried out detailed explanation with reference to aforementioned each embodiment; Those of ordinary skill in the art is to be understood that: it still can be made amendment to the technical scheme that aforementioned each embodiment put down in writing, perhaps to wherein part or all technical characteristic are equal to replacement; And these are revised or replacement, do not make the scope of the essence disengaging various embodiments of the present invention technical scheme of relevant art scheme.
Claims (12)
1. the QoS processing method of a GBR bearer service is characterized in that, comprising:
Receive N the service request that send at N terminal, a said N terminal is in the same base station range, and each said service request includes terminal type and GBR bearer service type, and the GBR bearer service type in each said service request is identical;
A said N service request is sent to core-network side equipment, and receive the corresponding QoS information of said GBR bearer service type that said core-network side equipment sends;
According to each self-corresponding terminal type of a said N terminal and said QoS information, respectively resource allocation process is carried out at a said N terminal;
Wherein, N is an integer.
2. the QoS processing method of GBR bearer service according to claim 1 is characterized in that, saidly respectively resource allocation process is carried out at a said N terminal according to each self-corresponding terminal type of a said N terminal and QoS information, comprising:
The mapping relations of inquiry terminal type and terminal capability are obtained the corresponding terminal capability of terminal type in each said service request respectively;
When in a said N terminal; There is each self-corresponding terminal capability of M terminal to be less than or equal to the GBR in the said QoS information; And when each self-corresponding terminal capability of L terminal is arranged greater than the GBR in the said QoS information, give the resource of each self-corresponding terminal capability coupling of the said M of a said M terminal distribution terminal respectively; And the resource of mating for respectively the GBR in the said QoS information of a said L terminal distribution;
Wherein, M and L are integer, and more than or equal to 0, M is less than or equal to N, and L is less than or equal to N, and L+M=N.
3. the QoS processing method of GBR bearer service according to claim 1; It is characterized in that said each service request also comprises terminal iidentification, then said according to each self-corresponding terminal type of a said N terminal and QoS information; Respectively resource allocation process is carried out at a said N terminal, comprising:
The mapping relations of inquiry terminal type and terminal capability are obtained the corresponding terminal capability of terminal type in each said service request respectively;
When in a said N terminal; There is each self-corresponding terminal capability of M terminal to be less than or equal to the GBR in the said QoS information; And when each self-corresponding terminal capability of L terminal is arranged greater than the GBR in the said QoS information, give the resource of each self-corresponding terminal capability coupling of the said M of a said M terminal distribution terminal respectively;
Obtain and the priority tag of said QoS information corresponding service set of strategies with the interior business game of collection; And, respectively a said L terminal is carried out the allocation process of resource according to the priority tag of business game in said business game collection and the collection, terminal iidentification and the GBR in the said QoS information in said each service request;
Wherein, M and L are integer, and more than or equal to 0, M is less than or equal to N, and L is less than or equal to N, and L+M=N.
4. the QoS processing method of GBR bearer service according to claim 3; It is characterized in that said priority tag, terminal iidentification and the GBR in the said QoS information in said each service request according to business game in said business game collection and the collection; Respectively a said L terminal is carried out the allocation process of resource, comprising:
Be respectively the resource of the GBR coupling in the said QoS information of a said L terminal distribution;
According to said business game collection and the priority tag of the interior business game of collection and the terminal iidentification in said each service request; The allocation process of the resource of respectively a said L terminal being practiced thrift; Wherein, the resource of said saving is for carrying out residual resource after the resource allocation process to a said M terminal.
5. the QoS processing method of GBR bearer service according to claim 4; It is characterized in that; Said according to said business game collection and the priority tag of the interior business game of collection and the terminal iidentification in said each service request; After the allocation process of the resource of respectively a said L terminal being practiced thrift, also comprise:
When in a said L terminal; When at least two terminals are arranged not according to the priority tag of business game in said business game collection and the collection and resource allocation process that the terminal iidentification in said each service request is practiced thrift; Terminal capability according to said at least two terminals; Said at least two terminals are carried out the allocation process of surplus resources in the resource of said saving, so that the resource at said at least two terminals of distributing is less than or equal at least two terminals resource of terminal capability coupling separately respectively; Perhaps,
When in a said L terminal; When a terminal is arranged not according to the priority tag of business game in said business game collection and the collection and resource allocation process that the terminal iidentification in said each service request is practiced thrift; The allocation process with residual resource in the resource of said saving is carried out at a said terminal, so that the resource after distributing is less than or equal to the corresponding resource of terminal capability at a said terminal.
6. according to the QoS processing method of claim 3 or 4 described GBR bearer services; It is characterized in that; Business game in the said business game collection comprises the combination of following one or several: the business game of the resource that the business game of the resource that the VIP user priority obtains to practice thrift, the business game of the resource that the contract terminal use preferentially obtains to practice thrift and Cell Edge User preferentially obtain to practice thrift.
7. a base station is characterized in that, comprising:
Receiver module; Be used to receive N the service request that send at N terminal; A said N terminal is in the same base station range, and each said service request includes terminal type and GBR bearer service type, and the GBR bearer service type in each said service request is identical;
Sending module is used for a said N service request is sent to core-network side equipment;
Said receiver module also is used to receive the corresponding QoS information of said GBR bearer service type that said core-network side equipment sends;
Resource distribution module is used for respectively resource allocation process being carried out at a said N terminal according to each self-corresponding terminal type of a said N terminal and said QoS information;
Wherein, N is an integer.
8. base station according to claim 7 is characterized in that, said resource distribution module comprises:
Inquire about acquiring unit, be used for the mapping relations of inquiry terminal type and terminal capability, obtain the corresponding terminal capability of terminal type in each said service request respectively;
The first resource allocation process unit; Be used for working as at a said N terminal; When having each self-corresponding terminal capability of M terminal to be less than or equal to the GBR in the said QoS information, give the resource of each self-corresponding terminal capability coupling of the said M of a said M terminal distribution terminal respectively;
The second resource allocation process unit is used for when each self-corresponding terminal capability of L terminal is arranged greater than the GBR in the said QoS information, giving the resource of the GBR coupling in the said QoS information of a said L terminal distribution when at a said N terminal respectively;
Wherein, M and L are integer, and more than or equal to 0, M is less than or equal to N, and L is less than or equal to N, and L+M=N.
9. base station according to claim 7 is characterized in that, comprising: said resource distribution module comprises:
Inquire about acquiring unit, be used for the mapping relations of inquiry terminal type and terminal capability, obtain the corresponding terminal capability of terminal type in each said service request respectively;
The first resource allocation process unit; Be used for working as at a said N terminal; When having each self-corresponding terminal capability of M terminal to be less than or equal to the GBR in the said QoS information, give the resource of each self-corresponding terminal capability coupling of the said M of a said M terminal distribution terminal respectively;
The second resource allocation process unit; Be used for working as at a said N terminal; When each self-corresponding terminal capability of L terminal is arranged greater than the GBR in the said QoS information; Obtain and said QoS information corresponding service set of strategies and collection in the priority tag of business game, and, respectively a said L terminal is carried out the allocation process of resource according to the priority tag of business game in said business game collection and the collection, terminal iidentification and the GBR in the said QoS information in said each service request;
Wherein, M and L are integer, and more than or equal to 0, M is less than or equal to N, and L is less than or equal to N, and L+M=N.
10. base station according to claim 9 is characterized in that, the said second resource allocation process unit specifically is used for being respectively the resource of the GBR coupling of the said QoS information of a said L terminal distribution; And according to said business game collection and the priority tag of the interior business game of collection and the terminal iidentification in said each service request; The allocation process of the resource of respectively a said L terminal being practiced thrift; Wherein, the resource of said saving is for carrying out residual resource after the resource allocation process to a said M terminal.
11. base station according to claim 10 is characterized in that, said resource distribution module also comprises:
Information resources allocation process unit; Be used for working as at a said L terminal; When at least two terminals are arranged not according to the priority tag of business game in said business game collection and the collection and resource allocation process that the terminal iidentification in said each service request is practiced thrift; Terminal capability according to said at least two terminals; Said at least two terminals are carried out the allocation process of surplus resources in the resource of said saving, so that the resource at said at least two terminals of distributing is less than or equal at least two terminals resource of terminal capability coupling separately respectively; Perhaps,
Said information resources allocation process unit also is used for working as at a said L terminal; When a terminal is arranged not according to the priority tag of business game in said business game collection and the collection and resource allocation process that the terminal iidentification in said each service request is practiced thrift; The allocation process with residual resource in the resource of said saving is carried out at a said terminal, so that the resource after distributing is less than or equal to the corresponding resource of terminal capability at a said terminal.
12. the QoS treatment system of a GBR bearer service comprises: terminal, core-network side equipment and like the arbitrary described base station of claim 7 to 11.
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