CN103124414A - Method and device for managing local IP (internet protocol) access rate - Google Patents
Method and device for managing local IP (internet protocol) access rate Download PDFInfo
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- CN103124414A CN103124414A CN 201110371779 CN201110371779A CN103124414A CN 103124414 A CN103124414 A CN 103124414A CN 201110371779 CN201110371779 CN 201110371779 CN 201110371779 A CN201110371779 A CN 201110371779A CN 103124414 A CN103124414 A CN 103124414A
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Abstract
An embodiment of the invention provides a method and a device for managing a local IP (internet protocol) access rate, and relates to the technical field of mobile communication. The method and the device are used for alleviating competition of LIPA (local IP access) data stream and non-LIPA data stream. The method includes the steps: acquiring the maximum total bit rate authorization value of each access point of a signed access point network with established grouped data network; acquiring the maximum total bit rate signing value of user equipment when the local IP access data stream occurs; determining the maximum total bit rate of the user equipment when the local IP access data stream occurs according to the authorization value and the maximum total bit rate signing value of the user equipment; and transmitting the maximum bit rate of the user equipment when the local IP access data stream occurs to a home node to limit the upstream rate of transmitting the access data stream according to the maximum bit rate of the user equipment by the home node. The method and the device are applicable to up data management of the home node.
Description
Technical field
The present invention relates to the mobile communication technology field, relate in particular to a kind of local IP access rate management method, device.
Background technology
Local IP access (Local IP Access, LIPA) be a kind of permission subscriber equipment (User Equipment, UE) be linked into the technology of the local network related with this Home eNodeB by Home eNodeB (Home (evolved) NodeB, H (e) NB).Under the business model of LIPA, the TV that the user can be by mobile phone access family, printer, notebook etc.In this process, from the path angle of LIPA data flow, the LIPA business is only carried out local family network access, so the LIPA data flow only consumes the interface-free resources of H (e) NB, and the resource that does not consume fixed network and mobile network.
distribute angle from the interface-free resources of H (e) NB, the LIPA data flow is carried on Non-GBR (the Non Guaranteed Bit Rate that eats dishes without rice or wine, non-guaranteed rate) on, its non-LIPA data flow also is carried on the Non-GBR that eats dishes without rice or wine, H (e) NB is carried on all Non-GBR and carries out UE-AMBR (User Equipment-Aggregate Maximum Bit Rate on eating dishes without rice or wine, the total maximum bit rate of subscriber equipment) restriction, that is to say, under the condition that the LIPA data flow occurs, the LIPA data flow and the non-LIPA data flow that are carried on Non-GBR are competed UE-AMBR jointly.
Due to LIPA data flow local transmission, the larger situation of LIPA data flow bursty traffic may appear, and the LIPA data flow takies most of UE-AMBR, makes on non-LIPA data flow the transmission meeting eat dishes without rice or wine to run into obstruction.
Summary of the invention
Embodiments of the invention provide a kind of local IP access rate management method, device, in order to alleviate the competition of LIPA data flow and non-LIPA data flow.
For achieving the above object, embodiments of the invention adopt following technical scheme:
On the one hand, provide a kind of local IP access rate management method, comprising:
Obtain each access point of having set up the signing access point network of packet data network connection and amount to the maximum bit rate authorization value;
Subscriber equipment when obtaining described local IP incoming data stream and occurring amounts to the signing value of maximum bit rate;
The total maximum bit rate of the described subscriber equipment when amounting to the definite local IP incoming data stream of the signing value of maximum bit rate and occur according to described authorization value and described subscriber equipment;
The maximum bit rate of the subscriber equipment when occurring to the described local IP incoming data stream of Home eNodeB transmission is so that described Home eNodeB is according to the upstream rate of the maximum bit rate restriction incoming data stream transmission of described subscriber equipment.
On the other hand, provide a kind of local IP access rate management method, comprising:
Obtain subscriber equipment and amount to the signing value of maximum bit rate;
Obtain each access point of having set up the signing access point network of packet data network connection and amount to the maximum bit rate authorization value;
When the access point of the signing access point network of described local IP access amounted to the maximum bit rate authorization value and is the instantaneous total maximum bit rate of local IP incoming data stream, the access point of having set up signing access point network that packet data network connect according to each amounted to the maximum bit rate authorization value and calculates the summation that the access point of all access point networks amounts to maximum bit rate;
The smaller value of selecting described subscriber equipment to amount in the summation of the signing value of maximum bit rate and described access point total maximum bit rate is the total maximum bit rate of described subscriber equipment.
Another aspect provides a kind of local IP access rate management method, comprising:
Determine that the subscriber equipment of non-local IP incoming data stream amounts to the subscriber equipment total maximum bit rate of maximum bit rate and local IP incoming data stream;
Send the subscriber equipment total maximum bit rate of described non-local IP incoming data stream and the subscriber equipment total maximum bit rate of described local IP incoming data stream to Home eNodeB, so that described Home eNodeB is controlled respectively the upstream rate of described non-local IP incoming data stream and the upstream rate of described local IP incoming data stream.
On the one hand, provide a kind of local IP access rate management devices, comprising:
The first acquiring unit is used for obtaining each access point of having set up the signing access point network of packet data network connection and amounts to the maximum bit rate authorization value;
Second acquisition unit, the subscriber equipment when being used for obtaining described local IP incoming data stream and occurring amounts to the signing value of maximum bit rate;
The first determining unit, the total maximum bit rate of the described subscriber equipment when being used for described subscriber equipment that the described authorization value obtained according to described the first acquiring unit and described second acquisition unit obtain and amounting to the definite local IP incoming data stream of the signing value of maximum bit rate and occur;
The first transmitting element, the maximum bit rate of the subscriber equipment when being used for occurring to the determined described local IP incoming data stream of Home eNodeB described the first determining unit of transmission is so that described Home eNodeB is according to the upstream rate of the maximum bit rate restriction incoming data stream transmission of described subscriber equipment.
On the other hand, provide a kind of local IP access rate management devices, comprising:
The 4th acquiring unit is used for obtaining subscriber equipment and amounts to the signing value of maximum bit rate;
The 5th acquiring unit is used for obtaining each access point of having set up the signing access point network of packet data network connection and amounts to the maximum bit rate authorization value;
The second computing unit, when being used for access point when the signing access point network of described local IP access and amounting to the maximum bit rate authorization value and be the instantaneous total maximum bit rate of local IP incoming data stream, access point that each that obtains according to described the 5th acquiring unit be described has set up the signing access point network that packet data network connects amounts to the summation that maximum bit rate authorization value is calculated the access point total maximum bit rate of all access point networks;
The second selected cell, the smaller value that is used for selecting described subscriber equipment that described the 4th acquiring unit obtains to amount to the signing value of maximum bit rate and the summation of the described access point total maximum bit rate of described the second described calculating of computing unit is described subscriber equipment total maximum bit rate.
Another aspect provides a kind of local IP access rate management devices, comprising:
The 3rd determining unit is used for determining that the subscriber equipment of non-local IP incoming data stream amounts to the subscriber equipment total maximum bit rate of maximum bit rate and local IP incoming data stream;
The second transmitting element, be used for sending the subscriber equipment total maximum bit rate of the definite described non-local IP incoming data stream of described the 3rd determining unit and the subscriber equipment total maximum bit rate of described local IP incoming data stream to Home eNodeB, so that described Home eNodeB is controlled respectively the upstream rate of described non-local IP incoming data stream and the upstream rate of described local IP incoming data stream.
The embodiment of the present invention provides a kind of local IP access rate management method and device, on the one hand, the total maximum bit rate of the described subscriber equipment when amounting to maximum bit rate authorization value and described subscriber equipment and amount to the definite local IP incoming data stream of the signing value of maximum bit rate and occur according to each access point of having set up the signing access point network that packet data network connects, the situation constant with respect to the total maximum bit rate of the upper subscriber equipment of eating dishes without rice or wine in prior art alleviated the competition of local IP access and non-local IP access;
On the other hand, amounting to the maximum bit rate authorization value at the access point of the signing access point network of described local IP access is in the instantaneous total maximum bit rate situation of local IP incoming data stream, the smaller value of selecting described subscriber equipment to amount in the summation of the signing value of maximum bit rate and described access point total maximum bit rate is the total maximum bit rate of described subscriber equipment, taken into full account like this network condition of eating dishes without rice or wine, thereby more reasonably utilize the resource of eating dishes without rice or wine, alleviated the competition of local IP access and non-local IP access.
Another aspect, the subscriber equipment that amounts to maximum bit rate and non-local IP incoming data stream by the subscriber equipment that uses local IP incoming data stream amounts to the upstream rate that maximum bit rate is controlled respectively LIPA data flow and non-LIPA data flow, avoided to a certain extent LIPA data flow and non-LIPA data flow on eating dishes without rice or wine to the competition of resource with seize.
Description of drawings
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, the below will do to introduce simply to the accompanying drawing of required use in embodiment or description of the Prior Art, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
A kind of local IP access rate management method flow chart that Fig. 1 (a) provides for the embodiment of the present invention;
The another kind of local IP access rate management method flow chart that Fig. 1 (b) provides for the embodiment of the present invention;
Another local IP access rate management method flow chart that Fig. 1 (c) provides for the embodiment of the present invention;
A kind of local IP access rate management method signaling diagram that Fig. 2 provides for the embodiment of the present invention;
The another kind of local IP access rate management method signaling diagram that Fig. 3 provides for the embodiment of the present invention;
Another local IP access rate management method signaling diagram that Fig. 4 provides for the embodiment of the present invention;
A kind of local IP access rate management devices schematic diagram that Fig. 5 provides for the embodiment of the present invention;
A kind of local IP access rate management devices schematic diagram that Fig. 6 provides for the embodiment of the present invention;
A kind of local IP access rate management devices schematic diagram that Fig. 7 provides for the embodiment of the present invention;
The another kind of local IP access rate management devices schematic diagram that Fig. 8 provides for the embodiment of the present invention;
Another local IP access rate management devices schematic diagram that Fig. 9 provides for the embodiment of the present invention;
Another local IP access rate management devices schematic diagram that Figure 10 provides for the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Based on the embodiment in the present invention, those of ordinary skills belong to the scope of protection of the invention not making other embodiment of authorization value that obtain under the creative work prerequisite.
Embodiment one
As shown in Fig. 1 (a), the embodiment of the present invention provides a kind of local IP access rate management method, comprising:
Obtain each access point of having set up the signing access point network of packet data network connection and amount to the maximum bit rate authorization value;
Subscriber equipment when obtaining described local IP incoming data stream and occurring amounts to the signing value of maximum bit rate;
The total maximum bit rate of the described subscriber equipment when amounting to the definite local IP incoming data stream of the signing value of maximum bit rate and occur according to described authorization value and described subscriber equipment;
The maximum bit rate of the subscriber equipment when occurring to the described local IP incoming data stream of Home eNodeB transmission is so that described Home eNodeB is according to the upstream rate of the maximum bit rate restriction incoming data stream transmission of described subscriber equipment.
The embodiment of the present invention provides a kind of local IP access rate management method, the total maximum bit rate of the described subscriber equipment when amounting to maximum bit rate authorization value and described subscriber equipment and amount to the definite local IP incoming data stream of the signing value of maximum bit rate and occur according to each access point of having set up the signing access point network that packet data network connects, the situation constant with respect to the total maximum bit rate of the upper subscriber equipment of eating dishes without rice or wine in prior art alleviated the competition of local IP access and non-local IP access;
As shown in Fig. 1 (b), the embodiment of the present invention provides another kind of local IP access rate management method, comprising:
Obtain subscriber equipment and amount to the signing value of maximum bit rate;
Obtain each access point of having set up the signing access point network of packet data network connection and amount to the maximum bit rate authorization value;
When the access point of the signing access point network of described local IP access amounted to the maximum bit rate authorization value and is the instantaneous total maximum bit rate of local IP incoming data stream, the access point of having set up signing access point network that packet data network connect according to each amounted to the maximum bit rate authorization value and calculates the summation that the access point of all access point networks amounts to maximum bit rate;
The smaller value of selecting described subscriber equipment to amount in the summation of the signing value of maximum bit rate and described access point total maximum bit rate is the total maximum bit rate of described subscriber equipment.
the embodiment of the present invention provides another kind of local IP access rate management method, amounting to the maximum bit rate authorization value at the access point of the signing access point network of described local IP access is in the instantaneous total maximum bit rate situation of local IP incoming data stream, the smaller value of selecting described subscriber equipment to amount in the summation of the signing value of maximum bit rate and described access point total maximum bit rate is the total maximum bit rate of described subscriber equipment, taken into full account like this network condition of eating dishes without rice or wine, thereby more reasonably utilize the resource of eating dishes without rice or wine, alleviated the competition of local IP access and non-local IP access.
As shown in Fig. 1 (c), the embodiment of the present invention provides another local IP access rate management method, comprising:
Determine that the subscriber equipment of non-local IP incoming data stream amounts to the subscriber equipment total maximum bit rate of maximum bit rate and local IP incoming data stream;
Send the subscriber equipment total maximum bit rate of described non-local IP incoming data stream and the subscriber equipment total maximum bit rate of described local IP incoming data stream to Home eNodeB, so that described Home eNodeB is controlled respectively the upstream rate of described non-local IP incoming data stream and the upstream rate of described local IP incoming data stream.
The embodiment of the present invention provides another local IP access rate management method, the subscriber equipment that amounts to maximum bit rate and non-local IP incoming data stream by the subscriber equipment that uses local IP incoming data stream amounts to the upstream rate that maximum bit rate is controlled respectively LIPA data flow and non-LIPA data flow, avoided to a certain extent LIPA data flow and non-LIPA data flow on eating dishes without rice or wine to the competition of resource with seize.
Embodiment two
The embodiment of the present invention provides a kind of local IP access rate management method, and as shown in Figure 2, detailed process comprises:
201, UE initiates to adhere to request to MME.
202, UE and MME carry out the safety certification process that UE networks.
203, MME amounts to the signing value of maximum bit rate from the access point that HSS obtains the signing access point network APN1 that sets up the packet data network connection.This packet data network connects and is called PDN (Packet Data Network) connection.
In all embodiment of the present invention, each has set up the signing access point network that packet data network connects, and is designated as APNi, and i represents that i has been set up the signing access point network that packet data network connects; The authorization value that each has set up the signing access point network of packet data network connection is designated as APNi-AMBR.
And, MME obtains UE-AMBR1 (subscriber equipment when local IP incoming data stream occurs amounts to the signing value of maximum bit rate) and UE-AMBR2 (subscriber equipment when local IP incoming data stream does not occur amounts to the signing value of maximum bit rate) from HSS, wherein, UE-AMBR1 is greater than UE-AMBR2.
204, MME initiates a session request to SGW and connects in order to activate the PDN of APN1.
205, SGW initiates a session request to PDN GW.
206, carry out the signaling exchange between PDN GW and PCRF, PCRF authorizes the signing value of access point total maximum bit rate of APN1, PDN GW amounts to maximum bit rate authorization value APN1-AMBR from the access point that PCRF obtains APN1, in all embodiment of the present invention, each APN is in the process of setting up packet data network (PDN) connection, PCRF authorizes according to local policy, and each authorization value APNi-AMBR can equal its signing value, also can be not equal to its signing value.
207, PDN GW sends the session establishment response to SGW, and the APN1-AMBR of APN1 is sent to SGW.
208, SGW sends the session establishment response to MME, and APN1-AMBR is sent to MME;
By repeating above-mentioned steps 204 to 208, the PDN that carries out respectively APN2 connects is connected the PDN connection with APN3; And the access point total maximum bit rate authorization value APN2-AMBR of APN2 and the access point total maximum bit rate authorization value APN3-AMBR of APN3 are sent to MME.
Need to prove, on the one hand, before present invention resides in local IP data outflow now, set up all situations more than or equal to the APN PDN connection of a non-local IP access, for example, in the present embodiment, in the situation that APN3 is local IP incoming data stream, before local IP incoming data stream occurred, the APN that has set up two non-local IP accesses (was that the PDN that APN1 is connected with APN2 connects; On the other hand, the present invention also comprises the situation that in whole process, local IP incoming data stream does not occur, and the APN that for example sets up three non-local IP accesses is APN1, APN2 and APN3.
209, MME obtains APN1-AMBR, APN2-AMBR, APN3-AMBR.
210, MME calculates SUM APN-AMBR (access point of all signing access point network APN1, APN2 and APN3 amounts to the summation of maximum bit rate) according to APN1-AMBR, APN2-AMBR, APN3-AMBR.
211, MME determines the total maximum bit rate of subscriber equipment, and detailed process is as follows.
Be local IP incoming data stream at APN3, APN1 and APN2 are in non-local IP traffic situation,
During more than or equal to UE-AMBR1, it is UE-AMBR (the total maximum bit rate of described subscriber equipment) that MME selects UE-AMBR1 as SUM APN-AMBR;
During less than UE-AMBR1, it is UE-AMBR (the total maximum bit rate of described subscriber equipment) that MME selects SUMAPN-AMBR as SUM APN-AMBR.
Be in non-local IP traffic situation at APN1, APN2 and APN3,
During more than or equal to UE-AMBR2, it is UE-AMBR (the total maximum bit rate of described subscriber equipment) that MME selects UE-AMBR2 as SUM APN-AMBR;
During less than UE-AMBR2, it is UE-AMBR (the total maximum bit rate of described subscriber equipment) that MME selects SUMAPN-AMBR as SUM APN-AMBR.
212, MME sends the initial context request to H (e) NB, and described UE-AMBR is sent to H (e) NB to control total upstream rate.
213, H (e) NB triggers the foundation of the non-GBR carrying of UE LIPA on eating dishes without rice or wine.
214, H (e) NB sends context to MME and sets up the message of completing.
215, UE sends to adhere to MME and asks to complete message.
the embodiment of the present invention provides a kind of local IP access rate management method, the total maximum bit rate of the described subscriber equipment when when amounting to maximum bit rate authorization value APNi-AMBR and local IP incoming data stream and occur according to each access point of having set up the signing access point network that packet data network connects, subscriber equipment amounts to the signing value UE-AMBR1 of maximum bit rate and determines that local IP incoming data stream occurs, in addition, the total maximum bit rate of the described subscriber equipment when when also not occurring according to local IP incoming data stream, subscriber equipment amounts to the signing value UE-AMBR2 of maximum bit rate and APNi-AMBR and determines that local IP incoming data stream does not occur, the situation constant with respect to the total maximum bit rate of the upper subscriber equipment of eating dishes without rice or wine in prior art, alleviated the competition of local IP access and non-local IP access.
Embodiment three
The embodiment of the present invention provides a kind of local IP access rate management method, and as shown in Figure 3, detailed process comprises:
301, UE initiates to adhere to request.
302, UE and MME carry out the safety certification process that UE networks.
303, MME obtains subscriber equipment from HSS and amounts to the signing value UE-AMBR3 of maximum bit rate and be connected the access point of setting up the signing access point network APN3 that packet data network connects and amount to the maximum bit rate value of contracting.Wherein, no matter subscriber equipment amounts to the signing the value whether signing value UE-AMBR3 of maximum bit rate occurs having stipulated in system for local IP data stream.
304, for the PDN that activates APN3 connects, this APN3 is local IP incoming data stream; MME initiates a session request to SGW.
305, SGW initiates a session request to PDN GW.
306, carry out signaling exchange between PDN GW and PCRF, PCRF amounts to the signing value of maximum bit rate to the access point of APN3 and authorizes, and the authorization value of APN3 is designated as APN3-AMBR;
Need to prove, before the PDN that activates APN3 connects, the PDN that has activated APN1, the APN2 of non-local IP access connects, PDN GW amounts to the maximum bit rate authorization value from the access point that PCRF obtains APN1, APN2, and the process by 307 to 308 steps below similar amounts to maximum bit rate authorization value APN1-AMBR with the access point of APN1, APN2, and APN2-AMBR has issued MME.
307, PDN GW sends the session establishment response to SGW, and the authorization value APN3-AMBR of APN3 is sent to SGW.
308, SGW sends the session establishment response to MME, and APN3-AMBR is sent to MME.
309, MME obtains the instantaneous total maximum bit rate of local IP incoming data stream from H (e) NB, and namely the instantaneous total maximum bit rate of APN3, be designated as APN3-AMBR-now.
Preferably, this APN3-AMBR-now is the instantaneous total maximum bit rate from H (e) NB Real-time Obtaining; When the network condition of eating dishes without rice or wine was better, the APN3-AMBR-now value that sends to MME was larger, and when the network condition of eating dishes without rice or wine was relatively poor, the APN3-AMBR-now value that sends to MME was less, and this APN3-AMBR-now can reflect the network condition of eating dishes without rice or wine in real time;
Preferably, this instantaneous total maximum bit rate is eat dishes without rice or wine burden situation or the congestion level of basis from the Home eNodeB Real-time Obtaining, the real-time total maximum bit rate of determining, for example, when the family base station is that 3 grades of severes are when congested, the instantaneous total maximum bit rate of the local IP incoming data stream that sends to MME is designated as a; When the family base station was 2 grades of moderates load, the instantaneous total maximum bit rate of the local IP incoming data stream that sends to MME was designated as b; When the family base station is 1 grade of slight load, the instantaneous total maximum bit rate of the local IP incoming data stream that sends to MME, be designated as c, according to congestion level a＜b＜c as can be known, that is to say that the burden situation of eating dishes without rice or wine is more serious or congestion level is higher, the instantaneous total maximum bit rate of local IP incoming data stream is less.
Need to prove, when when MME can connect at the PDN of the local IP incoming data stream of activation from the instantaneous total maximum bit rate of H (e) NB acquisition, also can be when un-activation.
310, MME obtains APN3-AMBR-now, APN1-AMBR, APN2-AMBR, APN3-AMBR.
311, MME calculates the summation SUM APN-AMBR1 of the access point total maximum bit rate of all access point networks, and detailed process is as follows.
When APN3-AMBR equated with APN3-AMBR-now, the access point of having set up the signing access point network of packet data network connection according to each amounted to the maximum bit rate authorization value and calculates the SUM APN-AMBR1 of all APN (access point of all access point networks amounts to the summation of maximum bit rate);
As APN3-AMBR and APN3-AMBR-now when unequal, make APN3-AMBR equal APN-AMBR-now, the access point of more having set up the signing access point network of packet data network connection according to each amount to the SUM APN-AMBR1 that the maximum bit rate authorization value is calculated all APN.
312, the smaller value in the MME described UE-AMBR3 of selection and described SUM APN-AMBR1 is UE-AMBR (the total maximum bit rate of subscriber equipment); The signing value UE-AMBR3 scope of stipulating in being no more than system in embodiments of the present invention.
313, MME sends the initial context request to H (e) NB, and described UE-AMBR is sent to H (e) NB to control total upstream rate.
314, H (e) NB triggers the foundation of the non-GBR carrying of UE LIPA on eating dishes without rice or wine.
315, H (e) NB sends context to MME and sets up the message of completing.
316, UE sends to adhere to MME and asks to complete message.
The embodiment of the present invention provides a kind of local IP access rate management method, the APN-AMBR-now (the instantaneous total maximum bit rate of local IP incoming data stream) that obtains according to MME calculate SUM APN-AMBR1 (access point of all access point networks amounts to the summation of maximum bit rate) and the signing value UE-AMBR3 scope stipulated in system in definite UE-AMBR (the total maximum bit rate of subscriber equipment).On the one hand, when the network condition of eating dishes without rice or wine was relatively poor, Home eNodeB can authorize local IP access less speed, limited local IP access taking interface-free resources, thereby preferentially satisfy non-local IP access to the taking of interface-free resources, alleviate the resource burden of eating dishes without rice or wine; On the other hand, eating dishes without rice or wine network condition preferably in situation, and Home eNodeB can authorize local IP access larger speed, as soon as possible with the DTD of local IP access, thereby more reasonably utilize the resource of eating dishes without rice or wine, alleviated the competition of local IP access and non-local IP access.
Embodiment four
The embodiment of the present invention provides a kind of local IP access rate management method, and as shown in Figure 4, detailed process comprises:
401, UE initiates to adhere to request.
402, UE and MME carry out the safety certification process that UE networks.
403, MME obtains UE-AMBR3 (subscriber equipment amount to maximum bit rate signing value) and has been connected the access point total maximum bit rate of setting up the signing access point network APN3 that packet data network the connects value of contracting from HSS; Wherein, no matter subscriber equipment amounts to the signing the value whether signing value UE-AMBR3 of maximum bit rate occurs having stipulated in system for local IP data stream.
404, for the PDN that activates APN3 connects, this APN3 is local IP incoming data stream; MME initiates a session request to SGW.
405, SGW initiates a session request to PDN GW.
406, carry out the signaling exchange between PDN GW and PCRF, PCRF authorizes the signing value of access point total maximum bit rate of the signing access point network of APN3, the access point that obtains the signing access point network of local IP access amounts to the maximum bit rate authorization value, is designated as APN3-AMBR; PDN GW obtains APN3-AMBR;
PDN connection due to the APN1, the APN2 that have activated before non-local IP access, PDN GW amounts to the maximum bit rate authorization value from the access point that PCRF obtains each signing access point network of having set up, and the process by 407 to 409 steps below similar amounts to maximum bit rate authorization value APN1-AMBR with the access point of APN1, APN2, and APN2-AMBR has issued MME.
407, PDN GW sends the session establishment response to SGW, and APN3-AMBR is sent to SGW.
408, SGW sends the session establishment response to MME, and APN3-AMBR is sent to MME.
409, MME obtains APN1-AMBR, APN2-AMBR, APN3-AMBR.
410, MME is according to APN1-AMBR, and APN2-AMBR calculates SUMAPN-AMBR2 (access point of the signing access point network of non-local IP access amounts to the summation of maximum bit rate).
411, the smaller value in MME selection described UE-AMBR3, described SUM APN-AMBR2 is described UE-AMBR-no-LIPA (subscriber equipment of non-local IP incoming data stream amounts to maximum bit rate).
Further, in the present embodiment, when the upper total upstream rate of eating dishes without rice or wine was no more than UE-AMBR3, selecting the smaller value in the difference of described APN3-AMBR, described UE-AMBR3 and described UE-AMBR-no-LIPA was described UE-AMBR-LIPA (subscriber equipment of local IP incoming data stream amounts to maximum bit rate);
When the upper total upstream rate of eating dishes without rice or wine was not subject to UE-AMBR, selecting described APN3-AMBR was described UE-AMBR-LIPA, thereby allowed the LIPA data take larger speed, as early as possible with the local IP access data end of transmission.
412, MME sends the initial context request to H (e) NB, and described UE-AMBR-no-LIPA, described UE-AMBR-LIPA are sent to H (e) NB with the upstream rate of controlling respectively non-local IP incoming data stream and the upstream rate of local IP incoming data stream.
413, H (e) NB triggers the foundation of the non-GBR carrying of UE LIPA on eating dishes without rice or wine.
414, H (e) NB sends context to MME and sets up the message of completing.
415, UE sends to adhere to MME and asks to complete message.
The embodiment of the present invention provides a kind of local IP access rate management method, MME sends to H (e) NB controlling respectively the upstream rate of LIPA data flow and non-LIPA data flow UE-AMBR-LIPA and UE-AMBR-no-LIPA, thus effectively avoided LIPA data flow and non-LIPA data flow on eating dishes without rice or wine to the competition of resource with seize.
Embodiment five
The embodiment of the present invention provides a kind of local IP access rate management devices, and as shown in Figure 5, described device 50 comprises: the first acquiring unit 51, second acquisition unit 52, the first determining unit 53 and the first transmitting element 54;
Described the first acquiring unit 51 is used for obtaining each access point of having set up the signing access point network of packet data network connection and amounts to maximum bit rate authorization value APNi-AMBR; In all embodiment of the present invention, each has set up the signing access point network that packet data network connects, and is designated as APNi, and i represents that i has been set up the signing access point network that packet data network connects; The authorization value that each has set up the signing access point network of packet data network connection is designated as APNi-AMBR.
Described second acquisition unit 52, the subscriber equipment when being used for obtaining described local IP incoming data stream and occurring amounts to the signing value UE-AMBR1 of maximum bit rate;
Described the first determining unit 53, the total maximum bit rate UE-AMBR of the described subscriber equipment when being used for described subscriber equipment that the described authorization value APNi-AMBR that obtains according to described the first acquiring unit 51 and described second acquisition unit 52 obtain and amounting to the signing value UE-AMBR1 of maximum bit rate and determine that local IP incoming data stream occurs;
Described the first transmitting element 54, the maximum bit rate UE-AMBR of the subscriber equipment when being used for occurring to the described local IP incoming data streams that described the first determining unit 53 of Home eNodeB transmission is determined is so that described Home eNodeB is according to the upstream rate of the maximum bit rate UE-AMBR restriction incoming data stream transmission of described subscriber equipment.
Further, as shown in Figure 6, described device 50 also comprises: the first computing unit 55, the first selected cell 56;
Described the first computing unit 55 is used for amounting to according to the access point that the described authorization value APNi-AMBR that described the first acquiring unit 51 obtains calculates all signing access point networks the summation SUM APN-AMBR of maximum bit rate;
Described the first selected cell 56, be used for when described access point that described the first computing unit 55 calculates amounts to described subscriber equipment that the summation SUM APN-AMBR of maximum bit rate obtains more than or equal to described second acquisition unit 52 and amounts to the signing value UE-AMBR1 of maximum bit rate, selecting the described subscriber equipment total maximum bit rate value UE-AMBR1 that contracts is the total maximum bit rate UE-AMBR of described subscriber equipment; When the summation SUM APN-AMBR of described access point total maximum bit rate amounted to the signing value of maximum bit rate UE-AMBR1 less than described subscriber equipment, the summation SUM APN-AMBR that selects described total maximum bit rate was the total maximum bit rate UE-AMBR of described subscriber equipment.
Further, as shown in Figure 7, described device 50 also comprises: the 3rd acquiring unit 57 and the second determining unit 58;
Described the 3rd acquiring unit 57, the subscriber equipment when being used for obtaining described local IP incoming data stream and not occurring amounts to the signing value of maximum bit rate;
Described the second determining unit 58, the total maximum bit rate of the described subscriber equipment when being used for described subscriber equipment that the described authorization value obtained according to described the first acquiring unit 51 and described the 3rd acquiring unit 57 obtain and amounting to the definite local IP incoming data stream of the signing value of maximum bit rate and do not occur;
Described the first transmitting element 54, the maximum bit rate of the subscriber equipment when also being used for not occurring to the described local IP incoming data streams that described the second determining unit 58 of Home eNodeB transmission is determined is so that described Home eNodeB is according to the upstream rate of the maximum bit rate restriction incoming data stream transmission of described subscriber equipment.
the embodiment of the present invention provides a kind of local IP access rate management devices, amount to maximum bit rate authorization value APNi-AMBR according to each access point of having set up the signing access point network of packet data network connection, the total maximum bit rate of the described subscriber equipment when when local IP incoming data stream occurs, subscriber equipment amounts to the signing value UE-AMBR1 of maximum bit rate and determines that local IP incoming data stream occurs, the total maximum bit rate of the described subscriber equipment when when can not occur by local IP incoming data stream in addition, subscriber equipment amounts to the signing value UE-AMBR2 of maximum bit rate and APNi-AMBR and determines that local IP incoming data stream does not occur, the situation constant with respect to the total maximum bit rate of the upper subscriber equipment of eating dishes without rice or wine in prior art, alleviated the competition of local IP access and non-local IP access.
The another kind of local IP access rate management devices that the embodiment of the present invention provides, as shown in Figure 8, described device 80 comprises: the 4th acquiring unit 81, the 5th acquiring unit 82, the second computing unit 83 and the second selected cell 84.
Described the 4th acquiring unit 81 is used for obtaining subscriber equipment and amounts to the signing value UE-AMBR3 of maximum bit rate; No matter the signing value whether described UE-AMBR3 occurs stipulating in system for local IP data stream;
Described the 5th acquiring unit 82 is used for obtaining each access point of having set up the signing access point network of packet data network connection and amounts to maximum bit rate authorization value APNi-AMBR;
Described the second computing unit 83, when being used for access point when the signing access point network of described local IP access and amounting to maximum bit rate authorization value APN3-AMBR and be the instantaneous total maximum bit rate APN3-AMBR-now of local IP incoming data stream, access point that each that obtains according to described the 5th acquiring unit 82 be described has set up the signing access point network that packet data network connects amounts to the summation SUM APN-AMBR1 that maximum bit rate authorization value is calculated the access point total maximum bit rate of all access point networks;
Described the second selected cell 84, the smaller value that is used for selecting described subscriber equipment that described the 4th acquiring unit 81 obtains to amount to the signing value UE-AMBR3 of maximum bit rate and the summation SUM APN-AMBR1 of the described access point total maximum bit rate of described the second computing unit 83 calculating is the total maximum bit rate UE-AMBR of described subscriber equipment.
Preferably, described instantaneous total maximum bit rate is: from the instantaneous total maximum bit rate of described Home eNodeB Real-time Obtaining; Perhaps, according to eat dishes without rice or wine burden situation or the congestion level from the Home eNodeB Real-time Obtaining, determine to amount in real time maximum bit rate.
The embodiment of the present invention provides a kind of local IP access rate management devices, the access point that the instantaneous total maximum bit rate of the local IP incoming data stream that obtains according to MME calculates all access point networks amount to the summation of maximum bit rate and the signing value scope stipulated in system in determine the total maximum bit rate of subscriber equipment.On the one hand, when the network condition of eating dishes without rice or wine was relatively poor, Home eNodeB can authorize local IP access less speed, limited local IP access taking interface-free resources, thereby preferentially satisfy non-local IP access to the taking of interface-free resources, alleviate the resource burden of eating dishes without rice or wine; On the other hand, eating dishes without rice or wine network condition preferably in situation, and Home eNodeB can authorize local IP access larger speed, as soon as possible with the DTD of local IP access, thereby more reasonably utilize the resource of eating dishes without rice or wine, alleviated the competition of local IP access and non-local IP access.
Another local IP access rate management devices that the embodiment of the present invention provides, as shown in Figure 9, described device 90 comprises: the 3rd determining unit 91 and the second transmitting element 92.
Described the 3rd determining unit 91 is used for determining that the subscriber equipment of non-local IP incoming data stream amounts to the subscriber equipment total maximum bit rate UE-AMBR-LIPA of maximum bit rate UE-AMBR-no-LIPA, local IP incoming data stream;
Described the second transmitting element 92, be used for sending the subscriber equipment total maximum bit rate UE-AMBR-no-LIPA of the definite described non-local IP incoming data stream of described the 3rd determining unit 91 and the subscriber equipment total maximum bit rate UE-AMBR-LIPA of described local IP incoming data stream to Home eNodeB, so that described Home eNodeB is controlled respectively the upstream rate of described non-local IP incoming data stream and the upstream rate of described local IP incoming data stream.
Further, as shown in figure 10, described device 90 also comprises: the 6th acquiring unit 93, the 7th acquiring unit 94, the 8th acquiring unit 95, the second computing unit 96, the 3rd selected cell 97 and the 4th selected cell 98.
Described the 6th acquiring unit 93 is used for obtaining subscriber equipment and amounts to the signing value UE-AMBR3 of maximum bit rate;
Described the 7th acquiring unit 94 is for the access point total maximum bit rate authorization value APN1-AMBR of the signing access point network that obtains each non-local IP access of having set up the packet data network connection, APN2-AMBR;
Described the 8th acquiring unit 95, the access point that is used for obtaining the signing access point network of the local IP access of setting up the packet data network connection amounts to maximum bit rate authorization value APN3-AMBR;
Described the 3rd computing unit 96, the access point of the signing access point network of the described non-local IP access of each that is used for obtaining according to described the 7th acquiring unit 94 amounts to maximum bit rate authorization value (APN1-AMBR, APN2-AMBR) and calculates the summation SUM APN-AMBR2 that the access point of the signing access point network of non-local IP access amounts to maximum bit rate;
Described the 3rd selected cell 97, the smaller value of summation SUM APN-AMBR2 of access point total maximum bit rate that is used for selecting described subscriber equipment that described the 6th acquiring unit 93 obtains to amount to the signing access point network of the described non-local IP access that the signing value UE-AMBR3 of maximum bit rate and described the 3rd computing unit 96 calculate is the subscriber equipment total maximum bit rate UE-AMBR-no-LIPA of described non-local IP incoming data stream.
Described the 4th selected cell 98, the subscriber equipment that is used for selecting described subscriber equipment that described six acquiring units 93 obtain to amount to the described non-local IP incoming data stream that the signing value UE-AMBR3 of maximum bit rate and described the 3rd selected cell 97 select amounts to the difference of maximum bit rate UE-AMBR-no-LIPA, and the smaller value in the access point total maximum bit rate authorization value APN3-AMBR of the signing access point network of the described local IP access of obtaining with described the 8th acquiring unit 95 is the subscriber equipment total maximum bit rate of described local IP incoming data stream; Perhaps select the access point of the signing access point network of described local IP access to amount to the subscriber equipment total maximum bit rate UE-AMBR-LIPA that maximum bit rate authorization value APN3-AMBR is described local IP incoming data stream.
The embodiment of the present invention provides a kind of local IP access rate management devices, send to H (e) NB controlling respectively the upstream rate of LIPA data flow and non-LIPA data flow UE-AMBR-LIPA and UE-AMBR-no-LIPA, thus effectively avoided LIPA data flow and non-LIPA data flow on eating dishes without rice or wine to the competition of resource with seize
One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can be completed by the hardware that program command is correlated with, aforesaid program can be stored in a computer read/write memory medium, this program is carried out the step that comprises said method embodiment when carrying out; And aforesaid storage medium comprises: the various media that can be program code stored such as ROM, RAM, magnetic disc or CD.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited to this, anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; can expect easily changing or replacing, within all should being encompassed in protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.
Claims (14)
1. a local IP access rate management method, is characterized in that, comprising:
Obtain each access point of having set up the signing access point network of packet data network connection and amount to the maximum bit rate authorization value;
Subscriber equipment when obtaining described local IP incoming data stream and occurring amounts to the signing value of maximum bit rate;
The total maximum bit rate of the described subscriber equipment when amounting to the definite local IP incoming data stream of the signing value of maximum bit rate and occur according to described authorization value and described subscriber equipment;
The maximum bit rate of the subscriber equipment when occurring to the described local IP incoming data stream of Home eNodeB transmission is so that described Home eNodeB is according to the upstream rate of the maximum bit rate restriction incoming data stream transmission of described subscriber equipment.
2. method according to claim 1, is characterized in that, the total maximum bit rate of described described subscriber equipment when amounting to the definite local IP incoming data stream of the signing value of maximum bit rate and occur according to described authorization value, described subscriber equipment comprises:
Calculate the summation of the access point total maximum bit rate of all signing access point networks according to described authorization value;
The summation that amounts to maximum bit rate when described access point, is selected described subscriber equipment to amount to and signing value of maximum bit rate is the total maximum bit rate of described subscriber equipment during signing the value more than or equal to described subscriber equipment total maximum bit rate;
When the summation of described access point total maximum bit rate amounted to the signing value of maximum bit rate less than described subscriber equipment, the summation of selecting described total maximum bit rate was the total maximum bit rate of described subscriber equipment.
3. method according to claim 1, is characterized in that, described method also comprises:
Subscriber equipment when obtaining described local IP incoming data stream and not occurring amounts to the signing value of maximum bit rate;
The total maximum bit rate of the described subscriber equipment when amounting to the definite local IP incoming data stream of the signing value of maximum bit rate and do not occur according to described authorization value and described subscriber equipment;
The maximum bit rate of the subscriber equipment when not occurring to the described local IP incoming data stream of Home eNodeB transmission is so that described Home eNodeB is according to the upstream rate of the maximum bit rate restriction incoming data stream transmission of described subscriber equipment.
4. a local IP access rate management method, is characterized in that, comprising:
Obtain subscriber equipment and amount to the signing value of maximum bit rate;
Obtain each access point of having set up the signing access point network of packet data network connection and amount to the maximum bit rate authorization value;
When the access point of the signing access point network of described local IP access amounted to the maximum bit rate authorization value and is the instantaneous total maximum bit rate of local IP incoming data stream, the access point of having set up signing access point network that packet data network connect according to each amounted to the maximum bit rate authorization value and calculates the summation that the access point of all access point networks amounts to maximum bit rate;
The smaller value of selecting described subscriber equipment to amount in the summation of the signing value of maximum bit rate and described access point total maximum bit rate is the total maximum bit rate of described subscriber equipment.
5. method according to claim 4, is characterized in that, described instantaneous total maximum bit rate is:
Instantaneous total maximum bit rate from described Home eNodeB Real-time Obtaining; Perhaps,
According to eat dishes without rice or wine burden situation or the congestion level from the Home eNodeB Real-time Obtaining, determine to amount in real time maximum bit rate.
6. a local IP access rate management method, is characterized in that, comprising:
Determine that the subscriber equipment of non-local IP incoming data stream amounts to the subscriber equipment total maximum bit rate of maximum bit rate and local IP incoming data stream;
Send the subscriber equipment total maximum bit rate of described non-local IP incoming data stream and the subscriber equipment total maximum bit rate of described local IP incoming data stream to Home eNodeB, so that described Home eNodeB is controlled respectively the upstream rate of described non-local IP incoming data stream and the upstream rate of described local IP incoming data stream.
7. method according to claim 6, is characterized in that, the subscriber equipment total maximum bit rate that the subscriber equipment of described definite non-local IP incoming data stream amounts to maximum bit rate, local IP incoming data stream comprises:
Obtain subscriber equipment and amount to the signing value of maximum bit rate;
The access point that obtains the signing access point network of each non-local IP access of having set up the packet data network connection amounts to the maximum bit rate authorization value;
The access point that obtains the signing access point network of the local IP access of setting up the packet data network connection amounts to the maximum bit rate authorization value;
The access point of the signing access point network of non-local IP access according to each amounts to the maximum bit rate authorization value and calculates the summation that the access point of the signing access point network of non-local IP access amounts to maximum bit rate;
The smaller value of selecting described subscriber equipment to amount in the summation of the signing value of maximum bit rate and the access point total maximum bit rate of the signing access point network of described non-local IP access is the subscriber equipment total maximum bit rate of described non-local IP incoming data stream;
Select described subscriber equipment to amount to the difference that the signing value of maximum bit rate and the subscriber equipment of described non-local IP incoming data stream amount to maximum bit rate, with smaller value in the access point total maximum bit rate authorization value of the signing access point network of described local IP access be the subscriber equipment total maximum bit rate of described local IP incoming data stream; Perhaps select the access point of the signing access point network of described local IP access to amount to the subscriber equipment total maximum bit rate that the maximum bit rate authorization value is described local IP incoming data stream.
8. a local IP access rate management devices, is characterized in that, comprising:
The first acquiring unit is used for obtaining each access point of having set up the signing access point network of packet data network connection and amounts to the maximum bit rate authorization value;
Second acquisition unit, the subscriber equipment when being used for obtaining described local IP incoming data stream and occurring amounts to the signing value of maximum bit rate;
The first determining unit, the total maximum bit rate of the described subscriber equipment when being used for described subscriber equipment that the described authorization value obtained according to described the first acquiring unit and described second acquisition unit obtain and amounting to the definite local IP incoming data stream of the signing value of maximum bit rate and occur;
The first transmitting element, the maximum bit rate of the subscriber equipment when being used for occurring to the described local IP incoming data stream that described the first determining unit of Home eNodeB transmission is determined is so that described Home eNodeB is according to the upstream rate of the maximum bit rate restriction incoming data stream transmission of described subscriber equipment.
9. device according to claim 8, is characterized in that, described device also comprises:
The first computing unit is used for amounting to according to the access point that the described authorization value that described the first acquiring unit obtains is calculated all signing access point networks the summation of maximum bit rate;
The first selected cell, be used for selecting described subscriber equipment total maximum bit rate to contract to be worth and being the total maximum bit rate of described subscriber equipment when described access point that described the first computing unit calculates amounts to described subscriber equipment that the summation of maximum bit rate obtains more than or equal to described second acquisition unit and amounts to the signing value of maximum bit rate; When the summation of described access point total maximum bit rate amounted to the signing value of maximum bit rate less than described subscriber equipment, the summation of selecting described total maximum bit rate was the total maximum bit rate of described subscriber equipment.
10. device according to claim 8, is characterized in that, described device also comprises:
The 3rd acquiring unit, the subscriber equipment when being used for obtaining described local IP incoming data stream and not occurring amounts to the signing value of maximum bit rate;
The second determining unit, the total maximum bit rate of the described subscriber equipment when being used for described subscriber equipment that the described authorization value obtained according to described the first acquiring unit and described the 3rd acquiring unit obtain and amounting to the definite local IP incoming data stream of the signing value of maximum bit rate and do not occur;
Described the first transmitting element, the maximum bit rate of the subscriber equipment when also being used for not occurring to the described local IP incoming data stream that described the second determining unit of Home eNodeB transmission is determined is so that described Home eNodeB is according to the upstream rate of the maximum bit rate restriction incoming data stream transmission of described subscriber equipment.
11. a local IP access rate management devices is characterized in that, comprising:
The 4th acquiring unit is used for obtaining subscriber equipment and amounts to the signing value of maximum bit rate;
The 5th acquiring unit is used for obtaining each access point of having set up the signing access point network of packet data network connection and amounts to the maximum bit rate authorization value;
The second computing unit, when being used for access point when the signing access point network of described local IP access and amounting to the maximum bit rate authorization value and be the instantaneous total maximum bit rate of local IP incoming data stream, access point that each that obtains according to described the 5th acquiring unit be described has set up the signing access point network that packet data network connects amounts to the summation that maximum bit rate authorization value is calculated the access point total maximum bit rate of all access point networks;
The second selected cell, the smaller value that is used for selecting described subscriber equipment that described the 4th acquiring unit obtains to amount to the summation of the described access point total maximum bit rate that the signing value of maximum bit rate and described the second computing unit calculate is described subscriber equipment total maximum bit rate.
12. device according to claim 11 is characterized in that, described instantaneous total maximum bit rate is:
Instantaneous total maximum bit rate from described Home eNodeB Real-time Obtaining; Perhaps,
According to eat dishes without rice or wine burden situation or the congestion level from the Home eNodeB Real-time Obtaining, determine to amount in real time maximum bit rate.
13. a local IP access rate management devices is characterized in that, comprising:
The 3rd determining unit is used for determining that the subscriber equipment of non-local IP incoming data stream amounts to the subscriber equipment total maximum bit rate of maximum bit rate and local IP incoming data stream;
The second transmitting element, be used for sending the subscriber equipment total maximum bit rate of the definite described non-local IP incoming data stream of described the 3rd determining unit and the subscriber equipment total maximum bit rate of described local IP incoming data stream to Home eNodeB, so that described Home eNodeB is controlled respectively the upstream rate of described non-local IP incoming data stream and the upstream rate of described local IP incoming data stream.
14. device according to claim 13 is characterized in that, described device also comprises:
The 6th acquiring unit is used for obtaining subscriber equipment and amounts to the signing value of maximum bit rate;
The 7th acquiring unit is for the access point total maximum bit rate authorization value of the signing access point network that obtains each non-local IP access of having set up the packet data network connection;
The 8th acquiring unit, the access point that is used for obtaining the signing access point network of the local IP access of setting up the packet data network connection amounts to the maximum bit rate authorization value;
The 3rd computing unit, the access point of the signing access point network of the described non-local IP access of each that is used for obtaining according to described the 7th acquiring unit amounts to the maximum bit rate authorization value and calculates the summation that the access point of the signing access point network of non-local IP access amounts to maximum bit rate;
The 3rd selected cell, the smaller value of summation of access point total maximum bit rate that is used for selecting described subscriber equipment that described the 6th acquiring unit obtains to amount to the signing access point network of the described non-local IP access that the signing value of maximum bit rate and described the 3rd computing unit calculate is the subscriber equipment total maximum bit rate of described non-local IP incoming data stream;
The 4th selected cell, the subscriber equipment that is used for selecting described subscriber equipment that described six acquiring units obtain to amount to the described non-local IP incoming data stream that the signing value of maximum bit rate and described the 3rd selected cell select amounts to the difference of maximum bit rate, and the smaller value in the access point total maximum bit rate authorization value of the signing access point network of the described local IP access of obtaining with described the 8th acquiring unit is the subscriber equipment total maximum bit rate of described local IP incoming data stream; Perhaps select the access point of the signing access point network of described local IP access to amount to the subscriber equipment total maximum bit rate that the maximum bit rate authorization value is described local IP incoming data stream.
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| WO2015120571A1 (en) * | 2014-02-11 | 2015-08-20 | 华为技术有限公司 | Method and apparatus for controlling data transmission rate in carrier aggregation |
| CN105122880A (en) * | 2014-02-11 | 2015-12-02 | 华为技术有限公司 | Method and apparatus for controlling data transmission rate in carrier aggregation |
| CN105122880B (en) * | 2014-02-11 | 2018-12-28 | 华为技术有限公司 | The method and device of message transmission rate is controlled in carrier wave polymerization |
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