WO2010145527A1 - Procédé et appareil de mesure hiérarchisée de distance de concurrence pour terminaux mobiles - Google Patents

Procédé et appareil de mesure hiérarchisée de distance de concurrence pour terminaux mobiles Download PDF

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Publication number
WO2010145527A1
WO2010145527A1 PCT/CN2010/073910 CN2010073910W WO2010145527A1 WO 2010145527 A1 WO2010145527 A1 WO 2010145527A1 CN 2010073910 W CN2010073910 W CN 2010073910W WO 2010145527 A1 WO2010145527 A1 WO 2010145527A1
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WO
WIPO (PCT)
Prior art keywords
user terminal
sheep
measurement
easy
different
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PCT/CN2010/073910
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English (en)
Chinese (zh)
Inventor
吕开颖
曲红云
鲁照华
刘颖
刘扬
谢峰
Original Assignee
中兴通讯股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication of WO2010145527A1 publication Critical patent/WO2010145527A1/fr

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W28/00—Network traffic management; Network resource management
    • H04W28/16—Central resource management; Negotiation of resources or communication parameters, e.g. negotiating bandwidth or QoS [Quality of Service]

Definitions

  • This relates to the uplink of the user terminal, and particularly relates to the prior method device of the CSG user terminal and the non-CSG user terminal in the closed user (CSG, CosedS bsc be Go p). Background
  • the users provided by the tiny, Fe oce BS can be divided into ⁇ , ⁇ fully enclosed user pico (CSGcosed Fe oce BS Cosed S bscTbe Go pcosed than oce B), and the user provides each second part of the closed user pico (SG-ope is more than oce B), this can be used to meet the needs of users, non-users provide powerful third-party users (OSG, Ope than oce B), which can be used in each User use.
  • OSG Third-party users
  • the user terminal in the small coverage area is connected, connected, or switched to multiple (CA, Code vso peAccess) mode, that is, the user terminal is compliant on the specified measurement resources. with.
  • CA Code vso peAccess
  • the existing CSGope is smaller than oce and cannot be provided by the user terminal.
  • the CSGope is still a small user terminal, and cannot be a CSG user.
  • the main purpose of the present invention is to provide a method for the terminal prior to providing a test success rate of each user terminal in a different user terminal.
  • the first method of the terminal including .
  • the user terminal's own first way The first mode of the user terminal itself, the user terminal of Hugh’s first user is in an easy-going manner, and the high-priority user terminal to the low-priority user terminal is easy-going and high-increase.
  • the high-priority user terminal to the lower-priority user terminal adopts an easy-to-remove manner, and the high-priority user terminal to the lower-priority user terminal has an easy-to-remove back-off mode.
  • the high-priority user terminal to the lower-priority user terminal may be in an easy-going manner, or the high-priority user terminal to the lower-priority user terminal may be in an easy-to-remove manner, and the easy-to-remove manner is the same size.
  • the user terminal of the different powers Before the measurement on the user terminal, the user terminal of the different powers
  • the user terminal of the different enemy first test is different, the user terminal is accommodating in the measurement set thereof, the measured subset of the first user terminal of the low first user terminal, or the lowering of the high first user terminal first a subset of the user terminal's measurements, or, a high-first user Near in.
  • methods include
  • the user terminal does not receive the measurement, the first method of its own re-measurement, and the measurement on the measurement.
  • the user terminal's own first re-style including
  • the high-homed user terminal to the low-first user terminal adopts the easy-to-remove mode, and the high-priority user terminal to the low-first user terminal increases the easy-going back-off mode.
  • the high-priority user terminal to the low-first user terminal adopts an easy-to-remove manner
  • the high-priority user terminal to the lower-first user terminal increases the size of the easy-to-remove back-off mode in an orderly manner or And the way to back off
  • methods include
  • Gao Xian user in an easy-going manner, Gao Xian user terminal
  • the high-priority user terminal to the low-priority user terminal is in an easy-to-remove manner, and the high-priority user terminal to the low-priority user terminal or the high-priority user terminal to the lower-first user terminal in an easy-going manner or
  • the high-priority user terminal to the lower-first user terminal adopts an easy-to-remove manner, and the size of the easy-to-remove method is the same.
  • methods include
  • the user terminal receives the indication low.
  • the user terminal receives the indication, no longer.
  • the method includes at least one of the measurement in the connection, the measurement in the switching, the periodicity, and the medium.
  • methods include
  • different measurements may be assigned to different or identical resources.
  • methods include
  • User terminal information Takes the configured resource information for measurement and measurement.
  • Terminal prior device including
  • the high-priority user terminal to the low-priority user terminal is in an easy-to-remove manner, and the high-priority user terminal to the low-priority user terminal or the high-priority user terminal to the lower-first user terminal in an easy-going manner or
  • the high-priority user terminal to the lower-first user terminal adopts an easy-to-remove manner, and the size of the easy-to-remove method is the same.
  • the device is near
  • the second sheep is in the measurement set of the user terminal.
  • the device is near
  • the second sheep, the different user terminals of different powers are assigned different or the same measured resources and
  • the bearer is carried in the resource that the test used by the user terminal is carried.
  • the device is near
  • the device is near
  • the third sheep the different measurement methods of different strengths, the second measurement method of the second sheep mode user terminal.
  • the method includes the measurement in the connection, the measurement in the switching, the periodicity or .
  • the device is near
  • the first sheep the different measurement methods of different strengths or the same carrying resources, carry the sheep way, and the resources of the second sheep are carried.
  • Terminal prior device including
  • the sheep, the test of the test, and the sheep, are used.
  • Terminal prior device including
  • the sheep the different user terminals of different powers, different or the same measured resources
  • the user terminals of different vengeances are made easier by the lower first user terminal.
  • users of different ashameds It can also be measured in different sizes, so that the first user terminal is not the first, the same user terminal is not determined, and the user terminal can set different resource resources, and the success rate of the high-first user terminal.
  • the location of the bearer resource of the different test bearer resources of the user terminal with different powers can determine the user terminal first, so that the measurement power of the high-first user terminal can be obtained.
  • the upper strategy can be used together to make it more operational. The user terminal is in collision, and immediately restarts.
  • the power of the terminal is shown in the first device.
  • the third device is the first device.
  • the second device is the third device. Hugh way
  • the basic idea of this is the different user terminals of different ashameds, different measurement methods, so that the lower first user terminal is better, so that the lower first user terminal is easier to complete.
  • the user terminals of different ashameds can also be measured in different sizes.
  • the first user of the high-priority user terminal, the first user terminal of the same undetermined user terminal, the user terminal of the user may set different logical resources, and the success rate of the high-first user terminal.
  • the resource location of the different test bearer resources of the user terminal with different powers can determine the user terminal first, so that the measurement power of the high-first user terminal can be obtained.
  • the upper strategy can be used together to make it more operational. The user terminal is in collision, immediately restart, this, can
  • the user terminal of KONE has a standardized test success rate, which is good for communication devices of different user terminals, and better realizes the communication service.
  • the user terminal includes different types of user terminals, CSG user terminals, non-CSG user terminals, and the like, and different types of user terminals.
  • the system configures, switches, cycles, and measures the resources used by the user terminal, that is, the user terminal will be carried in the unified system.
  • the measurements used for different purposes are configured.
  • the CSG user terminal and the non-CSG user terminal share and initially collect
  • the CSG user terminal and the non-CSG user terminal will be accommodating in the set, and the measurement will be carried in the phase, and the phase-by-phase message will be sent to the user terminal for measurement, frequency, power measurement, offset, frequency offset.
  • the power user terminal the user terminal uplink synchronization.
  • the measurement set is the same, but the measurement methods used by the CSG user terminal and the non-CSG user terminal are different, 1 the indication of the test of the easy-going mode and the easy-going backoff mode, 1 is shown in the uplink Among the meta-bearing resources, the bearer is carried by the intermediary, (OF, O ogo a Feq e cy vso pex ) and subcarriers.
  • the bearer is carried by the intermediary, (OF, O ogo a Feq e cy vso pex ) and subcarriers.
  • the CSG user terminal does not carry the measurement used in the CSG user terminal set in the first 1 to 6 (resource) intermediaries, but is set in the easy-going retreat mode, and the 16th, ie, the subroutine
  • the non-CSG user terminal does not carry the test used in the non-CSG user terminal set in the first 1 to 16 intermediaries. Because the sum of the non-CSG user terminals is smaller, the sum of the bearers in front of the sub-carriers is smaller than the position of the CSG user terminal. The larger the non-CSG user terminals, the higher the probability that the CSG user terminals collide. small. Configuration, the unified message to the user terminal, the system message can be carried by the media or multi-message, for example, in front of the user terminal and the message, the test that the former CSG user terminal will use
  • the non-CSG user terminal will be used, and the measurement and measurement methods to be used will be easy to follow. It is also possible to use other measurement methods of the user terminal, for example,
  • the high-priority user terminal to the lower-first user terminal adopts an easy-to-remove manner, and the high-priority user terminal to the lower-first user terminal increases in an unavoidable manner, or all user terminals are easy-going.
  • all user terminals are in the easy-to-remove manner, and the size of the easy-to-remove method is the same.
  • the information will be, switched, cycled, information, and aggregated to the user terminal.
  • the message can be carried by the medium or multi-message.
  • the measurement set is configured into the user terminal, and the user terminal is included in the configured measurement set, and is conveniently carried in the preceding ( ) in the configured measurement. .
  • the CSG user terminal is in an easy-going manner, o the CSG user terminal is in the easy-to-go back mode, and in each of the assigned measurement sets, the user is introduced, and then the measurement is performed.
  • Test / and message includes user terminals, and/or information, and/or destination information.
  • User terminals include CSG users and non-CSG users, which are different from the user's and user's terminals.
  • the CSG user terminal and the o CSG user terminal are mediated in a periodic manner on the medium or multi-message.
  • the user terminals re-engage in the measurement sets of the respective assigned phases, Test and/or message on the test. The user has not received the measurement, the user terminal force is lost, solved, and the rest mode
  • the CSG user terminal is in an easy-going mode or an easy-to-go backoff mode. o
  • the CSG user terminal is re-admitted in the easy-going backoff mode or the multiplexed back-off mode of the double window.
  • the user terminal re-adheres in the measurement set of the respective allocated phases. Introduction, in the measurement
  • the front load is high and can reject some of the low user terminals.
  • the non-CSG user terminal may be in the following form, and is not limited to the following form indication "", indicating that the user terminal may indicate "", indicating that the user terminal is stopped.
  • the user terminals of different vengeances can also be concentrated in different tests, and the user terminals are accommodating in their measurement sets.
  • the rabbit or the same collision with the different user terminals the user terminal first, according to this to make the phase measurement.
  • the different tests include the use of the high-first user terminal, the low-first user terminal, the measurement of the user terminal, or the low-first user terminal.
  • the bearer resources, the collision of the rabbits with different vengeful user terminals, and the user terminals can be measured accordingly. This is measured by the CSG user terminal and non-CSG user terminal of CSGOpe e oce BS.
  • the measurement method is basically the same, the difference is that the user receives the "", the CSG user terminal is easy to follow in the period of the medium or multi-message, and the non-CSG user is easy to avoid. In the cycle of the introduction.
  • the user terminal is in the middle of the medium and the user is not the CSG user.
  • the user will have the original factor of 2 (> 1), which is in the new one. Easy to introduce
  • the system can be configured, that is, the starting size of the window, and the maximum, that is, the maximum value of the window, is not large.
  • the CSG user terminal and the non-CSG user terminal may have different values for configuration, and the CSG user terminal is smaller than the non-CSG user terminal. This is measured by the CSG user terminal and non-CSG user terminal of CSGOpe e oce BS.
  • the measurement methods are basically the same, except that the user terminal does not receive the CSG user terminal and the non-CSG user terminal. This is measured by the CSG user terminal and non-CSG user terminal of CSGOpe e oce BS.
  • the system is configured to measure, and/or switch and/or cycle and/or configure different methods.
  • the CSG user terminal and the non-CSG user terminal are in the shared measurement and are shared.
  • the system information will be shared and the aggregated user terminal will be measured.
  • the user terminal will be hosted in the share.
  • the mode of rest, the second and the third are the same, and the difference lies in the measurement, in the set or subset. This is measured by the CSG user terminal and non-CSG terminal of CSGOpe e oce BS.
  • the configuration, switching, period, and configuration of the shared objects are configured.
  • the CSG user terminal and the non-CSG user terminal are in the shared, in the shared measurement set, the user terminal is in the measurement message,
  • the Tongyu system message passes the information and measurement information to the user terminal.
  • the user is on the test and / or message.
  • User information, and/or information can be included in the message.
  • the user information is not measured by CSG users and non-CSG users. Hugh The same way, no longer. This is measured by CSG user terminal and non-CSG user terminal of CSGOpe still oce BS.
  • the CSG user terminal and the non-CSG user terminal are in the shared measurement, and in the shared measurement and collection, the user is measuring the message. Including the following steps
  • the message will share information and share the aggregate information through the user terminal.
  • the user terminal is on the test and the message.
  • the format of the message is the same as that of the message.
  • the destination information can be 2b, indicating the purpose of 4, ie, switching, period and .
  • the rest mode is the same, the difference is that the test is in the share. This is measured by the user terminal in CSGco ed or oce BS or SG.
  • the CSG user terminal of the CSGcosed still oce BS or the OSG user terminal of the OSGFe oce BS is configured. Hugh includes the following steps
  • the unified information will be integrated with the user terminal.
  • CSGcosed still oce B CSG user terminal easy-going way in OSGFe oce B OSG user terminal easy-going way
  • the period of the " " received by the user terminal, the CSG or OSG user terminal is on the medium or multi-memory
  • the internals are re-introduced in a distributed manner in the collection.
  • the CSGcosed still uses the CSG user terminal of the oce BS to be in the middle of the medium or multi-message, and the OSG user terminal under the OSGFe oce BS is in the middle of the medium.
  • the user terminal is re-introduced in the collection by the distribution, and the measurement is performed on the measured.
  • a set of measurements for different purposes is configured and/or switched and/or cycled and/or configured.
  • the CSG user or OSG under CSGcosedFe oce BS is still in the shared measurement of the OSG user of the oce BS, and in the collection. Including Next step
  • the information will be shared and the initial information is communicated to the user terminal.
  • the user terminal will be hosted in the share. Hugh is the same way.
  • the test is based on the shared test. This is the measurement of the user terminal in CSGcosed still oce BS or OSG.
  • the configuration, switching, period, and configuration of the shared objects are configured. CSGcosed is still in the CSG user terminal of the oce BS or the OSG user terminal of the OSGFe oce BS in the shared measurement set and the measurement of the user terminal.
  • the information will be shared with the shared measurement information.
  • the user is on the test and the message.
  • the format of the message is the same or the same. Hugh is the same way.
  • the CSGcosed is still in the shared measurement of the CSG user terminal of the oce BS or the OSG user terminal of the OSGFe oce BS, in the shared measurement set, the user terminal is on the measurement message.
  • the system will share the shared measurement and share information through the user terminal.
  • the user terminal is on the test and the message.
  • the format of the message is the same or the same. Hugh is the same way.
  • the switch can be replaced, the cycle and, in the replacement of the switch, the cycle or the share used, the reference on the share is the share, the switch will be replaced, the cycle or the use of the share, on the share Is sharing.
  • the user terminal can also be used for emergency services (e "ge cySe Vc". There are emergency events. Each terminal has a high priority.
  • the first device of the terminal is shown in Fig. 2, the device includes the first sheep 20, the sheep 21 and the sheep 29, wherein the first sheep is in the first way of the root user terminal, and the way the sheep 29 is on the test
  • the sheep 21 is used to utilize the user terminal.
  • the first measurement of the user terminal of the first sheep, the user terminal of the Hugh first is in an easy-going manner, and the user terminal from the high first to the lower user terminal in the easy-going manner.
  • the high-priority user terminal to the lower-first user terminal increases in the manner of the back-off mode or the high-priority user terminal to the lower-first user terminal.
  • the retracting mode is sequentially increased, or the high-priority user terminal to the lower-priority user terminal is in an easy-going manner or the high-priority user terminal is low.
  • the device includes a sheep 22 and a second sheep 23, wherein the first sheep 22 is different from the user terminal of the different vengeance, and the second sheep 23 is at the user terminal's measurement set.
  • the device comprises a second sheep 24 and a carrying sheep 25, wherein the second sheep 24 allocates different or the same resource for carrying the test to the user terminal of the different vengeous user terminals. Hosted in the resource. That is to say, the resources of the user terminal carrying the same enemy are different, and it is impossible to collide again, and the resources carried can be the first of the user terminals.
  • the device includes the sheep 26, which is not received inside, the first sheep 20, its own first re-test, and the sheep 29 on the test, the sheep 21 .
  • the device includes a third sheep 27, which is measured by different measurement methods of different or the same measurement method of the second sheep 23 mode user terminal.
  • the device includes the sheep, 28 different, or different carrying resources in different ways, carrying the sheep 25 In the way, the measurement of the second sheep 23 is carried on the resources.
  • the measuring device shown in 2 is the former measuring method, and the function of each sheep in the middle can be understood by referring to the phase from the previous to the twelve. In the middle, the first sheep 20, the sheep 29 and the sheep 21, the rest of the sheep are not necessary for the special.
  • the function of each sheep in the device shown in 2 can be applied to the program on the processor, and can also be taken off.
  • the device comprises a sheep 30, a sheep 32 and a sheep 31, wherein the sheep 30 are used in the first or the same set of measurements in the root user terminal.
  • the device comprises a sheep 40, a carrying sheep 41 and a sheep 42, wherein the sheep 40 is different from the user terminal of the different vengeous user terminals, and the measured resources are carried by the sheep 41 for measuring the measured use of the user terminal.
  • the resources measured by the user terminal are different, and collisions are no longer possible, and the resources carried can be the first of the user terminals.
  • Sheep 42 is at the user terminal.
  • Liben is better, not limited.

Abstract

La présente invention, qui est liée à la technologie de mesure de distance pour les terminaux d’abonnés, concerne un procédé de mesure hiérarchisée de distance de concurrence pour terminaux mobiles et est proposée en vue de résoudre le problème de l’impossibilité d’intégrer les différences de service de mesure de distance sur les terminaux d’abonnés classés par priorité. La solution technique utilisée comprend les étapes suivantes : en fonction des priorités détenues, les terminaux d’abonnés envoient des codes choisis de mesure de distance à des occasions choisies, et effectuent une mesure de distance. L'invention concerne également un appareil de mesure de distance destiné au procédé ci-dessus. L’invention garantit avantageusement la qualité du service de communication de différents terminaux d’abonnés et intègre mieux les différents services de communication.
PCT/CN2010/073910 2009-06-30 2010-06-12 Procédé et appareil de mesure hiérarchisée de distance de concurrence pour terminaux mobiles WO2010145527A1 (fr)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN200910088616.8 2009-06-30
CN200910088616.8A CN101938844B (zh) 2009-06-30 2009-06-30 移动终端基于优先级的竞争测距方法与装置

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WO2010145527A1 true WO2010145527A1 (fr) 2010-12-23

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WO (1) WO2010145527A1 (fr)

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Publication number Priority date Publication date Assignee Title
US9025455B2 (en) 2011-04-26 2015-05-05 Industrial Technology Research Institute Prioritized random access method, resource allocation method and collision resolution method

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CN1529471A (zh) * 2003-10-17 2004-09-15 北京邮电大学 在无线局域网中保证高优先级用户的带宽的实现方法
EP1760980A1 (fr) * 2005-09-02 2007-03-07 Samsung Electronics Co., Ltd. Dispositif et procédé de mise en oeuvre de mesures de distances dans un système de communication
CN101217780A (zh) * 2007-12-27 2008-07-09 上海华为技术有限公司 通信系统中测距的方法、无线接入系统和基站
WO2009008633A2 (fr) * 2007-07-06 2009-01-15 Lg Electronics Inc. Procédé pour effectuer une procédure de télémétrie
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JP4410818B2 (ja) * 2007-10-11 2010-02-03 株式会社日立コミュニケーションテクノロジー 受動光網システムおよび局側光伝送路終端装置
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CN1529471A (zh) * 2003-10-17 2004-09-15 北京邮电大学 在无线局域网中保证高优先级用户的带宽的实现方法
EP1760980A1 (fr) * 2005-09-02 2007-03-07 Samsung Electronics Co., Ltd. Dispositif et procédé de mise en oeuvre de mesures de distances dans un système de communication
WO2009008633A2 (fr) * 2007-07-06 2009-01-15 Lg Electronics Inc. Procédé pour effectuer une procédure de télémétrie
CN101217780A (zh) * 2007-12-27 2008-07-09 上海华为技术有限公司 通信系统中测距的方法、无线接入系统和基站
CN101690360A (zh) * 2008-05-05 2010-03-31 联发科技股份有限公司 无线通信系统中快速反馈竞争式测距程序

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