CN1801689A - Method for realizing multi-carrier EV-DO system reverse traffic channel control information - Google Patents
Method for realizing multi-carrier EV-DO system reverse traffic channel control information Download PDFInfo
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- CN1801689A CN1801689A CN200510116805.3A CN200510116805A CN1801689A CN 1801689 A CN1801689 A CN 1801689A CN 200510116805 A CN200510116805 A CN 200510116805A CN 1801689 A CN1801689 A CN 1801689A
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Abstract
The invention discloses a method to inform carrier transmission information to AN by AT in multicarrier EV-DO system, which comprises: AT composes and send Request information contained label information of every carrier and opposite transmission information to AN; the latter acquires the transmission information according to said label information. It also discloses the method to inform carrier control parameter to AT by AN, which comprises: AN composes and send Grant information contained label information of every carrier and opposite control parameter to AT; the latter acquires the control parameter according to said label information. This invention makes AT and AN match well and ensures the data transmission of inverse business channel.
Description
Technical field
The present invention relates to multi-carrier EV-DO (Evolution-Data Only) technical field, more particularly, the present invention relates to a kind of multi-carrier EV-DO system reverse traffic channel control information implementation method.
Background technology
Along with the fast development of Internet protocol (IP) data network, support high speed packet data service in order to go up at code division multiple access (CDMA), the notion of EV-DO has been proposed at present.
In November, 2000,3G (Third Generation) Moblie collaborative project tissue (3GPP) 2 promulgation 1xEV-DO versions 0 standard.1xEV-DO version 0 uses time-division multiplex technology on the forward link, and adopts adaptive modulation and coding mode, dynamic channel assessment, and mixed automatic repeat request (ARQ) waits machine-processedly, and the forward direction peak rate is brought up to 2.4Mbps.In April, 2004, the issue of 1xEV-DO version A standard, 1xEV-DO version A is the enhancement mode of 1xEV-DO version 0, it is by a series of technological means, physical layer at reverse link has adopted ARQ technology and enhancement mode MAC algorithm, improving delay character, thereby make forward direction and reversed peak speed bring up to 3.1Mbps and 1.8Mbps respectively.
The 1XEV-DO system belongs to single-carrier system, and one of them wireless access terminal (AT) can support a plurality of data flow transmission simultaneously.Reverse rate control in the 1XEV-DO system is by reverse traffic channel MAC control protocol, each data flow is carried out resource allocation, to determine the transmission rate of this reverse carrier wave.For the resource allocation of each stream, each stream all has a bucket that distributable resource is accumulated.In the time of each scheduling, according to the stock number that enters bucket and the available volume of resources of accumulation, draw the stock number that the possibility maximum goes out bucket, take all factors into consideration the situation of each stream again, determine a kind of speed grade to satisfy maximum and go out a barrel resource quantitative limitation.The packet that final decision sends is made of jointly selected stream, and each stream is contributed a given data for this packet.In data transmission procedure, the parameter of bucket all is the AT real-time update, and the parameter of bucket also can be specified by access network (AN).
In the reverse traffic channel transmission, every certain time interval, AT just can pass through Request message, the quantity (NumMACFLows) of notice Radio Access Network (AN) the current stream that is transmitting, for supplying the maximum (MaxSupportableTxT2P) of Resources allocation on length of data queue of each flow distribution (QueueLength) and the single carrier wave.At any time simultaneously, AN can pass through Grant message, the parameter that notice AT uses this Grant message to carry for each appointed stream is carried out correlation computations, and wherein the Grant message parameter of carrying comprises in traffic identifier (MACFlowID), this inflows bucket stock number (T2Pinflow), this stream bucket and accumulates stock number (BucketLevel), appointment maintenance duration (TT2Phold).
By Request message, AN can understand the current transmission situation of AT; By Grant message, AN can control the transmission of each stream.Request message and Grant message are very important control messages in the 1xEV-DO system reverse Traffic Channel MAC agreement.
Entrained parameter is all only at the single carrier wave of current use in existing Request message and the Grant message, and in multicarrier system, AT may transmit on many reverse carrier waves simultaneously, if therefore AT still transmits information by existing Request message to AN in multicarrier system, AN just can not distinguish it is the transmission information of the reverse carrier wave of which bar; Equally, if AN still carries out the Control Parameter renewal by existing Grant message to AT in multicarrier system, AT then can not distinguish Control Parameter on which bar carrier wave is upgraded.
Therefore, Request message of the prior art and Grant message are only applicable to single-carrier system, and can't realize the information interaction between the AT and AN in the multicarrier system, thereby can not guarantee the transfer of data of reverse traffic channel in the multi-carrier EV-DO system.
Summary of the invention
In view of this, main purpose of the present invention is to propose a kind of multi-carrier EV-DO system reverse traffic channel control information implementation method, makes that AT and AN can be good fit, thereby guarantees the transfer of data of reverse traffic channel in the multi-carrier EV-DO system.
For achieving the above object, technical scheme of the present invention is achieved in that
In a kind of multi-carrier EV-DO system reverse traffic channel transmission, AT is to the method for AN circular carrier transmission information, and this method may further comprise the steps:
A1, AT assembling Request message, described assembling back Request message comprises the transmission information of identification information and every carrier wave of every carrier wave, wherein the identification information of every carrier wave is corresponding with the transmission information of this carrier wave, and AT sends described assembling back Request message to AN;
B1, AN receive described assembling Request message afterwards, and according to the identification information of every carrier wave, obtain the transmission information with corresponding every the carrier wave of identification information.
Preestablish the time interval, steps A 1 described AT sends assembling back Request message to AN and is: every the described time interval, AT periodically sends described assembling back Request message to AN.
The transmission information of described every carrier wave, comprise the stream that every carrier wave is transmitting quantity, on the length of data queue of each flow distribution, the single carrier wave can in the maximum of Resources allocation any one or wherein more than one combination in any.
The length of the identification information of described every carrier wave is 4 bits.
In a kind of multi-carrier EV-DO system reverse traffic channel transmission, AN is to the method for AT circular carrier Control parameter, and this method may further comprise the steps:
A2, AN assembling Grant message, described assembling back Grant message comprises the Control Parameter of identification information and every carrier wave of every carrier wave, the identification information of wherein said every carrier wave is corresponding with the Control Parameter of this carrier wave, and AN sends described assembling back Grant message to AT;
B2, AT receive described assembling Grant message afterwards, and according to the identification information of described every carrier wave, obtain the Control Parameter with corresponding every the carrier wave of identification information.
Steps A 2 described AN send assembling back Grant message to AT: the Request message that AN response AT sends sends assembling back Grant message, and perhaps AN initiatively sends assembling back Grant message to AT.
The Control Parameter of described every carrier wave, the parameter that comprises traffic identifier in this carrier wave, flows into a bucket stock number, accumulates stock number, uses when stream is dispatched in the stream bucket, and specify and keep in the duration any one or wherein more than one combination in any.
The length of the identification information of described every carrier wave is 4 bits.
The parameter that the Control Parameter of described every carrier wave comprises traffic identifier in this carrier wave, flows into a bucket stock number, accumulate stock number, use when stream is dispatched in the stream bucket, and specify and keep duration, and this method further comprises:
Obtain the Control Parameter of described every carrier wave at AT after, further according to the parameter that accumulates stock number, uses when stream is dispatched in described traffic identifier, an inflow bucket stock number, the stream bucket, and specify the maintenance duration, each data flow in every carrier wave is carried out the resource allocation control and treatment.
The exchange method of AN and AT in a kind of multi-carrier EV-DO system reverse traffic channel transmission, this method may further comprise the steps:
A3, AT assembling Request message, described assembling back Request message comprises the transmission information of identification information and every carrier wave of every carrier wave, wherein the identification information of every carrier wave is corresponding with the transmission information of this carrier wave, and AT sends described assembling back Request message to AN;
B3, AN receive described assembling Request message afterwards, and according to the identification information of every carrier wave, obtain the transmission information with corresponding every the carrier wave of identification information;
C3, in response to the transmission information of every carrier wave, AN assembling Grant message, and send described assembling Grant message afterwards to AT comprises the Control Parameter of each each data flow of carrier wave in the Grant message after the wherein said assembling;
D4, AT receive described assembling back Grant message, obtain the Control Parameter of described each each data flow of carrier wave, and upgrade the Control Parameter of each each data flow of carrier wave of this AT self.
This method further comprises, preestablishes the time interval, and steps A 3 described AT send assembling back Request message to AN and are: every the described time interval, AT periodically sends described assembling back Request message to AN.
The parameter that the Control Parameter of described every carrier wave comprises traffic identifier in this carrier wave, flows into a bucket stock number, accumulate stock number, use when stream is dispatched in the stream bucket, and specify and keep duration, and this method further comprises:
Obtain the Control Parameter of described every carrier wave at AT after, further according to the parameter that accumulates stock number, uses when stream is dispatched in described traffic identifier, an inflow bucket stock number, the stream bucket, and specify the maintenance duration, each data flow in every carrier wave is carried out the resource allocation control and treatment.
As can be seen from the above technical solutions, in invention, AT assembles Request message and sends assembling back Request message to AN, wherein assembling back Request message comprises the transmission information of identification information and every carrier wave of every carrier wave, and the identification information of every carrier wave is corresponding with the transmission information of this carrier wave.Therefore, AN can be according to the identification information of every carrier wave after receiving assembling back Request message, obtains the transmission information with corresponding every the carrier wave of identification information, thereby can distinguish the information of different carrier by the identification information of carrier wave.So behind application the present invention, AT can circulate a notice of the transmission information of all carrier waves to AN, AN just can understand the transmission situation of many reverse carrier waves of AT thus.
In addition, in the present invention, AN assembles Grant message and sends assembling back Grant message to AT, and Grant message comprises the Control Parameter of identification information and every carrier wave of every carrier wave after wherein assembling, and the identification information of every carrier wave is corresponding with the Control Parameter of this carrier wave.Therefore, AT can be according to the identification information of every carrier wave after receiving assembling back Grant message, obtains the Control Parameter with corresponding every the carrier wave of identification information, thereby can distinguish Control Parameter at different carrier by the identification information of carrier wave.So behind application the present invention, AN can circulate a notice of the Control Parameter of all carrier waves to AT, AN just can control the transmission of many carrier waves of AT thus.
This shows that behind application the present invention, AT and AN can be good fit, thereby guarantee the transfer of data of reverse traffic channel in the multi-carrier EV-DO system.
Description of drawings
Fig. 1 is according in the transmission of the multi-carrier EV-DO system reverse traffic channel of the embodiment of the invention, and AT is to the method flow schematic diagram of AN circular carrier transmission information;
Fig. 2 is according in the transmission of the multi-carrier EV-DO system reverse traffic channel of the embodiment of the invention, and AN is to the method flow schematic diagram of AT circular carrier Control parameter;
Fig. 3 is according in the transmission of the multi-carrier EV-DO system reverse traffic channel of the embodiment of the invention, exchange method schematic flow sheet between AN and the AT.
Embodiment
For making the purpose, technical solutions and advantages of the present invention express clearlyer, the present invention is further described in more detail below in conjunction with drawings and the specific embodiments.
In the multi-carrier EV-DO system, AT can support a plurality of reverse carrier wave chain circuits to carry out transfer of data simultaneously, and maximum can be supported 15 reverse carrier waves.Each AT can also support several data stream to transmit simultaneously simultaneously.For the reverse traffic channel of multi-carrier EV-DO system is controlled, at first need the data of each data flow are distributed to each reverse carrier wave by certain dispatching algorithm, on each reverse carrier wave, each is flow to the line pipe reason then, draw the reverse transfer speed on this reverse carrier wave by the bucket Resource Management Algorithm in the 1xEV-DO system.
Main thought of the present invention is: in the mutual control messages, just add carrier identification information in Request message and the Grant message between AT and AN, thereby distinguish the control information of different carrier according to carrier identification information.
Fig. 1 is according in the transmission of the multi-carrier EV-DO system reverse traffic channel of the embodiment of the invention, and AT is to the method flow schematic diagram of AN circular carrier transmission information.As shown in Figure 1, this method may further comprise the steps:
Step 101:AT assembling Request message, assembling back Request message comprises the transmission information of identification information and every carrier wave of every carrier wave, wherein the identification information of every carrier wave is corresponding with the transmission information of this carrier wave, and AT sends assembling back Request message to AN;
In Request message, utilize carrier identification information to distinguish the information of different carrier here.Because if many reverse carrier waves are arranged, just must carry the transmission information that AT reports at every carrier wave, AN just can distinguish the transmission information of different carrier by carrier identification information.Only need 1 Request message can realize reporting the function of all carrier informations herein.Certainly, also can notify AN respectively with the transmission information of every reverse carrier wave by sending many Request message.
Preferably, the transmission information of every carrier wave comprises the quantity of the stream that every carrier wave is transmitting, for can be for the maximum of Resources allocation on the length of data queue of each flow distribution, the single carrier wave etc.
When assembling Request message, Request message can have different forms.For example: Request message comprises message identifier (MessageID), the quantity (NumMACFlows) of the current stream that is transmitting of this AT, the number of the reverse carrier wave that this AT is all (NumReverseChannels), reverse carrier identification (ReverseChannelIndex), every current resource (MaxSupportableTxT2P) that provides of reverse carrier wave, MAC traffic identifier (MACFlowID), the length of data queue (QueueLength) of every stream on every reverse carrier wave, fields such as reserved field, wherein the length of MessageID is 8 bits, the length of NumMACFlows field is 5 bits, and the length of NumReverseChannels field is 5 bits; The length of ReverseChannelIndex field is 4 bits; The length of MaxSupportableTxT2P field is 8 bits, and the length of MACFlowID field is 4 bits; The length of QueueLength field is 4 bits; The length of reserved field can be decided with need between 0 to 7 bit.Preferably, can be the identification information of every carrier wave is corresponding with the transmission information of this carrier wave by the mode of circulation.Such as:
| Field | Length (bits) |
| MessageID | 8 |
| NnmMACFlows | 5 |
| NumReverseChannels | 5 |
NumReverseChannels circulation
| ReverseChannelIndex | 4 |
| MaxSupportableTxT2P | 8 |
NumMACFlows circulation
{
| MACFlowID | 4 |
NumReverseChannels circulation
{
| ReverseChannelIndex | 4 |
| QueueLength | 4 |
}
}
| Reserved | 0～7 (with the need) |
Step 102:AN receives assembling back Request message, and according to the identification information of every carrier wave, obtains the transmission information with corresponding every the carrier wave of identification information.
Here, AN receives after the Request message of assembling back, resolve assembling back Request message, obtain the transmission information of identification information and every carrier wave of every carrier wave, and identification information according to every carrier wave, AN obtains the transmission information with corresponding every the carrier wave of identification information, and generally includes the transmission information of each bar stream in this carrier wave in the transmission information of every carrier wave, so can understand the transmission situation of the current a plurality of data flow of AT, a plurality of carrier waves.
Preferably, in above process, can preestablish the time interval, in step 101, every this time interval, AT periodically sends assembling back Request message to AN then.
More than described the method flow of AT, the method flow of AN to AT circular carrier Control parameter has been described below to access network AN circular carrier transmission information.
Fig. 2 is according in the transmission of the multi-carrier EV-DO system reverse traffic channel of the embodiment of the invention, and AN is to the method flow schematic diagram of AT circular carrier Control parameter.As shown in Figure 2, this method may further comprise the steps:
Step 201:AN assembling Grant message, assembling back Grant message comprises the Control Parameter of identification information and every carrier wave of every carrier wave, wherein the identification information of every carrier wave is corresponding with the Control Parameter of this carrier wave, and AN sends assembling back Grant message to AT;
In Grant message, utilize carrier identification information to distinguish the Control Parameter that AN distributes to different carrier here.Because if many reverse carrier waves are arranged, just must carry the Control Parameter that AN distributes at every carrier wave, AT just can distinguish the Control Parameter that is assigned to different carrier by carrier identification information like this.Only need 1 Grant message can realize assigning the function of all carrier Control parameters herein.Certainly, also can notify AT respectively with the Control Parameter of every reverse carrier wave by sending many Grant message.
Preferably, the Control Parameter of every carrier wave comprise traffic identifier in this carrier wave, flow into a bucket stock number, accumulation stock number and specify and keep duration in the stream bucket.Obtain the Control Parameter of every carrier wave at AT after, further keep duration, each data flow in every carrier wave is carried out the resource allocation control and treatment according to accumulation stock number and appointment in traffic identifier, an inflow bucket stock number, the stream bucket.
When assembling Grant message, Grant message can have different forms.For example: Grant message comprises message identifier (MessageID), the quantity (NumMACFlows) of the current stream that is transmitting of this AT, the number (NumReverseChannels) of reverse carrier wave under this stream, reverse carrier identification (ReverseChannelIndex), MAC traffic identifier (MACFlowID), specify and keep duration (TT2Phold), flow into bucket stock number (T2PInflow), accumulate stock number (BucketLevel) in the stream bucket, parameter (the DataTokenInflow that uses when stream is dispatched, DataTokenBucketLevel), fields such as reserved field, wherein the length of MessageID is 8 bits, the length of NumMACFlows field is 5 bits, and the length of MACFlowID field is 4 bits; The length of DataTokenInflow field is 8 bits; The length of DataTokenBucketLevel field is 8 bits, and the length of NumReverseChannels field is 5 bits, and the length of ReverseChannelIndex field is 4 bits; The length of T2Pinflow field is 8 bits; The length of BucketLevel field is 8 bits; The length of TT2Phold field is 6 bits; The length of reserved field can be decided with need between 0 to 7 bit.Owing in the multi-carrier EV-DO system, increased a bucket again on the upper strata and controlled,, controlled so need use these 2 parameters of DataTokenInflow, DataTokenBucketLevel to control the maximum output of each stream.Being redistributed to each carrier wave through the stream after this barrel control gets on to handle.Preferably, can be the identification information of every carrier wave is corresponding with the Control Parameter of this carrier wave by the mode of circulation.Such as:
| Field | Length (bits) |
| MessageID | 8 |
| NumMACFlows | 5 |
NumMACFlows circulation
{
| MACFlowID | 4 |
| DataTokenInflow | 8 |
| DataTokenBucketLevel | 8 |
| NumReverseChannels | 5 |
NumReverseChannels circulation
{
| ReverseChannelIndex | 4 |
| T2PInflow | 8 |
| BucketLevel | 8 |
| TT2PHold | 6 |
}
}
| Reserved | 0～7 (with the need) |
Step 202:AT receives assembling back Grant message, and according to the identification information of every carrier wave, obtains the Control Parameter with corresponding every the carrier wave of identification information.
Here, AN receives after the Grant message of assembling back, resolve assembling back Grant message, obtain the Control Parameter of identification information and every carrier wave of every carrier wave, and identification information according to every carrier wave, obtain Control Parameter with corresponding every the carrier wave of identification information, and generally include the Control Parameter of each bar stream in this carrier wave in the Control Parameter of every carrier wave, upgrade so AN can carry out Control Parameter to the current a plurality of data flow of AT, a plurality of carrier wave, thereby can control the reverse traffic transmission of AT.
In the above process, AN can send assembling back Grant message to AT in any time of reverse traffic transmission.AN can respond the Request message of AT transmission and send assembling back Grant message, also can initiatively send to AT and assemble back Grant message, and AN can send assembling back Grant message to AT at any time.
The method flow of AN to AT circular carrier Control parameter more than described.Yet, in some cases, AN to AT send Grant message with circular carrier Control parameter and and then the reverse traffic transmission of control AT, be based on Request message that AT sends to AN.Below this process is described.
Fig. 3 is according in the transmission of the multi-carrier EV-DO system reverse traffic channel of the embodiment of the invention, the exchange method schematic flow sheet of AN and AT.As shown in Figure 3, this method may further comprise the steps:
Step 301:AT assembling Request message, assembling back Request message comprises the transmission information of identification information and every carrier wave of every carrier wave, wherein the identification information of every carrier wave is corresponding with the transmission information of this carrier wave, and AT sends assembling back Request message to AN;
Step 302:AN receives assembling back Request message, and according to the identification information of every carrier wave, obtains the transmission information with corresponding every the carrier wave of identification information;
Step 303: in response to the transmission information of every the carrier wave that obtains, AN assembling Grant message, and, wherein comprise the Control Parameter of each each data flow of carrier wave in the Grant message of assembling back to AT transmission assembling back Grant message;
Step 304:AT receives assembling back Grant message, obtains the Control Parameter of each each data flow of carrier wave, and upgrades the Control Parameter of each each data flow of carrier wave of this AT self.
In the above process, can preferably preestablish the time interval, in step 301, every this time interval, AT periodically sends assembling back Request message to AN.The Control Parameter of every the carrier wave that carries in the Grant message comprises traffic identifier in this carrier wave, flows into a bucket stock number, accumulation stock number and specify and keep duration in the stream bucket, AT is after obtaining Grant message so, further keep duration, each data flow in every carrier wave is carried out the resource allocation control and treatment according to accumulation stock number and appointment in traffic identifier, an inflow bucket stock number, the stream bucket.
The above is preferred embodiment of the present invention only, is not to be used to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (12)
1, in a kind of multi-carrier EV-DO system reverse traffic channel transmission, access terminal AT is characterized in that to the method for access network AN circular carrier transmission information this method may further comprise the steps:
A1, AT assembling Request message, described assembling back Request message comprises the transmission information of identification information and every carrier wave of every carrier wave, wherein the identification information of every carrier wave is corresponding with the transmission information of this carrier wave, and AT sends described assembling back Request message to AN;
B1, AN receive described assembling Request message afterwards, and according to the identification information of every carrier wave, obtain the transmission information with corresponding every the carrier wave of identification information.
2, according to the method for claim 1, it is characterized in that this method further comprises, preestablishes the time interval, steps A 1 described AT sends assembling back Request message to AN: every the described time interval, AT periodically sends described assembling back Request message to AN.
3, according to the method for claim 1, it is characterized in that, the transmission information of described every carrier wave, comprise the stream that every carrier wave is transmitting quantity, on the length of data queue of each flow distribution, the single carrier wave can in the maximum of Resources allocation any one or wherein more than one combination in any.
According to the method for claim 1, it is characterized in that 4, the length of the identification information of described every carrier wave is 4 bits.
5, in a kind of multi-carrier EV-DO system reverse traffic channel transmission, AN is characterized in that to the method for AT circular carrier Control parameter this method may further comprise the steps:
A2, AN assembling Grant message, described assembling back Grant message comprises the Control Parameter of identification information and every carrier wave of every carrier wave, the identification information of wherein said every carrier wave is corresponding with the Control Parameter of this carrier wave, and AN sends described assembling back Grant message to AT;
B2, AT receive described assembling Grant message afterwards, and according to the identification information of described every carrier wave, obtain the Control Parameter with corresponding every the carrier wave of identification information.
6, method according to claim 5, it is characterized in that, steps A 2 described AN send assembling back Grant message to AT: the Request message that AN response AT sends sends described assembling back Grant message, and perhaps AN initiatively sends described assembling back Grant message to AT.
7, method according to claim 5, it is characterized in that, the Control Parameter of described every carrier wave, the parameter that comprises traffic identifier in this carrier wave, flows into a bucket stock number, accumulates stock number, uses when stream is dispatched in the stream bucket, and specify and keep in the duration any one or wherein more than one combination in any.
8, method according to claim 5 is characterized in that, the length of the identification information of described every carrier wave is 4 bits.
9, method according to claim 5, it is characterized in that, the Control Parameter of described every carrier wave comprises traffic identifier in this carrier wave, flows into a bucket stock number, accumulation stock number and specify and keep duration in the parameter of using when stream is dispatched, stream bucket, and this method further comprises:
Obtain the Control Parameter of described every carrier wave at AT after, further keep duration, each data flow in every carrier wave is carried out the resource allocation control and treatment according to accumulating stock number and specify in described traffic identifier, an inflow bucket stock number, the parameter of using when stream is dispatched, the stream bucket.
10, the exchange method of AN and AT in a kind of multi-carrier EV-DO system reverse traffic channel transmission is characterized in that this method may further comprise the steps:
A3, AT assembling Request message, described assembling back Request message comprises the transmission information of identification information and every carrier wave of every carrier wave, wherein the identification information of every carrier wave is corresponding with the transmission information of this carrier wave, and AT sends described assembling back Request message to AN;
B3, AN receive described assembling Request message afterwards, and according to the identification information of every carrier wave, obtain the transmission information with corresponding every the carrier wave of identification information;
C3, in response to the transmission information of every the carrier wave that obtains, AN assembling Grant message, and send described assembling Grant message afterwards to AT comprises the Control Parameter of each each data flow of carrier wave in the Grant message after the wherein said assembling;
D4, AT receive described assembling back Grant message, obtain the Control Parameter of described each each data flow of carrier wave, and upgrade the Control Parameter of each each data flow of carrier wave of this AT self.
11, method according to claim 10, it is characterized in that this method further comprises, preestablishes the time interval, steps A 3 described AT send assembling back Request message to AN: every the described time interval, AT periodically sends described assembling back Request message to AN.
12, method according to claim 10, it is characterized in that, the parameter that the Control Parameter of described every carrier wave comprises traffic identifier in this carrier wave, flows into a bucket stock number, accumulate stock number, use when stream is dispatched in the stream bucket, and specify the maintenance duration, and this method further comprises:
Obtain the Control Parameter of described every carrier wave at AT after, further according to the parameter that accumulates stock number, uses when stream is dispatched in described traffic identifier, an inflow bucket stock number, the stream bucket, and specify the maintenance duration, each data flow in every carrier wave is carried out the resource allocation control and treatment.
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| CNB2005101168053A CN100355233C (en) | 2005-10-27 | 2005-10-27 | Method for realizing multi-carrier EV-DO system reverse traffic channel control information |
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| US8064409B1 (en) * | 1999-08-25 | 2011-11-22 | Qualcomm Incorporated | Method and apparatus using a multi-carrier forward link in a wireless communication system |
| US8254358B2 (en) * | 2003-03-06 | 2012-08-28 | Ericsson Ab | Communicating a broadcast message to change data rates of mobile stations |
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