CN107172708B - The configuration method and configuration device of PUCCH resource under a kind of polymerization of carrier wave - Google Patents
The configuration method and configuration device of PUCCH resource under a kind of polymerization of carrier wave Download PDFInfo
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- CN107172708B CN107172708B CN201610130500.6A CN201610130500A CN107172708B CN 107172708 B CN107172708 B CN 107172708B CN 201610130500 A CN201610130500 A CN 201610130500A CN 107172708 B CN107172708 B CN 107172708B
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- pucch resource
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/20—Control channels or signalling for resource management
- H04W72/23—Control channels or signalling for resource management in the downlink direction of a wireless link, i.e. towards a terminal
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/04—Wireless resource allocation
- H04W72/044—Wireless resource allocation based on the type of the allocated resource
- H04W72/0453—Resources in frequency domain, e.g. a carrier in FDMA
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/50—Allocation or scheduling criteria for wireless resources
- H04W72/52—Allocation or scheduling criteria for wireless resources based on load
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Abstract
The invention discloses the configuration methods and configuration device of the PUCCH resource under a kind of polymerization of carrier wave, and to solve the problems, such as the configuration method of PUCCH resource in the prior art, there are part UE can not configure PUCCH resource, activation secondary carrier process tedious.This method are as follows: base station is after the secondary carrier signal strength that each UE determined in itself administration is obtained, filter out M UE, and corresponding dedicated PUCCH resource is respectively configured for each of M UE UE, a public PUCCH resource is configured for other UE in addition to M UE, in this way, it not only ensure that when the number of UE is less, each UE can get dedicated PUCCH resource in time, and, since there are the reserved of PUCCH resource, while also ensuring that the UE of a shared public PUCCH resource can also get dedicated PUCCH resource in time.
Description
Technical field
The present invention relates to the configuration sides of the PUCCH resource under wireless communication technology field more particularly to a kind of polymerization of carrier wave
Method and configuration device.
Background technique
In long evolving system (Long Term Evolution, LTE), carrier wave polymerization (Carrier is generallyd use
Aggregation, CA) technology come improve user equipment (User Equipment, UE) data downloading speed and data upload
Rate.When choosing access or resident cell due to UE, it will usually which the cell for choosing high-frequency priority is accessed or stayed
It stays, so, it has a large amount of UE access or resides in the cell of the same high-frequency priority, moreover, in the mistake of carrier wave polymerization
Cheng Zhong needs in the cell (cell of referred to below as above-mentioned high-frequency priority is main plot) using above-mentioned high-frequency priority
PUCCH resource carries out hybrid automatic repeat-request (Hybrid Automatic Repeat reQuest, HARQ) feedback, thus
Lead to the PUCCH resource shortage in main plot.
In the prior art, in order to solve the problems, such as PUCCH resource shortage in main plot, following two PUCCH money is proposed
The configuration method in source:
First method: base station is that each cell configures N number of PUCCH resource for carrier wave polymerization in advance, and determination has
UE (assuming that having 11) the access main plot of carrier aggregation capacity (PUCCH resource for carrier wave polymerization of configuration is 10)
When, respectively it is above-mentioned each have carrier aggregation capacity UE configuration secondary carrier measurement, determine the letter of the secondary carrier of above-mentioned measurement
When number intensity meets preset condition, the signal strength for being followed successively by above-mentioned secondary carrier meets the UE configuration PUCCH resource of preset condition,
And when determining that the business of above-mentioned UE meets preset secondary carrier activation condition, above-mentioned corresponding secondary carrier is directly activated, and
HARQ feedback is carried out using the PUCCH resource of configuration.PUCCH resource, which arrives first, first to be obtained, when the 10 PUCCH money for carrier wave polymerization
After source is used up, the UE (the 11st UE) for having carried out secondary cell measurement can not just configure PUCCH resource, even if in 10 UE before
There is UE to release PUCCH resource, the 11st UE of the above-mentioned UE for having carried out secondary cell measurement) also due to not being reconfigured auxiliary load
Wave measurement and PUCCH resource can not be configured, can only be that the UE of subsequent new access has an opportunity to configure PUCCH resource.
Second method: base station is that each cell configures N number of PUCCH resource for carrier wave polymerization in advance, for having
When UE (assuming that having 11) access main plot (PUCCH resource for carrier wave polymerization is 10) of carrier aggregation capacity, not
Secondary cell measurement is configured for UE, but it is auxiliary small when determining that the business of above-mentioned UE meets secondary carrier activation condition, then for UE configuration
Region measurement when determining that the secondary carrier signal strength of measurement meets preset requirement, configures PUCCH resource for UE, and activate secondary carrier,
And HARQ feedback is carried out using the PUCCH resource of configuration.In this way, after 10 PUCCH resources for carrier wave polymerization are used up,
Although subsequent 11st UE can not configure secondary carrier, after thering is UE to discharge PUCCH resource in 10 UE before, really
When the business of fixed subsequent 11st UE meets preset secondary carrier activation condition, so that it may it configures secondary carrier and measures, and according to
Measurement result configures PUCCH resource, and the corresponding secondary carrier of activation for above-mentioned 11st UE.
Based on above-mentioned analysis, in the configuration method of the first PUCCH resource, and though the business of UE whether meet it is preset auxiliary
Carrier activation condition configures PUCCH resource for UE and still actually answers as long as the result of secondary carrier measurement meets preset requirement
In, the business of part UE does not need activation secondary carrier at all, in this way, will lead to the waste of PUCCH resource, moreover, PUCCH
After resource is used up, the UE for having carried out secondary carrier measurement can not be reconfigured PUCCH resource.
The configuration method of second of PUCCH resource, although it is contemplated that the effective use of PUCCH resource is still determining UE
Business meet secondary carrier activation condition after, be just UE configuration secondary carrier measurement, and secondary carrier measurement result is reported based on UE,
After determining that the secondary carrier signal strength of measurement meets preset requirement, it is reconfigured PUCCH resource, finally, the above-mentioned secondary carrier of reactivation,
Activation is tediously long, has seriously affected user's perception.
Summary of the invention
The configuration method and configuration device of a kind of PUCCH resource under polymerizeing the embodiment of the invention provides carrier wave, to
Solve in the prior art PUCCH resource configuration method there are part UE can not configure PUCCH resource, activation secondary carrier process it is superfluous
Long problem.
Specific technical solution provided in an embodiment of the present invention is as follows:
A kind of configuration method of PUCCH resource under carrier wave polymerization, comprising:
Base station indicates that each user equipment (UE) in compass of competency executes secondary carrier measurement, and determines each UE measurement
The secondary carrier signal strength of acquisition；
Base station filters out M UE, and corresponding dedicated PUCCH money is respectively configured for each of M UE UE
Source, and a public PUCCH resource is configured for other UE in addition to the M UE, wherein the M UE is corresponding
Secondary carrier signal strength meets the UE of preset condition.
Preferably, further comprising:
Base station determines that the business of any one UE in other UE in addition to the M UE meets preset secondary carrier and swashs
When condition living, judge whether the PUCCH resource in the corresponding main plot any one UE has residue；
If so, base station is directly based upon remaining PUCCH resource in the main plot, it is special for any one UE configuration
With PUCCH resource, and the corresponding secondary carrier of any one described UE is activated, and sends secondary carrier to any one described UE and swash
Notification instruction living；
Otherwise, it is preset auxiliary to determine that the business of any one UE is all satisfied in K preset timing cycles for base station
When carrier activation condition, configure dedicated PUCCH resource for any one described UE, and determine configure dedicated PUCCH resource at
After function, the corresponding secondary carrier of any one described UE is activated, and send secondary carrier activation notification to any one described UE and refer to
It enables, wherein the K preset timing cycles are a configuration period.
Preferably, further comprising:
It is right when base station determines that the business of the UE configured with dedicated PUCCH resource meets preset secondary carrier deactivation condition
The corresponding secondary carrier of UE configured with dedicated PUCCH resource is deactivated, and is configured with dedicated PUCCH resource to described
UE send secondary carrier deactivate notification instruction.
Preferably, further comprising:
Base station is within preset PUCCH resource deenergized period, the business of the judgement UE configured with dedicated PUCCH resource
Whether preset secondary carrier activation condition is met again, wherein the preset deenergized period includes N number of preset configuration week
Phase；
If so, base station directly reactivates the corresponding secondary carrier of UE for being configured with dedicated PUCCH resource, and to institute
It states the UE configured with dedicated PUCCH resource and sends the instruction of secondary carrier activation notification；
Otherwise, the dedicated PUCCH resource of the base station recycling UE configured with dedicated PUCCH resource, and to have recycled specially
A public PUCCH resource is configured with the UE of PUCCH resource, and determines the industry of the UE for having recycled dedicated PUCCH resource
When business meets preset secondary carrier activation condition again, configured again for the UE for having recycled dedicated PUCCH resource dedicated
PUCCH resource.
Preferably, base station filters out M UE, and it is respectively configured for each of M UE UE dedicated accordingly
PUCCH resource, comprising:
Base station corresponds to the chronological order of main plot based on each UE access, meets from secondary carrier signal strength default
In the UE of condition, M UE is filtered out, and corresponding dedicated PUCCH money is respectively configured for each of M UE UE
Source.
A kind of configuration device of PUCCH resource under carrier wave polymerization, comprising:
Indicating unit, each user equipment (UE) being used to indicate in compass of competency execute secondary carrier measurement, and determine every
The secondary carrier signal strength that one UE measurement obtains；
Configuration unit is respectively configured accordingly specially for filtering out M UE, and for each of M UE UE
It with PUCCH resource, and is that other UE in addition to the M UE configure a public PUCCH resource, wherein the M UE
Meet the UE of preset condition for corresponding secondary carrier signal strength.
Preferably, the configuration unit is further used for:
Determine that the business of any one UE in other UE in addition to the M UE meets preset secondary carrier activation item
When part, judge whether the PUCCH resource in the corresponding main plot any one UE has residue；
If so, it is directly based upon remaining PUCCH resource in the main plot, it is dedicated for any one UE configuration
PUCCH resource, and the corresponding secondary carrier of any one described UE is activated, and send secondary carrier activation to any one described UE
Notification instruction；
Otherwise, it determines the business of any one UE is all satisfied preset secondary carrier in K preset timing cycles
When activation condition, dedicated PUCCH resource is configured for any one described UE, and after determining the dedicated PUCCH resource success of configuration,
The corresponding secondary carrier of any one described UE is activated, and sends the instruction of secondary carrier activation notification to any one described UE,
In, the K preset timing cycles are a configuration period.
Preferably, the configuration unit is further used for:
When determining that the business of the UE configured with dedicated PUCCH resource meets preset secondary carrier deactivation condition, to described
The corresponding secondary carrier of UE configured with dedicated PUCCH resource is deactivated, and to the UE configured with dedicated PUCCH resource
It sends secondary carrier and deactivates notification instruction.
Preferably, the configuration unit is further used for:
Within preset PUCCH resource deenergized period, whether the business of the judgement UE configured with dedicated PUCCH resource
Meet preset secondary carrier activation condition again, wherein the preset deenergized period includes N number of preset configuration period；
If so, directly reactivating the corresponding secondary carrier of UE for being configured with dedicated PUCCH resource, and match to described
The UE for being equipped with dedicated PUCCH resource sends the instruction of secondary carrier activation notification；
Otherwise, the dedicated PUCCH resource of the recycling UE configured with dedicated PUCCH resource, and it is dedicated to have recycled
The UE of PUCCH resource configures a public PUCCH resource, and determines the business of the UE for having recycled dedicated PUCCH resource
When meeting preset secondary carrier activation condition again, dedicated PUCCH is configured again for the UE for having recycled dedicated PUCCH resource
Resource.
Preferably, filtering out M UE, and corresponding dedicated PUCCH is respectively configured for each of M UE UE
When resource, the configuration unit is used for:
The chronological order that main plot is corresponded to based on each UE access meets preset condition from secondary carrier signal strength
UE in, filter out M UE, and dedicated PUCCH resource accordingly is respectively configured for each of M UE UE.
The embodiment of the present invention has the beneficial effect that:
In the embodiment of the present invention, dedicated PUCCH resource is configured for each of preceding M UE UE, for except preceding M
Other UE except UE only configure a public PUCCH resource, in this way, not only ensure that when the number of UE is less, each
UE can get dedicated PUCCH resource in time, moreover, because there are the reserved of PUCCH resource, while also ensure shared
The UE of one public PUCCH resource also can be timely when needing to carry out data downloading or data upload using PUCCH resource
Get dedicated PUCCH resource.In addition to this, a public PUCCH resource is configured for other UE in addition to preceding M UE, kept away
Exempted from secondary carrier activate when, it is also necessary to again configure secondary carrier measurement process, reduce in secondary carrier activation when
Prolong, so as to avoid due to secondary carrier activation it is tediously long, improve user perception.
Further, within preset PUCCH resource deenergized period, judgement is configured with the UE of dedicated PUCCH resource for base station
Business when not meeting preset secondary carrier activation condition again, directly recycle the above-mentioned UE configured with dedicated PUCCH resource
Dedicated PUCCH resource, more need to carry out data downloading or data using PUCCH resource to upload in this manner it is possible to allow
UE can obtain dedicated PUCCH resource.Moreover, base station within N number of preset configuration period, determines and is configured with dedicated PUCCH
When the business of the UE of resource does not meet preset secondary carrier activation condition, just recycle above-mentioned configured with dedicated PUCCH resource
The dedicated PUCCH resource of UE is avoided due to frequent activation/deactivation secondary carrier, leads to the dedicated PUCCH resource of configuration/recycling
Number it is excessively frequent, and then reduce the expense of inside of base station UU interface signaling.It determines within N number of preset configuration period.
Detailed description of the invention
Fig. 1 is the overview schematic diagram of the configuration method of the PUCCH resource in the embodiment of the present invention under carrier wave polymerization；
Fig. 2 is the idiographic flow schematic diagram of the configuration method of the PUCCH resource in the embodiment of the present invention under carrier wave polymerization；
Fig. 3 is the illustrative view of functional configuration of the configuration device of the PUCCH resource in the embodiment of the present invention under carrier wave polymerization.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, is not whole embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
In order to which there are part UE can not configure PUCCH resource, auxiliary load for the configuration method that solves PUCCH resource in the prior art
The tediously long problem of wave activation, in the embodiment of the present invention, each UE of base station in instruction compass of competency executes secondary carrier
After measurement, based on the secondary carrier measurement result that UE is reported, the secondary carrier signal strength that each UE measurement obtains is determined, and from auxiliary
Carrier signal strength meets in the UE of preset condition, filters out M UE, and match respectively for each of above-mentioned M UE UE
Corresponding dedicated PUCCH resource is set, and configures a public PUCCH resource for other UE in addition to above-mentioned M UE, determination removes
It is above-mentioned when the business of any one UE in other UE except above-mentioned M UE meets preset secondary carrier activation condition
The UE that anticipates configures dedicated PUCCH resource.
The present invention program is described in detail below by specific embodiment, certainly, the present invention is not limited to following realities
Apply example.
As shown in fig.1, can complete data in the embodiment of the present invention using two carrier waves simultaneously with each UE and download
Or it is illustrated for data upload, wherein all UE characterize the UE with carrier aggregation capacity, under carrier wave polymerization
The detailed process of the configuration method of PUCCH resource is as follows:
Step 100: base station indicates that each UE in compass of competency executes secondary carrier measurement, and determines each UE measurement
The secondary carrier signal strength of acquisition.
Preferably, since each cell in the administration of base station itself is likely to be main plot, so, executing step
Before 100, base station can configure the L PUCCH resources for carrier wave polymerization for each cell in itself administration.
Specifically, a UE in base station instruction compass of competency executes secondary carrier measurement, and determines said one UE measurement
When the secondary carrier signal strength of acquisition, it can use but be not limited to following steps:
Firstly, when base station determines any one UE access main plot in itself compass of competency, to any of the above UE
Send secondary carrier measurement instruction.
Then, after any of the above UE receive the secondary carrier measurement instruction that base station is sent, start the auxiliary of measurement acquisition
The signal strength of carrier wave, and measurement result is reported to base station.
Finally, the measurement result that base station is reported based on any of the above UE, determines that any of the above UE are obtained auxiliary
Carrier signal strength.
Such as: base station A is the PUCCH money that each cell in itself administration configures 10 for carrier wave polymerization in advance
Source is only illustrated so that cell 1 (referred to below as cell 1 is main plot 1) is main plot as an example below, wherein access main plot 1
The number of UE is 15 (chronological order according to access main plot is respectively UE1-UE15).
Firstly, base station A is when determining that UE1 (UE in UE1-UE15) in itself compass of competency accesses main plot 1, to
UE1 sends secondary carrier measurement instruction 1.
Then, after UE1 receives the secondary carrier measurement instruction 1 that base station A is sent, start the letter for the secondary carrier 1 that measurement obtains
Number intensity, and measurement result 1 is reported to base station A.
Finally, the measurement result 1 that base station A is reported based on UE1, determines the signal strength for the secondary carrier 1 that UE1 is obtained.
Wherein, base station A determine respectively the method for the signal strength for the secondary carrier that each of UE2-UE15 UE is obtained with
The above method is identical, and details are not described herein.
Step 110: base station filters out M UE, and is respectively configured for each of above-mentioned M UE UE dedicated accordingly
PUCCH resource, and be that other UE in addition to above-mentioned M UE configure a public PUCCH resource, wherein above-mentioned M UE be
Corresponding secondary carrier signal strength meets the UE of preset condition.
Specifically, when executing step 110, it can use but be not limited to following steps:
Firstly, base station corresponds to the chronological order of main plot based on each UE access, it is full from secondary carrier signal strength
In the UE of sufficient preset condition, M UE is filtered out, wherein the number M of the UE of screening is less than in main plot for carrier wave polymerization
The number L of PUCCH resource.
Then, corresponding dedicated PUCCH resource is respectively configured for each of above-mentioned M UE UE in base station.
Finally, base station configures a public PUCCH resource for other UE in addition to above-mentioned M UE.
Such as: continue to use the example above, firstly, base station A is based on the elder generation of the UE access main plot 1 each of UE1-UE15
Time sequencing afterwards, filters out 5 UE from UE1-UE15, that is, the UE filtered out is respectively UE1-UE5.
Then, for each of above-mentioned UE1-UE5 UE corresponding dedicated PUCCH resource is respectively configured, i.e., in base station A
The corresponding dedicated PUCCH resource of UE1-UE5 is respectively dedicated PUCCH resource 1-dedicated PUCCH resource 5.
Finally, base station A configures a public PUCCH for other UE (UE6-UE15) in addition to above-mentioned UE1-UE5
Resource 1.
Further, when UE needs to be carried out data downloading using the PUCCH resource that base station configures or uploaded, due to base station
For the type (type of above-mentioned PUCCH resource are as follows: dedicated PUCCH resource and shared PUCCH resource) of the PUCCH resource of UE configuration
Difference, usage mode are also different.It only needs to complete data downloading using the PUCCH resource of configuration with a UE below or upload is
Example is illustrated, the method that specific said one UE carries out data downloading or upload using the PUCCH resource of configuration are as follows:
If base station is that (even above-mentioned UE is in the M UE that base station filters out to dedicated PUCCH resource for above-mentioned UE configuration
Any one UE), then base station directly activates above-mentioned UE corresponding when the business for determining above-mentioned UE meets secondary carrier activation condition
Secondary carrier, and the instruction of secondary carrier activation notification is sent to above-mentioned UE, above-mentioned UE receives the secondary carrier activation notification of base station transmission
After instruction, so that it may be the dedicated PUCCH resource of itself distribution using base station, carry out data downloading or upload.
If base station be above-mentioned UE configuration be share PUCCH resource (even above-mentioned UE be it is other in addition to above-mentioned M UE
Any one of UE UE), then base station is special for above-mentioned UE distribution after the business for determining above-mentioned UE meets secondary carrier activation condition
When with PUCCH resource, there are following two situations:
The first situation: base station is directly based upon when determining that the PUCCH resource in the corresponding main plot above-mentioned UE has residue
Remaining PUCCH resource in the corresponding main plot above-mentioned UE configures dedicated PUCCH resource for above-mentioned UE, and activates above-mentioned UE pairs
The secondary carrier answered, and the instruction of secondary carrier activation notification is sent to above-mentioned UE.
Second situation: base station is reached when determining the PUCCH resource in the corresponding main plot above-mentioned UE without residue
After preset configuration period (i.e. K preset timing cycles), determine the business of above-mentioned UE in above-mentioned K preset timing cycles
When being inside all satisfied preset secondary carrier activation condition, dedicated PUCCH resource is configured for above-mentioned UE again, and determining that configuration is dedicated
After PUCCH resource success, the corresponding secondary carrier of above-mentioned UE is activated, and send the instruction of secondary carrier activation notification to above-mentioned UE, on
After stating the secondary carrier activation notification instruction that UE receives base station transmission, so that it may be the dedicated PUCCH of itself distribution using base station
Resource carries out data downloading or upload.
Wherein, base station is all satisfied preset auxiliary load in above-mentioned K preset timing cycles in the business for determining above-mentioned UE
When wave activation condition, when determining that the PUCCH resource in the corresponding main plot above-mentioned UE does not still have remaining, it is determined as that above-mentioned UE matches
Dedicated PUCCH resource failure is set, base station can configure dedicated PUCCH money again when reaching next configuration period for above-mentioned UE
Source, until configuring the success of dedicated PUCCH resource for above-mentioned UE.
Specifically, base station is all satisfied preset secondary carrier in K preset timing cycles in the business for determining above-mentioned UE
When activation condition, dedicated PUCCH resource just is configured for above-mentioned UE, is in order to ensure the business of UE meets secondary carrier activation condition
Accuracy, so as to avoid due to the problem of judging incorrectly, PUCCH resource is caused to waste.
Such as: continue to use the example above, it is assumed that the business of UE1 is business 1a, business 1b, business 1c etc.；The business of UE2 is industry
Be engaged in 2a, business 2b, business 2c etc.；And so on, the business of UE6 is business 6a, business 6b, business 6c etc.；The business of UE14 is
Business 14a, business 14b, business 14c etc..
If any one of 5 UE (UE1-UE5) that base station A is filtered out UE, needs to be counted using PUCCH resource
(the dedicated PUCCH resource 1 configured using base station A progress data downloading is only needed according to downloading or upload with UE1 below or upload is
Example is illustrated), then for base station A when the business 1a for determining UE1 meets secondary carrier activation condition, directly activation UE1 is corresponding auxiliary
Carrier wave 1, and the instruction of secondary carrier activation notification is sent to UE1, after UE1 receives the secondary carrier activation notification instruction of base station A transmission,
It can be the dedicated PUCCH resource 1 of itself configuration using base station A, carry out data downloading or upload.
If any one of other UE (UE6-UE15) in addition to above-mentioned 5 UE that A is filtered out except base station UE needs make
With PUCCH resource carry out data downloading or upload (below only with a UE need using PUCCH resource carry out data downloading or on
It is illustrated for biography), then base station A is above-mentioned UE points after the business for determining said one UE meets secondary carrier activation condition
When with dedicated PUCCH resource, there are following two situations:
The first situation (assuming that said one UE is UE6): base station A is determining the PUCCH in the corresponding main plot 1 UE6
Resource, which has, (there remains 5 PUCCH resources for carrier wave polymerization) when residue in main plot 1, it is small to be directly based upon the corresponding master of UE6
Remaining 5 PUCCH resources in area 1 configure a dedicated PUCCH resource 6 for UE6, and activate the corresponding secondary carrier 6 of UE6, with
And the instruction of secondary carrier activation notification is sent to UE6, after UE6 receives the secondary carrier activation notification instruction of base station A transmission, so that it may
It is the dedicated PUCCH resource 6 of itself configuration using base station A, carries out data downloading or upload.
Second situation (assuming that said one UE is UE14): base station A is determining 10 in the corresponding main plot 1 UE14
When PUCCH resource for carrier wave polymerization all configures away, reaching the preset configuration period, (i.e. 5 preset fixed
When the period) after, determine that the business 14a of UE14 is all satisfied preset secondary carrier activation item in above-mentioned 5 preset timing cycles
When part, dedicated PUCCH resource 14 is configured for UE14 again, and after determining the dedicated success of PUCCH resource 14 of configuration, activates UE14
Corresponding secondary carrier 14, and the instruction of secondary carrier activation notification is sent to UE14, the secondary carrier that UE14 receives base station A transmission swashs
After notification instruction living, it is the dedicated PUCCH resource 14 of itself distribution using base station A, carries out data downloading or upload.
Wherein, base station A determines that the business 14a of UE14 is all satisfied preset auxiliary load in above-mentioned 5 preset timing cycles
When wave activation condition, after determining the PUCCH resource in the corresponding main plot 1 UE14 still without residue, it is determined as that UE14 matches
Dedicated PUCCH resource failure is set, at this point, base station A can be configured again for UE14 dedicated when reaching next configuration period
PUCCH resource, until configuring the success of dedicated PUCCH resource for UE14.
Further, in order to allow more UE that can obtain dedicated PUCCH resource, preset PUCCH money is reached
When source deenergized period, base station is when determining the dedicated PUCCH resource for needing to recycle the UE configured with dedicated PUCCH resource, recycling
Above-mentioned dedicated PUCCH resource specifically can use but be not limited to following steps:
Firstly, base station determines that the business of the UE configured with dedicated PUCCH resource meets preset secondary carrier and deactivates condition
When, the above-mentioned corresponding secondary carrier of UE configured with dedicated PUCCH resource is deactivated, and to above-mentioned configured with dedicated
The UE of PUCCH resource sends secondary carrier and deactivates notification instruction.
Then, base station needs to judge that within N number of preset configuration period, (above-mentioned N number of preset configuration period is one
PUCCH resource deenergized period), whether the business of the above-mentioned UE configured with dedicated PUCCH resource does not meet preset secondary carrier
Activation condition.
If so, the dedicated PUCCH resource of the above-mentioned UE configured with dedicated PUCCH resource is directly recycled in base station, and will return
The PUCCH resource of receipts is allocated to other UE for needing to carry out carrier wave polymerization, and (above-mentioned other need the UE for carrying out carrier wave polymerization to include:
The UE of new access main plot, and to share the UE that the UE of a public PUCCH resource configures dedicated PUCCH resource failure).With
And a public PUCCH resource is configured to have recycled the UE of dedicated PUCCH resource, above-mentioned dedicated PUCCH money has been recycled determining
When the business of the UE in source meets preset secondary carrier activation condition again, use above-mentioned to share public PUCCH resource
The method that UE configures dedicated PUCCH resource configures dedicated PUCCH resource for the above-mentioned UE for having recycled dedicated PUCCH resource again.
Otherwise, base station directly reactivates the above-mentioned corresponding secondary carrier of UE configured with dedicated PUCCH resource, and to above-mentioned
UE configured with dedicated PUCCH resource sends the instruction of secondary carrier activation notification.
Wherein it is determined that (above-mentioned N number of preset configuration period is that a PUCCH resource is released within N number of preset configuration period
Put the period), when the business of the above-mentioned UE configured with dedicated PUCCH resource does not meet preset secondary carrier activation condition, just return
The dedicated PUCCH resource for receiving the above-mentioned UE configured with dedicated PUCCH resource is in order to avoid since frequent activation/deactivation is auxiliary
Carrier wave causes the number of the dedicated PUCCH resource of configuration/recycling excessively frequent, and then reduces inside of base station UU interface signaling
Expense.
Such as: firstly, base station A determines that the business of the UE1 configured with dedicated PUCCH resource 1 meets preset secondary carrier
When activation condition, the corresponding secondary carrier of UE1 1 is deactivated, and sends secondary carrier to UE1 and deactivates notification instruction.
Then, base station A was determined within 5 preset configuration periods, and the business of UE1 does not meet preset secondary carrier activation
When condition, base station A directly recycles the dedicated PUCCH resource 1 of UE1, and it is special that the PUCCH resource of recycling 1 is allocated to above-mentioned configuration
The UE14 to be failed with PUCCH resource, and a public PUCCH resource is configured for UE1, meet in the business 1b for determining UE1 pre-
If secondary carrier activation condition when, use the above-mentioned UE to share a public PUCCH resource to configure the side of dedicated PUCCH resource
Method configures dedicated PUCCH resource for UE1 again.
Wherein, if base station A was determined within 5 preset configuration periods, the business 1c of UE1 meets preset secondary carrier activation
When condition, the corresponding secondary carrier 1 of UE1 is directly reactivated, and send the instruction of secondary carrier activation notification to UE1, UE1 receives base
After the secondary carrier activation notification instruction that the A that stands is sent, so that it may be the dedicated PUCCH resource 1 of itself configuration using base station A, carry out
Data downloading uploads.
Above-described embodiment is described in further detail using specific application scenarios below, as shown in fig.2, of the invention
In embodiment, the detailed process of the configuration method of the PUCCH resource under carrier wave polymerization is as follows:
Step 200: base station A be in advance itself administration in each cell configure 10 be used for carrier wave polymerize
PUCCH resource.
It is only illustrated so that cell 1 (referred to below as cell 1 is main plot 1) is main plot as an example below, wherein access master is small
The number of the UE in area 1 is 15 (chronological order according to access main plot is respectively UE1-UE15).
Step 201: the UE of base station A instruction access main plot 1 executes secondary carrier measurement, and determines that each UE measurement obtains
Secondary carrier signal strength.
Specifically, a UE of base station A instruction access main plot 1 executes secondary carrier measurement, and determines that said one UE is surveyed
When measuring the secondary carrier signal strength obtained, it can use but be not limited to following steps:
Firstly, base station A is when determining that UE1 (UE in UE1-UE15) in itself compass of competency accesses main plot 1, to
UE1 sends secondary carrier measurement instruction 1.
Then, after UE1 receives the secondary carrier measurement instruction 1 that base station A is sent, start the letter for the secondary carrier 1 that measurement obtains
Number intensity, and measurement result 1 is reported to base station A.
Finally, the measurement result 1 that base station A is reported based on UE1, determines the signal strength for the secondary carrier 1 that UE1 is obtained.
Step 202: base station A is based on the successive time sequencing of the UE access main plot 1 each of UE1-UE15, from
5 UE are filtered out in UE1-UE15, that is, the UE filtered out is respectively UE1-UE5.
Step 203: corresponding dedicated PUCCH money is respectively configured for each of above-mentioned UE1-UE5 UE in base station A
The corresponding dedicated PUCCH resource in source, i.e. UE1-UE5 is respectively dedicated PUCCH resource 1-dedicated PUCCH resource 5.
Step 204: for base station A for other UE (UE6-UE15) in addition to above-mentioned UE1-UE5, configuration one is public
PUCCH resource 1.
Step 205: base station A determines that any one of access main plot 1 UE (UE1-UE15) needs to provide using PUCCH
When source carries out data downloading or uploads, judge whether any of the above UE are in above-mentioned 5 filtered out UE (UE1-UE5)
Any one UE, if so, thening follow the steps 206；Otherwise, step 208 is executed.
Step 206:(assumes that any one of above-mentioned 5 UE (UE1-UE5) UE is UE1), base station A is determining UE1's
After business 1a meets secondary carrier activation condition, the corresponding secondary carrier 1 of UE1 is directly activated, and send secondary carrier activation notification to UE1
Instruction.
It is itself configuration using base station A after step 207:UE1 receives the secondary carrier activation notification instruction of base station A transmission
Dedicated PUCCH resource 1, carry out data downloading or upload.
Below step 208:(only with a UE in other UE in addition to above-mentioned 5 UE need using PUCCH resource into
Row data downloading or upload for be illustrated) base station A after the business for determining said one UE meets secondary carrier activation condition,
Judge whether the PUCCH resource in the corresponding main plot 1 said one UE has residue, if so, thening follow the steps 209；Otherwise, it holds
Row step 211.
Step 209:(assumes that said one UE is directly based upon in the corresponding main plot 1 UE6 remaining 5 for UE6) base station A
PUCCH resource configures a dedicated PUCCH resource 6 for UE6, and activates the corresponding secondary carrier 6 of UE6, and auxiliary to UE6 transmission
Carrier activation notification instruction.
It is itself configuration using base station A after step 210:UE6 receives the secondary carrier activation notification instruction of base station A transmission
Dedicated PUCCH resource 6, carry out data downloading or upload.
Step 211:(assumes that said one UE determines that (i.e. 5 default reaching the preset configuration period for the base station UE14)
Timing cycle) after, determine the business 14a of UE14 be all satisfied in above-mentioned 5 preset timing cycles preset secondary carrier swash
When condition living, judge whether the PUCCH resource in the corresponding main plot 1 UE14 has residue, if so, thening follow the steps 212；It is no
Then, step 214 is executed.
Step 212: base station is directly based upon remaining PUCCH resource in the corresponding main plot 1 UE14, configures for UE14 dedicated
PUCCH resource 14, and the corresponding secondary carrier of UE14 is activated, and send the instruction of secondary carrier activation notification to UE14.
It is itself distribution using base station A after step 213:UE14 receives the secondary carrier activation notification instruction of base station A transmission
Dedicated PUCCH resource 14, carry out data downloading or upload.
Step 214: base station A configures dedicated PUCCH resource again when reaching next configuration period for UE14, until
Until configuring dedicated PUCCH resource success for UE14.
Step 215: corresponding to UE1 when base station A determines that the business 1b of UE1 meets preset secondary carrier deactivation condition
Secondary carrier 1 is deactivated, and is sent secondary carrier to UE1 and deactivated notification instruction.
Step 216: base station A judges within 5 preset configuration periods whether the business of UE1 meets preset secondary carrier
Activation condition, if so, thening follow the steps 217；Otherwise, step 219 is executed.
Step 217: base station A directly reactivates the corresponding secondary carrier 1 of UE1, and sends secondary carrier activation notification to UE1 and refer to
It enables.
It is itself configuration using base station A after step 218:UE1 receives the secondary carrier activation notification instruction of base station A transmission
Dedicated PUCCH resource 1, carry out data downloading or upload.
Step 219: base station A directly recycles the dedicated PUCCH resource 1 of UE1, and the PUCCH resource of recycling is allocated to
State the UE14 for configuring dedicated PUCCH resource failure.
Step 220: base station A is that UE1 configures a public PUCCH resource, is met in the business 1c for determining UE1 preset auxiliary
When carrier activation condition, the method for using the above-mentioned UE to share a public PUCCH resource to configure dedicated PUCCH resource is
UE1 configures dedicated PUCCH resource again.
Based on the above embodiment, as shown in fig.3, in the embodiment of the present invention, the configuration of the PUCCH resource under carrier wave polymerization
Device includes at least:
Indicating unit 300, each user equipment (UE) being used to indicate in compass of competency executes secondary carrier measurement, and determines
The secondary carrier signal strength that each UE measurement obtains；
Configuration unit 310 is respectively configured accordingly for filtering out M UE, and for each of above-mentioned M UE UE
Dedicated PUCCH resource, and a public PUCCH resource is configured for other UE in addition to above-mentioned M UE, wherein above-mentioned M
UE is the UE that corresponding secondary carrier signal strength meets preset condition.
Preferably, above-mentioned configuration unit 310 is further used for:
Determine that the business of any one UE in other UE in addition to above-mentioned M UE meets preset secondary carrier activation item
When part, judge whether the PUCCH resource in the corresponding main plot any one above-mentioned UE has residue；
If so, being directly based upon remaining PUCCH resource in above-mentioned main plot, configured for any one above-mentioned UE dedicated
PUCCH resource, and the corresponding secondary carrier of any one above-mentioned UE is activated, and send secondary carrier activation to any one above-mentioned UE
Notification instruction；
Otherwise, it determines the business of any one above-mentioned UE is all satisfied preset secondary carrier in K preset timing cycles
When activation condition, dedicated PUCCH resource is configured for any one above-mentioned UE, and after determining the dedicated PUCCH resource success of configuration,
The corresponding secondary carrier of any one above-mentioned UE is activated, and sends the instruction of secondary carrier activation notification to any one above-mentioned UE,
In, above-mentioned K preset timing cycles are a configuration period.
Preferably, above-mentioned configuration unit 310 is further used for:
When determining that the business of the UE configured with dedicated PUCCH resource meets preset secondary carrier deactivation condition, to above-mentioned
The corresponding secondary carrier of UE configured with dedicated PUCCH resource is deactivated, and to the above-mentioned UE configured with dedicated PUCCH resource
It sends secondary carrier and deactivates notification instruction.
Preferably, above-mentioned configuration unit 310 is further used for:
Within preset PUCCH resource deenergized period, judge the above-mentioned UE configured with dedicated PUCCH resource business whether
Meet preset secondary carrier activation condition again, wherein above-mentioned preset deenergized period includes N number of preset configuration period；
If so, directly reactivating the above-mentioned corresponding secondary carrier of UE configured with dedicated PUCCH resource, and match to above-mentioned
The UE for being equipped with dedicated PUCCH resource sends the instruction of secondary carrier activation notification；
Otherwise, the dedicated PUCCH resource of the above-mentioned UE configured with dedicated PUCCH resource is recycled, and dedicated to have recycled
The UE of PUCCH resource configures a public PUCCH resource, and determines the business of the above-mentioned UE for having recycled dedicated PUCCH resource
When meeting preset secondary carrier activation condition again, dedicated PUCCH is configured again for the above-mentioned UE for having recycled dedicated PUCCH resource
Resource.
Preferably, filtering out M UE, and corresponding dedicated PUCCH is respectively configured for each of above-mentioned M UE UE
When resource, above-mentioned configuration unit 310 is used for:
The chronological order that main plot is corresponded to based on each UE access meets preset condition from secondary carrier signal strength
UE in, filter out M UE, and dedicated PUCCH resource accordingly is respectively configured for each of above-mentioned M UE UE.
In conclusion each UE of base station in instruction compass of competency executes secondary carrier measurement in the embodiment of the present invention
Afterwards, the secondary carrier measurement result reported based on UE determines the secondary carrier signal strength that each UE measurement obtains, and from secondary carrier
Signal strength meets in the UE of preset condition, filters out M UE, and phase is respectively configured for each of above-mentioned M UE UE
The dedicated PUCCH resource answered, and a public PUCCH resource is configured for other UE in addition to above-mentioned M UE, it determines except above-mentioned
It is above-mentioned any one when the business of any one UE in other UE except M UE meets preset secondary carrier activation condition
A UE configures dedicated PUCCH resource.In this way, by configuring dedicated PUCCH resource just for each of preceding M UE UE,
And it is other UE in addition to preceding M UE, a public PUCCH resource is configured, not only ensure that when the number of UE is less, often
One UE can get dedicated PUCCH resource in time, moreover, because also ensuring simultaneously there are the reserved of PUCCH resource
The UE for sharing a public PUCCH resource also can when needing to be carried out data downloading or data upload using PUCCH resource
Dedicated PUCCH resource is got in time.In addition to this, a public PUCCH money is configured for other UE in addition to preceding M UE
Source is avoided in secondary carrier activation, it is also necessary to which the process for configuring secondary carrier measurement again reduces in secondary carrier activation
Time delay, so as to avoid due to secondary carrier activation it is tediously long, improve user perception.
Further, within preset PUCCH resource deenergized period, judgement is configured with the UE of dedicated PUCCH resource for base station
Business when not meeting preset secondary carrier activation condition again, directly recycle the above-mentioned UE configured with dedicated PUCCH resource
Dedicated PUCCH resource, more need to carry out data downloading or data using PUCCH resource to upload in this manner it is possible to allow
UE can obtain dedicated PUCCH resource.Moreover, base station within N number of preset configuration period, determines and is configured with dedicated PUCCH
When the business of the UE of resource does not meet preset secondary carrier activation condition, just recycle above-mentioned configured with dedicated PUCCH resource
The dedicated PUCCH resource of UE is avoided due to frequent activation/deactivation secondary carrier, leads to the dedicated PUCCH resource of configuration/recycling
Number it is excessively frequent, and then reduce the expense of inside of base station UU interface signaling.It determines within N number of preset configuration period.
It should be understood by those skilled in the art that, the embodiment of the present invention can provide as method, system or computer program
Product.Therefore, complete hardware embodiment, complete software embodiment or reality combining software and hardware aspects can be used in the present invention
Apply the form of example.Moreover, it wherein includes the computer of computer usable program code that the present invention, which can be used in one or more,
The computer program implemented in usable storage medium (including but not limited to magnetic disk storage, CD-ROM, optical memory etc.) produces
The form of product.
The present invention be referring to according to the method for the embodiment of the present invention, the process of equipment (system) and computer program product
Figure and/or block diagram describe.It should be understood that every one stream in flowchart and/or the block diagram can be realized by computer program instructions
The combination of process and/or box in journey and/or box and flowchart and/or the block diagram.It can provide these computer programs
Instruct the processor of general purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices to produce
A raw machine, so that being generated by the instruction that computer or the processor of other programmable data processing devices execute for real
The device for the function of being specified in present one or more flows of the flowchart and/or one or more blocks of the block diagram.
These computer program instructions, which may also be stored in, is able to guide computer or other programmable data processing devices with spy
Determine in the computer-readable memory that mode works, so that it includes referring to that instruction stored in the computer readable memory, which generates,
Enable the manufacture of device, the command device realize in one box of one or more flows of the flowchart and/or block diagram or
The function of being specified in multiple boxes.
These computer program instructions also can be loaded onto a computer or other programmable data processing device, so that counting
Series of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, thus in computer or
The instruction executed on other programmable devices is provided for realizing in one or more flows of the flowchart and/or block diagram one
The step of function of being specified in a box or multiple boxes.
Although preferred embodiments of the present invention have been described, it is created once a person skilled in the art knows basic
Property concept, then additional changes and modifications may be made to these embodiments.So it includes excellent that the following claims are intended to be interpreted as
It selects embodiment and falls into all change and modification of the scope of the invention.
Obviously, those skilled in the art can carry out various modification and variations without departing from this hair to the embodiment of the present invention
The spirit and scope of bright embodiment.In this way, if these modifications and variations of the embodiment of the present invention belong to the claims in the present invention
And its within the scope of equivalent technologies, then the present invention is also intended to include these modifications and variations.
Claims (10)
1. a kind of configuration method of the Physical Uplink Control Channel PUCCH resource under carrier wave polymerization characterized by comprising
Base station indicates that each user equipment (UE) in compass of competency executes secondary carrier measurement, and determines that each UE measurement obtains
Secondary carrier signal strength；
Base station filters out M UE, and corresponding dedicated PUCCH resource is respectively configured for each of M UE UE, with
And a public PUCCH resource is configured for other UE in addition to the M UE, wherein the M UE is corresponding secondary carrier
Signal strength meets the UE of preset condition.
2. the method as described in claim 1, which is characterized in that further comprise:
Base station determines that the business of any one UE in other UE in addition to the M UE meets preset secondary carrier activation item
When part, judge whether the PUCCH resource in the corresponding main plot any one UE has residue；
If so, base station is directly based upon remaining PUCCH resource in the main plot, it is dedicated for any one UE configuration
PUCCH resource, and the corresponding secondary carrier of any one described UE is activated, and send secondary carrier activation to any one described UE
Notification instruction；
Otherwise, base station determines that the business of any one UE is all satisfied preset secondary carrier in K preset timing cycles
When activation condition, dedicated PUCCH resource is configured for any one described UE, and after determining the dedicated PUCCH resource success of configuration,
The corresponding secondary carrier of any one described UE is activated, and sends the instruction of secondary carrier activation notification to any one described UE,
In, the K preset timing cycles are a configuration period.
3. the method as described in claim 1, which is characterized in that further comprise:
When base station determines that the business of the UE configured with dedicated PUCCH resource meets preset secondary carrier deactivation condition, to described
The corresponding secondary carrier of UE configured with dedicated PUCCH resource is deactivated, and to the UE configured with dedicated PUCCH resource
It sends secondary carrier and deactivates notification instruction.
4. method as claimed in claim 3, which is characterized in that further comprise:
Base station is within preset PUCCH resource deenergized period, and whether the business of the judgement UE configured with dedicated PUCCH resource
Meet preset secondary carrier activation condition again, wherein the preset deenergized period includes N number of preset configuration period；
If so, base station directly reactivates the corresponding secondary carrier of UE for being configured with dedicated PUCCH resource, and match to described
The UE for being equipped with dedicated PUCCH resource sends the instruction of secondary carrier activation notification；
Otherwise, the dedicated PUCCH resource of the base station recycling UE configured with dedicated PUCCH resource, and it is dedicated to have recycled
The UE of PUCCH resource configures a public PUCCH resource, and determines the business of the UE for having recycled dedicated PUCCH resource
When meeting preset secondary carrier activation condition again, dedicated PUCCH is configured again for the UE for having recycled dedicated PUCCH resource
Resource.
5. method according to any of claims 1-4, which is characterized in that base station filters out M UE, and for the M
Corresponding dedicated PUCCH resource is respectively configured in each of UE UE, comprising:
Base station corresponds to the chronological order of main plot based on each UE access, meets preset condition from secondary carrier signal strength
UE in, filter out M UE, and dedicated PUCCH resource accordingly is respectively configured for each of M UE UE.
6. a kind of configuration device of the Physical Uplink Control Channel PUCCH resource under carrier wave polymerization characterized by comprising
Indicating unit, each user equipment (UE) being used to indicate in compass of competency executes secondary carrier measurement, and determines each
The secondary carrier signal strength that UE measurement obtains；
Configuration unit for filtering out M UE, and is respectively configured for each of M UE UE dedicated accordingly
PUCCH resource, and be that other UE in addition to the M UE configure a public PUCCH resource, wherein the M UE be
Corresponding secondary carrier signal strength meets the UE of preset condition.
7. configuration device as claimed in claim 6, which is characterized in that the configuration unit is further used for:
Determine that the business of any one UE in other UE in addition to the M UE meets preset secondary carrier activation condition
When, judge whether the PUCCH resource in the corresponding main plot any one UE has residue；
If so, being directly based upon remaining PUCCH resource in the main plot, dedicated PUCCH is configured for any one described UE
Resource, and the corresponding secondary carrier of any one described UE is activated, and send secondary carrier activation notification to any one described UE
Instruction；
Otherwise, it determines the business of any one UE is all satisfied preset secondary carrier activation in K preset timing cycles
When condition, dedicated PUCCH resource is configured for any one described UE, and after determining the dedicated PUCCH resource success of configuration, activation
The corresponding secondary carrier of described any one UE, and the instruction of secondary carrier activation notification is sent to any one described UE, wherein institute
Stating K preset timing cycles is a configuration period.
8. configuration device as claimed in claim 6, which is characterized in that the configuration unit is further used for:
When determining that the business of the UE configured with dedicated PUCCH resource meets preset secondary carrier deactivation condition, to the configuration
There is the corresponding secondary carrier of the UE of dedicated PUCCH resource to be deactivated, and is sent to the UE configured with dedicated PUCCH resource
Secondary carrier deactivates notification instruction.
9. configuration device as claimed in claim 8, which is characterized in that the configuration unit is further used for:
Within preset PUCCH resource deenergized period, again whether the business of the judgement UE configured with dedicated PUCCH resource
Meet preset secondary carrier activation condition, wherein the preset deenergized period includes N number of preset configuration period；
If so, directly reactivating the corresponding secondary carrier of UE for being configured with dedicated PUCCH resource, and it is configured with to described
The UE of dedicated PUCCH resource sends the instruction of secondary carrier activation notification；
Otherwise, the dedicated PUCCH resource of the recycling UE configured with dedicated PUCCH resource, and to have recycled dedicated PUCCH money
The UE in source configures a public PUCCH resource, and determines that the business of the UE for having recycled dedicated PUCCH resource meets again
When preset secondary carrier activation condition, dedicated PUCCH resource is configured again for the UE for having recycled dedicated PUCCH resource.
10. configuration device as claim in any one of claims 6-9, which is characterized in that filter out M UE, and be directed to the M
When corresponding dedicated PUCCH resource is respectively configured in each of a UE UE, the configuration unit is used for:
The chronological order that main plot is corresponded to based on each UE access meets the UE of preset condition from secondary carrier signal strength
In, M UE is filtered out, and corresponding dedicated PUCCH resource is respectively configured for each of M UE UE.
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| CN109525378B (en) * | 2017-09-20 | 2020-06-30 | 大唐移动通信设备有限公司 | Carrier aggregation management method and device |
| CN110876194B (en) * | 2018-08-29 | 2022-04-05 | 中国移动通信有限公司研究院 | Indication method and device of space related information |
| CN109936433B (en) * | 2019-04-30 | 2021-10-08 | 成都中科微信息技术研究院有限公司 | Base station and system for distributing PUCCH resources according to QoS |
| CN115085881B (en) * | 2021-03-15 | 2024-04-12 | 大唐移动通信设备有限公司 | Resource allocation method, device, network equipment and computer readable storage medium |
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