WO2010149006A1 - Procédé et équipement utilisateur pour traitement d'une configuration de mesure dans des porteuses - Google Patents

Procédé et équipement utilisateur pour traitement d'une configuration de mesure dans des porteuses Download PDF

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Publication number
WO2010149006A1
WO2010149006A1 PCT/CN2010/074161 CN2010074161W WO2010149006A1 WO 2010149006 A1 WO2010149006 A1 WO 2010149006A1 CN 2010074161 W CN2010074161 W CN 2010074161W WO 2010149006 A1 WO2010149006 A1 WO 2010149006A1
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WIPO (PCT)
Prior art keywords
carrier
measurement
component carrier
reference component
user
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PCT/CN2010/074161
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English (en)
Chinese (zh)
Inventor
邓云
黄亚达
杜忠达
张银成
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中兴通讯股份有限公司
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Application filed by 中兴通讯股份有限公司 filed Critical 中兴通讯股份有限公司
Publication of WO2010149006A1 publication Critical patent/WO2010149006A1/fr

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W24/00—Supervisory, monitoring or testing arrangements
    • H04W24/10—Scheduling measurement reports ; Arrangements for measurement reports
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
    • H04W88/02—Terminal devices

Definitions

  • This relates to the field of communications, and in particular to the method and user of the measurement configuration in the carrier.
  • the user in the communication system, to meet the requirements, the user (se Eq pme , ) establishes a connection at a small distance, and still needs small and small signal measurements for small switching.
  • TRA voved ve sa Te es a RadoAccess ewok, global connection
  • the measured measurement is connected to the measurement control message, where the measurement control message includes the measurement (eas eme de , ), the event, the measurement, and the measurement to be measured.
  • Measurement of the measurement image Line event the measurement that satisfies the measurement event in all measurements is equal to or greater than the predetermined measurement.
  • the measurement of the same length meToT gge, TTT) will satisfy the event.
  • the measurement (this measurement is small)
  • the measurement of the event in the small list (e sT gge ed s )
  • the measurement result of the measurement is generated.
  • the measurement is sent to the measurement.
  • the measurement contained in the measurement is a small list of the measurement of the event. .
  • the measurement configuration includes the form of measurement, measurement, measurement, etc. (eg, event or period), etc., where the measurement is measured for a certain measurement (eas eme Obec) Upper (epo gCo fo , indicating upper), different measurements on different measurements of the measurement image.
  • eas eme Obec Upper
  • the measurement event ⁇ this measures the measurement and The measurement event
  • the current measurement event includes the event, the event specific (T eS ), the event (yS), the event's the same, and the event's offset (e).
  • each small letter of the fork measurement event is higher than the predetermined, or each small letter is lower than the predetermined one.
  • a small measurement event is scheduled, for example, a small letter of the fork measurement event is higher than a certain port, or a small letter is a predetermined offset from the previous small letter height.
  • the event on the sheep refers to a small list of measurements that are configured to measure the event that will satisfy the event's measurement event. Only the last measurement is included, and the included measurements are small. If there is a new measurement that meets the event, the new measurement will be measured in a small list, and the new measurement will be added again. The new measurement contains the measurement, which is the same as this small list.
  • the periodicity of the event refers to the configuration of the event, the measurement meets the event, and the small list of measurements that will satisfy the event measurement event, the multiple measurements, the upper and the same are configured, and the measurement on each time contains
  • the measurements are all in the small list on the front. In the middle or multiple times on multiple times, if there is a new measurement that satisfies the event, J will be on the small list of measurements of the new measurement event, and then the order is measured again and again.
  • the measurements included in the secondary measurement are all in the small list on the front.
  • Measurement of measurement images different measurement methods of different systems, reflect small letters.
  • T the measured reference power is measured.
  • R received reference
  • C the measured received power (ecevedS a Code owe, R CP, sheep dBm) or the common c / o (ratio of energy and power density on the track), the sheep is dB. Comparing different small letters requires comparing the same type of measurement results.
  • the completeness of the measurement image does not include the measured RR or R RQ, including the frequency-specific offset of the measurement image ( eq e cySpecfcO se, ), and the small specific offset ( e SpecfcO e, Oc ), the small letter of the A4 event in T is higher than a certain mouth, and its rest + + c - ys>T es ,
  • T Wood proposes a carrier aggregation ( ae ag eg o , CA ) method for larger purposes, which is small or not connected carriers (each carrier force)
  • the component carrier, Compo e C e is composed, and each of the multiple carriers is provided.
  • the component carrier can be compatible with the carrier of the T system, the carrier to the compatible carrier component carrier can also be incompatible with the carrier of the existing T system, the carrier is not compatible with the carrier, and the carrier is only used with the capability version (Reease 10 and above).
  • the component carrier can be a small carrier (e Specfc cho e ) or a user-specific carrier ⁇ specfc cho e ).
  • the specific carrier component and the multi-component carrier can all be unified messages, messages, etc., so there is no typical small specific carrier, and the working components of the connected users are respectively
  • the carrier can be a user-specific carrier. For each user connected, it operates on multiple component carriers (on the carrier receiving or signaling or carrier) (c veC e ) or each carrier.
  • carrier aggregation is performed on each component carrier, possible carrier aggregation and non-carrier aggregation.
  • the so-called carrier aggregation means that each component carrier is connected to each other instead of carrier aggregation, and each component carrier is not connected at the same time.
  • Carrier Whether the aggregated component carriers are in the same frequency band can be divided into carrier aggregation of the sheep band (geb d) and carrier aggregation of the frequency band (ve m pe eq e cyb ds), and the carrier aggregation of the so-called sheep band refers to all components of the carrier aggregation.
  • the carrier aggregation of the sheep band can be either carrier aggregation or non-carrier aggregation.
  • Carrier aggregation of the so-called frequency band means that the component carriers of the carrier aggregation can source different frequency bands.
  • the requirements need to be met, and the measurement configuration is required.
  • the wood to be solved is to propose the measurement method and the user of the measurement configuration in the carrier, and solve the problem that the existing measurement configuration is configured in a multi-carrier scenario to meet the demand.
  • this provides a method for measuring the configuration in the carrier, including
  • the user of the connected carrier aggregates less than the connected user or multiple reference component carriers
  • the measurement configuration includes measurement events of the reference component carrier and or
  • Measure the reference component carrier power carrier carrier in the carrier set measure the reference component carrier power, the specific carrier, or carrier, or the user-specific carrier, or measure the carrier.
  • the above method can have the following characteristics
  • the equalization of the measurement reference component carrier force carrier is the summation of the measurement results of the carriers in the carrier set.
  • the step of measuring or measuring the reference component carrier includes
  • the pre-agreed measurement reference component carrier or
  • the information of the measured reference component carrier is reported.
  • Carrier or pre-agreed small specific carrier strength measurement reference component carrier, or pre-agreed primary carrier force measurement reference component carrier, or pre-agreed user-specific carrier force measurement reference component carrier, or carrier of a specific location within a pre-agreed working band Force measurement reference component carrier
  • the step of measuring the information of the reference component carrier includes the information of the reference component carrier measured by the station in the measured configuration, or the frequency information of the reference component carrier measured by the station in the air interface signaling, or the station message The measuring the information of the reference component carrier.
  • the measurement configuration consists of a measurement cup or measurement, a measurement cup measurement, where the dielectric measurement measures the frequency at which the reference component carrier is located.
  • the measurement event includes that the signal of the measured reference component carrier is higher than a predetermined, or the signal of the measured reference component carrier is lower than a predetermined, or small or phase carrier
  • the predetermined ratio of the signal height of the reference component carrier is measured, or the signal of the reference component carrier is less than a predetermined and small or phase carrier
  • the processing method may have the following steps in which the user measures each according to the measurement configuration.
  • the measurement of the event is met, the measurement result is generated, and the measurement of the measurement result is included.
  • the user provides each user, in the small carrier of the carrier wave, the user includes
  • the users have the following special
  • the measurement event includes a signal that the measured reference component carrier is higher than the predetermined, or the signal of the measured reference component carrier is lower than a predetermined, or a small, or a phase carrier of the signal-to-measurement reference component carrier, a predetermined offset, or a measurement reference
  • the signal of the component carrier is lower than the predetermined and small or phase carrier
  • the communication system including at least the medium, is aggregated less than the connection in the carrier.
  • the configured inter- or multi-measurement reference component carrier
  • the measurement configuration of the measurement event of the station friend containing the multi-measurement reference component carrier is received, and the measurement is performed according to the measurement configuration.
  • Step 101 pre-arranging or measuring the reference component carrier, or reporting or multi-measuring the information of the reference component carrier
  • Step 102 configuring the measurement, the measurement event included in the measurement configuration including the reference component carrier
  • step 103 the measurement configuration is received, the measurement of the event is satisfied, the measurement result is generated, and the measurement is performed.
  • the measurement reference component carrier may be a small specific carrier, or a carrier, or a user-specific carrier, or a measurement carrier, or another carrier.
  • the core component carrier In the carrier aggregation small, if there are only component carrier carrier messages and messages, then the core component carrier has a small specific carrier, a carrier, or a small specific carrier, and all component carrier messages and messages, there is no small specific carrier.
  • the core component carrier Working on a multi-component carrier, only in the media Carrier receiving system messages, messages, or only on the core component carrier, or security information on the core component carrier (physical small and frequency information of the core component carrier is generated in the dense e), the core component carrier is dedicated to the user-specific carrier, Or the user-specific carrier, it should be noted that the temple does not limit the nuclear component carrier.
  • the measurement carrier refers to another carrier that the measurement result of the component carrier designated by the base station can work, and the specified component carrier power measurement carrier.
  • the equalization of the carrier is the measurement result of each carrier in the carrier set.
  • the number of calibrations of each carrier in the carrier set is reported by the base or pre-agreed by the base (ie).
  • Pre-agreed or multi-measurement reference component carrier may be a pre-agreed component carrier strength measurement reference component carrier, or pre-agreed small specific carrier force measurement reference component carrier, or pre-agreed user-specific carrier force measurement reference The component carrier, or a carrier power measurement reference carrier at a specific location within the pre-agreed operating band (a).
  • the carrier force measurement reference component carrier at a specific location in the agreed working frequency band refers to the information of the component carrier strength measurement reference component carrier advertisement or the multi-measurement reference component carrier with the lowest frequency or the highest frequency in the agreed working frequency band, and the suspension may be the station.
  • the information of the reference component carrier is measured in the measured configuration, or the frequency information of the reference component carrier is reported in other air interface signaling, or the information of the reference component carrier is reported in the station message.
  • the general principle of carrier concentration or multi-carrier force measurement reference component carrier is carrier aggregation of carrier aggregation power band, and each carrier in carrier concentration has the same coverage. Since the signals of each carrier are similar, it can be only
  • the carrier force measurement refers to the carrier aggregation of the component carrier carrier aggregation power band, and there are different carriers in the carrier set, then the carriers in the carrier set can be grouped and covered.
  • Different carriers can group the characteristics of the frequency band and the carriers of the carrier in the carrier set. The characteristics are the same and cover the same carrier component group, and the carrier is used as the reference component carrier. It should be noted that, even if the characteristics cover the same multi-component carrier, the component carrier can be configured with the force measurement reference component carrier.
  • the measurement configuration contains measurement or measurement, measurement measurement, where the dielectric measurement refers to the frequency of the reference component carrier.
  • the measurement event refers to measuring a reference component carrier whose signal is higher than a predetermined, or measuring a reference component carrier whose signal is lower than a predetermined, or a small or phase carrier, a signal-to-precision reference component carrier, a predetermined offset, or a measurement reference component.
  • the carrier's signal is below the predetermined and the phase is small or the phase carrier's signal is higher than the predetermined.
  • the measurement is performed according to the measurement configuration, and the measurement reference component carrier of the event is measured to satisfy the measurement of the event, and if there is a new or multiple measurement, the upper measurement is performed. This new measurement is a measurement that is not included in the small list of measurements for the measured event phase.
  • the schematics 2, 1 and ( ) 2 of the layout have the same interface, the phase 2 has the X2 interface, the family 3 1 can be directly connected, or the family 4 and 1 can be connected, the family 3 is the same as the family 3 There is no X2 interface.
  • the small component carrier of the carrier aggregation is a component carrier of 20 z in the frequency band 1 (Ba, uplink 920 80 z, downlink 0 2170 z).
  • Carrier system messages messages.
  • the carrier aggregation is successful. Since the multi-carrier is supported and the traffic is large, the component carrier ⁇ J 1940 1960 z, 2130 215 z) is allocated, that is, the component carrier, each carrier or carrier is used.
  • the component component carrier is used as a reference component carrier to measure configuration (resource control (RC) connection (o ec o ) reconstruction ( eco fg o )
  • the measurement configuration consists of the reference measurement component carrier ⁇ J 920 1940 z, 2 0 2130 ).
  • the measurement configuration only needs to indicate the upstream or downstream absolute frequency Taoism ( bso e RadoFeq e cyCha e mbe , AmC -Va e TRA or indicate yes
  • the first component carrier (the low-to-high-high-low rule is the third component carrier) can also be connected to the successful carrier-force measurement reference component carrier, and the measurement configuration does not include the information of the measurement reference component carrier.
  • the measurement configuration contains Measurement 1, Measurement 2, Measurement 3, and Measurement 4.
  • measurement 1 measures the reference component carrier (in Reease 8 the measurement reference component carrier is small).
  • the frequency at which the measurement event A, A is the signal of the measured reference component carrier is higher than the predetermined one.
  • Measurement 2 Measure the frequency of the reference component carrier.
  • the measurement event is the measurement of the reference component carrier.
  • the signal is lower than the predetermined one.
  • Measurement 3 Measure the frequency of the reference component carrier. Measure event A3. This A3 measures the reference frequency of the same frequency of the reference component carrier (the same as the A C of the small measurement reference component carrier).
  • Measurement 4 Frequency n Measurement event A3, this A3 is the predetermined offset of the signal height of the reference component carrier at the phase of the phase n (the phase of the phase-aggregated phase of the carrier-aggregated carrier).
  • the measurement result line event of the scheduled or predetermined measurement image.
  • the measurement of the measurement event is referenced to the component carrier, which satisfies the measurement of the event, and the measurement.
  • the measurement reference component carrier of measurement event A3 satisfies the measurement of the event (ie, there is a new phase of the same measurement reference carrier that satisfies the A3 event), and if there is a new phase smaller than the A3 event is greater than or equal to TTT (this The new phase is small and is not included in the measurement 3
  • the measurement is generated according to the rules and will be measured.
  • the event of the comparison of the reference component carrier is compared with the event A4 B that event A3 A5 B2 does not need to be compared.
  • the event specifies the only measurement (frequency), so in A, the event may not need to measure the reference component carrier (the stated characterization, in this description A, the event measures the reference component carrier), in the A3 A5 B2 event Then you need to measure the reference component carrier.
  • the small component carrier of the carrier aggregation is a component carrier of 20 unconnected 20 z in the frequency band (B d , 20 80 z, 2 0 2170 z) and the frequency band (Ba, 50 70 z, 1930 1950). There are only component carrier messages and messages in B d in the carrier.
  • the carrier aggregation is successful. Due to the support of multiple carriers and the large amount of traffic, the component carriers ⁇ J 1940 1960, 2130 2150, carrier CC2) and ( 1850 70 z, 1930 1950, carrier CC3) are allocated, that is, the same component carrier, each carrier or Carrier. Since the carrier aggregation of the frequency band and the component carriers in the frequency band have the same coverage, the frequency band component carrier is used as a reference component carrier for measurement, and the measurement configuration (RC Co ec o Reco fg o ), the measurement configuration includes the measurement reference component carrier.
  • the measurement configuration only needs to indicate the uplink or downlink absolute frequency Taoism (Abso e Rado Feq e cy Cha e mbe AC -Va e TRA, or indicate the first and second component carriers (low to high)
  • the carrier force measurement reference component carrier of different frequency bands (a) may also be determined by a method (ie, a pre-agreed manner) (this may be the carrier power measurement reference component carrier with the lowest frequency of Ba and Ba d2, that is, CC and CC3). At this time, the measurement configuration does not include the vertical information of the measurement component carrier.
  • the measurement configuration includes the measurement cup 1 to the measurement cup 8.
  • the measurement cup 1 measures the frequency of the reference component carrier CC, the measurement event A, A is the signal of the measurement reference component carrier CC is higher than the predetermined
  • Measuring cup 2 measuring the frequency of the reference component carrier CC, measuring event, is the signal of the reference component carrier CC is lower than the predetermined
  • Measuring cup 3 measuring the frequency of the reference component carrier CC3 measurement event is the signal of the reference component carrier CC3 is lower than the predetermined
  • the measurement cup 4 measures the frequency measurement event A3 where the reference component carrier CC is located, at which time the A3 measurement reference component carrier CC has the same phase of the same frequency (the AC of the small measurement reference component carrier CC is the same), and the reference ratio of the reference component carrier CC is higher.
  • the offset it should be noted that the measurement cup 4 refers to the measurement (the same phase of the CC is small) the same component carrier CC with the same A3 event, or the measurement reference component carrier refers to the measurement of the same component carrier
  • the measurement cup 5 measures the frequency measurement event A3 where the reference component carrier CC3 is located, at which time the A3 measurement reference component carrier CC3 has the same phase of the same frequency (the same as the AC of the small measurement reference component carrier CC3), and the signal height of the reference measurement component carrier CC3
  • the predetermined offset it should be noted that the measuring cup 5 refers to the measurement (the CC3 has the same phase of the same frequency) and the equal component carrier CC3 has the same A3 event.
  • Measuring cup 6 frequency n measuring the frequency measurement event A3 of the reference component carrier CC, at which time A3 is small at the phase of frequency n (phase phase of phase of carrier aggregation)
  • the signal ratio of the carrier is measured by a predetermined offset of the signal height of the reference component carrier CC.
  • Measuring 7 frequency measuring the frequency measurement event A3 where the reference component carrier CC3 is located, this A3 is a predetermined offset of the signal height of the reference component carrier CC3 with respect to the phase of the frequency (the carrier phase of the small phase carrier of the carrier aggregation).
  • the letter is lower than the predetermined (T es od ) received measurement configuration, where all measurements, all measurements in the configuration, and the measurement results
  • the measurement event is measured by the reference component carrier, which satisfies the measurement of the event, and the upper measurement.
  • the measurement reference component carrier CC3 of the measurement event A3 satisfies the measurement of the event (ie, there is a new phase of the frequency that satisfies the A3 event), and if there is a new phase, the A3 event is greater than or equal to the TTT, according to the rule.
  • the measurement is generated and will be measured.
  • the small component carrier of the carrier aggregation is a component carrier of 20 unconnected 20 z in the band 1 (B d , 20 80 z, 2 0 2170 z) and the band (Ba, 50 70 z, 1930 1950).
  • B d the band 1
  • B 80 z the band 1
  • Ba the band 1
  • Ba the band 1
  • 50 70 z 1930 1950.
  • B d the inter-component carrier in B d ⁇ 1920 1940, 2110 2130
  • messages, carriers are also small specific carriers, or carriers.
  • component carrier ⁇ 1920 1940, 2 0 2130, carrier CC the carrier aggregation is successful. Due to support for multi-carrier And the traffic is very large, and component carriers ⁇ J 1940 1960, 2130 2150, carrier CC2) and (1850 70 z, 1930 1950, carrier CC3) are allocated, that is, the same component carrier is used.
  • the medium component carrier in the carrier set is used as a reference measurement component carrier to the measurement configuration (R CCo ec o Reco fg o ),
  • the method stipulates that the small specific carrier force measurement reference component carrier CC or the force measurement carrier may also be small, and the small specific carrier is the information of the reference measurement component carrier.
  • Measurements 1 to 5 are included in the measurement configuration.
  • measurement 1 measures the frequency of the reference component carrier CC.
  • the measurement event A, A is the measurement reference component carrier CC (in Reease8, the measurement reference component carrier CC is small) the higher than the predetermined
  • Measurement 2 measures the frequency at which the reference component carrier CC is located.
  • the measurement event is that the signal of the reference component carrier CC is lower than the predetermined one.
  • Measurement 3 measures the frequency measurement event A3 where the reference component carrier CC is located. This A3 measures the reference signal carrier CC with the same phase of the same frequency (the AC of the small measurement reference component carrier CC is the same). The signal ratio of the reference measurement component carrier CC is predetermined. Offset
  • n Measure event A3 which is a predetermined offset of the signal-to-signal carrier CC of the phase of the phase n (the carrier-phased phase of the small-phase phase carrier).
  • this A3 is the predetermined offset of the signal height of the reference reference component carrier CC at the frequency of CC2 (the carrier phase of the phase small phase carrier, which may include CC).
  • Measurement of the measurement event reference component carrier or predetermined The measurement result line event of the measurement image. If there is a measurement that satisfies the event (measurement reference component carrier or phase is small), the measurement is generated according to the rule and will be measured. Measure or make a switching decision.
  • the reduced carrier less CC and CC2
  • the measurement configuration is not, and the reference component carrier is still measured by CC.
  • the small component carrier of the carrier aggregation is a component carrier of 20 unconnected 20 z in the band 1 (B d , 20 80 z, 2 0 2170 z) and the band (Ba, 50 70 z, 1930 1950). There are only component carrier messages and messages in B d in the carrier.
  • component carrier ⁇ 1920 1940, 2 0 2130, carrier CC On the component carrier ⁇ 1920 1940, 2 0 2130, carrier CC), successfully connected to the carrier aggregation. Due to the support of multiple carriers and the large traffic, the component carriers ⁇ J 1940 1960, 2130 2150, carrier CC2) and ( 1850 70 z, 1930 1950, carrier CC3) are allocated, that is, the same component carrier is used, and the air interface is used. Let, CC user-specific carrier or successful carrier CC user-specific carrier. It should be noted that the user-specific carrier can be R C command (configuration signaling), or AAC command, or P CC pass.
  • the medium component carrier in the carrier set is used as a force measurement reference component carrier to the measurement configuration (R CCo ec o Reco fo ).
  • the method of the formula stipulates the user-specific carrier force measurement reference component carrier CC, and the measurement configuration includes measurement 1 to measurement 5.
  • measurement 1 measures the frequency measurement event A of the reference component carrier CC
  • A is the signal of the reference component carrier CC is higher than the predetermined ⁇
  • Measurement 2 Measure the frequency at which the reference component carrier CC is located.
  • the measurement event is that the signal of the reference component carrier CC is lower than the predetermined ⁇
  • Measurement 3 measures the frequency measurement event A3 where the reference component carrier CC is located. This A3 measures the signal of the same frequency of the reference component carrier CC (the same as the C of the small measurement reference component carrier CC). Offset
  • this A3 CC3 is the same frequency as the phase (small CC3 C is the same, this can also include CC3).
  • the signal is compared with the reference component carrier CC.
  • Measurement 5 Frequency n Measurement event A3, which is a predetermined offset of the signal height of the reference component carrier CC at the phase of the frequency n (the carrier phase of the carrier phase of the phase carrier).
  • Measurement of the measurement results of the line event If there is a measurement that satisfies the event (measuring the reference component carrier or the phase is small), the measurement is generated according to the rule and will be measured. Measure or make a switch decision.
  • the carrier-small small component carrier is in the band 1 (B d , 20 80 z, 2 0 2170 z) and the band (Ba, 50 70 z, 1930 1970), and the downlink is 5 non-contiguous 20 z component carriers.
  • the uplink is a 4 z component carrier that is not connected. Only the B d in the downlink carrier Component carrier system messages, messages.
  • component carrier ⁇ 1920 1940, 2 0 2130, carrier CC On the component carrier ⁇ 1920 1940, 2 0 2130, carrier CC), successfully connected to the carrier aggregation. Since multi-carrier and multi-carrier are supported, component carriers ⁇ J 1940 1960, 2130 2150, carrier CC2) and (1850 70 z, 1930 1950, carrier CC3) are allocated, that is, the same component carrier, carrier carrier is used.
  • the measurement reference component carrier refers to the equalization of the carrier, and the measurement result of the carrier CCCC2 CC3 is configured (the system message or the air interface signaling configuration signaling). 2 3, respectively, the reference component carrier is measured by the sum of the measurement results of the carrier. What is needed is also ok. Measurements 1 to 5 are included in the measurement configuration.
  • the measurement 1 measurement reference component carrier measurement event A is the measurement reference component carrier signal is higher than the predetermined, since the measurement reference component carrier refers to the carrier equalization, the measurement 1 can be any carrier frequency, or the frequency of all carriers Or does not include frequency information measurement 2 measurement reference component carrier measurement event, is the measurement reference carrier carrier signal is lower than the predetermined
  • this A3 CC3 is the same frequency as the phase (small CC3 C is the same, this can also include CC3).
  • the signal is higher than the measured component carrier.
  • Measurement 5 Frequency n Measurement event A3, which is a predetermined offset of the signal height of the reference component carrier at a signal phase smaller than the phase of the frequency n (the phase-aggregation phase carrier of the carrier aggregation). Receive measurement configuration, where all measurements, measurement measurements, and measurement results in all measurements
  • each user's gestures, the user's respective carrier aggregation including
  • Receive 12 which receives the measurement configuration of the station friend, and the measurement configuration includes measurement events of the inter- or multi-measurement reference component carrier and
  • Measurement 13 which performs the measurement according to the measurement configuration received and received.
  • the pre-reservation method or the multi-measurement reference component carrier, or the received information, and the information of the reference component carrier are measured in the information.
  • the measurement reference component carrier may be all or part of the carrier in the small carrier set of the carrier aggregation, or the equalization of the carriers of the user.
  • the measurement event may include a predetermined offset of the signal of the measured reference component carrier being higher than a predetermined, or a signal of the reference reference component carrier being lower than a predetermined, or a small, or a phase carrier, a predetermined offset of the signal of the reference measurement component carrier, or a measurement
  • the signal of the reference component carrier is lower than the predetermined and the signal of the phase carrier or phase carrier is higher than the predetermined measurement event.
  • the execution of the measurement method of the measurement configuration in the above carrier is the same for each user performing the measurement, and is not here.
  • the upper user uses the measurement reference component carrier to better solve the small difference in carrier aggregation, is incompatible with the existing measurement configuration, and satisfies the carrier aggregation neutral requirement.
  • the measurement reference component carrier to better solve the small difference in carrier aggregation, is incompatible with the existing measurement configuration, and satisfies the carrier aggregation neutral requirement.
  • the method and user of the measurement configuration in the carrier are provided.
  • the measurement reference carrier is better for solving the small carrier aggregation, and is not compatible with the existing measurement configuration, and satisfies the carrier aggregation neutral requirement.

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

Abstract

L'invention porte sur un procédé et un équipement utilisateur pour traitement d'une configuration de mesure sur des porteuses, le procédé de traitement d'une configuration de mesure sur une porteuse comprenant les opérations suivantes: acquisition par l'équipement utilisateur connecté dans le volume d'agrégation de porteuse géré par une station de base d'une ou plusieurs porteuses composantes référencées de mesure, réception par l'équipement utilisateur d'une configuration de mesure à partir de la station de base, la configuration de mesure comprenant les éléments de mesure appliqués à la ou aux porteuse(s) composantes référencées de mesure, et exécution par l'équipement utilisateur de la mesure selon la configuration de mesure. Le procédé et l'équipement utilisateur pour traitement d'une configuration de mesure sur les porteuses résolvent de préférence l'ambiguïté dans la cellule de service dans une agrégation de porteuse, et non seulement sont compatibles avec la configuration de mesure dans les protocoles existants, mais encore satisfont excellemment à l'exigence de mobilité dans une agrégation de porteuses.
PCT/CN2010/074161 2009-06-23 2010-06-21 Procédé et équipement utilisateur pour traitement d'une configuration de mesure dans des porteuses WO2010149006A1 (fr)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN200910142232XA CN101932014A (zh) 2009-06-23 2009-06-23 载波聚合中测量配置的处理方法
CN200910142232.X 2009-06-23

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WO2010149006A1 true WO2010149006A1 (fr) 2010-12-29

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101674586B (zh) * 2009-10-13 2014-03-19 中兴通讯股份有限公司 一种载波聚合中的测量处理方法及系统
CN102780532B (zh) * 2011-05-09 2016-06-08 华为技术有限公司 信道测量的方法及装置
CN102905361B (zh) * 2011-07-28 2015-06-17 普天信息技术研究院有限公司 一种多载波情形下的定时方法和设备
CN102368862B (zh) * 2011-09-15 2013-05-22 新邮通信设备有限公司 一种多载波家庭基站的消息路由方法
CN103096358B (zh) * 2011-11-03 2016-01-27 华为技术有限公司 一种实现多载波测量结果上报的方法及装置
CN103686823B (zh) * 2012-09-06 2017-12-05 华为技术有限公司 测量的方法和装置
CN104144473B (zh) * 2013-05-09 2019-12-20 中兴通讯股份有限公司 一种选择可用接入网络的方法及用户设备
CN105991255B (zh) * 2015-01-28 2019-04-23 中国移动通信集团广东有限公司 一种载波聚合的配置方法及装置
CN105072641B (zh) * 2015-07-17 2018-06-01 工业和信息化部电信研究院 一种载波聚合小区发现方法和装置
CN111065111B (zh) * 2018-10-16 2021-08-27 大唐移动通信设备有限公司 一种多测量事件并发上报的方法及装置

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1832621A (zh) * 2005-03-10 2006-09-13 大唐移动通信设备有限公司 多频点系统中的切换控制方法
WO2008097185A2 (fr) * 2007-02-05 2008-08-14 Telefonaktiebolaget Lm Ericsson (Publ) Procédé et dispositif dans un système de télécommunication
WO2009022948A1 (fr) * 2007-08-10 2009-02-19 Telefonaktiebolaget Lm Ericsson (Publ) Améliorations à un réseau e-utran, ou s'y rapportant, et transfert

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN100431380C (zh) * 2004-07-09 2008-11-05 中兴通讯股份有限公司 Td-scdma系统辅载频信号质量评估及载频选择方法
CN100407837C (zh) * 2004-09-14 2008-07-30 中兴通讯股份有限公司 多载频小区和多小区系统中移动终端的测量控制方法
CN101345970B (zh) * 2007-07-09 2012-06-06 中兴通讯股份有限公司 多载波增强上行接入系统邻小区干扰的测量方法
CN101325783B (zh) * 2008-07-15 2011-04-20 新邮通信设备有限公司 多载波通信系统中控制终端测量的方法、系统及装置
CN101426225B (zh) * 2008-12-09 2010-09-29 中兴通讯股份有限公司 一种终端上报信道质量指示报告的方法

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1832621A (zh) * 2005-03-10 2006-09-13 大唐移动通信设备有限公司 多频点系统中的切换控制方法
WO2008097185A2 (fr) * 2007-02-05 2008-08-14 Telefonaktiebolaget Lm Ericsson (Publ) Procédé et dispositif dans un système de télécommunication
WO2009022948A1 (fr) * 2007-08-10 2009-02-19 Telefonaktiebolaget Lm Ericsson (Publ) Améliorations à un réseau e-utran, ou s'y rapportant, et transfert

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