CN102970708B - A kind of determination method and device for configuring RBG sizes and numbering after burst carrier wave - Google Patents
A kind of determination method and device for configuring RBG sizes and numbering after burst carrier wave Download PDFInfo
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- CN102970708B CN102970708B CN201110257046.8A CN201110257046A CN102970708B CN 102970708 B CN102970708 B CN 102970708B CN 201110257046 A CN201110257046 A CN 201110257046A CN 102970708 B CN102970708 B CN 102970708B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L5/00—Arrangements affording multiple use of the transmission path
- H04L5/0001—Arrangements for dividing the transmission path
- H04L5/0003—Two-dimensional division
- H04L5/0005—Time-frequency
- H04L5/0007—Time-frequency the frequencies being orthogonal, e.g. OFDM(A), DMT
- H04L5/001—Time-frequency the frequencies being orthogonal, e.g. OFDM(A), DMT the frequencies being arranged in component carriers
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L5/00—Arrangements affording multiple use of the transmission path
- H04L5/003—Arrangements for allocating sub-channels of the transmission path
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Abstract
The present invention discloses a kind of determination method for configuring RBG sizes and numbering after burst carrier wave, including：ENB is that UE is configured after burst carrier wave, and the eNB and UE determine that RBG sizes are unified and be equal to RBG sizes corresponding with the backward compatibility carrier wave that the burst carrier pairings are used；According to the RBG sizes of determination, the RB of the backward compatibility carrier wave and the burst carrier wave RB are considered as an entirety or two parts carry out RBG division, the RBG of RBG and the burst carrier wave to the backward compatibility carrier wave after division are numbered；The present invention also provides a kind of determining device for configuring RBG sizes and numbering after burst carrier wave.Technique according to the invention scheme so that UE can more be convenient to use burst carrier wave, for the influence of new system when reduction burst carrier bandwidths are smaller to greatest extent.
Description
Technical field
The present invention relates to wireless communication field, more particularly to a kind of determination for configuring RBG sizes and numbering after burst carrier wave
Method and device.
Background technology
Development with Mobile Communication Industry and the continuous growth to mobile data services demand, people are to mobile logical
The requirement more and more higher of the speed and service quality (QoS, Quality of Service) of letter, therefore in 3G (Third Generation) Moblie
Before also without extensive commercialization, the research-and-development activity to next generation mobile communication system is just had begun to, wherein comparing
More typical is Long Term Evolution (LTE, Long Term Evolution) project that third generation partner program starts.LTE systems
Available highest carrier bandwidths of uniting are 20MHz (megahertz), with the further evolution of network, evolution LTE (LTE-A, LTE-
Advanced) as LTE evolution system, up to 100MHz carrier bandwidths can be provided, are supported more flexible higher-quality
Communication, while LTE system possesses good backwards compatibility.There are multiple component carrier (CC, Component in lte-a system
Carrier), a LTE terminal can only operate on the CC of some backward compatibility, and the stronger LTE-A terminals of ability can be with
It is transmitted simultaneously on multiple CC.
In LTE system, when up-link carrier is at intervals of 15kHz, by one subframe of time domain, the continuous or non-company of frequency domain 12
Continuous subcarrier is used as a resource block (RB, Resource Block).Whether RB is continuously divided into Physical Resource Block according to frequency
(PRB) and virtual resource blocks (VRB) two types, it is the least resource unit of uplink and downlink scheduling.
Strengthen base station (eNB, enhanced Node B) carry out scheduling of resource when, by Downlink Control Information (DCI,
Downlink Control Information) scheduling of resource situation is transferred to user equipment (UE, User Equipment).
Transmission DCI physical channel is referred to as Physical Downlink Control Channel (PDCCH, Physical Downlink Control
CHannel).UE explains the content of resource allocation field by PDCCH DCI types.According to the difference of DCI types, to money
The instruction in source is also different.In each PDCCH, resource allocation field is made up of two parts：Resource allocation head and resource block distribute letter
Breath.Resource allocation includes three types：Type 0, Class1 and type 2.Type 0 and Class1 use the bit number of identical quantity,
When being transmitted by DCI Class1,2,2A, 2B, 2C, both possess identical form, now pass through first 1 ratio of resource allocation
Spy distinguishes, and 0 represents that type 0,1 represents Class1.And DCI format 1A, 1B, 1C, 1D are then used for the transmission of type 2.Resource allocation
Type 0/1 indicates resource using PRB, and resource allocation type 2 indicates distributed resource using VRB.
When eNB carries out scheduling of resource, there is following several situations：
1st, DCI is transmitted by Class1,2,2A, 2B, 2C, and resource allocation head bit value is 0：
In resource allocation type 0, resource block assignment information includes a resource block component coordination contour, the resource block component
Coordination contour represents that eNB distributes to resource block group (RBG, Resource Block Group) information of particular UE；RBG size P
Depending on the carrier bandwidths of LTE system, its corresponding relation is as shown in table 1：
Table 1
The number of resource group determines jointly by the carrier bandwidths and resource group size of LTE system, i.e.,
Wherein includeIndividual size is P resource group, and a size isResource block group, and resource
Block group is numbered from 0 to N from low frequency open numbering, RBGRBG- 1 is respectively mapped to highest significant position to least significant bit.
2nd, DCI is transmitted by Class1,2,2A, 2B, 2C, and resource allocation head bit value is 1：
In resource allocation type 1, resource block assignment information is that the UE of a scheduled is indicated in RBG subset ranges
The RB of distribution.The program is grouped according to table 1 to PRB, containing P Physical Resource Block in each RBG, by these resource blocks from 0 to
P-1 is numbered, and chooses the physical resource composition RBG subsets that numbering is p in one section of continuous RBG, eNB is in RBG subset ranges
It is interior that resource allocation is carried out to UE.
In resource allocation type 1, resource block assignment information is divided into 3 fields：First character section is usedIndividual ratio
Selected positions of the RB in RBG of spy's mark, whether second field be using 1 bit labeling using skew, and the 3rd field includes one
Individual bitmap, each bit of the bitmap is used to represent a PRB in selected RBG subsets.Resource block according to frequency growth
It is mapped to since highest significant position on bitmap.The size of the bitmap is defined as：
Because the size of this method Bitmap is less thanTherefore bitmap can not cover all RBG, be carried out in RBG
, it is necessary to use skew during numbering.In the resource block assignment information of the type, whether second field mark uses skew.The word
When section is 0, Δshift(p)=0 without using skew, now the numbering of resource block is incremented by successively from zero since low-limit frequency.Should
To be to introduce skew in resource block number when field is 1.Offseting value isWhereinThe RB quantity in subset of resource sets p is represented, can be obtained by equation below：
At UE ends, decoded by PDCCH, UE obtains the value of i-th of bit in bitmap, according to subset mark p, RB weight
New definition is completed by equation below：
3rd, DCI is transmitted by Class1 A, 1B, 1C, 1D, using resource allocation type 2：
Resource allocation type 0/1 is that resource is indicated using PRB, and resource allocation type 2 is exactly to be indicated using VRB point
With resource.Continuous dispensing can be used when using VRB benefit being exactly scheduling of resource, then again by local or distributed
VRB is assigned to PRB by mode, while also saving the expense of signaling bit.
From table 1 it follows that the size of carrier bandwidths determines RBG size, and then determine resource allocation in DCI
The number and the overall bit lengths of DCI of bit number.
Burst carrier wave (Carrier Segment) is a kind of carrier wave of incompatibility, and burst carrier wave can not be independently operated, only
It can be used as a part for the bandwidth of a certain backward compatibility carrier wave, to increase the transmittability of backward compatibility carrier wave.Burst is carried
Ripple with pairing backward compatibility carrier wave bandwidth sum no more than 110RBs (Carrier segments, If specified,
are defined as the bandwidth extensions of a backwards compatible component
carrier(no larger than 110RBs in total)and constitute a mechanism to utilize
frequency resources in case new transmission bandwidths are needed in a
backwards compatible way complementing carrier aggregation means)。
When being configured with burst carrier wave, it is contemplated that its characteristic：Increase after burst carrier wave still with a PDCCH come after indicating
To compatible carrier wave and the overall resource of burst carrier wave.The addition of burst carrier wave can bring the increase of PRB sums, cause to occur backward
The corresponding RBG of the respective PRB quantity of carrier wave all different situations, i.e. lowest version UE after compatible carrier wave, burst carrier wave and polymerization
The RBG causes not of uniform size determined with the redaction UE for being configured with burst carrier wave according to PRB quantity.Because existing standard is not supported together
When for two or more different RBG size UE distribute resource, therefore configuration burst carrier wave after, will face and how to determine
RBG sizes, the problem of to be explicitly indicated resource allocation information.
The content of the invention
In view of this, it is a primary object of the present invention to provide after a kind of configuration burst carrier wave RBG sizes and number really
Determine method and device so that redaction UE can more be convenient to use burst carrier wave, reduce burst carrier bandwidths to greatest extent
For the influence of new system when smaller.
To reach above-mentioned purpose, the technical proposal of the invention is realized in this way：
The present invention provides a kind of determination method for configuring RBG sizes and numbering after burst carrier wave, including：
ENB is that UE is configured after burst carrier wave, and the eNB and UE determine that the unification of RBG sizes is equal to and matched somebody with somebody with the burst carrier wave
To the corresponding RBG sizes of backward compatibility carrier wave used；
According to the RBG sizes of determination, by the RB of the backward compatibility carrier wave and the burst carrier wave RB be considered as one it is whole
Body or two parts carry out RBG division, and the RBG of RBG and the burst carrier wave to the backward compatibility carrier wave after division enter
Line number.
In the above method, the RB by the RB of the backward compatibility carrier wave and the burst carrier wave is considered as an entirety and entered
Row RBG division：
The RB of the backward compatibility carrier wave and the burst carrier wave RB is considered as an entirety, according to the unification of determination
RBG sizes only included in RBG division, each RBG after division the RB of the backward compatibility carrier wave, or only comprising described
The RB of burst carrier wave, or the RB of the RB comprising the backward compatibility carrier wave and the burst carrier wave simultaneously.
In the above method, this method also includes：
When the RB of the backward compatibility carrier wave and the RB sum of the burst carrier wave are not the integral multiples of RBG sizes,
The RB quantity included in one of RBG is allowed to be less than RBG sizes.
In the above method, the RBG of the backward compatibility carrier wave after described pair of division and the RBG of the burst carrier wave are carried out
Numbering is：
The RBG of the backward compatibility carrier wave after division is numbered since 0, compiled from the RBG of backward compatibility carrier wave
Number maximum rise, according to the frequency range of burst carrier wave from low to high or from high frequency to low frequency, successively to the burst carrier wave
RBG be numbered.
In the above method, the RB by the RB of the backward compatibility carrier wave and the burst carrier wave is considered as two parts progress
RBG's is divided into：
The RB of the backward compatibility carrier wave and the burst carrier wave RB are considered as two parts, respectively according to the unification of determination
RBG sizes carry out RBG division, the RB of the backward compatibility carrier wave only include in each RBG after division, or only comprising institute
The RB of burst carrier wave is stated, the RB of RB and the burst carrier wave comprising the backward compatibility carrier wave when different.
In the above method, this method also includes：
When the RB quantity included in the backward compatibility carrier wave and/or the burst carrier wave is not the integral multiple of RBG sizes
When, it is allowed to the RB quantity included in one of RBG of backward compatibility carrier wave and/or one of RBG of burst carrier wave is less than
RBG sizes.
In the above method, the RBG of the backward compatibility carrier wave after described pair of division and the RBG of the burst carrier wave are carried out
Numbering is：
The RBG of the backward compatibility carrier wave after division is numbered since 0, and from the backward compatibility carrier wave
The maximum of RBG numberings rises, according to the frequency range of the burst carrier wave from low to high or from high frequency to low frequency, successively to described
The RBG of burst carrier wave is numbered.
In the above method, the RBG of the backward compatibility carrier wave after described pair of division and the RBG of the burst carrier wave are carried out
Numbering is：
The RBG of the backward compatibility carrier wave after division is numbered since 0, and since 0, according to the burst
The RBG of the burst carrier wave is numbered successively from low to high or from high frequency to low frequency for the frequency range of carrier wave.
The present invention also provides a kind of determining device for configuring RBG sizes and numbering after burst carrier wave, including：Configuration module,
Size determining module, division module, numbering module；Wherein,
Configuration module, for configuring burst carrier wave for UE；
Size determining module, for after configuration module is UE configuration burst carrier waves, determining that RBG sizes are unified and being equal to and institute
State the corresponding RBG sizes of backward compatibility carrier wave that burst carrier pairings are used；
Division module, for the RBG sizes according to determination, by the RB of the backward compatibility carrier wave and the burst carrier wave
RB is considered as an entirety or two parts carry out RBG division；
Numbering module, is compiled for the RBG and the RBG of the burst carrier wave to the backward compatibility carrier wave after division
Number.
The determination method and device of RBG sizes and numbering after the configuration burst carrier wave that the present invention is provided, eNB is UE configurations point
After piece carrier wave, the eNB and UE determine that RBG sizes are unified and are equal to the backward compatibility carrier wave pair used with the burst carrier pairings
The RBG sizes answered；According to the RBG sizes of determination, the RB of the backward compatibility carrier wave and the burst carrier wave RB are considered as one
Individual entirety or two parts carry out RBG division, the RBG's and the burst carrier wave to the backward compatibility carrier wave after division
RBG is numbered, and after configuration burst carrier wave, can determine RBG sizes and numbering so that UE can be more convenient to use point
Piece carrier wave, for the influence of new system when reduction burst carrier bandwidths are smaller to greatest extent；For lowest version UE, it ensure that
It is unaffected in the work of backward compatibility carrier wave, and the scheduling rule of base station；In summary, technical scheme can
The chaotic problem of resource allocation caused by different editions UE RBG size disunities is solved, is conducive to LTE-Advanced's and LTE
Compatibility, and LTE-Advanced systems realization.
Brief description of the drawings
Fig. 1 is the schematic flow sheet that the present invention realizes the determination method of RBG sizes and numbering after configuration burst carrier wave；
Fig. 2 is the RBG numbering schematic diagrames of the embodiment of the present invention one；
Fig. 3 is the RBG numbering schematic diagrames of the embodiment of the present invention two；
Fig. 4 is the RBG numbering schematic diagrames of the embodiment of the present invention three；
Fig. 5 is the RBG numbering schematic diagrames of the embodiment of the present invention four；
Fig. 6 is the RBG numbering schematic diagrames of the embodiment of the present invention five；
Fig. 7 is the RBG numbering schematic diagrames of the embodiment of the present invention six；
Fig. 8 is the RBG numbering schematic diagrames of the embodiment of the present invention seven；
Fig. 9 is the structural representation that the present invention realizes the determining device of RBG sizes and numbering after configuration burst carrier wave.
Embodiment
The present invention basic thought be：ENB is that UE is configured after burst carrier wave, and the eNB and UE determine RBG sizes unification etc.
In RBG sizes corresponding with the backward compatibility carrier wave that the burst carrier pairings are used；, will be described according to the RBG sizes of determination
The RB of the RB of backward compatibility carrier wave and the burst carrier wave is considered as an entirety or two parts carry out RBG division, after division
The RBG of the backward compatibility carrier wave and the RBG of the burst carrier wave be numbered.
The present invention is described in further detail again below by drawings and the specific embodiments.
The present invention provides a kind of determination method for configuring RBG sizes and numbering after burst carrier wave, and Fig. 1 is that present invention realization is matched somebody with somebody
The schematic flow sheet of the determination method of RBG sizes and numbering after burst carrier wave is put, as shown in figure 1, this method comprises the following steps：
Step 101, after eNB is UE configuration burst carrier waves, eNB and UE determine that the unification of RBG sizes is equal to and matched somebody with somebody with burst carrier wave
To the corresponding RBG sizes of backward compatibility carrier wave used；
Specifically, the mapping table of the RBG sizes and carrier bandwidths shown in table 1 is continued to use, when eNB is that redaction UE configures burst
After carrier wave, the amount of bandwidth of burst carrier wave is not considered, and eNB and UE determine that RBG sizes are all unified to be equal to make with burst carrier pairings
The corresponding RBG sizes of backward compatibility carrier wave, so have the advantage that：Make when the bandwidth of burst carrier wave adds to match with it
After the bandwidth of backward compatibility carrier wave, the RBG sizes that new bandwidth is determined according to the rule in original R10 standards, and only
When the RBG sizes that bandwidth only in accordance with backward compatibility carrier wave is determined are identical, existing DCI sizes can be continuing with and adjusted
Degree, it is not necessary to the new DCI sizes of additional designs, existing scheduling mechanism and rule can be continued to use to the full extent, simplify design.
Step 102, according to the RBG sizes of determination, by the RB of backward compatibility carrier wave and burst carrier wave RB be considered as one it is whole
The RB of backward compatibility carrier wave and burst carrier wave RB are considered as the division that two parts carry out RBG by body, to backward simultaneous after division
The RBG and burst carrier wave that hold carrier wave RBG are numbered；
Specifically, RBG sizes determine after, according to the RBG sizes of the determination carry out RBG division, and to division after
RBG is numbered, and the present invention includes three kinds of division methods and corresponding method for numbering serial：
The first is that the RB of backward compatibility carrier wave and burst carrier wave RB are considered as into an entirety, according to the unification of determination
RBG sizes only included in RBG division, each RBG after division the RB of backward compatibility carrier wave, or only include burst carrier wave
RB, or simultaneously comprising backward compatibility carrier wave RB and burst carrier wave RB；As the RB and burst carrier wave of backward compatibility carrier wave
During the integral multiple for the RBG sizes that RB sum is not to determine, it is allowed to which the RB quantity included in one of RBG is less than RBG sizes；
After the completion of RBG is divided, for the RBG of backward compatibility carrier wave, continue to continue to use 3GPP Release-10 regulation, from 0
Start that the RBG of the backward compatibility carrier wave after division is numbered, the RBG of the burst carrier wave after division is from backward compatibility carrier wave
The maximum of RBG numberings, which rises, to be continued to number, can be according to the frequency range of burst carrier wave from low to high successively to burst carrier wave
RBG is numbered, and the RBG of burst carrier wave can also be numbered successively from high frequency to low frequency according to the frequency range of burst carrier wave；
Wherein, in the RB for being considered as the RB of the backward compatibility carrier wave of an entirety and burst carrier wave, the burst carrier wave can be one or
It is multiple, when multiple burst carrier waves and a backward compatibility carrier wave are considered as an entirety, division methods also in compliance with above-mentioned RBG and
Method for numbering serial, the RBG of burst carrier wave is numbered successively from low to high according to the frequency range of burst carrier wave, can also be according to
The RBG of burst carrier wave is numbered successively from high frequency to low frequency for the frequency range of burst carrier wave；
Second is that the RB of backward compatibility carrier wave and burst carrier wave RB are considered as into two parts, respectively according to the unification of determination
RBG sizes carry out RBG division, the RB of backward compatibility carrier wave only include in each RBG after division, or only comprising burst load
The RB of ripple, it is impossible to while the RB of the RB comprising backward compatibility carrier wave and burst carrier wave；When backward compatibility carrier wave and/or burst carrier wave
In the RBG sizes that are not to determine of the RB quantity that includes integral multiple when, continue to use 3GPP Release-10 regulation, it is allowed to backward
The RB quantity included in one of RBG of compatible carrier wave and/or one of RBG of burst carrier wave is less than RBG sizes；
After the completion of RBG is divided, for the RBG of backward compatibility carrier wave, continue to continue to use 3GPP Release-10 regulation, from 0
Start that the RBG of the backward compatibility carrier wave after division is numbered, the RBG of the burst carrier wave after division is from backward compatibility carrier wave
The maximum of RBG numberings, which rises, to be continued to number, can be according to the frequency range of burst carrier wave from low to high successively to burst carrier wave
RBG is numbered, and the RBG of burst carrier wave can also be numbered successively from high frequency to low frequency according to the frequency range of burst carrier wave；
Wherein, the burst carrier wave can be one or more, if multiple burst carrier waves and a backward compatibility carrier wave are considered as two
It is right successively from low to high according to the frequency range of burst carrier wave also in compliance with above-mentioned RBG division methods and method for numbering serial during part
The RBG of burst carrier wave be numbered or according to burst carrier wave frequency range from high frequency to low frequency successively to burst carrier wave
RBG is numbered；
The third is that the RB of backward compatibility carrier wave and burst carrier wave RB are considered as into two parts, respectively according to the unification of determination
RBG sizes carry out RBG division, the RB of backward compatibility carrier wave only include in each RBG after division, or only comprising burst load
The RB of ripple, it is impossible to while the RB of the RB comprising backward compatibility carrier wave and burst carrier wave；When backward compatibility carrier wave and/or burst carrier wave
In the RBG sizes that are not to determine of the RB quantity that includes integral multiple when, continue to use 3GPP Release-10 regulation, it is allowed to backward
The RB quantity included in one of RBG of compatible carrier wave and/or one of RBG of burst carrier wave is less than RBG sizes；
After the completion of RBG is divided, for the RBG of backward compatibility carrier wave, continue to continue to use 3GPP Release-10 regulation, from 0
Start that the RBG of the backward compatibility carrier wave after division is numbered, for the RBG of burst carrier wave, also continue to use 3GPP Release-
10 regulation, can be according to the frequency range of burst carrier wave from low frequency to the carry out RBG numberings of the burst carrier wave after division since 0
The RBG of burst carrier wave is numbered successively since 0 to high frequency, can also be according to the frequency range of burst carrier wave from high frequency to low frequency
The RBG of burst carrier wave is numbered successively since 0；Wherein, the burst carrier wave can be one or more, if many
When individual burst carrier wave and a backward compatibility carrier wave are considered as two parts, RBG division methods and method for numbering serial, are also according to burst
The RBG of burst carrier wave is numbered since 0 from low to high for the frequency range of carrier wave, or according to burst carrier wave frequency range from height
The RBG of burst carrier wave is numbered since 0 to low frequency for frequency.
It is further detailed, in the following embodiments, is configured at least in lte-a system with specific embodiment below
Two polymerizable component carriers used, one of them is 5MHz backward compatibility carrier wave, comprising 25 RB, and at least one
1.4MHz burst carrier wave, each burst carrier wave includes 6 RB.
Embodiment one
In the present embodiment, redaction UE polymerizations are carried using 5MHz backward compatibility carrier wave and 1.4MHz burst
Ripple, when carrying out resource allocation, continues to use the mapping table of carrier bandwidths and RBG sizes in R8, as shown in table 1,5MHz's is backward simultaneous
It is 1 to hold the corresponding RBG sizes of burst carrier wave that the corresponding RBG sizes of carrier wave are 2,1.4MHz, according to the division methods of the present invention
And method for numbering serial：Before unified RBG sizes is configuration burst carrier waves after polymerization, the RBG sizes of backward compatibility carrier wave determine
The 1.4MHz corresponding RBG sizes of burst carrier wave are also 2；
Determine after RBG sizes, by the RBG of backward compatibility carrier wave and the RBG serial numbers of burst carrier wave, be specially：By after
The RB of RB and burst carrier wave to compatible carrier wave are considered as an entirety, and RBG is divided according to fixed RBG sizes；Method for numbering serial
For：The RBG of backward compatibility carrier wave after division continues to use 3GPPRelease-10 regulation from 0 open numbering, the burst after division
The RBG of carrier wave continues to number from the maximum that the RBG of backward compatibility carrier wave is numbered, and coding rule can be according to burst carrier wave
Frequency range the RBG of burst carrier wave is numbered successively from low to high, or according to burst carrier wave frequency range from high frequency to low
The RBG of burst carrier wave is numbered successively for frequency；In the present embodiment, 3GPP Release-10 regulation is continued to use, is carried according to burst
The RBG of burst carrier wave is numbered successively from low to high for the frequency range of ripple, as shown in Fig. 2 the RBG of backward compatibility carrier wave is compiled
Number it is that from 0 to 12, the RBG numberings of burst carrier wave are from 12 to 15, and both including backward compatibility carrier wave in wherein the 12nd RBG
RB also includes the RB of burst carrier wave.
Embodiment two
In the present embodiment, redaction UE polymerizations are carried using 5MHz backward compatibility carrier wave and 1.4MHz burst
Ripple；When carrying out resource allocation, the mapping table of carrier bandwidths and RBG sizes in R8 is continued to use, as shown in table 1,5MHz's is backward simultaneous
It is 1 to hold the corresponding RBG sizes of burst carrier wave that the corresponding RBG sizes of carrier wave are 2,1.4MHz, according to the division methods of the present invention
And method for numbering serial：Before unified RBG sizes is configuration burst carrier waves after polymerization, the RBG sizes of backward compatibility carrier wave, i.e. 1.4MHz
The corresponding RBG sizes of burst carrier wave also be 2；
Determine after RBG sizes, by the RBG of backward compatibility carrier wave and the RBG serial numbers of burst carrier wave, be specially：By after
The RB of RB and burst carrier wave to compatible carrier wave are considered as two parts, divide RBG according to fixed RBG sizes respectively；If simultaneous
The quantity for holding the RB of the carrier wave and/or RB of burst carrier wave is not the integral multiple of RBG sizes, then allows backward compatibility carrier wave wherein
The RB quantity included in one of RBG of one RBG and/or burst carrier wave is less than RBG sizes；Specifically method for numbering serial is：Afterwards
3GPP Release-10 regulation is continued to use from 0 open numbering to the RBG of compatible carrier wave, and the RBG of burst carrier wave is carried from backward compatibility
The maximum of the RBG numberings of ripple, which rises, to be continued to number, and the RBG of burst carrier wave is numbered successively from low to high, or from height
The RBG of burst carrier wave is numbered successively to low frequency for frequency；In the present embodiment, 3GPP Release-10 regulation is continued to use, from low
The RBG of burst carrier wave is numbered successively to high frequency for frequency, as shown in figure 3, the RBG of backward compatibility carrier wave is numbered from 0 to 12, and
1 RB of backward compatibility carrier wave is only included in wherein the 12nd RBG, the RBG of burst carrier wave is numbered from 13 to 15.
Embodiment three
In the present embodiment, redaction UE polymerizations are carried using 5MHz backward compatibility carrier wave and 1.4MHz burst
Ripple；When carrying out resource allocation, the mapping table of carrier bandwidths and RBG sizes in R8 is continued to use, as shown in table 1,5MHz's is backward simultaneous
It is 1 to hold the corresponding RBG sizes of burst carrier wave that the corresponding RBG sizes of carrier wave are 2,1.4MHz, according to the division methods of the present invention
And method for numbering serial：Before unified RBG sizes is configuration burst carrier waves after polymerization, the RBG sizes of backward compatibility carrier wave, i.e. 1.4MHz
The corresponding RBG sizes of burst carrier wave also be 2；
Determine after RBG sizes, the RBG and the RBG of wavelength-division piece carrier wave that backward compatibility is carried are numbered respectively, be specially：By after
The RB of RB and burst carrier wave to compatible carrier wave are considered as two parts, divide RBG according to fixed RBG sizes respectively；If simultaneous
The quantity for holding the RB of the carrier wave and/or RB of burst carrier wave is not the integral multiple of RBG sizes, then allows backward compatibility carrier wave wherein
The RB quantity included in one of RBG of one RBG and/or burst carrier wave is less than RBG sizes；Specifically coding rule is：Afterwards
3GPP Release-10 regulations are continued to use from 0 open numbering to the RBG of compatible carrier wave, and the RBG of burst carrier wave is from backward compatibility carrier wave
The maximums of RBG numberings rise and continue to number, the RBG of burst carrier wave is numbered successively from low to high, or from high frequency
The RBG of burst carrier wave is numbered successively to low frequency；In the present embodiment, 3GPP Release-10 regulation is continued to use, from low frequency
The RBG of burst carrier wave is numbered successively to high frequency numbering, as shown in figure 4, the RBG of backward compatibility carrier wave is numbered from 0 to 12,
And 1 RB of backward compatibility carrier wave is only included in wherein the 12nd RBG, the RBG of burst carrier wave is numbered from 0 to 2.
Example IV
In the present embodiment, redaction UE polymerizations use 10MHz backward compatibility carrier wave and 1.4MHz burst
Carrier wave；When carrying out resource allocation, the mapping table of carrier bandwidths and RBG sizes in R8 is continued to use, as shown in table 1,10MHz's is backward
The corresponding RBG sizes of burst carrier wave that the corresponding RBG sizes of compatible carrier wave are 3,1.4MHz are 1, according to the division side of the present invention
Method and method for numbering serial：Before unified RBG sizes is configuration burst carrier waves after polymerization, the RBG sizes of backward compatibility carrier wave, i.e.,
The 1.4MHz corresponding RBG sizes of burst carrier wave are also 3；
Determine after RBG sizes, by the RBG of backward compatibility carrier wave and the RBG serial numbers of burst carrier wave, be specially：By after
The RB of RB and burst carrier wave to compatible carrier wave are considered as an entirety, and RBG is divided according to fixed RBG sizes；Specific numbering
Rule is：The RBG of backward compatibility carrier wave continues to use 3GPPRelease-10 regulations from 0 open numbering, and the RBG of burst carrier wave is from backward
The maximum of the RBG numberings of compatible carrier wave, which rises, to be continued to number, and the RBG of burst carrier wave is numbered successively from low to high,
Or the RBG of burst carrier wave is numbered successively from high frequency to low frequency；In the present embodiment, 3GPP Release-10 rule are continued to use
It is fixed, number the RBG of burst carrier wave is numbered successively from low to high, as shown in figure 5, the RBG of backward compatibility carrier wave is compiled
Number from 0 to 17, the RBG of burst carrier wave is numbered from 17 to 15, and RB in wherein the 17th RBG both including backward compatibility carrier wave or
Include the RB of burst carrier wave.
Embodiment five
In the present embodiment, redaction UE polymerizations use 10MHz backward compatibility carrier wave and 1.4MHz burst
Carrier wave；When carrying out resource allocation, the mapping table of carrier bandwidths and RBG sizes in R8 is continued to use, as shown in table 1,5MHz's is backward
The corresponding RBG sizes of burst carrier wave that the corresponding RBG sizes of compatible carrier wave are 3,1.4MHz are 1, according to the division side of the present invention
Method and method for numbering serial：Before unified RBG sizes is configuration burst carrier waves after polymerization, the RBG sizes of backward compatibility carrier wave, i.e.,
The 1.4MHz corresponding RBG sizes of burst carrier wave are also 3；
Determine after RBG sizes, by the RBG of backward compatibility carrier wave and the RBG serial numbers of burst carrier wave, be specially：By after
The RB of RB and burst carrier wave to compatible carrier wave are considered as two parts, divide RBG according to fixed RBG sizes respectively；If simultaneous
The quantity for holding the RB of the carrier wave and/or RB of burst carrier wave is not the integral multiple of RBG sizes, then allows backward compatibility carrier wave wherein
The RB quantity included in one of RBG of one RBG and/or burst carrier wave is less than RBG sizes；Specifically coding rule is：Afterwards
3GPP Release-10 regulations are continued to use from 0 open numbering to the RBG of compatible carrier wave, and the RBG of burst carrier wave is from backward compatibility carrier wave
The maximums of RBG numberings rise and continue to number, the RBG of burst carrier wave is numbered successively from low to high, or from high frequency
The RBG of burst carrier wave is numbered successively to low frequency；In the present embodiment, 3GPP Release-10 regulation is continued to use, from low frequency
The RBG of burst carrier wave is numbered successively to high frequency, as shown in fig. 6, the RBG of backward compatibility carrier wave is numbered from 0 to 16, and its
In only include 2 RB of backward compatibility carrier wave in the 16th RBG, the RBG numberings of burst carrier wave are from 17 to 18.
Embodiment six
In the present embodiment, redaction UE polymerizations use 10MHz backward compatibility carrier wave and 1.4MHz burst
Carrier wave；When carrying out resource allocation, the mapping table of carrier bandwidths and RBG sizes in R8 is continued to use, as shown in table 1,10MHz's is backward
The corresponding RBG sizes of burst carrier wave that the corresponding RBG sizes of compatible carrier wave are 3,1.4MHz are 1, according to the division side of the present invention
Method and method for numbering serial：Before unified RBG sizes is configuration burst carrier waves after polymerization, the RBG sizes of backward compatibility carrier wave, i.e.,
The 1.4MHz corresponding RBG sizes of burst carrier wave are also 3；
Determine after RBG sizes, the RBG of the RBG of backward compatibility carrier wave and burst carrier wave is numbered respectively, be specially：By after
The RB of RB and burst carrier wave to compatible carrier wave are considered as two parts, divide RBG according to fixed RBG sizes respectively；If simultaneous
The quantity for holding the RB of the carrier wave and/or RB of burst carrier wave is not the integral multiple of RBG sizes, then allows backward compatibility carrier wave wherein
The RB quantity included in one of RBG of one RBG and/or burst carrier wave is less than RBG sizes；Specifically coding rule is：Afterwards
3GPP Release-10 regulations are continued to use from 0 open numbering to the RBG of compatible carrier wave, and the RBG of burst carrier wave is from backward compatibility carrier wave
The maximums of RBG numberings rise and continue to number, the RBG of burst carrier wave is numbered successively from low to high, or from high frequency
The RBG of burst carrier wave is numbered successively to low frequency；In the present embodiment, 3GPP Release-10 regulation is continued to use, from low frequency
The RBG of burst carrier wave is numbered successively to high frequency, as shown in fig. 7, the RBG of backward compatibility carrier wave is numbered from 0 to 16, and its
In only include 2 RB of backward compatibility carrier wave in the 16th RBG, the RBG numberings of burst carrier wave are from 0 to 1.
Embodiment seven
In the present embodiment, redaction UE polymerizations use 10MHz backward compatibility carrier wave and two 1.4MHz burst
Carrier wave；Two of which burst carrier wave is located at the both sides of backward compatibility carrier wave respectively, as shown in Figure 8；When carrying out resource allocation, edge
With the mapping table of carrier bandwidths in R8 and RBG sizes, as shown in table 1, the 10MHz corresponding RBG sizes of backward compatibility carrier wave are
3, the 1.4MHz corresponding RBG sizes of burst carrier wave are 1, according to the division methods and method for numbering serial of the present invention：It is unified after polymerization
RBG sizes for configuration burst carrier wave before, the RBG sizes of backward compatibility carrier wave, the i.e. corresponding RBG of burst carrier wave of 1.4MHz is big
Small is also 3；
Determine after RBG sizes, the RBG of the RBG of backward compatibility carrier wave and burst carrier wave is numbered respectively, be specially：By after
The RB of RB and burst carrier wave to compatible carrier wave are considered as two parts, divide RBG according to fixed RBG sizes respectively；If simultaneous
The quantity for holding the RB of the carrier wave and/or RB of burst carrier wave is not the integral multiple of RBG sizes, then allows backward compatibility carrier wave wherein
The RB quantity included in one of RBG of one RBG and/or burst carrier wave is less than RBG sizes；Specifically coding rule is：Afterwards
3GPP Release-10 regulation is continued to use from 0 open numbering to the RBG of compatible carrier wave, and the RBG of burst carrier wave is carried from backward compatibility
The maximum of the RBG numberings of ripple, which rises, to be continued to number, and the RBG of burst carrier wave is numbered successively from low to high, or from height
The RBG of burst carrier wave is numbered successively to low frequency for frequency；In the present embodiment, 3GPP Release-10 regulation is continued to use, from low
The RBG of burst carrier wave is numbered successively to high frequency for frequency, if configure more than two burst carrier waves, also according to burst
The RBG of burst carrier wave is numbered successively for the order of the frequency range of carrier wave from low to high or from high to low；In the present embodiment, according to
The RBG that burst carrier wave is carried out is numbered successively for the order of the frequency range of burst carrier wave from low to high, as shown in figure 8, backward simultaneous
The RBG numberings for holding carrier wave only include 2 RB of backward compatibility carrier wave from 0 to 16, and in wherein the 16th RBG, burst carrier wave 1
RBG numberings are from 17 to 18, and the RBG of burst carrier wave 2 is numbered from 19 to 20.
To realize the above method, the present invention also provides a kind of determining device for configuring RBG sizes and numbering after burst carrier wave,
Fig. 9 is the structural representation that the present invention realizes the determining device of RBG sizes and numbering after configuration burst carrier wave, as shown in figure 9, should
Device includes：Configuration module 91, size determining module 92, division module 93, numbering module 94；Wherein,
Configuration module 91, for configuring burst carrier wave for UE；
Size determining module 92, for after configuration module 91 is UE configuration burst carrier waves, determining that RBG sizes are uniformly equal to
RBG sizes corresponding with the backward compatibility carrier wave that the burst carrier pairings are used；
Division module 93, for the RBG sizes according to determination, the RB of backward compatibility carrier wave and burst carrier wave RB are considered as
One entirety or two parts carry out RBG division；
Numbering module 94, is numbered for the RBG and the RBG of burst carrier wave to the backward compatibility carrier wave after division.
The RB of backward compatibility carrier wave and burst carrier wave RB are considered as an entirety and carry out drawing for RBG by the division module 93
Point：The RB of backward compatibility carrier wave and burst carrier wave RB are considered as an entirety, carried out according to the unified RBG sizes of determination
The RB of backward compatibility carrier wave is only included in RBG division, each RBG after division, or only includes the RB of burst carrier wave, or simultaneously
RB comprising backward compatibility carrier wave and burst carrier wave RB；When the RB of backward compatibility carrier wave and the RB sum of burst carrier wave are not
During the integral multiple of RBG sizes, it is allowed to which the RB quantity included in one of RBG is less than RBG sizes；
94 pairs of the numbering module divide after the RBG of backward compatibility carrier wave and the RBG of burst carrier wave be numbered for：From
0 starts that the RBG of the backward compatibility carrier wave after division is numbered, and from the maximum that the RBG of backward compatibility carrier wave is numbered, presses
According to burst carrier wave frequency range from low to high or from high frequency to low frequency, the RBG of burst carrier wave is numbered successively.
Or, the RB of backward compatibility carrier wave and burst carrier wave RB are considered as two parts and carry out RBG's by the division module 93
It is divided into：The RB of backward compatibility carrier wave and burst carrier wave RB are considered as two parts, respectively according to the unified RBG sizes of determination
Carry out only including the RB of backward compatibility carrier wave in RBG division, each RBG after division, or only include the RB of burst carrier wave, no
The RB of backward compatibility carrier wave and the RB of burst carrier wave are included simultaneously；As the RB included in backward compatibility carrier wave and/or burst carrier wave
When quantity is not the integral multiple of RBG sizes, it is allowed to one of RBG of backward compatibility carrier wave and/or wherein the one of burst carrier wave
The RB quantity included in individual RBG is less than RBG sizes；
94 pairs of the numbering module divide after the RBG of backward compatibility carrier wave and the RBG of burst carrier wave be numbered for：From
0 starts that the RBG of the backward compatibility carrier wave after division is numbered, and from the maximum that the RBG of backward compatibility carrier wave is numbered,
According to the frequency range of burst carrier wave from low to high or from high frequency to low frequency, the RBG of burst carrier wave is numbered successively；Or,
The RBG of the backward compatibility carrier wave after division is numbered since 0, and since 0, according to the frequency range of burst carrier wave from low frequency
To high frequency or from high frequency to low frequency, the RBG of burst carrier wave is numbered successively.
The foregoing is only a preferred embodiment of the present invention, is not intended to limit the scope of the present invention, it is all
Any modifications, equivalent substitutions and improvements made within the spirit and principles in the present invention etc., should be included in the protection of the present invention
Within the scope of.
Claims (5)
1. a kind of determination method for configuring RBG sizes and numbering after burst carrier wave, it is characterised in that this method includes：
ENB is that UE is configured after burst carrier wave, and the eNB and UE determine that the unification of RBG sizes is equal to be made with the burst carrier pairings
The corresponding RBG sizes of backward compatibility carrier wave；
According to the RBG sizes of determination, the RB of the backward compatibility carrier wave and the burst carrier wave RB are considered as an entirety and entered
The RB of the backward compatibility carrier wave is only included in row RBG division, each RBG after division, or only includes the burst carrier wave
RB, or simultaneously comprising the backward compatibility carrier wave RB and the burst carrier wave RB；
According to the RBG sizes of determination, the RB of the backward compatibility carrier wave and the burst carrier wave RB are considered as two parts and carried out
The RB of the backward compatibility carrier wave is only included in RBG division, each RBG after division, or only includes the burst carrier wave
RB, the RB of RB and the burst carrier wave comprising the backward compatibility carrier wave when different；
The RBG of RBG and the burst carrier wave to the backward compatibility carrier wave after division are numbered；
The RBG of the burst carrier wave be numbered including：For burst carrier wave, the individually numbering, or according to burst carrier wave since 0
Order of the frequency range from low to high or from high frequency to low frequency be numbered and the maximum RBG of Base Serial Number and compatible carrier wave is compiled
It is number continuous.
2. according to the method described in claim 1, it is characterised in that this method also includes：
When the RB of the backward compatibility carrier wave and the RB sum of the burst carrier wave are not the integral multiples of RBG sizes, it is allowed to
The RB quantity included in one of RBG is less than RBG sizes.
3. method according to claim 1 or 2, it is characterised in that described pair divide after the backward compatibility carrier wave
The RBG of RBG and the burst carrier wave be numbered for：
The RBG of the backward compatibility carrier wave after division is numbered since 0, numbered from the RBG of backward compatibility carrier wave
Maximum rises, according to the frequency range of burst carrier wave from low to high or from high frequency to low frequency, successively to the RBG of the burst carrier wave
It is numbered.
4. according to the method described in claim 1, it is characterised in that this method also includes：
When the RB quantity included in the backward compatibility carrier wave and/or the burst carrier wave is not the integral multiple of RBG sizes, permit
Perhaps it is big that the RB quantity included in one of RBG of backward compatibility carrier wave and/or one of RBG of burst carrier wave is less than RBG
It is small.
5. a kind of determining device for configuring RBG sizes and numbering after burst carrier wave, it is characterised in that the device includes：Configure mould
Block, size determining module, division module, numbering module；Wherein,
Configuration module, for configuring burst carrier wave for UE；
Size determining module, for after configuration module is UE configuration burst carrier waves, determining that RBG sizes are unified and being equal to and described point
The corresponding RBG sizes of backward compatibility carrier wave that piece carrier pairings are used；
Division module, for the RBG sizes according to determination, the RB of the backward compatibility carrier wave and the burst carrier wave RB are regarded
Carry out only including the RB of the backward compatibility carrier wave in RBG division, each RBG after division for an entirety, or only include
The RB of the burst carrier wave, or the RB of the RB comprising the backward compatibility carrier wave and the burst carrier wave simultaneously；
According to the RBG sizes of determination, the RB of the backward compatibility carrier wave and the burst carrier wave RB are considered as two parts and carried out
The RB of the backward compatibility carrier wave is only included in RBG division, each RBG after division, or only includes the burst carrier wave
RB, the RB of RB and the burst carrier wave comprising the backward compatibility carrier wave when different；
Numbering module, is numbered for the RBG and the RBG of the burst carrier wave to the backward compatibility carrier wave after division；
The RBG of the burst carrier wave be numbered including：For burst carrier wave, the individually numbering, or according to burst carrier wave since 0
Order of the frequency range from low to high or from high frequency to low frequency be numbered and the maximum RBG of Base Serial Number and compatible carrier wave is compiled
It is number continuous.
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| PCT/CN2012/078413 WO2013029427A1 (en) | 2011-09-01 | 2012-07-10 | Method and device for determining rbg after configuring segment carrier |
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| CN101883434A (en) * | 2010-06-18 | 2010-11-10 | 中兴通讯股份有限公司 | Method for allocating channel resources and base station |
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