WO2010145411A1 - Method for uplink power control and apparatus thereof - Google Patents

Method for uplink power control and apparatus thereof Download PDF

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Publication number
WO2010145411A1
WO2010145411A1 PCT/CN2010/073139 CN2010073139W WO2010145411A1 WO 2010145411 A1 WO2010145411 A1 WO 2010145411A1 CN 2010073139 W CN2010073139 W CN 2010073139W WO 2010145411 A1 WO2010145411 A1 WO 2010145411A1
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Prior art keywords
small
rate
loss
path
phase
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PCT/CN2010/073139
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French (fr)
Chinese (zh)
Inventor
张芳
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中兴通讯股份有限公司
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Publication of WO2010145411A1 publication Critical patent/WO2010145411A1/en

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
    • H04W52/04—TPC
    • H04W52/06—TPC algorithms
    • H04W52/10—Open loop power control
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04B—TRANSMISSION
    • H04B17/00—Monitoring; Testing
    • H04B17/10—Monitoring; Testing of transmitters
    • H04B17/101—Monitoring; Testing of transmitters for measurement of specific parameters of the transmitter or components thereof
    • H04B17/104—Monitoring; Testing of transmitters for measurement of specific parameters of the transmitter or components thereof of other parameters, e.g. DC offset, delay or propagation times
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
    • H04W52/04—TPC
    • H04W52/06—TPC algorithms
    • H04W52/14—Separate analysis of uplink or downlink
    • H04W52/146—Uplink power control
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
    • H04W52/04—TPC
    • H04W52/18—TPC being performed according to specific parameters
    • H04W52/24—TPC being performed according to specific parameters using SIR [Signal to Interference Ratio] or other wireless path parameters
    • H04W52/242—TPC being performed according to specific parameters using SIR [Signal to Interference Ratio] or other wireless path parameters taking into account path loss

Definitions

  • each rate system is related to the method of control of the rate of communication in the field of communication. Background
  • the rate control in wood communication is the lower of the previous maximum rate of unsatisfactory convergence.
  • the rate control is then increased to increase the capacity degradation rate and the market manufacturing cost.
  • the communication system of wood is the important factor of the capacity of the small system.
  • users with small margin users will have a large rate density and small users will have smaller loss rates.
  • the performance of the user is higher than that of the user.
  • Existing rate control schemes cannot be tied to performance and small. Because the users in the O system are not in the same sense of each other, the smaller users are smaller. The users in the small system do not increase the rate at a higher rate.
  • the existing rate control scheme the user rate density is increased, and the user rate is high and the weight is not the same.
  • the degree of goodness and the average rate of users are the same, because the scheme is only
  • the good performance of the system is still there.
  • the rate is higher than that of the middle user.
  • Small comparison due to small margin users In the case of considering the rate of decline in the user's rate, the same trend must be the same as the rate of dropping the user. The smaller the user is, the smaller the letter is, the higher the rate is. Due to the existing schemes, the users of the same marginal users are used to improve the rate.
  • the user rate density in the rate control has a high user rate and there is no solution yet.
  • the content rate is controlled in the rate control.
  • the user rate is high and the user rate is high.
  • the main purpose of the book is to provide a method for improving the rate control.
  • the purpose of this book is to introduce the method of God rate control.
  • the method of rate control includes squeezing the path to the loss in each small loss to the loss in the small path and the loss to the phase to the phase.
  • the rate is controlled by the basic rate basic rate rate as described in the described waypoint.
  • the loss of the package is measured by the small yields described in the small losses.
  • the yield to the phase of the loss packet passing through the phase is not described to the most small path loss.
  • the path rate packet described in each of the small path loss and the small loss to the phase will be multiplied by each small path to the loss factor to obtain a predetermined ratio of the path to the phase. Multiplying the factors yields the first and the first phases to obtain the described turn-by rates.
  • the basic rate of the road rate is obtained by the rate of the road and the basic rate obtained by each small phase. In each small path, the loss packet fading loss fading and gain to the phase of the loss packet loss loss fading and gain.
  • the rate control device package is based on the small loss in the small roads, the loss to the phase, the loss in the small road, the loss in the small road, and the road to the loss of the small road.
  • the basic rate of the used pass rate is controlled by the root rate rate control.
  • the device package measures the small or small yields measured. In the small way, the loss and the small path to the loss in each small way to the loss and the small to the loss of the road to the rate of the rate of rate of the basic rate rate control to solve the rate control In the increase of the user rate density, the user rate is high and not the same, but the sheep has a land rate and a small user rate.
  • FIG. 4 is a schematic diagram of the apparatus for rate control according to the present scheme. The way can be summarized, taking into account the increase in the rate of user rate density, the user rate is high, but not small
  • Rate control method device method juice calculation in small road losses
  • the method of controlling the rate control is the flow of the method of rate control. Step 02 to step S in the method package, step 02 in each small path loss Step 04 to the small path to the loss step S 06
  • the path rate S 0 in each small path loss and the phase loss to the phase is controlled by the basic rate basic rate of the moving path rate.
  • the rate control has considered the way to the present and the small control is due to the smaller and smaller users. The higher rate is that the small margin is smaller and the smaller is larger. There is a land rate and a small user rate. The following will be the conclusion. 2 is the indication of the rate control of the present
  • Step S30 Receive the strength
  • the rate of loss to the current path that is, the received strength and rate of the used reference synchronization / ) is not the small intensity sum received in step S302.
  • Step 5303 multiplies the path obtained in step 530 by the factor to obtain the minimum path obtained in step S302. Get the first and the first sum by factor
  • Step 5304 is higher than the reference rate of the fractional phase.
  • the high level is controlled by R C ado eso ceCo o resource).
  • the OE measured oe is equal to e ceO ee aose ose ose and the re-line needs to be full than S Sg e ee ce s ose o than the non-small phase P is Po o + ose + S Step S305 Step S303
  • the bbS before the basic rate is used to control the rate of the basic rate is lower than the bbS ge.
  • the method of this is the rate control method of God, especially the rate control method in the O system.
  • the different parameter configurations in the phase wood are compared with this scheme as shown below.
  • the force is different from the performance ratio of a and bea.
  • the result is to reduce the marginal user rate in the existing scheme.
  • the use of the partial road 07 compared with the rate control scheme 05 05 in this method is to increase the rate of the left rate of the left or the margin of the user to increase the left rate.
  • the part of the road where the saplings are added to the smallest part of the scheme is reflected to the extent that the former user is small. In this plan
  • the higher the rate is that the user with small size is small and small, and the user has a higher rate. And the marginal user rate.
  • the configuration of the same value is easy to be at the same rate as the user rate.
  • the device of the device has a control device. What is needed is the steps in the process to
  • the order of the instructions in the process is in the order of the steps shown in or in a different order.
  • 4 is an illustration of the rate control device. 4 shows the package 40, 403, 405, 407. The package measures 409 and 4 where the 40th is in the small path loss 403th to the phased path loss 405th in the small path to the loss and the phase to the small path loss
  • the road rate is the basic rate of the 407th road rate. Measure 409 to measure the small or small yield. Phase 40 is measured at 409. The small yield measured in each small path is lost.
  • Control 4 is based on root rate control.
  • the various steps or steps of the wood in the field are not carried out by means of a universal device, they are not concentrated in the device of the sheep or they are distributed in a plurality of devices, but they are not in the device by the device. Or they can be made into separate integrations or multiple or steps of them can be made into sheep integration. This is not intended for specific parts and knots.
  • the use of the power of this book 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.

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Physics & Mathematics (AREA)
  • Electromagnetism (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

A method for uplink power control and an apparatus thereof are disclosed. The method includes: obtaining the path loss of a mobile station in the serving cell; obtaining the path losses of the mobile station to the neighboring cells; setting the path compensation transmission power of the mobile station according to the path loss of the mobile station in the serving cell and the path losses of the mobile station to the neighboring cells; setting the basic open loop transmission power of the mobile station with the path compensation transmission power of the mobile station; and implementing the uplink power control according to the basic open loop transmission power. With the technical solution of this invention, a compromise between the spectrum efficiency of the system and that of the cell edge users can be made easily and effectively.

Description

各 率 制的方 木 域 本 涉 通信領域 休而言 涉 神 率控制的方法 裝置。 背景 木 通信中的 率控制是 在 前的 下 以 的 率未 得滿意的 收 同 最大 度的降 。 于 是下 的 率控制 以增 系 容量 同 以提高系 性能 降 率和市約制造成本。 于 O O ogo e e c so e The method of each rate system is related to the method of control of the rate of communication in the field of communication. Background The rate control in wood communication is the lower of the previous maximum rate of unsatisfactory convergence. The rate control is then increased to increase the capacity degradation rate and the market manufacturing cost. At O Ogo e e c so e
) 木的 通信系 小 同的 系 容量的 介 重要的 因素。 現有的 率控制方法中 通 往損耗 或大 度衰 落 包 往損耗 穿透損耗 衰落和 增益)未 率密 度 。 其結果是小 緣用戶 到 往損耗 比較大的用戶 )將 以 大的 率 密度 而小 中 用戶 到 往損耗 較小的用戶 ) 以較小的 率 密度 。 在 神情 下 用戶 率較 系 的 休性能受到 或者 緣用戶 率較高 小 同相互 。 現有的 率控制方案不能 系 休性能和小 同 的 。 由于O 系 中 用戶同相互 不 感 而小 用戶 小 的 比較小 因 小 中 用戶本未 以以較高的 率 密度 未提高 速率。 現有的 率控制方案中 用戶 率 密度的提升 緣用戶 率 高而 未 重的小 同 。 用部分路 的 方法 定程度 善小 系 平均 率和 緣用戶 率 同的 是由于方案只是 于  The communication system of wood is the important factor of the capacity of the small system. In the existing rate control method, there is a loss or a large fading loss loss penetration loss fading and gain). As a result, users with small margin users will have a large rate density and small users will have smaller loss rates. In the sense of the user rate, the performance of the user is higher than that of the user. Existing rate control schemes cannot be tied to performance and small. Because the users in the O system are not in the same sense of each other, the smaller users are smaller. The users in the small system do not increase the rate at a higher rate. In the existing rate control scheme, the user rate density is increased, and the user rate is high and the weight is not the same. Using the method of partial roads, the degree of goodness and the average rate of users are the same, because the scheme is only
系 性能的 善仍然有 。 在相 木的方案中 由于只考慮了用戶到本小 的路 緣 用戶的 率 般高于中 用戶。 由于小 緣用戶 小 的 比較 在 考慮 的情 下 降 緣用戶的 率 ) 的同 勢必 同 降 中 用戶的 率 而中 用戶 小 的 比較小 其本 以以較高的 率 信 。 因 現有方案 的 到 降 小 緣用戶 的同 有 的利用系 資源 提高系 率。 相 木中在 率控制 中 用戶 率 密度的提升 緣用戶 率 高而 未 小 同 的 目前尚未提出有 的 解決方案。 內容 在 率控制 中 用戶 率 密度的提升 緣用戶 率 高而 未 小 同 的 而提出本 本 的主 要目的在于提 神 率控制的方法 裝置 以解決 述 。 了 述目的 本 的 介方面 提 了 神 率 控制的方法。 本 的 率控制的方法包 哀取 在 各小 的 往損耗 取所述 到相 小 的路往損耗 在 各小 的路往損耗和所述 到相 小 的路往損耗 所述 的路往 The good performance of the system is still there. In the scheme of Xiangmu, since only the user to the user of this small curb is considered, the rate is higher than that of the middle user. Small comparison due to small margin users In the case of considering the rate of decline in the user's rate, the same trend must be the same as the rate of dropping the user. The smaller the user is, the smaller the letter is, the higher the rate is. Due to the existing schemes, the users of the same marginal users are used to improve the rate. In the phase control, the user rate density in the rate control has a high user rate and there is no solution yet. The content rate is controlled in the rate control. The user rate is high and the user rate is high. The main purpose of the book is to provide a method for improving the rate control. The purpose of this book is to introduce the method of God rate control. The method of rate control includes squeezing the path to the loss in each small loss to the loss in the small path and the loss to the phase to the phase.
率 用所述 的路往 率 所述 的基本 率 基本 率 率控制。 在 各小 的路往損耗包 通迂測量所述 各小 的 收 率未 所述 在 各小 的路往損耗。 所述 到相 小 的路往損耗包 通迂 所述相 小 的 收 率未 所述 到 所述 最 相 小 的路往損耗。 在 各小 的路往損耗和所述 到相 小 的 往損耗 所述 的路往 率包 將移 在 各小 的 路往損耗 因子相乘 得到第 將所述 到相 小 的路往損 耗 預定的比例因子相乘 得到第 將所述第 和所述第 相 得 到所述 的路往 率。 的路往 率得到 的基本 率包 將所 的路往 率和 各小 的 相 得到 的基本 率。 在 各小 的路往損耗包 穿透損耗 衰落和 增益 到相 小 的路往損耗包 穿透損耗 衰落和 增益。 了 目的 本 的另 方面 提 了 神 率 控制的裝置。 本 的 率控制的裝置包 第 于 在 各小 的路往損耗 第 于 取所 到相 小 的路往損耗 第 于根 在 各小 的路往損耗和 到相 小 的路往損耗 的路往 率 第 于 用 的路往 率 的基 本 率 控制 于根 基本 率 率 控制。 裝置 包 測量 于測量 各小 或 相 小 的 收 率。 本 在 各小 的路往損耗和 到相 小 的路往損耗 在 各小 的路往損耗和 到相 小 的 往損耗 的路往 率 用移 的路往 率 的基本 率 率 控制 解決了在 率控制 中 用戶 率 密度的提升 緣用戶 率 高而 未 小 同 的 而能 羊有 地 系 率和小 緣用戶 率得以 。 明 的 未提 本 的 步理解 成本 的 部 分 本 的示意 其 于 本 不 本 的 不 定。 在 中 是 本 的 率控制的方法的流程 2是 本 的 率控制的 的示意 3是 本 的 的 率控制的方法的流程 4是 本 的 率控制的裝置的示意 。 方式 能概述 考慮到在 率控制 用戶 率 密度的提升 緣用戶 率 高而 未 小 同 本 提 了 神 The rate is controlled by the basic rate basic rate rate as described in the described waypoint. In each of the small roads, the loss of the package is measured by the small yields described in the small losses. The yield to the phase of the loss packet passing through the phase is not described to the most small path loss. The path rate packet described in each of the small path loss and the small loss to the phase will be multiplied by each small path to the loss factor to obtain a predetermined ratio of the path to the phase. Multiplying the factors yields the first and the first phases to obtain the described turn-by rates. The basic rate of the road rate is obtained by the rate of the road and the basic rate obtained by each small phase. In each small path, the loss packet fading loss fading and gain to the phase of the loss packet loss loss fading and gain. Another aspect of the purpose of the object is to mention the device of the god rate control. The rate control device package is based on the small loss in the small roads, the loss to the phase, the loss in the small road, the loss in the small road, and the road to the loss of the small road. The basic rate of the used pass rate is controlled by the root rate rate control. The device package measures the small or small yields measured. In the small way, the loss and the small path to the loss in each small way to the loss and the small to the loss of the road to the rate of the rate of rate of the basic rate rate control to solve the rate control In the increase of the user rate density, the user rate is high and not the same, but the sheep has a land rate and a small user rate. The unexplained step of the understanding of the cost of the part of the description of this is not the case. The flow of the method of rate control in this 2 is a schematic diagram of the rate control of the present invention. FIG. 4 is a schematic diagram of the apparatus for rate control according to the present scheme. The way can be summarized, taking into account the increase in the rate of user rate density, the user rate is high, but not small
率控制的方法 裝置 方法包 汁算 在 各小 的路往損耗 Rate control method device method juice calculation in small road losses
到相 小 的路往損耗 在 各小 的路往損耗和 到相 小 的路往損耗 的路往 率 的路 往 率得到 的基本 率。 在本 中 通 測量本小 各小 ) 的 收 率 到本小 的路往損耗 包 穿透損耗 衰落和 增益 測量最 小 的 收 率 到最 小 的路往損耗 包 穿透損耗 衰落和 增益)。 取得到的 到本小 的路 往損耗 乘以 介比例因子 0 ) 再 到最 小 的 路往損耗 乘以 介比例因子 0 ) 者 和 率 中 往 的部分 即 往 率。 因子  The basic rate of the path to the loss of the road to the loss of the road and the rate of the road to the loss. In this paper, we measure the yield of the small to small loss to the loss of the package and the minimum yield of the gain measurement to the minimum of the loss of the packet loss loss fading and gain). The obtained path loss is multiplied by the ratio factor 0) and then the minimum path loss is multiplied by the ratio factor 0). Factor
因子。 率中 往 的部分 介和小 相 的 0 得到 的結果 的基本 率。 需要 明的是 在不 的情 下 本 中的 中的特 以相互 。 下面將參考 結 未 明本 。 方法 本 提 了 神 率控制的方法 是 本 的 率控制的方法的流程 。 方法包 下的步驟 02 至步驟S 步驟 02 在 各小 的路往損耗 步驟 04 到相 小 的路往損耗 步驟S 06 在 各小 的路往損耗和 到相 小 的路 往損耗 的路往 率 步驟S 0 用移 的路往 率 的基本 率 基本 率 率控制。 本 在 率控制 綜 考慮了到本 的路 和到 小 的 控制 因 得 于相 小 較小的用戶 以較高 的 率 是其 在小 緣 是小 中 而 小 較大的 用戶以較 的 率 因 羊有 地 到系 率和小 緣 用戶 率的 。 下面將結 本 的 。 2是 本 的 率控制的 的示意 factor. The rate of the middle part of the rate and the 0 of the small phase result in the basic rate. What needs to be clarified is that in the case of no, the special ones in this book are mutually exclusive. The following is a reference to the unclear version. Method The method of controlling the rate control is the flow of the method of rate control. Step 02 to step S in the method package, step 02 in each small path loss Step 04 to the small path to the loss step S 06 The path rate S 0 in each small path loss and the phase loss to the phase is controlled by the basic rate basic rate of the moving path rate. The rate control has considered the way to the present and the small control is due to the smaller and smaller users. The higher rate is that the small margin is smaller and the smaller is larger. There is a land rate and a small user rate. The following will be the conclusion. 2 is the indication of the rate control of the present
蜂窩 通信系 。 其中 包 和 2 以 基 。 本方法是 神 的 率控制方法 尤其涉 O 系 中 的 率控制方法。 方法以 2所示系 。 3是 本 的 率控制的方法的流程 。 方法包 以下步驟 步驟S30 收到的本 強度和  Cellular communication system. Where the package and 2 are based. This method is God's rate control method, especially the rate control method in the O system. The method is shown in 2 lines. 3 is the flow of the method of rate control. Method package The following steps Step S30 Receive the strength and
率 到本 的路往損耗 即 P 其中 以 用已 的參考 同步 / )的 收信 強度和 率 未 P S 步驟S302 收到的 小 強度和 The rate of loss to the current path, that is, the received strength and rate of the used reference synchronization / ) is not the small intensity sum received in step S302.
率 到 小 的路往損耗。 取其中最小 作力 到 最 小 的路 P S 其中 以 用參考 收信 強度和 率 未 P 步驟的順序 以 支。 步驟5303 將步驟530 中得到的 到本 的路 乘以 因 子 得到第 將步驟S302中得到的 到最 小 的路 以 因子 得到第 將第 和第 和 Rate to a small road to loss. Take the minimum effort to the minimum path PS which is in the order of the reference reception strength and rate not P steps. Step 5303 multiplies the path obtained in step 530 by the factor to obtain the minimum path obtained in step S302. Get the first and the first sum by factor
率的主要部分 即 往 率。 步驟5304 高居 參考 收 率以 比 小 相 的參 ) 的 。 其中 高居 以 R C ado eso ceCo o 資源控制 ) 。 R C 測量得到的 o e比e ceO e e a- ose ose 者 和再 系 需要滿 的 比 S Sg e ee ce s ose o 比 未得到 小 相 的參 P 的 即Po o + ose+S 步驟S305 步驟S303中得到的值 的路往 率) 小 相 的參 的 相 的結果 的基本 The main part of the rate is the rate. Step 5304 is higher than the reference rate of the fractional phase. Among them, the high level is controlled by R C ado eso ceCo o resource). The OE measured oe is equal to e ceO ee aose ose ose and the re-line needs to be full than S Sg e ee ce s ose o than the non-small phase P is Po o + ose + S Step S305 Step S303 The basis of the result of the phase of the phase of the small phase
率。 在本 明中 在 得基本 率 以利用 基 本 率未 的 些 率控制 例 前 的 bbS 將 基本 率和 bbS ge相比 較 者 差 de aS S ge-S 或者 在前 吋 rate. In the present invention, the bbS before the basic rate is used to control the rate of the basic rate is lower than the bbS ge. The ab S ge-S or the former 吋
de aS 作力 前 率 等。 述的方法 以 射頻羊 的 未 。 由于O 系 不 感 因 在 率控制中  De aS force rate, etc. The method described is based on the RF sheep. Because the O system does not feel in the rate control
往損耗 或大 度衰落 包 往損耗 穿透損耗 衰落和 增 益)未 率密度 。 本 的方法是 神 的 率控制方法 尤其 以 O 系 中 的 率控制方法。 將相 木中的不同參 配置和本方案相比較 具結果 下 所示。
Figure imgf000009_0001
To loss or large fading to loss loss penetration fading and gain) undensity density. The method of this is the rate control method of God, especially the rate control method in the O system. The different parameter configurations in the phase wood are compared with this scheme as shown below.
Figure imgf000009_0001
力不同 a和bea 下的系 性能 比 。 中結果 于現有方案 減小小 緣用戶 率 ) 小 緣用戶 同的 減小 小 緣用戶平均 率 00 37b s/ z 升到 00398b s/ z 是系 平均 率大大下降。 減小路 因子 的值 以 系 平均 率和小 緣用戶平 均 率得到 些平均 是 休 果 不 本 的 木方案。 相 木中羊 用部分路 07 相比 用本 方法中 的 率控制方案 05 05 ) 在系 率不降 的 緣 率 以提升23 左 或者在 緣用戶 率不降 的 系 率 以提升 3 左 。 以 的描述中 以看出 本 了 下 木 果 在本 的方案中 增 了 前用戶到相 小 最 小 ) 的 路 部分 部分 映了 前用戶 小 的 程度。 本方案中  The force is different from the performance ratio of a and bea. The result is to reduce the marginal user rate in the existing scheme. The smaller the user, the smaller the average margin of the user, 00 37b s / z, to 00398b s / z is the system, the average rate is greatly reduced. Decreasing the value of the way factor to obtain the average of the average rate and the average user of the small margin is a wooden scheme with a reduced diet. In the case of the phase of the sheep, the use of the partial road 07 compared with the rate control scheme 05 05 in this method is to increase the rate of the left rate of the left or the margin of the user to increase the left rate. In the description of the figure, it is seen that the part of the road where the saplings are added to the smallest part of the scheme is reflected to the extent that the former user is small. In this plan
綜 考慮了到本 的路 和到 小 的 控制 因 得 于 小 較小的用戶 以較高的 率 是其 在小 緣 是小 中 而 小 較大的用戶以較 的 率 因 羊有 的 到系 率和小 緣用戶 率的 。 同 和 值的 配置 得系 容易在系 率和小 緣用戶 率 同 。 裝置 本 的 提 了 神 率控制的裝置。 需要 的是 在 的流程 出的步驟 以在 Considering that the road to the small and small control is due to the small and small users, the higher the rate is that the user with small size is small and small, and the user has a higher rate. And the marginal user rate. The configuration of the same value is easy to be at the same rate as the user rate. The device of the device has a control device. What is needed is the steps in the process to
指令的 系 中 然在流程 中 了 順序 是 在某些情 下 以以不同于 的順序 所示 或 的步驟。 4是 本 的 率控制的裝置的示意 。 4所示 裝置包 第 40 、 第 403、 第 405、 第 407。 包 測量 409和 4 其中 第 40 于 在 各小 的路往損耗 第 403 于 到相 小 的路往損耗 第 405 于根 在 各小 的路往損耗和 到相 小 的路往損耗  The order of the instructions in the process is in the order of the steps shown in or in a different order. 4 is an illustration of the rate control device. 4 shows the package 40, 403, 405, 407. The package measures 409 and 4 where the 40th is in the small path loss 403th to the phased path loss 405th in the small path to the loss and the phase to the small path loss
的路往 率 第 407 于 用移 的路往 率 的基本 率。 測量 409 于測量 各小 或相 小 的 收 率。 相 第 40 于根 測量 409測得的 各 小 的 收 率 在 各小 的路往損耗 第  The road rate is the basic rate of the 407th road rate. Measure 409 to measure the small or small yield. Phase 40 is measured at 409. The small yield measured in each small path is lost.
403 于根 測量 409 測得的相 小 的 收 率 403 Measured at 409 with a small yield
到相 小 的路往損耗。 控制 4 于根 基本 率 率控制。 然 本領域的 木 的本 的各 或各步驟 以用通用的 裝置未 它們 以集中在羊 的 裝置 或者分布 在多 裝置所 成的 它們 以用 裝置 的程 序 未 而 以將它們 在 裝置中由 裝置未 或 者將它們分別制作成各 集成 或者將它們中的多 或步驟 作成羊 集成 未 。 本 不 制于 何特定的 件和 結 。 以 力本 的 而已 不用于 制本 于本 領域的 木 未 本 以有各 更 和文 。 凡在本 的精神和 原則 所作的 何修 、 等同替換、 等 包含在本 的保 內。  To a small road to loss. Control 4 is based on root rate control. However, the various steps or steps of the wood in the field are not carried out by means of a universal device, they are not concentrated in the device of the sheep or they are distributed in a plurality of devices, but they are not in the device by the device. Or they can be made into separate integrations or multiple or steps of them can be made into sheep integration. This is not intended for specific parts and knots. The use of the power of this book 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

要 求 神 率控制的方法 其特 在于 包  The method of requesting the rate control is characterized by
茨取 在 各小 的路往損耗  Take in the small road losses
取所述 到相 小 的路往損耗  Taking the small path to the loss
在 各小 的路往損耗和所述 到相 小 的路往 損耗 的路往 率  The path rate at each small road loss and the small road loss
用所述 的路往 率 所述 的基本 率  The basic rate as described by the described waypoint
所述基本 率 率控制。 要求 所述的方法 其特 在于 在 各小 的路 往損耗包  The basic rate control. The method described is characterized in that it is in each small path loss package.
測量所述 各小 的 收 率  Measuring the small yields
所述 各小 的 收 率 取所述 在 各小 的下 路往損耗。 要求 所述的方法 其特 在于 取所述 到相 小 的路往損耗包  The small yields are taken as losses in the small downs. The method described is characterized in that it takes the small path loss package
測量所述相 小 的 收 率  Measuring the small rate of the phase
所述相 小 的 收 率 取所述 到所述相 小 的路往損耗。 要求 至3中 項所述的方法 其特 在于 在 各小 的路往損耗和所述 到相 小 的路往損耗 所述 的路往 率包  The small yield is taken as the path loss to the phase. The method of claim 3 is characterized in that the path rate package is described in each of the small path loss and the small path loss.
將移 在 各小 的路往損耗 因子相乘 得到第 將所述 到相 小 的路往損耗 預定的比例因子相乘 得到 第  Multiply the loss factor by each small path to get the number of the path to the smaller phase.
將所述第 和所述第 相 得到的結果 所述 的路 往 率。 要求 至3中 項所述的方法 其特 在于 用所述 的路往 率 所述 的基本 率包 The pass rate as described in the results obtained for the first and the first phase. The method of claim 3, characterized in that the basic rate package described by the described pass rate is
將所述 的路往 率和所述 各小 的 相 相 得到的結果作力所述 的基本 率。  The resulting rate is obtained by the result of the described road going and the small phase.
要求 至3中 項所述的方法 其特 在于  The method described in item 3 is characterized in that
在 各小 的路往損耗包 穿透損耗 衰落和 所述 到相 小 的路往損耗包 穿透損耗 衰落和 增益。  In each small path, the loss of transmission loss and the loss of the loss to the phase are reduced.
要求 至3中 項所述的方法 其特 在于 所述相 小 所述 最 的相 小 。  The method of claim 3 is characterized in that the phase is small and the largest phase is small.
神 功率控制的裝置 其特 在于 包括  God's power control device is characterized by
第 于 在 各小 的路往損耗  The first loss in each small road
第 于 取所述 到相 小 的路往損耗 第 于根 在 各小 的路往損耗和所述 到相 小 的路往損耗 所述 的路往 率  The path rate of the loss as described in the first way to the small path loss and the small path loss to the phase
第 于 用所述 的路往 率 所述 的基本 率  The basic rate as described in the described waypoint
控制 于根 所述基本 率 率控制。  Control the basic rate control in the root.
要求8所述的裝置 其特 在于 所述裝置 包  The device of claim 8 is characterized in that the device package
測量 于測量所述 各小 或相 小 的  Measured in the measurement of small or small
收 率 Income rate
所述第 于根 所述測量 測得的 各小 的 收 率 在 各小 的路往損耗  Each of the small yields measured by the measurement described in the root is in each small path loss
所述第 于根 所述測量 測得的所述相 小 的 收 率 取所述 到所述相 小 的路往損耗。  The small yield of the phase measured by the measurement in the root is taken as the path loss to the phase.
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