WO2010145602A1

WO2010145602A1 - Method and device for transmission power control of high speed shared control channel

Info

Publication number: WO2010145602A1
Application number: PCT/CN2010/074700
Authority: WO
Inventors: 高晓莹
Original assignee: 中兴通讯股份有限公司
Priority date: 2009-06-30
Filing date: 2010-06-29
Publication date: 2010-12-23
Also published as: CN101594668B; CN101594668A

Abstract

A method for transmission power control of a High Speed Shared Control Channel (HS-SCCH) is provided by the present invention. The method includes: calculating the error blocks number of the HS-SCCH according to received Acknowledgement (ACK)/Negative Acknowledgement (NACK)/Discontinuous Transmission (DTX) information fed back by a High Speed Dedicated Physical Control Channel(HS-DPCCH), and calculating an outer loop power adjustment value according to the error blocks number (S202); calculating an inner loop power adjustment value according to a Channel Quality Indicator (CQI) fed back by the HS-DPCCH (S204); adding the outer loop power adjustment value and the inner loop power adjustment value to acquire a total power adjustment value, and comparing the total power adjustment value with the preset upper limit and lower limit of a transmission power of the HS-SCCH (S206); and adjusting the transmission power of the HS-SCCH according to the total power adjustment value and the comparison result (S208). The invention also provides a device for transmission power control. With the application of the present invention, the method for transmission power control is simple, and the transmission accuracy of the HS-SCCH channel can be quickly improved, and the transmission power is enough while the interference with other users can be reduced.

Description

- CC power control method and device Wood domain The communication field is especially related to the S-SCC e3 high-speed shared control in the first-generation communication system S PA high-speed sub-segment. Background Wood S-SCC carries S-SC high-speed sharing control information in S PA. O proposed in 7 that S-SCC e3 is used to carry the control information of the sheep or stream S-SC introduced in O. In S6 of the S-SCC e bit b and the bits of the S-SCC e3 stream of the S-SCC e3 stream, the bits of the S-SCC e and S-SCC e3 streams are not the same. The control of S-SCC to S-SC is particularly important for S-SCC and its rate is caused by S-SCC. Currently S-SCC fixed

Take S-SC. However, the use of a fixed rate is only a small rate of money, resulting in wasted resources and the need for a large rate of inability to meet the demand can not be S-SC. The fixed rate with the S-SCC is caused by its users. The purpose of the description in the existing wood is to mention

The S-SCC rate control method device has the same rate of S-SCC as it can reduce its users, and its device supports more than O. The medium-side aspect of the S-SCC rate control method package step S202 receives the high-speed physical control AC AC information high-speed sharing control of the external rate step S204 high-speed physical control letter indicating the internal rate Step S206 compares the rate of the high-speed sharing control of the rate-in-progress rate rate rate rate to the rate of the high-speed sharing control at the rate of the step S208. Where step S202 is preceded by the following steps in rate control

The slope tolerance period, the shielding period, the rate, and the shielding indication. The step of the high-speed physical control AC AC information high-speed sharing control received in step S202 includes the AC AC high-speed sharing control.

If you do not receive the result, then the high-speed sharing control will be. Among the AC AC's ambitions are all AC's AC mainstream AC's AC mainstream AC's AC where step S202 is packaged as follows Step S202-2 Upon receiving high speed physical control AC AC information update tolerance if masked Indicates that there is an outside rate. If the indication is blocked, the rate is not exceeded. The step of the step rate in step S202 is tolerated to a value less than the tolerance period equal to the rate. The value tolerated is equal to the tolerance period is less than the lower rate. The value tolerated is equal to the tolerance period equal to

Or the value tolerated is less than the tolerance period is less than the rate. The value of the rate is equal to the value of the lower rate of the value equal to it. Wherein in step S204, the following rate is S SCC CPC

A small rate

The control signal ratio is obtained by the force measurement rate offset by the C controller). The configuration is a high speed shared signal ratio high speed where S SC

The mapping of the physical control letter indication is indicated by S

S c / oc is obtained in the same manner as c, where the rate density S expressed by the channel energy c is expressed as the rate ratio of the sum of the channel energy and the rate density ratio of the signal indicating the physical control of the high speed is obtained in the physical control flow for high speed. The indications respectively indicate the smaller of the indications

S S. 00 S S.

. The other aspect of the present invention proposes that the S-SCC rate control device out-of-band rate is received at the root of the high-speed physical control AC AC information high-speed sharing control rate rate in the root high-speed physical control letter indicating the internal rate summation The rate of high-speed sharing control is compared with the ratio of the high-speed sharing control rate of the rate of the rate of the rate of the rate. The device package is included in the rate control, including the slope tolerance period, the shielding period, the rate, and the shielding indication. Among them, the rate of the rate of the sheep in the case of the tolerant is less than the tolerance period is equal to the rate of the sheep under the situation that the value of the tolerant is equal to the tolerance period is less than the rate. The rate at which the rate of the sheep is equal to the value of the sheep is equal to the rate. Among them, the rate of the first sheep in the following formula rate S SCC CPC

Among them, CC small common rate is shared at high speed.

S S. C

Controlled signal ratio is obtained by force measurement rate offset by controller is high speed shared signal ratio high speed physical control

The mapping of the letter indication is indicated

. The same mapping indicates that the size S c / o ) is the same. The wood scheme has the following wood fruit rate control method sheep S-SCC e3 and 2 part rate control method users do not need quartering and each method to take advantage of the rate of S-SCC

And improved S-SCC. The rate of the same factor can reduce the number of users. Other special features of this book will be made clear in the Ming and Qing dynasty. The purpose of this and its In the Ming, the requirements, and the special points pointed out in the book. The steps that are not mentioned in this paragraph are understood to be part of the original one. In the middle of the S-SCC e3 flow rate control, the process is the S-SCC rate control method. The process is the S-SCC e3 flow rate control process. The S-SCC e3 is the S-SCC e3. The out-of-flow rate control flow is illustrated by the S-SCC rate control device of the present invention. Mode This S-SCC e3 flow rate control method includes the rate control and the out-of-rate control part. The internal rate control is the CQ indication of the S-PCC high-speed physical control). S-PCC is eACQ or e CQ in mode where only sheep CQ and eA flow in sheep. This S-PCC is the e A stream. The external rate control S-PCC AC / AC / The following is a way of closing. This is the S-SCC e3 flow rate control of the current process. In this case, the S-PCC will AC AC and CQ ode ode AC AC rate. Control. The ode's C is controlled by the measurement rate offset). Among them is the C configuration od. The rate internal rate control and the out-of-rate control of the S-SCC e3 stream are jointly determined. The S-SCC rate calculated by comparing juices at a given rate is greater than the rate of S-SCC. The S-SCC rate calculated by the juice is lower than the rate of the S-SCC below. 2 is the S-SCC rate control method of the present application. The method package step S202 receives the high speed physical control AC AC information high speed sharing control

Exceeding step S204 high speed with physical control of the letter indicating the internal rate step S206

The rate of intrinsic rate of the rate of high-speed sharing control rate is compared with the rate of step S208 to compare the results of high-speed shared control rates. Where step S202 is preceded by the following steps in rate control

The slope tolerance period, the shielding period, the rate, and the shielding indication. The high-speed physical control received in step S202

AC AC information High-speed sharing control The result of AC / AC received High-speed shared control

Keep the unsuccessful results, then the high-speed sharing control

then. Among the AC AC's ambitions are all AC's AC mainstream AC's AC mainstream AC's AC where step S202 is packaged as follows Step S202-2 Upon receiving high speed physical control AC AC information update tolerance if masked Indicates that there is no external rate. If the indication is blocked, there is no rate. The step of the step rate in the step S202 is tolerated by a value less than the tolerance period, and the value of the rate tolerance is equal to the tolerance period is less than

Then the rate is tolerated to a value equal to the tolerance period equal to or tolerate a value less than the tolerance period is less than

Then no rate. The value of the rate in the step is equal to the value of the lower rate of the value equal to which. Wherein in step S204, the following internal rate s

S SCC CPC

J s scc

Among them, CC small common rate is shared at high speed.

S S. C

Control the signal ratio to get the force measurement rate offset by the C controller) configuration is a high speed shared signal ratio

High-speed physical control of the letter indication mapping

Look up the table to get a mapping indicating the same mapping system

The indicated S large S c / oc is the same as the ratio of S and the ratio is the ratio of the energy ratio of the c/ oc channel energy and the ratio of c/oc is obtained. Wherein the high-speed physical control flow is used to indicate the respective mappings to obtain the indications respectively

SS. The smaller value.

3 is the S-SCC flow rate control procedure shown in the S-SCC flow rate control procedure. Step A: Packet tolerance period, mask period, rate, and mask indication. The step of receiving the S-PCC stream AC AC information for S-SCC. If you received the meaning of AC AC

Then S-SCC. If it is received, then S-SCC. If you receive S-PCC AC / AC / then update tolerance. Tolerance Update Whether the mask indication is . If the mask indicates the mask period, otherwise. Step C Outer rate. The rate is then masked. If the tolerance is less than the tolerance period is greater than the rate. If the tolerance period is equal to the tolerance period is less than the rate. If the tolerance period is equal to the tolerance period, the value equal to or tolerated is less than the tolerance period is less than the no rate. Step S-CC's C internal rate. If the S-PCC stream CQ is the internal rate, the following formula is obtained. S SCC

get. The force measurement rate offset is configured by the C controller).

. Is the mapping of the CQ of the S-PCC to get the CQ with the mapping to the C of the CQ

S c / oc is the same. The C-streams in the S-PCC stream are mapped to the smaller of the CQ values.

Step: Compare the calculated S-SCC rate of the external rate and the internal rate. The flow AC AC mentioned in the step described above has the following look. Both AC 2 are AC 3 mainstream AC AC 4: The AC side of the AC is described in the step C rate se sze. The lower rate of se sze Se sze is worth 0 d 5d. 4 The flow of the S-SCC e3 out-of-flow rate control method. Hugh describes the control of Chinese and foreign rates. What needs to be pointed out is the process of describing the rate. The rate of rest is in this flow to step 2. The mask indication in step 5 is intentional. The following steps of the Hugh package include the tolerance period, the mask period, the rate, and the mask indication. It tolerates the cycle and determines the expectations. Expectation / tolerance cycle. Step 2 will tolerate the device, the device, and the shield. Step 3 If the AC AC of the S-PCC is yes, then step 4 or step 5 otherwise. Step 4 Tolerance. Step 5 Block the indication. If it is step 6, otherwise step 7. Step 6 Whether the shield is shielded to the masking period. If the mask is masked, otherwise step 3 is not taken. Step 7 is it. If it is a step, otherwise go straight to step 8. The step tolerates whether to tolerate the cycle. If it is step 9, otherwise step 0 step 9 is the result of the rate is not the rate of the next level se sze. Step Step 0 is up. The result is the rate. The se sze step mask indicates that the power is not step 3. Step tolerator and. 5 is an illustration of the S-SCC rate control device of the present application. The S-SCC rate control device 500 shown has an out-of-band rate

502 received high-speed physical control AC AC information at the high-speed shared control

The rate of the external rate is 504. The ratio of the rate of the high-speed sharing control of the rate of the rate of the rate of the rate of the rate of the rate is 508 The rate of shared control. High-speed shared control rate control device

In the case of rate control Period, , mask period, rate, mask indication. Wherein the rate packet rate is at a rate where the value of the tolerator is less than the tolerance period equal to the rate of the sheep in the case where the value of the tolerant is equal to the tolerance period is less than the rate. Where the rate of the sheep is equal to the rate of the value, the rate of the sheep is equal to the

Got it. The internal rate includes the internal rate S SCC CPC as described in the following formula . /16 three

口日CC 0 'S SC

The ratio of the signal is obtained by the force measurement rate offset by the control configuration is the high speed shared signal ratio high speed physical control

S SC

The mapping of the indications of the indications is obtained by indicating the mapping of the mappings with the indicated S SC

Size S / oc with the same. The description of the sub-wood rate control method sheep S-SCC e3 and 2 part rate control method users do not need four-point change and each method to increase the speed of S-SCC. The rate is the same as the reduction of its users. The use of the above-mentioned force is not used to make the wood in this field. Any repairs, equivalent substitutions, etc. made in the spirit and principles of this book are included in this warranty.

Claims

A high-speed shared control rate control method is required, which is characterized by the high-speed physical control AC AC information received by the packet step S202.

Step S204, the high speed physical control signal indicates the internal rate

Step S206, comparing the rate of the internal rate to the probability of the rate of the high speed sharing control of the rate

The rate in step S208 is the rate of the high speed sharing control by the comparison result. The high-speed shared control rate control method is required to be characterized in that the step S202 includes the following steps in the rate control parameter, the parameter slope tolerance period, the mask period, the rate, and the mask indication. The high-speed shared control rate control method is required to be characterized by the step of receiving the high-speed physical control AC AC information high-speed sharing control. The received AC/AC high-speed sharing control maintains the above-mentioned unsupported If it is received, then the high speed sharing control is described. The high-speed shared control rate control method according to claim 3 is characterized in that the AC AC is below the AC, the AC is AC, the AC mainstream AC is AC, and the AC is required to be the AC high-speed shared control rate control method. The special step is that the step S202 includes the following steps. In step S202-2, the AC AC information of the physical control of the high speed is received to update the tolerance if the mask indication has an external rate. The high-speed shared control rate control method of claim 5 is characterized by the fact that if the indication is blocked, the rate is not exceeded. The high-speed shared control rate control method of requirement 5 is characterized in that the step of the external rate value is tolerated to a value less than the tolerance period equal to the rate

If the tolerance value is equal to the tolerance period is less than the lower rate

The value of tolerance is equal to the tolerance period equal to or tolerate a value less than the tolerance period is less than the rate. The high-speed shared control rate control method of claim 7 is characterized in that the value of the rate is equal to the value of the lower rate of the value equal to which. The required high-speed shared control rate control method is characterized by the following internal rate in the step S204 s ScCw RCP7Cw

M cCW / LM0 scW where CPC is a small total power high speed

S S. C shared control signal ratio is obtained by force measurement rate offset

Controller configuration is high speed shared signal ratio high speed

S SC

Use the mapping of the physical control letter indication to get the mapping indication of superstition

The size of S c / o ) is the same as that where c represents the rate of energy c represents the rate density S represents superstition The ratio of the energy of the channel to the rate density. The high-speed shared control rate control method of claim 9 is characterized in that the mapping of the high-speed physical control signal indication is obtained in the high-speed physical control flow indication respectively.

S S. S S.

Small value. The high-speed shared control rate control device is characterized by the out-of-band rate of the high-speed physical control AC AC information received by the root.

Internal rate at the root of the high-speed physical control of the letter indicating the internal rate

The summation is compared with the rate of the high-speed sharing control that compares the rate of the rate of the rate of the rate.

Rate the root rate to compare the results of high-speed shared control rates. The required high-speed shared control rate control device is characterized in that it is included in the rate control.

The slope tolerance period, the shielding period, the rate, and the shielding indication. The required high-speed shared control rate control device is characterized in that the rate of packet rate is less than the tolerance period.

The rate of the sheep is under the condition that the tolerance value is equal to the tolerance period is less than. The high-speed shared control rate control device of claim 3 is characterized in that the rate of the sheep is equal to the value

The rate under the sheep is equal to

Got it. The required high-speed shared control rate control device is characterized by the internal rate of the first in the following equation.

S SCC CPC 16

S SCC S SC where c c is small

' S SCC shared control signal ratio is obtained by force measurement rate offset by controller configuration is high speed shared signal ratio high speed

S SC

Use the mapping of the physical control letter to get the superstition indication and the mapping indication

0 S S.

The size of S c / oc is the same as where c is the channel energy c and the rate density S is the ratio of the channel energy sum to the density ratio.