CN103391630B

CN103391630B - A kind of method, subscriber equipment and device adjusting subscriber equipment service authority value

Info

Publication number: CN103391630B
Application number: CN201210144286.1A
Authority: CN
Inventors: 李秉肇; 贺传峰
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2012-05-10
Filing date: 2012-05-10
Publication date: 2016-01-13
Anticipated expiration: 2032-05-10
Also published as: CN103391630A; WO2013166888A1

Abstract

Embodiments provide a kind of method, subscriber equipment and the device that adjust subscriber equipment service authority value, the accuracy of network controls interference can be improved.The method comprises: first user equipment receives the relative authorization command that network side sends; First user equipment determines very first time interval, and the very first time is spaced apart the Transmission Time Interval of the first hybrid automatic repeat-request HARQ process that relative authorization command comes into force; First user equipment is according to the data channel of first user device storage and the power ratio of control channel and relative authorization command adjustment service authority value; When the data track of first user device storage and the power ratio of control channel are included in the first Transmission Time Interval of a HARQ process, current all HARQ processes of first user equipment send the data channel of data use and the power ratio of control channel at the Transmission Time Interval of front first predetermined number.The embodiment of the present invention is applicable to communication technical field.

Description

A kind of method, subscriber equipment and device adjusting subscriber equipment service authority value

Technical field

The present invention relates to communication technical field, particularly relate to a kind of method, subscriber equipment and the device that adjust subscriber equipment service authority value.

Background technology

At 3GPP (ThirdGenerationPartnershipProject, 3rd Generation Partnership Project) WCDMA (WidebandCodeDivisionMultipleAccess, Wideband Code Division Multiple Access (WCDMA)) R11 version in, the CELL-FACH state of user equipment (UE) (UserEquipment) is strengthened, introduces the control to adjacent area interference.In R11 version, the network side public E-RGCH (EnhancedDedicatedChannelRelativeGrantChannel that has been each cell configuration, strengthen special Relative Grant Channels), for sending RG (RelativeGrant to the UE of CELL-FACH state of the adjacent area meeting certain condition, relative authorization) order, carry out interference and control.Such as, if the RNC (RadioNetworkController of network side, radio network controller) find that adjacent area interference is higher, then network side can by the UE transmission RG order of this public E-RGCH channel to CELL-FACH (CELL-Forwardaccesschannel, the cell forward access channel) state of adjacent area.UE, after receiving this RG order, adjusts its SG (ServingGrant, authorization of service) value according to this RG order, with the scope making the interference of UE to adjacent area be reduced to network side adjustment.

But, the power ratio of what UE adjusted the reference of SG value is data channel and the control channel stored in UE, wherein the data channel of UE storage and the power ratio of control channel are the data channel of the first two TTI and the power ratio of control channel of current all HARQ processes.The UE sending RG order owing to receiving network side comprises 10ms and 2msTTI (TransmissionTimeInterval, Transmission Time Interval) UE, Transmission Time Interval like this for the UE of 10ms with 2msTTI is different, thus it is inaccurate to cause network controls interference.

Summary of the invention

Embodiments of the invention provide a kind of method and the subscriber equipment that adjust the service authority value of subscriber equipment, the time period that when can make first user equipment and the second subscriber equipment adjustment SG value, the power ratio of the data channel of reference and control channel is corresponding close to or overlapping at least partly, improve the accuracy that network controls is disturbed.

The embodiment of the present invention additionally provides a kind of method, device and the subscriber equipment that adjust the service authority value of subscriber equipment, can send RG order respectively to first user equipment and the second subscriber equipment, thus can improve the accuracy that network controls disturbs.

For achieving the above object, embodiments of the invention adopt following technical scheme:

On the one hand, provide a kind of method adjusting subscriber equipment service authority value, the method is applied to first user equipment, described first user equipment and described second subscriber equipment receive the relative authorization command of network side transmission under CELL-FACH state by E-RGCH channel, wherein, described first user equipment is the subscriber equipment of 2ms Transmission Time Interval, and described second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval, and the method comprises:

Described first user equipment receives the relative authorization command that network side sends;

Described first user equipment determines very first time interval, and the described very first time is spaced apart the first Transmission Time Interval of the first hybrid automatic repeat-request HARQ process that described relative authorization command comes into force;

Described first user equipment is according to the described data channel of first user device storage and the power ratio of control channel and described relative authorization command adjustment service authority value;

When the described data track of first user device storage and the power ratio of control channel are included in described first Transmission Time Interval of a described HARQ process, current all HARQ processes of described first user equipment send the data channel of data use and the power ratio of control channel at the Transmission Time Interval of front first predetermined number.

On the one hand, further provide a kind of method adjusting subscriber equipment service authority value, the method is applied to the second subscriber equipment, and described second subscriber equipment receives the relative authorization command that network side sends, wherein said second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval, and the method comprises:

Described second subscriber equipment receives the relative authorization command that network side sends;

Described second subscriber equipment obtains the 3rd Transmission Time Interval, and described 3rd Transmission Time Interval is the Transmission Time Interval that the second system frame of the first system frame after first postpones and second postpones of the E-RGCH frame association receiving described relative authorization command is corresponding;

The data channel stored according to described second subscriber equipment and the power ratio of control channel and described relative authorization command, the service authority value of described second subscriber equipment of described second subscriber equipment adjustment;

The power ratio of the data channel that described second subscriber equipment stores and control channel is when the 3rd Transmission Time Interval that described second system frame is corresponding, and current all HARQ processes of described second subscriber equipment are in the front data channel of second Transmission Time Interval and the power ratio of control channel.

On the one hand, separately provide a kind of method adjusting subscriber equipment service authority value, described method is applied to network side, wherein, first user equipment and the second subscriber equipment receive the relative authorization command that described network side sends, described first user equipment is the subscriber equipment of 2ms Transmission Time Interval, and described second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval, comprising:

Described network side sends described relative authorization command respectively to described first user equipment and the second subscriber equipment, to make first user equipment and the second subscriber equipment according to the described relative authorization command adjustment service authority value received.

On the one hand, additionally provide a kind of method adjusting subscriber equipment authorization of service, the method first user equipment, described first user equipment receives the relative authorization command that network side sends, wherein, described first user equipment is the subscriber equipment of 2ms Transmission Time Interval, and the method comprises:

Described first user equipment, according to the channelization code information of an E-RGCH channel of the described relative authorization command of carrying, receives the described relative authorization command that network side is sent by an E-RGCH channel; Or

Described first user equipment, according to the signing messages of the first signature of the described relative authorization command of carrying, receives the described relative authorization command be carried on the first signature that network side sends; Or

Described first user equipment, according to the frame information of the first predetermined frame of the described relative authorization command of carrying, receives the described relative authorization command be carried on described first predetermined frame that network side sends; Or

The information of the signature of the first value that described first user equipment comprises according to described relative authorization command, receives the relative authorization command comprising the signature of the first value that network side sends;

Described first user equipment is according to described relative authorization command adjustment service authority value.

On the one hand, additionally provide a kind of method adjusting subscriber equipment authorization of service, the method is applied to the second subscriber equipment, described second subscriber equipment receives the relative authorization command that network side sends, wherein, described second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval, and the method comprises:

Described second subscriber equipment, according to the channelization code information of the 2nd E-RGCH channel of the described relative authorization command of carrying, receives the described relative authorization command that network side is sent by the 2nd E-RGCH channel; Or

Described second subscriber equipment, according to the signing messages of the second signature of the described relative authorization command of carrying, receives the described relative authorization command be carried on the second signature that network side sends; Or

Described second subscriber equipment according to the frame information of the second predetermined frame of the described relative authorization command of carrying, receive that network side sends to be carried on described second predetermined frame described to authorization command;

The information of the signature of the second value that described second subscriber equipment comprises according to described relative authorization command, receives the relative authorization command comprising the signature of the second value that network side sends;

Described second subscriber equipment is according to described relative authorization command adjustment service authority value.

On the one hand, provide a kind of first user equipment, this first user equipment is the subscriber equipment of 2ms Transmission Time Interval, and this equipment comprises: receiving element, memory cell, determining unit and adjustment unit;

Described receiving element, for receiving the relative authorization command that network side sends;

Described determining unit, for determining described very first time interval, the described very first time is spaced apart the Transmission Time Interval of the first hybrid automatic repeat-request HARQ process that described relative authorization command comes into force;

Described memory cell, for storing the described data channel of first user equipment and the power ratio of control channel, when the described data channel of first user equipment and the power ratio of control channel are included in the first Transmission Time Interval of a described HARQ process, current all HARQ processes of described first user equipment send the data channel of data use and the power ratio of control channel at the Transmission Time Interval of front first predetermined number;

Described adjustment unit, for adjusting the service authority value of described first user equipment according to the described data channel of described cell stores and the power ratio of control channel and described relative authorization command.

On the one hand, further provide a kind of second subscriber equipment, described second equipment is the subscriber equipment of 10ms Transmission Time Interval, comprises receiving element, acquiring unit, memory cell and adjustment unit;

Described acquiring unit, for obtaining the 3rd Transmission Time Interval, described 3rd Transmission Time Interval is the Transmission Time Interval that the second system frame of the first system frame after first postpones and second postpones of the E-RGCH frame association receiving described relative authorization command is corresponding;

Described memory cell, for the power ratio of the data channel and control channel that store the second subscriber equipment, described power ratio comprises: at the 3rd Transmission Time Interval that described second system frame is corresponding, the data channel of current all HARQ processes at the first two Transmission Time Interval of described second subscriber equipment and the power ratio of control channel;

Described adjustment unit, for the service authority value according to the data channel of described cell stores and the power ratio of control channel and described second subscriber equipment of described relative authorization command adjustment.

On the one hand, separately provide a kind of device adjusting subscriber equipment service authority value, described device comprises the first transmitting element and the second transmitting element;

Described first transmitting element, for sending relative authorization command to first user equipment;

Described second transmitting element, for sending relative authorization command to described second subscriber equipment;

Thus to make described first user equipment and the second subscriber equipment according to the relative authorization command adjustment service authority value received, described first user equipment is the subscriber equipment of 2ms Transmission Time Interval, and described second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval.

On the one hand, additionally provide a kind of first user equipment, described first user equipment is the subscriber equipment of 2ms Transmission Time Interval, and described equipment comprises: the first receiving element and adjustment unit;

Described first receiving element, for the channelization code information of the E-RGCH channel according to carrying relative authorization command, is received described network side and sends the described relative authorization command sent by an E-RGCH channel; Or

According to the signing messages of the first signature of the described relative authorization command of carrying, receive the described relative authorization command be carried on the first signature that described network side sends; Or

According to the frame information of the first predetermined frame of the described relative authorization command of carrying, receive that described network side sends to be carried on described first predetermined frame described to authorization command; Or

The information of the signature of the first value comprised according to described relative authorization command, receives the relative authorization command comprising the signature of the first value that described network side sends;

Described adjustment unit, for the relative authorization command adjustment service authority value received according to described first receiving element.

On the one hand, additionally provide a kind of second subscriber equipment, described second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval, and described equipment comprises: the second receiving element and adjustment unit;

Described second receiving element, for the channelization code information of the 2nd E-RGCH channel according to the described relative authorization command of carrying, receives the described relative authorization command that described network side is sent by the 2nd E-RGCH channel; Or

The described relative authorization command be carried on the second signature of described network side transmission is received according to the signing messages of the second signature of the described relative authorization command of carrying; Or

The described relative authorization command be carried on described second predetermined frame of described network side transmission is received according to the frame information of the second predetermined frame of the described relative authorization command of carrying; Or

The information of the signature of the second value comprised according to described relative authorization command, receives the relative authorization command comprising the signature of the second value that described network side sends;

Described adjustment unit, for the relative authorization command adjustment service authority value received according to described second receiving element.

Embodiments provide a kind of method adjusting subscriber equipment service authority value, subscriber equipment and device, the method is by the power ratio according to the data channel and control channel that adjust the reference of first user equipment, or the first delay and second after the second subscriber equipment receives described RG order postpones to come into force RG order, make the time period of the data channel of first user equipment and the second subscriber equipment reference and the power ratio of control channel close as far as possible or overlapping at least partly, or network side sends relative authorization command respectively to first user equipment or the second subscriber equipment, thus the more accurate of network controls interference can be improved.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is the HARQ process schematic diagram in section sometime of first user equipment and the second subscriber equipment;

A kind of method flow schematic diagram adjusting subscriber equipment service authority value that Fig. 2 provides for the embodiment of the present invention;

The method flow schematic diagram of the another kind adjustment subscriber equipment service authority value that Fig. 3 provides for the embodiment of the present invention;

The method flow schematic diagram of another adjustment subscriber equipment service authority value that Fig. 4 provides for the embodiment of the present invention;

A kind of first user device structure schematic block diagram that Fig. 5 provides for the embodiment of the present invention;

The one second user device architecture schematic block diagram that Fig. 6 provides for the embodiment of the present invention;

A kind of structural schematic block diagram adjusting the device of subscriber equipment service authority value that Fig. 7 provides for the embodiment of the present invention;

The another kind of first user device structure schematic diagram that Fig. 8 provides for the embodiment of the present invention;

The another kind second user device architecture schematic diagram that Fig. 9 provides for the embodiment of the present invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

In the R11 version of the WCDMA agreement of 3GPP tissue, define the UE of two kinds of Transmission Time Intervals, first user equipment and the second subscriber equipment, described first user equipment is the subscriber equipment of 2ms Transmission Time Interval, and described second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval.

Wherein, in the agreement of WCDMA, the power ratio of the data channel that UE stores and control channel is when the TTI of the HARQ process of this RG order that comes into force, the current all HARQ data channel of (HybridAutomaticRepeatRequest, hybrid automatic repeat-request) process at the first two TTI of this UE and the power ratio of control channel.

For example, shown in Figure 1, in section sometime, first user equipment comprises 0-7 HARQ process, when UE comes into force the 8th TTI of No. 3 HARQ processes of this RG order, wherein current all HARQ processes comprise the 4-7 HARQ process being in 0-3 HARQ process on the 8th TTI and being on the 7th TTI, the power ratio of the data channel of such first user device storage 0-3 HARQ process when the 6th TTI and control channel and the data channel of 4-7 HARQ process when the 5th TTI and the power ratio of control channel.And the second subscriber equipment comprises 0-3 HARQ process, when UE comes into force the 3rd TTI of No. 3 HARQ processes of this RG order, wherein current all HARQ processes of the second subscriber equipment comprise the 0-3 HARQ process being in the 3rd TTI, and such second subscriber equipment stores the data channel of 0-3 HARQ process when the 1st TTI and the power ratio of control channel.

Wherein, UE is after receiving RG order, and this RG order entry-into-force time is: i+1+s:s is the delay that comes into force; Wherein

1) coming into force of first user equipment postpones for s:

individual SFN association by E-RGCH channel receive carry the E-RGCH frame of RG order after, at i+1+s SFN (SystemFrameNumber, System Frame Number) E-DPDCH (E-DCHDedicatedPhysicalDataChannel that associates, E-DCH Dedicated Physical Data Channel) data channel frame on to come into force this RG order, namely on the frame come into force, adjust SG value according to this RG, the SG value after Use Adjustment sends data.Wherein, τ _{dPCH, n1}the parameter of network side to first user Equipments Setting.

2) delay that comes into force of the second subscriber equipment is:

Second subscriber equipment by E-RGCH channel receive i-th SFN association carry the E-RGCH frame of RG order after, to come into force this RG order at the data channel frame of the E-DPDCH of i+1+s SFN association, namely on the frame come into force, adjust SG value according to this RG order, the SG value after Use Adjustment sends data.Wherein, τ _{dPCH, n}the parameter of network side to the second user device configuration.

Although the τ that network side configures respectively to first user equipment and the second subscriber equipment _{dPCH, n1}and τ _{dPCH, n}value is different, but under normal circumstances come into force time of Transmission Time Interval of this RG order of first user equipment and the second subscriber equipment very close.Exemplary, shown in Figure 1, first user equipment to come into force RG order at the 8th TTI of No. 3 HARQ processes, and the second subscriber equipment to come into force RG order at the 3rd TTI of No. 3 HARQ processes.

Embodiments provide a kind of method adjusting subscriber equipment service authority value, the method is applied to first user equipment, and as shown in Figure 2, the method comprises:

201, described first user equipment receives the described relative authorization command that network side sends.

202, described first user equipment determines very first time interval, and the described very first time is spaced apart the first Transmission Time Interval of the HARQ process that described relative authorization command comes into force.

Network side, according to interfere information, sends described RG order to subscriber equipment.First user equipment, according to the described RG order received, determines the first Transmission Time Interval of the HARQ process that described RG order comes into force.

Such as, see Fig. 1, after first user equipment receives this RG order, s is postponed according to coming into force of first user equipment, determine that this RG order comes into force on the 8th TTI of No. 3 HARQ processes of first user equipment, namely come into force a HARQ process of this RG order of first user equipment is No. 3 processes, and the first Transmission Time Interval is the 8th TTI of No. 3 processes.

203, described first user equipment is according to the described data channel of first user device storage and the power ratio of control channel and described relative authorization command adjustment service authority value.

When the described data channel of first user device storage and the power ratio of control channel are included in the first Transmission Time Interval of a described HARQ process, current all HARQ processes of described first user equipment send the data channel of data use and the power ratio of control channel at the Transmission Time Interval of front first predetermined number.

Current all HARQ processes that described first user equipment adjustment SG value with reference to described first user equipment send the data channel of data use and the power ratio of control channel at the Transmission Time Interval of front first predetermined number.

Described first user equipment can from store data channel and control channel power ratio choose arbitrarily a value, as reference power ratio.

Described first user equipment also can select a maximum from the power ratio of the data channel stored and control channel, as with reference to power ratio.

Certainly, the described first user equipment value that also can choose other from the power ratio of the data channel stored and control channel is as with reference to power ratio, and this enforcement does not do concrete restriction to this.

Then according to the power ratio of data channel and control channel in SG value list and the corresponding relation of SG value, find the SG1 that a minimum value being more than or equal to this reference power ratio is corresponding, on the basis of this SG1, first user equipment carries out the adjustment of service authority value.

Optionally, the data channel stored in described second subscriber equipment and the power ratio of control channel be included in described second subscriber equipment come into force second Transmission Time Interval of the 2nd HARQ process of described relative authorization command time, current all HARQ processes of described second subscriber equipment send the power ratio of data channel that data use and control channel at front second Transmission Time Interval.Like this, second time period of current all HARQ processes of the first time period that occupies of the Transmission Time Interval of preceding first predetermined number of current all HARQ processes of described first user equipment and described second subscriber equipment occupied by front second Transmission Time Interval closer to or overlapping at least partly.

Wherein, described first predetermined number is greater than 2.For example, shown in Figure 1, suppose that the first predetermined number is 5, the power ratio of the data channel of the 0-3 HARQ process that such data channel of first user device storage and the power ratio of control channel include first user equipment when the 3rd TTI and control channel and the data channel of 4-7 HARQ process when the 2nd TTI and the power ratio of control channel.Second subscriber equipment comes into force 3rd TTI of RG order in No. 3 HARQ processes of the second described subscriber equipment, the data channel when power ratio of the data channel that the second subscriber equipment stores and control channel comprises the 1st TTI of 0-3 HARQ process and the power ratio of control channel.The 0-3 HARQ process of first user equipment when the 3rd TTI and time period of occupying when the 1st TTI of the 0-3 HARQ process of the first time period that occupies when the 2nd TTI of 4-7 HARQ process and the second subscriber equipment can be overlapping.The accuracy of network interferences can be improved like this.

It should be noted that, the situation shown in Fig. 1 is a kind of ideal situation, and first user equipment and the second subscriber equipment come into force time of RG order can according to the τ of first user equipment and the second subscriber equipment _{dPCH, n1}and τ _{dPCH, n}value difference and different, so the first predetermined number also can adjust accordingly.But the essence of this programme is then be to change time period corresponding to the power ratio of the data channel of first user device storage and control channel, the data channel of reference and the corresponding respectively first time period of the power ratio of control channel and the second time period is more close or overlap at least partly during to make first user equipment and the second subscriber equipment adjustment SG value.

Optionally, when the data channel of described first user device storage and the power ratio of control channel can also be included in the first Transmission Time Interval of a described HARQ process, current all HARQ processes of described first user equipment send the data channel of data use and the power ratio of control channel at the Transmission Time Interval of front second predetermined number, and described first predetermined number is not identical with described second predetermined number.

Shown in Figure 1, suppose that the second predetermined number is 4, the power ratio of the data channel of the 0-3 HARQ process that such data channel of first user device storage and the power ratio of control channel further comprises first user equipment when the 4th TTI and control channel and the data channel of 4-7 HARQ process when the 3rd TTI and the power ratio of control channel.

Further, the time period that preceding first predetermined number of all HARQ processes of described first user equipment and the Transmission Time Interval of the second predetermined number occupy was the 3rd time period, the time period that all HARQ processes of described second subscriber equipment occupy at front second Transmission Time Interval was the second time period, and described 3rd time period is overlapping at least partly with described second time period.

The 3rd time period and the second time period can be made so more close or overlapping at least partly, and then be more conducive to the control of network side to interference.

Optionally, the Transmission Time Interval of described first predetermined number is the Transmission Time Interval of 4-8 2ms.

Because the time interval between adjacent two same HARQ processes is 16ms, so the time of the Transmission Time Interval of the first predetermined number is specially 64ms-128ms.

Optionally, the Transmission Time Interval of described second predetermined number is the Transmission Time Interval of 3-9 2ms.

Equally, because the time interval between adjacent two same HARQ processes is 16ms, the time of the Transmission Time Interval of the second predetermined number is specially 48ms-144ms.

Optionally, described first predetermined number and described second predetermined number pre-configured in described first user equipment.

Optionally, described first predetermined number and described second predetermined number are that network side sends.

A kind of method adjusting the service authority value of subscriber equipment that the embodiment of the present invention provides, due to when the first Transmission Time Interval of a HARQ process, the current all HARQ processes of first user device storage are in the data channel of Transmission Time Interval of front first predetermined number and the power ratio of control channel, the first time period making the Transmission Time Interval of preceding first predetermined number of current all HARQ processes of first user equipment occupy like this is close or overlapping at least partly as much as possible in the second time period that front second Transmission Time Interval occupies with current all HARQ processes of the second subscriber equipment, the data channel of such first user equipment and the second subscriber equipment adjustment service authority value reference and time period corresponding to the power ratio of control channel as much as possible close to or partly overlap, thus the accuracy of network controls interference can be improved.

Embodiments provide a kind of method adjusting subscriber equipment service authority value, the method is applied to the second subscriber equipment, and as shown in Figure 3, the method comprises:

301, described second subscriber equipment receives the relative authorization command that network side sends.

302, described second subscriber equipment obtains the 3rd Transmission Time Interval, and described 3rd Transmission Time Interval is the Transmission Time Interval that the second system frame of the first system frame after first postpones and second postpones of the E-RGCH frame association receiving described relative authorization command is corresponding.

To postpone and after the second delay, the second subscriber equipment to come into force described RG order at the 3rd Transmission Time Interval that described second system frame is corresponding through first like this.

303, the data channel stored according to described second subscriber equipment and the power ratio of control channel and described relative authorization command, the service authority value of described second subscriber equipment of described second subscriber equipment adjustment.

The power ratio of the data channel that described second subscriber equipment stores and control channel is when the 3rd Transmission Time Interval that described second system frame is corresponding, and all HARQ processes of described second subscriber equipment are in the front data channel of second Transmission Time Interval and the power ratio of control channel.

Described second subscriber equipment can from store data channel and control channel power ratio choose arbitrarily a value, as reference power ratio.Described second subscriber equipment also can select a maximum from the power ratio of the data channel stored and control channel, as with reference to power ratio.Certainly, the power ratio of described second subscriber equipment according to data channel and control channel in SG value list and the corresponding relation of SG value, find the SG1 that a minimum value being more than or equal to this reference power ratio is corresponding, on the basis of this SG1, first user equipment carries out the adjustment of service authority value.

Optionally, wherein said first postpones can be that coming into force of the second subscriber equipment postpones s:

Wherein τ _{dPCH, n}the parameter of network side to described second user device configuration; Described second postpones the Transmission Time Interval for 3-6 10ms.

Optionally, described first postpone and second postpone be described second subscriber equipment pre-configured or described network side send to described second subscriber equipment.

Embodiments provide a kind of method adjusting subscriber equipment service authority value, the method is that the second subscriber equipment is after receiving RG order, postpone the first delay and second and postpone to come into force this RG order, during according to the 3rd Transmission Time Interval that the second system frame come into force in this RG order is corresponding, the power ratio of the data channel that described second subscriber equipment stores and control channel and described RG order, adjust the SG value of the second subscriber equipment, like this because the second subscriber equipment is delayed the entry-into-force time of RG order, the data channel of such first user equipment and the reference of the second subscriber equipment adjustment SG value and time period corresponding to the power ratio of control channel close or overlapping as much as possible, thus the accuracy of network controls interference can be improved.

Embodiments provide a kind of method adjusting subscriber equipment service authority value, be applied to network side, as RNC or NodeB, as shown in Figure 4, comprising:

401, network side sends relative authorization command respectively to described first user equipment and the second subscriber equipment, to make first user equipment and the second subscriber equipment according to the relative authorization command adjustment service authority value received.

Optionally, described network side specifically comprises respectively to described first user equipment and the second subscriber equipment transmission relative authorization command:

Described network side sends relative authorization command by an E-RGCH channel to described first user equipment; And/or

Described network side sends relative authorization command by the 2nd E-RGCH channel to described second subscriber equipment.

Described network side sends relative authorization command by the first signature to described first user equipment; And/or

Described network side sends relative authorization command by the second signature to described second subscriber equipment.

Described network side sends relative authorization command at the first predetermined frame to described first user equipment; And/or

Described network side sends relative authorization command at the second predetermined frame to described second subscriber equipment.

Described network side sends described relative authorization command to described first user equipment, and described relative authorization command comprises the signature of the first value; And/or

Described network side sends described relative authorization command to described second subscriber equipment, and described relative authorization command comprises the signature of the second value.

After described network side sends relative authorization command by an E-RGCH channel to described first user equipment, the interval scheduled time sends relative authorization command by the 2nd E-RGCH channel to described second subscriber equipment; Or

After described network side sends relative authorization command by the first signature to described first user equipment, the interval scheduled time sends relative authorization command by the second signature to described second subscriber equipment; Or

Described network side is after the first predetermined frame sends relative authorization command to described first user equipment, and the interval scheduled time sends relative authorization command at the second predetermined frame to described second subscriber equipment;

After described network side comprises the described relative authorization command of the signature of the first value to described first user equipment transmission, the interval scheduled time sends to described second subscriber equipment the relative authorization command comprising the signature of the second value.

Optionally, the described scheduled time is 30-60ms.

Wherein, the described scheduled time is that network side is pre-configured.

Further, the described scheduled time also can be other value determined according to the network system of reality and the actual conditions of subscriber equipment.

Optionally, also comprise before described network side sends relative authorization command respectively to described first user equipment and the second subscriber equipment: the signing messages of the channelization code information sending an E-RGCH channel of the described relative authorization command of carrying to first user equipment or the first signature of carrying described relative authorization command or carry the information of signature of the first value that the frame information of the first predetermined frame of described relative authorization command or described relative authorization command comprise; And

The signing messages of the channelization code information sending the 2nd E-RGCH channel of the described relative authorization command of carrying to the second subscriber equipment or the second signature of carrying described relative authorization command or carry the information of signature of the second value that the frame information of the second predetermined frame of described relative authorization command or described relative authorization command comprise.

402, the described relative authorization command that sends according to network side of described first user equipment and/or the second subscriber equipment, adjustment service authority value.

Optionally, described first user equipment according to the channelization code information of an E-RGCH channel of the described relative authorization command of carrying, can receive the described relative authorization command that network side is sent by an E-RGCH channel.

Optionally, described first user equipment according to the signing messages of the first signature of the described relative authorization command of carrying, can receive the described relative authorization command be carried on the first signature that network side sends.

Optionally, described first user equipment according to the frame information of the first predetermined frame of the described relative authorization command of carrying, can receive the described relative authorization command be carried on described first predetermined frame that network side sends.

Optionally, the information of the signature of the first value that described first user equipment can comprise according to described relative authorization command, receives the relative authorization command comprising the signature of the first value that network side sends.

Optionally, described second subscriber equipment according to the channelization code information of the 2nd E-RGCH channel of the described relative authorization command of carrying, can receive the described relative authorization command that network side is sent by the 2nd E-RGCH channel.

Optionally, described second subscriber equipment according to the signing messages of the second signature of the described relative authorization command of carrying, can receive the described relative authorization command be carried on the second signature that network side sends.

Optionally, described second subscriber equipment can according to the frame information of the second predetermined frame of the described relative authorization command of carrying, receive that network side sends to be carried on described second predetermined frame described to authorization command.

Optionally, the information of the signature of the second value that described second subscriber equipment can comprise according to described relative authorization command, receives the relative authorization command comprising the signature of the second value that network side sends.

Optionally, the information of the value of signature that the channelization code information of the described relative authorization command of described carrying or signing messages or frame information or described relative authorization command comprise is that described network side sends to described first user equipment and described second subscriber equipment.

Optionally, the information of the value of signature that the channelization code information of the described relative authorization command of described carrying or signing messages or frame information or described relative authorization command comprise is that first user equipment and the second subscriber equipment are pre-configured respectively separately.

A kind of method adjusting subscriber equipment authorization of service that the embodiment of the present invention provides, the method is used for sending relative authorization command respectively to first user equipment and the second subscriber equipment, namely network side can by the value of different channels or different signature or different signatures or different predetermined frames, only send relative authorization command to first user equipment or only send relative authorization command to the second subscriber equipment or send relative authorization command to first user equipment and the second subscriber equipment or the interval scheduled time sends relative authorization command to first user equipment and the second subscriber equipment, thus network side can improve the accuracy controlling interference.

Embodiment four,

Embodiments provide a kind of first user equipment 50, this subscriber equipment is the subscriber equipment of 2ms Transmission Time Interval, as shown in Figure 5, comprising: receiving element 51, determining unit 52, memory cell 53 and adjustment unit 54.

Described receiving element 51, for receiving the relative authorization command that network side sends.

Described determining unit 52, for determining described very first time interval, the described very first time is spaced apart the Transmission Time Interval of the first hybrid automatic repeat-request HARQ process that described relative authorization command comes into force.

Described memory cell 53, for storing the described data channel of first user equipment and the power ratio of control channel, when the described data channel of first user equipment and the power ratio of control channel are included in the first Transmission Time Interval, current all HARQ processes of described first user equipment send the data channel of data use and the power ratio of control channel at the Transmission Time Interval of front first predetermined number.

Described adjustment unit 54, for adjusting the service authority value of described first user equipment from the described data channel stored and the power ratio of control channel and described relative authorization command according to described memory cell 53.

Optionally, when the power ratio of the data channel that described memory cell 53 stores and control channel can also be included in described first Transmission Time Interval, current all HARQ processes of described first user equipment send the power ratio of data channel that data use and control channel at the Transmission Time Interval of front second predetermined number, described first predetermined number and not identical with described second predetermined number.

Wherein, described first predetermined number is greater than 2.

Optionally, the data channel that described second subscriber equipment stores and the power ratio of control channel be included in described second subscriber equipment come into force second Transmission Time Interval of the 2nd HARQ process of described relative authorization command time, current all HARQ processes of described second subscriber equipment send the power ratio of data channel that data use and control channel at front second Transmission Time Interval; Current all HARQ processes of the first time period that the Transmission Time Interval of preceding first predetermined number of current all HARQ processes of such first user equipment occupies and described second subscriber equipment the second time period that front second Transmission Time Interval occupies closer to or overlapping at least partly.

Optionally, the second time period of occupying at front second Transmission Time Interval of the 3rd time period of occupying of preceding first predetermined number of current all HARQ processes of described first user equipment and the Transmission Time Interval of the second predetermined number and current all HARQ processes of described second subscriber equipment is overlapping at least partly.

Optionally, described receiving element 51, also for receiving the first predetermined number of described network side transmission and described second predetermined number.

Optionally, described equipment can also comprise the first setting unit, for pre-configured described first predetermined number and described second predetermined number.

Embodiments provide a kind of first user equipment, the RG order of determining unit by receiving according to receiving element, determine a TTI of the HARQ process that this order comes into force, when the first Transmission Time Interval of a HARQ process, adjustment unit according to current all HARQ processes of cell stores in the front data channel of the first predetermined number and the power ratio of control channel and described RG order, adjustment SG value.Like this due to the adjustment unit of first user equipment and the data channel of the second subscriber equipment reference and time period corresponding to the power ratio of control channel more close or overlapping at least partly, thus the accuracy of network controls interference can be improved.

Embodiment five,

Embodiments provide a kind of second subscriber equipment 60, described second equipment is the subscriber equipment of 10ms Transmission Time Interval, and as shown in Figure 6, this equipment comprises receiving element 61, acquiring unit 62, memory cell 63 and adjustment unit 64.

Described receiving element 61, for receiving the relative authorization command that network side sends.

Described acquiring unit 62, for obtaining the 3rd Transmission Time Interval, described 3rd Transmission Time Interval is the Transmission Time Interval that the second system frame of the first system frame after first postpones and second postpones of the E-RGCH frame association receiving described relative authorization command is corresponding.

Described memory cell 63, for the power ratio of the data channel and control channel that store the second subscriber equipment, described power ratio comprises: at the 3rd Transmission Time Interval that described second system frame is corresponding, current all HARQ processes of described second subscriber equipment are in the front data channel of second Transmission Time Interval and the power ratio of control channel.

Described adjustment unit 64, for the service authority value according to the described data channel of memory cell 63 storage and the power ratio of control channel and described second subscriber equipment of described relative authorization command adjustment.

Optionally, described first postpones can be that coming into force of the second subscriber equipment postpones s:

wherein τ _{dPCH, n}the parameter of network side to the second user device configuration.Described second postpones the Transmission Time Interval for 3-6 10ms.

Optionally, described receiving element 61, also send for receiving described network side first postpones and the second delay

Optionally, described equipment can also comprise the second setting unit 65, postpones and the second delay for pre-configured described first.

Embodiments provide a kind of second subscriber equipment, the RG order that the acquiring unit of this equipment receives according to receiving element, obtain the 3rd Transmission Time Interval that the second system frame of the first system frame after first postpones and second postpones of the E-RGCH frame association of the described relative authorization command of this reception is corresponding, when the 3rd Transmission Time Interval that described second system frame is corresponding, adjustment unit adjusts the SG value of the second subscriber equipment.The data channel of the adjustment unit of such second subscriber equipment and first user equipment adjustment SG reference and time period corresponding to the power ratio of control channel closer to or overlapping at least partly, thus the accuracy of network controls interference can be improved.

Embodiments provide a kind of device 70 adjusting subscriber equipment service authority value, this device can be NodeB, also can be RNC, and as shown in Figure 7, this device comprises the first transmitting element 71 and the second transmitting element 72.

Described first transmitting element 71 is for sending relative authorization command to first user equipment.

Described second transmitting element 72, for sending relative authorization command to the second subscriber equipment.

Thus make described first user equipment and the second subscriber equipment according to the relative authorization command adjustment service authority value received.Wherein, described first user equipment is the subscriber equipment of 2ms Transmission Time Interval, and described second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval.

Optionally, described first transmitting element 71 sends relative authorization command respectively and specifically comprises:

Relative authorization command is sent to described first user equipment by an E-RGCH channel; Or

Relative authorization command is sent to described first user equipment by the first signature; Or

Relative authorization command is sent to described first user equipment at the first predetermined frame; Or

Send described relative authorization command to described first user equipment, described relative authorization command comprises the signature of the first value.

Optionally, described second transmitting element 72 sends relative authorization command and specifically comprises:

Relative authorization command is sent to described second subscriber equipment by the 2nd E-RGCH channel; Or

Relative authorization command is sent to described second subscriber equipment by the second signature; Or

Relative authorization command is sent to described second subscriber equipment at the second predetermined frame; Or

It should be noted that, described device 70 sends described relative authorization command by the first transmitting element 71 and described second transmitting element 72 respectively to first user equipment and the second subscriber equipment, and namely described device 70 both all can send relative authorization command to first user equipment and the second subscriber equipment respectively according to network interferences situation.Certainly, described device 70 also only can send relative authorization command to first user equipment by the first transmitting element 71 according to network interferences situation, or also only can send relative authorization command to the second subscriber equipment by the second transmitting element 72.

After described first transmitting element 71 sends relative authorization command by an E-RGCH channel to described first user equipment, the described second transmitting element 72 interval scheduled time sends relative authorization command by the 2nd E-RGCH channel to described second subscriber equipment; Or

After described first transmitting element 71 sends relative authorization command by the first signature to described first user equipment, the described second transmitting element 72 interval scheduled time sends relative authorization command by the second signature to described second subscriber equipment; Or

Described first transmitting element 71 is after the first predetermined frame sends relative authorization command to described first user equipment, and the described second transmitting element 72 interval scheduled time sends relative authorization command at the second predetermined frame to described second subscriber equipment; Or

After described first transmitting element 71 comprises the described relative authorization command of the signature of the first value to described first user equipment transmission, the described second transmitting element 72 interval scheduled time sends to described second subscriber equipment the relative authorization command comprising the signature of the second value.

Optionally, the described scheduled time is 30-60ms.

Wherein, the described scheduled time is that described device is pre-configured.

Optionally, described device also comprises the 3rd transmitting element 73; Described 3rd transmitting element 73, for before described first transmitting element 71 and the second transmitting element 72 send relative authorization command respectively to described first user equipment and the second subscriber equipment, the signing messages of the channelization code information sending an E-RGCH channel of the described relative authorization command of carrying to first user equipment or the first signature of carrying described relative authorization command or carry the information of signature of the first value that the frame information of the first predetermined frame of described relative authorization command or described relative authorization command comprise; And

The device of the adjustment subscriber equipment service authority value that the embodiment of the present invention provides, RG order is sent respectively to first user equipment and/or the second subscriber equipment by the first transmitting element, such as by value or the different predetermined frames of different channels or different signature or different signatures, only send relative authorization command to first user equipment or only send relative authorization command to the second subscriber equipment or send relative authorization command to first user equipment and the second subscriber equipment or the interval scheduled time sends relative authorization command to first user equipment and the second subscriber equipment, thus network side can improve the accuracy controlling interference.

Embodiments provide a kind of first user equipment 80, as shown in Figure 8, described equipment comprises: the first receiving element 81 and adjustment unit 82.

Optionally, described first receiving element 81, may be used for the channelization code information of the E-RGCH channel according to carrying relative authorization command, receives described network side and sends the described relative authorization command sent by an E-RGCH channel.

First receiving element 81, only for receiving the described relative authorization command that an E-RGCH channel sends, makes the control of network side to interference more accurate like this.

Optionally, described first receiving element 81, may be used for the signing messages of the first signature according to the described relative authorization command of carrying, receives the described relative authorization command be carried on the first signature that described network side sends.

First receiving element 81, only for receiving the described relative authorization command be carried on the first signature, makes the control of network side to interference more accurate like this.

Such as, the E-RGCH frame that first receiving element 81 receives includes 40 signatures, suppose that first user equipment only reads the information of first signature of this frame, if like this first of this E-RGCH frame signature carries RG order, then the first receiving element 81 receives this and is carried on described relative authorization command on the first signature, otherwise the first receiving element 81 abandons this E-RGCH frame.

Optionally, described first receiving element 81, may be used for the frame information of the first predetermined frame according to the described relative authorization command of carrying, receive that described network side sends to be carried on described first predetermined frame described to authorization command.

First receiving element 81, only for receiving the described relative authorization command be carried on the first predetermined frame, makes the control of network side to interference more accurate like this.

Optionally, described first receiving element 81, may be used for the information of the signature of the first value comprised according to described relative authorization command, receives the relative authorization command comprising the signature of the first value that described network side sends.

Wherein, the signature value of described relative authorization command can comprise "+1 ", " 0 " "-1 " three values.When UE under CELL-FACH state carries out interference control, the signature value of the relative authorization command that network side sends to UE only has "-1 ", namely reduces the RG order of SG value.Different signature values can be defined like this for different UE.As pre-configuredly sent to first user equipment the RG order that "-1 " representative reduces SG value.Such first receiving element 81 receives only and comprises the RG order that signature value is "+1 ", if signature value is other value, then the first receiving element 81 abandons this RG order.

Described adjustment unit 82, for the relative authorization command adjustment service authority value received according to described first receiving element 81.

Optionally, described first receiving element 81, also for receiving the information of the signature of the channelization code information of the described relative authorization command of carrying or signing messages or frame information that described network side sends or the first value that described relative authorization command comprises.

Optionally, described equipment can also comprise setting unit, the information of the value of the signature comprised for the channelization code information of the described relative authorization command of pre-configured carrying or signing messages or frame information or described relative authorization command.

Embodiments provide a kind of first user equipment, the RG order that network side sends respectively is received by receiving element, according to this RG order adjustment SG value, because network side is the RG order sent respectively, the accuracy of network controls interference can be improved like this.

Embodiments provide a kind of second subscriber equipment 90, described second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval, and as shown in Figure 9, described equipment comprises: the second receiving element 91 and adjustment unit 92.

Described second receiving element 91, may be used for the channelization code information of the 2nd E-RGCH channel according to the described relative authorization command of carrying, receives the described relative authorization command that described network side is sent by the 2nd E-RGCH channel.

Second receiving element 91, only for receiving the described relative authorization command that the 2nd E-RGCH channel sends, makes the control of network side to interference more accurate like this.

Described second receiving element 91, may be used for the described relative authorization command be carried on the second signature receiving the transmission of described network side according to the signing messages of the second signature of the described relative authorization command of carrying.

Second receiving element 91, only for receiving the described relative authorization command be carried on the second signature, makes the control of network side to interference more accurate like this.

Such as, the E-RGCH frame that second receiving element 91 receives includes 40 signatures, suppose that the second subscriber equipment only reads the information of second signature of this frame, if like this second of this E-RGCH frame signature carries RG order, then the second receiving element 91 receives this and is carried on described relative authorization command on second signature, otherwise the second receiving element 91 abandons this E-RGCH frame.

Described second receiving element 91, may be used for the described relative authorization command be carried on described second predetermined frame receiving the transmission of described network side according to the frame information of the second predetermined frame of the described relative authorization command of carrying.

Second receiving element 91, only for receiving the described relative authorization command be carried on the second predetermined frame, makes the control of network side to interference more accurate like this.

Described second receiving element 91, may be used for the information of the signature of the second value comprised according to described relative authorization command, receives the relative authorization command comprising the signature of the second value that described network side sends.

Wherein, the signature value of described relative authorization command can comprise "+1 ", " 0 " "-1 " three values.When UE under CELL-FACH state carries out interference control, the signature value of the relative authorization command that network side sends to UE only has "-1 ", namely reduces the RG order of SG value.Different signature values can be defined like this for different UE.As pre-configuredly sent to the second subscriber equipment the RG order that "+1 " representative reduces SG value.Such second receiving element 91 receives only and comprises the RG order that signature value is "+1 ", if signature value is other value, then the second receiving element 91 abandons this RG order.

Described adjustment unit 92, for the relative authorization command adjustment service authority value received according to described second receiving element 91.

Optionally, described second receiving element 91, also for receiving the information of the signature of the channelization code information of the described relative authorization command of carrying or signing messages or frame information that described network side sends or the second value that described relative authorization command comprises.

Optionally, described equipment also comprises setting unit, the information of the signature of the second value comprised for the channelization code information of the described relative authorization command of pre-configured carrying or signing messages or frame information or described relative authorization command.

Embodiments provide a kind of second subscriber equipment, the RG order that network side sends respectively is received by the second receiving element, according to this RG order adjustment SG value, because network side is the RG order sent respectively, the accuracy of network controls interference can be improved like this.

One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can have been come by the hardware that program command is relevant, aforesaid program can be stored in a computer read/write memory medium, this program, when performing, performs the step comprising said method embodiment; And aforesaid storage medium comprises: ROM, RAM, magnetic disc or CD etc. various can be program code stored medium.

The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.

Claims

1. one kind adjusts the method for subscriber equipment service authority value, the method is applied to first user equipment, described first user equipment and the second subscriber equipment receive the relative authorization command that network side sends, wherein, described first user equipment is the subscriber equipment of 2ms Transmission Time Interval, described second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval, it is characterized in that, the method comprises:

Described first user equipment receives the described relative authorization command that network side sends;

Described first user equipment determines very first time interval, and the described very first time is spaced apart the Transmission Time Interval of the first hybrid automatic repeat-request HARQ process that described relative authorization command comes into force;

When the described data channel of first user device storage and the power ratio of control channel are included in described first Transmission Time Interval of a described HARQ process, current all HARQ processes of described first user equipment send the data channel of data use and the power ratio of control channel at the Transmission Time Interval of front first predetermined number.

2. method according to claim 1, it is characterized in that, when the data channel of described first user device storage and the power ratio of control channel are also included in described first Transmission Time Interval of a HARQ process, current all HARQ processes of described first user equipment send the data channel of data use and the power ratio of control channel at the Transmission Time Interval of front second predetermined number, and described first predetermined number is not identical with described second predetermined number.

3. method according to claim 2, it is characterized in that, the data channel that described second subscriber equipment stores and the power ratio of control channel be included in described second subscriber equipment come into force second Transmission Time Interval of the 2nd HARQ process of described relative authorization command time, current all HARQ processes of described second subscriber equipment send the power ratio of data channel that data use and control channel at front second Transmission Time Interval;

The second time period that the first time period that the Transmission Time Interval of preceding first predetermined number of current all HARQ processes of described first user equipment occupies and current all HARQ processes of described second subscriber equipment occupy at front second Transmission Time Interval is overlapping at least partly.

4. method according to claim 2, it is characterized in that, the data channel that described second subscriber equipment stores and the power ratio of control channel be included in described second subscriber equipment come into force the second time tranfer interval of the 2nd HARQ process of described relative authorization command time, current all HARQ processes of described second subscriber equipment send the power ratio of data channel that data use and control channel at front second Transmission Time Interval;

The second time period that the 3rd time period that preceding first predetermined number of current all HARQ processes of described first user equipment and the Transmission Time Interval of the second predetermined number occupy and current all HARQ processes of described second subscriber equipment occupy at front second Transmission Time Interval is overlapping at least partly.

5. the method according to any one of claim 1-4, is characterized in that, the Transmission Time Interval of described first predetermined number is the Transmission Time Interval of 4-8 2ms.

6. the method according to any one of claim 2-4, is characterized in that, the Transmission Time Interval of described second predetermined number is the Transmission Time Interval of 3-9 2ms.

7. method according to claim 6, is characterized in that, described first predetermined number and described second predetermined number be described first user equipment pre-configured or described network side send to described first user equipment.

8. adjust a method for subscriber equipment service authority value, the method is applied to the second subscriber equipment, and wherein said second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval, it is characterized in that, the method comprises:

9. method according to claim 8, is characterized in that, described first delay is:

wherein τ _{dPCH, n}the parameter of network side to described second user device configuration;

Described second postpones the Transmission Time Interval for 3-6 10ms.

10. method according to claim 8, is characterized in that, described first postpone and second postpone be described second subscriber equipment pre-configured or described network side send to described second subscriber equipment.

11. 1 kinds of first user equipment, this first user equipment is the subscriber equipment of 2ms Transmission Time Interval, it is characterized in that, this equipment comprises: receiving element, memory cell, determining unit and adjustment unit;

Described determining unit, for determining very first time interval, the described very first time is spaced apart the Transmission Time Interval of the first hybrid automatic repeat-request HARQ process that described relative authorization command comes into force;

12. equipment according to claim 11, it is characterized in that, when the data channel of described cell stores and the power ratio of control channel are also included in the first Transmission Time Interval of a described HARQ process, current all HARQ processes of described first user equipment send the power ratio of data channel that data use and control channel at the Transmission Time Interval of front second predetermined number, described first predetermined number and not identical with described second predetermined number.

13. equipment according to claim 12, it is characterized in that, the data channel that second subscriber equipment stores and the power ratio of control channel be included in described second subscriber equipment come into force second Transmission Time Interval of the 2nd HARQ process of described relative authorization command time, current all HARQ processes of described second subscriber equipment send the power ratio of data channel that data use and control channel at front second Transmission Time Interval;

14. equipment according to claim 12, the data channel that second subscriber equipment stores and the power ratio of control channel be included in described second subscriber equipment come into force second Transmission Time Interval of the 2nd HARQ process of described relative authorization command time, current all HARQ processes of described second subscriber equipment send the power ratio of data channel that data use and control channel at front second Transmission Time Interval;

15. equipment according to any one of claim 11-14, it is characterized in that, the Transmission Time Interval of described first predetermined number is the Transmission Time Interval of 4-8 2ms.

16. equipment according to any one of claim 12-14, it is characterized in that, the Transmission Time Interval of described second predetermined number is the Transmission Time Interval of 3-9 2ms.

17. equipment according to claim 16, is characterized in that, described receiving element, also for receiving the first predetermined number of described network side transmission and described second predetermined number; Or

Described equipment also comprises the first setting unit, for pre-configured described first predetermined number and described second predetermined number.

18. a kind of second subscriber equipment, described second subscriber equipment is the subscriber equipment of 10ms Transmission Time Interval, it is characterized in that, comprises receiving element, acquiring unit, memory cell and adjustment unit;

19. equipment according to claim 18, is characterized in that, described first delay is:

Described second postpones the Transmission Time Interval for 3-6 10ms.

20. equipment according to claim 19, is characterized in that, described receiving element, and also send for receiving described network side first postpones and the second delay; Or

Described equipment also comprises: the second setting unit, postpones and the second delay for pre-configured described first.