CN106488574A - A kind of data transmission scheduling method and mobile terminal - Google Patents
A kind of data transmission scheduling method and mobile terminal Download PDFInfo
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- CN106488574A CN106488574A CN201510550949.3A CN201510550949A CN106488574A CN 106488574 A CN106488574 A CN 106488574A CN 201510550949 A CN201510550949 A CN 201510550949A CN 106488574 A CN106488574 A CN 106488574A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/12—Wireless traffic scheduling
Abstract
The invention discloses a kind of data transmission scheduling method and mobile terminal, belong to technical field of mobile terminals；Method includes：Step S1, when mobile terminal makes current operating state inconsistent with the requirement of current service cell after adjacent cell scheduling is received, retains combination using the mark of standard schedule sequences information and sends Frame to current service cell；Step S2, the mark that current service cell is obtained according to a default terminal affair information table in Frame after receiving Frame retain the corresponding description information of combination；Step S3, current service cell issue the instruction of corresponding data transmission scheduling according to description information to mobile terminal.The beneficial effect of technique scheme is：Solve the problems, such as that base station produces erroneous judgement for some special independent scheduling trigger events of mobile terminal, so as to the generation of resulting inappropriate data transmission scheduling is avoided, lift the accuracy of data transmission scheduling.
Description
Technical field
The present invention relates to technical field of mobile terminals, more particularly to a kind of data transmission scheduling method and movement
Terminal.
Background technology
In prior art, when mobile terminal is to base station transmission data, it usually needs send out to current service cell
Capable schedule information is served, and the corresponding down dispatch information that base station issues is received, and according to descending tune
Degree information acquisition base station distribution this transmission transport block size (Transmission Block Size,
TBS), this data transfer is carried out according to the TBS for determining.
However, in prior art, the base station that there is current service cell (Serving Cell) can be to movement
Terminal carries out the scheduling of transmitting uplink data, the adjacent cell (Non-serving Cell) of current service cell
The scheduling of transmitting uplink data equally can be carried out to mobile terminal.And the data between different cells are passed
Defeated scheduling is separate.This will (dispatch command of such as different districts be mutual in some cases
Contradiction) wrong report of cell scheduling is caused, and inappropriate scheduling is triggered, so as to affect mobile terminal to transmit
The ability of data.
Content of the invention
According to problems of the prior art, a kind of data transmission scheduling method and mobile terminal is now provided
Technical scheme, it is intended to solve some the special independent scheduling of current service cell for mobile terminal
Trigger event produces the problem of erroneous judgement, so as to avoid sending out for resulting inappropriate data transmission scheduling
Raw.
Technique scheme is specifically included：
A kind of data transmission scheduling method, it is adaptable to mobile terminal；Wherein, provide one and be associated with HSPA
The Frame of the standard schedule sequences information of communication protocol, further comprising the steps of：
Step S1, mobile terminal make current operating state and current service cell after adjacent cell scheduling is received
Requirement inconsistent when, retain combination using the mark of the standard schedule sequences information and send the data
Frame is to the current service cell；
Step S2, the current service cell are received after the Frame according to a default terminal affair
Information table obtains the mark in the Frame and retains the corresponding description information of combination；
Step S3, the current service cell are issued accordingly to the mobile terminal according to the description information
Data transmission scheduling instruction.
Preferably, the data transmission scheduling method, wherein, the mark retains combination and includes one first
Flag bit and one second flag bit：
Then the mark reservation combination in the standard schedule sequences information meets following pre-conditioned：
The value of first flag bit is in the range of one default first；And
The value of second flag bit is equal to default first value.
Preferably, the data transmission scheduling method, wherein,
The mark retains combination and includes one first flag bit and one second flag bit：
Then the mark reservation combination in the standard schedule sequences information meets following pre-conditioned：
The value of first flag bit is equal to default second value；And
The value of second flag bit is in the range of one default second.
Preferably, the data transmission scheduling method, wherein, default first scope for (0,15]；
Default first value is 0.
Preferably, the data transmission scheduling method, wherein, default second scope for (0,31]；
Default second value is 0.
Preferably, the data transmission scheduling method, wherein, the standard schedule sequences information is the shifting
The schedule information that transmits between dynamic terminal and the current service cell；
Then：
First flag bit is used for the state of the buffering area for indicating the logic channel with limit priority；
Second flag bit is used for the state of the total buffering area for indicating E-DCH logic channel.
Preferably, the data transmission scheduling method, wherein, the standard schedule sequences information is the shifting
The schedule information that transmits between dynamic terminal and the current service cell；
Then the mark retains and also includes in combination：
3rd flag bit, for indicating the power headroom of the mobile terminal；
4th flag bit, for indicating the numbering of the highest priority logical channel of data to be transmitted.
Preferably, the data transmission scheduling method, wherein, step S1 is specifically included：
Step S11, the mobile terminal detect after receiving adjacent cell scheduling and make current operating state and work as
When the requirement of front Serving cell is inconsistent, the preset terminal affair information table in the mobile terminal
Middle lookup obtains the standard schedule sequences information accordingly；
Step S12, the mobile terminal detect whether to need to send conventional tune to the current service cell
Degree information：
If the routine dispactching information, the mobile terminal need not be sent to the current service cell
The data that are associated with the standard schedule sequences information are directly sent to the current service cell
Frame, is subsequently diverted to step S2；
Step S13, the mobile terminal were sent to the current service cell within the current transmission period
It is associated with the Frame of the routine dispactching information；
Step S14, the mobile terminal turn to the next transmission period, and continue to detect whether to need
The routine dispactching information to be sent to the current service cell：
If desired the routine dispactching information is sent to the current service cell, then return the step
S13；
If the routine dispactching information, the mobile terminal need not be sent to the current service cell
Send to the current service cell within the transmission period and be associated with the standard schedule sequences information
The Frame, be subsequently diverted to step S2.
A kind of mobile terminal, wherein, using above-mentioned data transmission scheduling method.
The beneficial effect of technique scheme is：Solve some spies of current service cell for mobile terminal
Different independent scheduling trigger event produces the problem of erroneous judgement, so as to avoid resulting inappropriate number
According to the generation of transmitting and scheduling, the accuracy of data transmission scheduling is lifted.
Description of the drawings
Fig. 1 is that a kind of overall procedure of data transmission scheduling method shows in the preferred embodiment of the present invention
It is intended to；
Fig. 2 is in the preferred embodiment of the present invention, on the basis of Fig. 1, adjusts to being associated with standard
The schematic flow sheet that the Frame of degree series information is transmitted；
Fig. 3 is the structural representation of standard schedule sequences information in the preferred embodiment of the present invention.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out
Clearly and completely describe, it is clear that described embodiment is only a part of embodiment of the present invention, and
It is not all, of embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art are not making
The every other embodiment obtained on the premise of going out creative work, belongs to the scope of protection of the invention.
It should be noted that in the case of not conflicting, the embodiment in the present invention and the spy in embodiment
Levy and can be mutually combined.
The invention will be further described with specific embodiment below in conjunction with the accompanying drawings, but not as the present invention's
Limit.
Current high-speed packet is accessed in (High-Speed Packet Access, HSPA) agreement, generally
Transmitting uplink data scheduling process as described below：
The service that there is an agreement between network side and subscriber terminal side (User Terminal, UE) is awarded
Power table (Serving Grant Table), the authorization of service table include different authorization values (Grant Value),
Different authorization values determine in enhancement type special channel (Enhanced Dedicated Channel,
E-DCH), the size of the TBS used by mobile terminal transmission data, that is, determine mobile terminal base
In the upper of up-high speed packet access technique (High-Speed Uplink Packet Access, HSUPA)
Row transfer rate.
Then initially when E-DCH channel is set up, network side can distribute an initial Grant value to UE,
When then UE side has up data to be transmitted, transfer rate can be set according to the initial Grant value.
And when the initial Grant value cannot meet the demand of UE uplink, UE can be to network side
Corresponding schedule information is uploaded, with to the network side higher or more suitably Grant value of request, so as to obtain
Obtain more suitably uplink transmission rate.
After network side receives the schedule information that UE is reported, can there are two kinds of different Adjusted Option：
1) network side wishes gradually to adjust the transmitting capacity of UE, then Serving cell (Serving Cell) meeting
On its enhancement mode Relative Grant Channels (Enhanced Relative Grant Channel, E-RGCH) to
UE sends corresponding Relative grant information (Relative Grants), wherein potentially includes different adjustment sides
Formula, such as up/hold/down.After UE receives Relative grant information, according to including adjustment side
Formula, accordingly increases/keeps/reduce the size of its TBS sent on E-DCH channel, i.e., corresponding adjust
Its uplink transmission rate.
2) network side wishes directly to adjust the transmitting capacity of UE, then Serving cell (Serving Cell) meeting
In its enhancement mode absolute grant channel (Enhanced Absolute Grant Channel, E-AGCH)
Corresponding absolute grant information (Absolute Grants) is sent to UE.UE receives absolute grant information
Afterwards, according to its Grant value, directly by its TBS be adjusted to should Grant value size, be for example
The allowable value of corresponding TBS is found according to the Grant value in Serving Grant Table, and is carried out
Directly adjust.
In prior art, not only the resident current service cell (Serving Cell) of UE can be under UE
Dispatch command (for example issuing Relative Grants or Absolute Grants) is sent out, the Serving cell
Adjacent cell (Non-Serving Cell) also can issue the tune between dispatch command, and different districts to UE
Spend journey be separate, then different districts to same UE issue dispatch command when, can some
In the case of cause the wrong report of cell scheduling, and produce some inappropriate scheduling operations.For example,
Non-serving Cell issues Relative Grant of the state for down to UE, that is, require that UE is reduced
TBS size, and Serving Cell issues Absolute Grant to UE, to require that UE directly adjusts
The whole allowable value to certain bigger TBS, to increase uplink transmission rate.Now, if UE meets which
In a cell dispatch command, then just can not necessarily meet the dispatch command of other cells.Still above
Described in example in, UE has been first carried out Non-serving Cell's according to certain rule
Relative Grant Down, transmitting capacity are restricted, and now Serving Cell is judged by accident by detection
Line number in dispatch command (increasing to certain the Absolute Grant) transmission that UE is not issued according to which
According to bag, therefore Serving Cell can upper once dispatch when reduce Grant value, with the transmission energy to UE
Power carries out punitive and turns down, and so as to the actual transmitting capacity for limiting UE further, causes its uplink
Rate reduction.Above-mentioned scheduling is exactly a kind of inappropriate scheduling carried out because producing wrong report.
Then in the preferred embodiment of the present invention, based on the above-mentioned problems in the prior art, now provide
A kind of data transmission scheduling method, it is adaptable to mobile terminal.Further, above-mentioned data transmission scheduling side
Method is applied to the mobile terminal worked based on HSPA communication protocol.
In the preferred embodiment of the present invention, in mobile terminal and the base station side for being associated with current service cell
A terminal affair information table is preset respectively, and terminal affair information table includes multiple standard schedule sequences information,
And the description information of the terminal affair of each standard schedule sequences information corresponding；
Then in the preferred embodiment of the present invention, above-mentioned data transmission scheduling method concrete as shown in figure 1,
Including：
Step S1, mobile terminal make current operating state and current service cell after adjacent cell scheduling is received
Requirement inconsistent when, retain combination using the mark of standard schedule sequences information and send Frame to current
Serving cell；
Step S2, current service cell are obtained according to a default terminal affair information table after receiving Frame
The mark that fetches data in frame retains the corresponding description information of combination；
Step S3, current service cell issue corresponding data transfer tune according to description information to mobile terminal
Degree instruction.
In a specific embodiment, above-mentioned terminal affair information table, the information are preset in mobile terminal side
Table includes a plurality of record, and per bar, record includes a standard schedule sequences information and is associated with corresponding
Terminal affair description information.Similarly, protect in the default and mobile terminal side of base station side (network side)
Hold consistent terminal affair information table.
Then preset based on above-mentioned, mobile terminal detect receive adjacent cell scheduling after make work at present
When the requirement of state and current service cell is inconsistent, the lookup of trigger criteria schedule sequences information and transmission
Operation, i.e., according to detect terminal affair (receive adjacent cell scheduling after make current operating state with current
The requirement of Serving cell is inconsistent), search in above-mentioned terminal affair information table and obtain corresponding standard tune
Degree series information, followed by standard schedule sequences information mark retain combination send Frame send to
Current service cell (is associated with the base station of current service cell).
After then base station side receives above-mentioned Frame, according to including standard schedule sequences information in
Mark reserved bit, searches in the default terminal affair information table of base station side and obtains corresponding terminal affair
Description information, so as to judge whether to need to enter the uplink transmission rate of mobile terminal according to the description information
Row adjustment, and how the uplink transmission rate to mobile terminal is adjusted, finally under mobile terminal
Instruction of sending out data transmission scheduling corresponding, is then returned to above-mentioned steps S1.
In the preferred embodiment of the present invention, above-mentioned mark reserved bit includes one first flag bit and one
Second flag bit.
Then in the preferred embodiment of the present invention, the mark in above-mentioned standard schedule sequences information retains combination
Need to meet following pre-conditioned：
The value of the first flag bit is in the range of default first, and
The value of the second flag bit is equal to default first value；
Or
The value of the first flag bit is equal to default second value, and
The value of the second flag bit is in the range of default second.
Further, in the preferred embodiment of the present invention, above-mentioned default first may range from (0,15],
Above-mentioned default second may range from (0,31], above-mentioned default first value can be 0, above-mentioned default
The second value can also be 0.
In one preferred embodiment of the present invention, above-mentioned standard schedule sequences information is mobile terminal and base
The schedule information (Scheduling Information) that transmits between standing.
Then in current HSPA communication protocol, the schedule information transmitted on the E-DCH logic channel
Generally include following part：
The schedule information (Uplink Scheduling Information) of up-link, used as MAC-e
Packet Data Unit (Packet Data unit, PDU) in (processing the entity in uplink user face in HSPA)
A part sent in E-DCH logic channel.The content of the schedule information is as shown in figure 3, bag
Include：
1) for indicating the field (UE Power Headroom, UPH) of the power headroom of mobile terminal,
5bits is taken altogether；
2) it is used for field (the Total E-DCH of the state of the total buffering area for indicating E-DCH logic channel
Buffer Status, TEBS), take altogether 5bits；
3) for indicating the field of the data of the logic channel with limit priority amount to be sent
(Highest-priority Logical-channel Buffer Status, HLBS), takes 4bits altogether；
4) for indicating the field (Highest-priority of the numbering of highest priority logical channel
Logical-channel Identification, HLID), take altogether 4bits.
Therefore, the schedule information of above-mentioned up-link takes 18bits altogether.
For indicating the information (Happy bit) whether dispatch command is satisfied with, as the increasing of up-link
A part for strong type control information is carried on enhancement mode Dedicated Physical Control Channel (Enhanced Delicated
Physical Control Channel, EDPCCH) in.Specifically, if mobile terminal is thought under base station side
The corresponding schedule information of dispatch command that sends out cannot meet the current data transfer demands of mobile terminal, then go up
State Happy bit and Unhappy is would indicate that, correspondingly, if mobile terminal thinks that current scheduling meets data
Transmission demand, then above-mentioned Happy bit would indicate that Happy.
The schedule information (Downlink Scheduling Information) of downlink, used as base station
The dispatch command that lateral movement end side issues, including two kinds of scheduling modes as described above：
Relative Grants and Absolute Grants.
Then in above-described embodiment, due to being sent to base station side, then above-mentioned standard scheduling from mobile terminal side
Sequence information can be the UL Scheduling Information transmitted between mobile terminal and base station.Cause
This, wherein：
First flag bit can be the shape of the buffering area of the logic channel for instruction with limit priority
The field of state, i.e., above-mentioned HLBS；
Second flag bit can be for indicating the word of the state of total buffering area of E-DCH logic channel
Section, i.e., above-mentioned TEBS.
Further, can also include in above-mentioned standard schedule sequences information：
3rd flag bit, for indicating the power headroom of the mobile terminal, i.e., above-mentioned UPH；
4th flag bit, for indicating the numbering of the highest priority logical channel of data to be transmitted, that is, goes up
State HLID.
Due in current HSPA communication protocol, when HLBS value is more than 0, the value of TEBS
Necessarily it is more than 0, this is because when having data in the buffering area of highest priority logical channel, E-DCH
Total buffering area in certainly exist data.Then in this case, taking further according to UPH and HLID
Value, may be constructed the schedule sequences information of the routine under current HSPA communication protocol.
Based on described above, then：
1) if 0 ＜ HLBS≤15 (HLBS take 4bits, maximum be B111, as 15) when,
If the value of TEBS is set as 0 (B00000), now no matter UPH and HLID takes any value,
The schedule sequences information that final combination is formed must be that unconventional schedule sequences, i.e., one are current
Undefined schedule sequences in HSPA communication protocol, this schedule sequences may be used to indicate that some passes
It is coupled to the undefined terminal affair of mobile terminal.Specifically, in this case (0 ＜ HLBS≤15,
TEBS=0), by the value of conversion UPH and HLID, multiple different message can be produced, uses
In the multiple different terminal affairs of expression.
For example, when working as HLBS=15, TEBS=0, UPH takes 5bits, can have 32 kinds of differences to take
Value, HLID take 4bits, can have 16 kinds of different values, then may finally produce 32*16 kind different
Schedule information, the terminal affair different for representing 32*16 kind.
2) similarly, if HLBS=0 (B0000), and 0 ＜ TEBS≤31 (TEBS take 5bits,
Maximum is B11111, as 31), then now no matter UPH and HLID take what value, final group
It must be also unconventional schedule sequences to close the schedule sequences information for being formed.Specifically, in this feelings
Under condition (0 ＜ HLBS≤15, TEBS=0), again by the value of conversion UPH and HLID, can
To produce multiple different message, for representing multiple different terminal affairs.
For example, when working as HLBS=0, TEBS=31, UPH takes 5bits, can have 32 kinds of differences to take
Value, HLID take 4bits, can have 16 kinds of different values, then may finally produce 32*16 kind different
Schedule information, the terminal affair different for representing 32*16 kind.
Then in the preferred embodiment of the present invention, so-called standard schedule sequences information, actual is one
The value sequence of individual unconventional schedule information.
In the preferred embodiment of the present invention, the above terminal affair, can work as mobile terminal
Front data transmission state, or the currently scheduled state of mobile terminal, or mobile whole
End is associated with other states of data transfer.
In the preferred embodiment of the present invention, above-mentioned terminal affair be finally pointed at mobile terminal current because
Receive the scheduling of adjacent cell and make the inconsistent feelings of dispatch command of its working condition and current service cell
Condition.
In the preferred embodiment of the present invention, as shown in Fig. 2 above-mentioned steps S1 are specifically included：
Step S11, mobile terminal is detected makes current operating state with current clothes after receiving adjacent cell scheduling
When the requirement of business cell is inconsistent, searches in preset terminal affair information table in mobile terminal and obtain phase
The standard schedule sequences information that answers；
Step S12, mobile terminal detect whether to need to send routine dispactching information to current service cell：
If routine dispactching information need not be sent to current service cell, mobile terminal is directly to current clothes
Business cell sends the Frame for being associated with standard schedule sequences information, is subsequently diverted to step S2；
Step S13, mobile terminal send to current service cell within the current transmission period and are associated with
The Frame of routine dispactching information；
Step S14, mobile terminal turn to next send the period, and continue to detect whether to need to current
Serving cell sends routine dispactching information：
If desired routine dispactching information is sent to current service cell, then return to step S13；
If need not to current service cell send routine dispactching information, mobile terminal in send the period in
The Frame for being associated with standard schedule sequences information is sent to current service cell, is subsequently diverted to step
S2.
In mobile terminal side, the schedule information (UL Scheduling Information) of the up-link of routine
Transmission process be periodically to be triggered, or be triggered by reported event that (for example mobile terminal is recognized
Its data transfer is unsatisfactory for for the initial dispatch command that the base station side for being associated with current service cell is issued needs
Ask).Then in the preferred embodiment of the present invention, mobile terminal has detected terminal affair triggering, but
Now mobile terminal simultaneously need to base station side send conventional schedule information (periodic triggers or according to
Event is triggered), then mobile terminal preferentially sends conventional schedule information to base station side, and in sky afterwards
The not busy transmission period sends above-mentioned standard schedule sequences information to base station side again, will standard schedule sequences letter
Breath postpone to next hybrid automatic repeat-request (Hybrid Automatic Repeat Rerequest,
HARQ send in), if still need in next one HARQ sending conventional schedule information, still
Preferential transmission routine dispactching information, and above-mentioned standard schedule sequences information is continued to postpone to the next one
In HARQ, till by the standard schedule sequences delivering.
In sum, in technical solution of the present invention, first in mobile terminal side and to be associated with current service little
The base station side in area presets a description for including standard schedule sequences information and corresponding terminal affair respectively
The terminal affair information table of information.Mobile terminal detect the presence of terminal affair (receive adjacent cell tune
The situation that current operating state is inconsistent with the requirement of current service cell is made after degree) when, can be to base station side
Corresponding standard schedule sequences information is reported, special terminal is currently triggered with signals base side shifting terminal
Event, base station side can select to issue corresponding dispatch command according to the terminal affair for reporting, with control
Mobile terminal is adjusted to the speed of its transmitting uplink data.Above-mentioned standard schedule sequences information is actual to be
Unconventional uplink scheduling information, i.e., indicate different terminal affairs using unconventional schedule sequences,
So as to different terminal affairs is notified to know to base station side, it is to avoid in prior art, each cell is only
The issuing of the vertical transmitting and scheduling for carrying out up-link and the scheduling wrong report that produces and inappropriate dispatch command
The problems such as.
In the preferred embodiment of the present invention, a kind of mobile terminal is also provided, wherein using the above
Data transmission scheduling method.
The foregoing is only preferred embodiments of the present invention, not thereby limit embodiments of the present invention and
Protection domain, to those skilled in the art, should can appreciate that all utilization description of the invention
And the equivalent done by diagramatic content and the scheme obtained by obvious change, should all include
Within the scope of the present invention.
Claims (9)
1. a kind of data transmission scheduling method, it is adaptable to mobile terminal；Characterized in that, provide one associating
To the Frame of the standard schedule sequences information of HSPA communication protocol, further comprising the steps of：
Step S1, mobile terminal make current operating state and current service cell after adjacent cell scheduling is received
Requirement inconsistent when, retain combination using the mark of the standard schedule sequences information and send the data
Frame is to the current service cell；
Step S2, the current service cell are received after the Frame according to a default terminal affair
Information table obtains the mark in the Frame and retains the corresponding description information of combination；
Step S3, the current service cell are issued accordingly to the mobile terminal according to the description information
Data transmission scheduling instruction.
2. data transmission scheduling method as claimed in claim 1, it is characterised in that the mark retains
Combination includes one first flag bit and one second flag bit：
Then the mark reservation combination in the standard schedule sequences information meets following pre-conditioned：
The value of first flag bit is in the range of one default first；And
The value of second flag bit is equal to default first value.
3. data transmission scheduling method as claimed in claim 1, it is characterised in that
The mark retains combination and includes one first flag bit and one second flag bit：
Then the mark reservation combination in the standard schedule sequences information meets following pre-conditioned：
The value of first flag bit is equal to default second value；And
The value of second flag bit is in the range of one default second.
4. data transmission scheduling method as claimed in claim 2, it is characterised in that described default
One scope for (0,15]；
Default first value is 0.
5. data transmission scheduling method as claimed in claim 3, it is characterised in that described default
Two scopes for (0,31]；
Default second value is 0.
6. data transmission scheduling method as claimed in claim 2 or claim 3, it is characterised in that the standard
Schedule sequences information is the schedule information that transmits between the mobile terminal and the current service cell；
Then：
First flag bit is used for the state of the buffering area for indicating the logic channel with limit priority；
Second flag bit is used for the state of the total buffering area for indicating E-DCH logic channel.
7. data transmission scheduling method as claimed in claim 1, it is characterised in that the standard scheduling
Sequence information is the schedule information that transmits between the mobile terminal and the current service cell；
Then the mark retains and also includes in combination：
3rd flag bit, for indicating the power headroom of the mobile terminal；
4th flag bit, for indicating the numbering of the highest priority logical channel of data to be transmitted.
8. data transmission scheduling method as claimed in claim 1, it is characterised in that step S1
Specifically include：
Step S11, the mobile terminal detect after receiving adjacent cell scheduling and make current operating state and work as
When the requirement of front Serving cell is inconsistent, the preset terminal affair information table in the mobile terminal
Middle lookup obtains the standard schedule sequences information accordingly；
Step S12, the mobile terminal detect whether to need to send conventional tune to the current service cell
Degree information：
If the routine dispactching information, the mobile terminal need not be sent to the current service cell
The data that are associated with the standard schedule sequences information are directly sent to the current service cell
Frame, is subsequently diverted to step S2；
Step S13, the mobile terminal were sent to the current service cell within the current transmission period
It is associated with the Frame of the routine dispactching information；
Step S14, the mobile terminal turn to the next transmission period, and continue to detect whether to need
The routine dispactching information to be sent to the current service cell：
If desired the routine dispactching information is sent to the current service cell, then return the step
S13；
If the routine dispactching information, the mobile terminal need not be sent to the current service cell
Send to the current service cell within the transmission period and be associated with the standard schedule sequences information
The Frame, be subsequently diverted to step S2.
9. a kind of mobile terminal, it is characterised in that adjusted using the data transfer as described in claim 1-8
Degree method.
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| EP2709414A1 (en) * | 2012-09-13 | 2014-03-19 | Vodafone IP Licensing limited | Coordination and QoS scheduling |
| CN103975638A (en) * | 2011-11-07 | 2014-08-06 | 瑞典爱立信有限公司 | Downlink transmission coordinated scheduling |
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| CN102740301A (en) * | 2011-04-12 | 2012-10-17 | 中兴通讯股份有限公司 | Inter cell interference coordination (ICIC) method and apparatus thereof |
| CN103052075A (en) * | 2011-10-13 | 2013-04-17 | 中兴通讯股份有限公司 | Method and device for coordinating same-frequency interference |
| CN103975638A (en) * | 2011-11-07 | 2014-08-06 | 瑞典爱立信有限公司 | Downlink transmission coordinated scheduling |
| EP2709414A1 (en) * | 2012-09-13 | 2014-03-19 | Vodafone IP Licensing limited | Coordination and QoS scheduling |
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