CN101932014A - Method for processing measurement configuration in carrier aggregation - Google Patents

Method for processing measurement configuration in carrier aggregation Download PDF

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Publication number
CN101932014A
CN101932014A CN200910142232XA CN200910142232A CN101932014A CN 101932014 A CN101932014 A CN 101932014A CN 200910142232X A CN200910142232X A CN 200910142232XA CN 200910142232 A CN200910142232 A CN 200910142232A CN 101932014 A CN101932014 A CN 101932014A
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China
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described
component carrier
witness mark
mark component
carrier
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CN200910142232XA
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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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Priority to CN200910142232XA priority Critical patent/CN101932014A/en
Publication of CN101932014A publication Critical patent/CN101932014A/en

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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W24/00Supervisory, monitoring or testing arrangements
    • H04W24/10Scheduling measurement reports ; Arrangements for measurement reports
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W88/00Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
    • H04W88/02Terminal devices

Abstract

The invention discloses a method for processing measurement configuration in carrier aggregation. The method comprises the following steps that: user equipment (UE) which is in a connected state in a cell of the carrier aggregation governed by a base station acquires one or more configured measurement reference component carriers; the UE receives the measurement configuration transmitted by the base station, wherein the measurement configuration comprises a measurement events applied to the one or more measurement reference component carriers; and the UE measures according to the measurement configuration. The invention also discloses a method for processing the measurement configuration in the carrier aggregation. The method comprises the following step of: after the UE in the connected state in the cell of the carrier aggregation governed by the base station receives the measurement configuration, determining the measurement reference component carrier corresponding to the measurement event in the measurement configuration and evaluating a measurement object meeting an event triggering condition. The method has the advantages of eliminating different meanings of a service cell in the carrier aggregation, realizing compatibility with the measurement configuration in the conventional protocol and meeting the requirement of mobility in the carrier aggregation.

Description

Measure the processing method of configuration in the carrier aggregation

Technical field

The present invention relates to moving communicating field, relate in particular to the processing method of measuring configuration in a kind of carrier aggregation (carrier aggregation is called for short CA).

Background technology

In mobile communication system, in order to satisfy the mobility requirement, when subscriber equipment (User Equipment is called for short UE) after certain sub-district and network connect, UE still needs the signal quality of its Serving cell and neighbor cell is measured, so that select proper cell to switch.With EUTRAN (Evolved Universal Terrestrial Radio Access Network, evolved Universal Terrestrial Radio Access Network network) be example, the detailed process that UE measures under the connected state is: network side will be measured control messages and send to UE, wherein, comprise the attribute of measuring sign (measurement identity abbreviates MID as), event type, measuring object and needing to measure in this measurement control messages; UE carries out parameter initialization according to the measurement sign of measuring in the control messages, and obtains each measuring object attribute and the measurement result separately in whole measuring objects of measuring in the control messages; UE carries out the incident assessment according to initialized parameter or predetermined threshold to the measurement result of each measuring object, and the duration by assessing the trigger condition of determining to satisfy in whole measuring objects measurement event is more than or equal to the measuring object of scheduled measurement triggered time length (Time To Trigger abbreviates TTT as); UE puts into these measuring objects (this moment, measuring object corresponded to the sub-district) that satisfy trigger conditions the cell list (cellsTriggeredList) of the measurement sign of this incident correspondence; UE generates measurement report and measurement report is sent to network side according to the measurement result of the measuring object of determining, the measuring object that is comprised in the measurement report all is to obtain from the cell list of the measurement sign of this incident correspondence.

In mobile communication system, measuring object is a unit with frequency or the cell set that is positioned at frequency, measuring configuration comprises and (for example measures form that sign, measuring object, measurement report, Event triggered or periodic report) etc., wherein, measure sign and report structure (reporting configuration, the attribute that expression reports) corresponding to a certain measuring object (measurement object) and specific measurement, the different measuring of same measuring object reports the corresponding different measurement of structure to identify.Measurement configuration for event type, measurement reports structure corresponding one by one with measurement event (this moment one measure sign described a measuring object and corresponding with it measurement event), and the present measurement event that defines generally comprises the duration of trigger condition of lag parameter Hys, incident of the trigger condition of incident, the certain threshold Thresh that leaves condition, incident, incident and the side-play amount Offset of incident etc.

In order to satisfy the mobility requirement of UE under the connected state, require UE that the measuring object that satisfies trigger conditions is measured and reported to Serving cell and adjacent sub-district, some measurement event have been defined at present to Serving cell, for example, the trigger condition of definition measurement event is that the signal quality of Serving cell is higher than predetermined threshold, or the signal quality of Serving cell is lower than predetermined threshold; To the measurement event of adjacent sub-district, for example, the trigger condition of definition measurement event is that the signal quality of adjacent sub-district is higher than a certain threshold value, or the signal quality of adjacent sub-district is than the high predetermined side-play amount of signal quality of current service cell.

For the measurement report of Event triggered, have two kinds to report form: a kind of is that the Event triggered single reports the measurement report of Event triggered (or be called); Another kind is that Event triggered periodically reports.The Event triggered single reports and is meant that network side has disposed the trigger condition of incident for certain UE, after UE detection and assessment measuring object satisfy the trigger condition of incident, the measuring object that satisfies trigger conditions is put into the cell list of the measurement sign of this incident correspondence, only report the one-shot measurement report, the measuring object that this report comprises all obtains from cell list.If in certain time of back, there is new measuring object to satisfy the trigger condition of this incident again, UE puts into new measuring object the cell list of the measurement sign of this incident correspondence, report simultaneously new measurement report once more, the measuring object that new measurement report comprises all from this moment cell list obtain, report this moment number of times still for once.

Event triggered periodically reports and is meant that network side has disposed the trigger condition of incident for certain UE, after UE detection and assessment measuring object satisfy the trigger condition of incident, the measuring object that satisfies trigger conditions is put into the cell list of the measurement sign of this incident correspondence, reporting measurement reports repeatedly, the times of reporting and the time interval dispose by network side, and the measuring object that the measurement report that at every turn reports comprises all is to obtain from the current cell list that gives the correct time.In the process that this repeatedly reports or after repeatedly reporting end, if there is new measuring object to satisfy the trigger condition of incident, UE reports number of times with replacement, new measuring object is put into the cell list of the measurement sign of this incident correspondence, according to the time interval of setting with report the orderly once more reporting measurement result of number of times, the measuring object that each measurement report comprises all is to obtain from the current cell list that gives the correct time then.

To the measurement of measuring object, different systems adopts different method of measurement, all is signal qualitys of reflection sub-district.In LTE, UE measures is the power (Reference Signal Received Power abbreviates RSRP as, and unit is dBm) of the reference signal that receives or quality (the Reference Signal Received Quality of the reference signal that UE receives, abbreviate RSRQ as, unit is dB).In WCDMA, that UE measures is received power (the Received Signal Code Power of Common Pilot Channel, be called for short RSCP, unit is dBm) or the Ec/No of Common Pilot Channel (refer to behind the transmitting terminal spread spectrum on every code channel the energy of each chip and the ratio of band limited white noise power spectral density), unit is dB.UE needs the measurement result of more same type when comparing the signal quality of different districts.When the assessment measuring object satisfies trigger conditions, complete description to this measuring object not only comprises RSRP or the RSRQ that UE records, specific side-play amount (the frequency specific offset of frequency that also comprises this measuring object, abbreviation Ofn), specific side-play amount (the cell specific offset in sub-district, be called for short Ocn), with the A4 incident that defines among the LTE is example: the signal quality of adjacent sub-district is higher than a certain threshold value, its concrete mathematical description is Mn+Ofn+Ocn-Hys>Thresh, and Mn is RSRP or the RSRQ that UE records adjacent sub-district in the formula.

In order to satisfy people to the demand of high bandwidth more, LTE Advance proposes the purpose of the bigger bandwidth of method realization of employing carrier aggregation, this moment, (each carrier wave was called component carrier by a plurality of continuous or discrete carrier waves in a sub-district, Component Carrier) forms, the service of multicarrier can be provided for UE simultaneously.Component carrier can adopt the carrier wave of compatible LTE system, and this carrier wave is called the backward compatibility carrier wave; Component carrier also can adopt the carrier wave of incompatible existing LTE system, and this carrier wave is called non-backward compatible carrier waves, and this carrier wave can only be that Release 10 versions and above UE use.Component carrier can become the specific anchor carrier wave in sub-district (cell specific anchor carrier), also can become the specific anchor carrier wave of user (UE specific anchor carrier).If only at one-component carrier wave transmitting system message, beep-page message etc., this component carrier becomes the specific anchor carrier wave in sub-district; If a plurality of component carriers all can transmitting system message, beep-page message etc., just there is not the specific anchor carrier wave in sub-district of typical meaning this moment, for the subscriber equipment of connected state, certain component carrier of its work can become the specific anchor carrier wave of user.For the subscriber equipment of connected state, a plurality of component carriers of its work (receiving or send signaling or data at these carrier waves) are called activation carrier wave collection (active carriers) or service carrier wave collection.

Whether carrier aggregation is continuous on frequency domain by each component carrier, can divide continuous carrier aggregation and discrete carrier aggregation, and so-called continuous carrier aggregation is meant that each component carrier is interconnective on frequency domain; Discontinuous carrier aggregation then refers to it is unconnected between each component carrier on frequency domain.Carrier aggregation by each component carrier whether in identical frequency band, the carrier aggregation and the carrier aggregation of striding frequency band (over multiple frequency bands) that can be divided into single band (single band), so-called single carrier aggregation is meant all component carriers that participate in carrier aggregation all in same frequency band, and single carrier aggregation can be that continuous carrier aggregation also can be discontinuous carrier aggregation; The carrier aggregation that what is called is striden frequency band is meant that the component carrier that participates in carrier aggregation can be derived from different frequency bands.

In carrier aggregation, still need to satisfy the mobility demand, still needing network side is that UE implements to measure configuration, yet the configuration of many measurement event is measurement target or references object with Serving cell (having only a carrier wave) all in the measurement of the existing LTE configuration, adopt the sub-district of carrier aggregation that a plurality of carrier waves are arranged, existing measurement configuration can not be applied to the sight of multicarrier, therefore in LTE-A, subscriber equipment works under the situation of multicarrier, how to select references object or measurement target, the measurement configuration of how to dispose this moment is a problem of needing solution badly.

Summary of the invention

The technical problem to be solved in the present invention is exactly the processing method that proposes to measure in a kind of carrier aggregation configuration, solves the problem that existing measurement configuration can't be applied to the sight of multicarrier.

In order to solve the problems of the technologies described above, the invention provides the processing method of measuring configuration in a kind of carrier aggregation, comprising:

The user equipment (UE) that is in connection status in the sub-district of carrier aggregation that the base station is had jurisdiction over is known one or more witness mark component carriers of configuration;

Described UE receives the measurement configuration of sending described base station, and described measurement configuration comprises the measurement event that is applied to described one or more witness mark component carriers;

Described UE carries out according to described measurement configuration and measures.

Further, above-mentioned processing method also can have following characteristics:

Described witness mark component carrier is: the carrier wave of the sub-district of described carrier aggregation is concentrated all or part of carrier wave, perhaps is the equilibrium of the activation carrier wave collection of described UE.

Further, above-mentioned processing method also can have following characteristics:

When the witness mark component carrier be described carrier wave concentrate a carrier wave time, described witness mark component carrier is: the anchor carrier wave that anchor carrier wave that the sub-district is specific or user are specific or measure main carrier.

Further, above-mentioned processing method also can have following characteristics:

Described witness mark component carrier specifically is meant for the equilibrium that activates the carrier wave collection: described UE is weighted summation to activating each concentrated measurement result that activates carrier wave of carrier wave.

Further, above-mentioned processing method also can have following characteristics:

The weight coefficient of each carrier wave that described activation carrier wave is concentrated is by described base station configuration and inform described UE, perhaps by described base station and the UE described weight coefficient of having made an appointment.

Further, above-mentioned processing method also can have following characteristics:

Described UE knows that one or more witness mark component carriers of configuration comprise:

Described base station and the described UE described witness mark component carrier of having made an appointment, the information of the described witness mark component carrier of described UE is informed in perhaps described base station.

Further, above-mentioned processing method also can have following characteristics:

Described base station and the described UE described witness mark component carrier of having made an appointment specifically is meant:

Described base station and described UE make an appointment, and to insert successful component carrier at random be that the specific anchor carrier wave in the witness mark component carrier or the sub-district of making an appointment is that the specific anchor carrier wave of the witness mark component carrier or the user that makes an appointment is that the carrier wave of witness mark component carrier or each frequency band ad-hoc location of making an appointment is the witness mark component carrier to UE.

Further, above-mentioned processing method also can have following characteristics:

The information of the described witness mark component carrier of described UE is informed in described base station, specifically is meant:

Described witness mark component carrier is carried in described base station in described measurement configuration information, or the frequency information of described UE witness mark component carrier or the described witness mark component carrier of described UE is informed in described base station in system message information are informed in described base station in space interface signaling.

Further, above-mentioned processing method also can have following characteristics:

Corresponding one or two measuring object of measurement sign that described measurement configuration comprises, when two measuring objects of described measurement sign correspondence, one of them is a witness mark component carrier place frequency.

Further, above-mentioned processing method also can have following characteristics:

Described measurement event is meant that signal quality that signal quality that the signal quality of described witness mark component carrier is higher than predetermined threshold or described witness mark component carrier is lower than predetermined threshold or neighbor cell or adjacent carrier is higher than predetermined threshold than the signal quality that the signal quality of high predetermined side-play amount of the signal quality of described witness mark component carrier or described witness mark component carrier is lower than predetermined threshold and neighbor cell or adjacent carrier.

In order to solve the problems of the technologies described above, the invention provides the processing method of measuring configuration in a kind of carrier aggregation, comprising:

After the UE that is in connection status in the sub-district of carrier aggregation that the base station is had jurisdiction over receives and measures configuration, determine the witness mark component carrier of measurement event correspondence in the described measurement configuration, the measuring object of trigger conditions is satisfied in assessment.

Further, above-mentioned processing method also can have following characteristics:

When the measuring object of trigger conditions is satisfied in described UE assessment,, then trigger reporting measurement reports if there are new one or more measuring objects to satisfy the trigger condition of incident.

Further, above-mentioned processing method also can have following characteristics:

Described new measuring object is meant: be not included in the measuring object in the measurement sign corresponding district tabulation in the described measurement configuration.

Further, above-mentioned processing method also can have following characteristics:

Described witness mark component carrier is: the carrier wave of the sub-district of described carrier aggregation is concentrated all or part of carrier wave, perhaps is the equilibrium of the activation carrier wave collection of described UE.

Further, above-mentioned processing method also can have following characteristics:

When the witness mark component carrier be described carrier wave concentrate a carrier wave time, described witness mark component carrier is: the anchor carrier wave that anchor carrier wave that the sub-district is specific or user are specific or measure main carrier.

Further, above-mentioned processing method also can have following characteristics:

Described witness mark component carrier specifically is meant for the equilibrium that activates the carrier wave collection: described UE is weighted summation to activating each concentrated measurement result that activates carrier wave of carrier wave.

Further, above-mentioned processing method also can have following characteristics:

The weight coefficient of each carrier wave that described activation carrier wave is concentrated is by described base station configuration and inform described UE, perhaps by described base station and the UE described weight coefficient of having made an appointment.

Further, above-mentioned processing method also can have following characteristics:

Described base station and the described UE described witness mark component carrier of having made an appointment, the information of the described witness mark component carrier of described UE is informed in perhaps described base station.

Further, above-mentioned processing method also can have following characteristics:

Described base station and the described UE described witness mark component carrier of having made an appointment specifically is meant:

Described base station and described UE make an appointment, and to insert successful component carrier at random be that the specific anchor carrier wave in the witness mark component carrier or the sub-district of making an appointment is that the specific anchor carrier wave of the witness mark component carrier or the user that makes an appointment is that the carrier wave of witness mark component carrier or each frequency band ad-hoc location of making an appointment is the witness mark component carrier to UE.

Further, above-mentioned processing method also can have following characteristics:

The information of the described witness mark component carrier of described UE is informed in described base station, specifically is meant:

Described witness mark component carrier is carried in described base station in described measurement configuration information, or the frequency information of described UE witness mark component carrier or the described witness mark component carrier of described UE is informed in described base station in system message information are informed in described base station in space interface signaling.

Further, above-mentioned processing method also can have following characteristics:

Corresponding one or two measuring object of measurement sign that described measurement configuration comprises, when two measuring objects of described measurement sign correspondence, one of them is a witness mark component carrier place frequency.

Further, above-mentioned processing method also can have following characteristics:

Described measurement event is meant that signal quality that signal quality that the signal quality of described witness mark component carrier is higher than predetermined threshold or described witness mark component carrier is lower than predetermined threshold or neighbor cell or adjacent carrier is higher than predetermined threshold than the signal quality that the signal quality of high predetermined side-play amount of the signal quality of described witness mark component carrier or described witness mark component carrier is lower than predetermined threshold and neighbor cell or adjacent carrier.

Adopt method provided by the invention, solved in the carrier aggregation the ambiguity of Serving cell, not only compatible measurement configuration in the existing protocol, and satisfy ambulant demand in the carrier aggregation.

Description of drawings

Fig. 1 is the flow chart of the embodiment of the invention;

Fig. 2 is the network topology schematic diagram that the present invention uses the LTE Advance system of example.

Embodiment

The present invention is applied to mobile communication system, comprises at least one base station and a UE, and UE is in connection status in the sub-district of carrier aggregation that the base station is had jurisdiction over.

In the present invention, described UE is known one or more witness mark component carriers of configuration;

Described UE receives the measurement configuration that comprises the measurement event that is applied to described one or more witness mark component carriers that send described base station, carries out according to described measurement configuration and measures.

The present invention is described in detail below in conjunction with drawings and the specific embodiments.

As shown in Figure 1, the embodiment of the invention comprises the steps:

Step 101, base station and the UE described one or more witness mark component carrier of having made an appointment, perhaps the information of the described one or more witness mark component carriers of UE is informed in the base station;

Step 102, the measurement configuration that the base station sends to UE comprises in the described measurement configuration: the measurement event that is applied to described one or more witness mark component carriers;

Step 103 after UE receives described measurement configuration, determines to satisfy the measuring object of trigger conditions, generates measurement result, reporting measurement reports.

Wherein, described witness mark component carrier is: described carrier wave is concentrated all or part of carrier wave, perhaps is the equilibrium of the activation carrier wave collection of described UE.

Wherein, when the witness mark component carrier be described carrier wave concentrate a carrier wave time, described witness mark component carrier can be: the anchor carrier wave that anchor carrier wave that the sub-district is specific or user are specific or measure main carrier, perhaps other carrier wave of being provided with of base station.

Described witness mark component carrier specifically is meant for the equilibrium that activates the carrier wave collection: UE is weighted summation to activating each concentrated measurement result that activates carrier wave of carrier wave; The weight coefficient of each carrier wave that described activation carrier wave is concentrated is by base station configuration and inform UE, perhaps by base station and the UE described weight coefficient (being UE employing default value) of having made an appointment.

Base station and the UE described one or more witness mark component carrier of having made an appointment, perhaps the information of the described one or more witness mark component carriers of UE is informed in the base station.

Base station and UE make an appointment what a or a plurality of witness mark component carrier specifically can be: base station and UE make an appointment, and to insert successful component carrier at random be that the specific anchor carrier wave in the witness mark component carrier or the sub-district of making an appointment is that the specific anchor carrier wave of the witness mark component carrier or the user that makes an appointment is that the carrier wave of witness mark component carrier or each frequency band (Band) ad-hoc location of making an appointment is the witness mark component carrier to UE.

The information of the one or more witness mark component carriers of UE is informed in described base station, specifically can be: described witness mark component carrier is carried in the base station in described measurement configuration information, perhaps the frequency information of UE witness mark component carrier or the described witness mark component carrier of UE is informed in the base station in system message information be clearly informed in the base station in other space interface signaling.

Concentrate one or more carrier waves as the witness mark component carrier when selecting described carrier wave, the rule of selecting is: when described carrier aggregation is single carrier aggregation, and carrier wave concentrates each carrier wave to have identical coverage, because the signal quality of each carrier wave is general more close, so can only select one of them carrier wave as the witness mark component carrier; When described carrier aggregation is single carrier aggregation, and carrier wave concentrates and has the different carrier wave of coverage, and then the carrier wave grouping that carrier wave can be concentrated covers identical carrier wave and is divided into one group, and carrier wave of every group selection is as the witness mark component carrier; When described carrier aggregation is the carrier aggregation of striding frequency band, identical as if the transmission characteristic of each frequency band, and each carrier wave has identical coverage in each frequency band, then can select a concentrated carrier wave of carrier wave as the witness mark component carrier; When described carrier aggregation is the carrier aggregation of striding frequency band, if the transmission characteristic difference of each frequency band, each carrier wave has identical coverage in each frequency band, then can select a carrier wave as the witness mark component carrier at each frequency band; When described carrier aggregation is the carrier aggregation of striding frequency band, and there is the different carrier wave of coverage in the frequency band, then can will divide into groups according to the transmission characteristic of frequency band, the carrier wave that reference carrier wave is concentrated carrier wave, transmission characteristic is identical and cover identical carrier wave and be divided into one group, and carrier wave of every group selection is as the witness mark component carrier.Need to prove that even the transmission characteristic a plurality of component carriers identical with coverage, each component carrier can be configured to the witness mark component carrier.

Corresponding one or two measuring object of measurement sign that described measurement configuration comprises, when two measuring objects of described measurement sign correspondence, one of them is a witness mark component carrier place frequency.

Described measurement event is meant that signal quality that signal quality that the signal quality of witness mark component carrier is higher than predetermined threshold or witness mark component carrier is lower than predetermined threshold or neighbor cell or adjacent carrier is higher than predetermined threshold than the signal quality that the signal quality of high predetermined side-play amount of the signal quality of witness mark component carrier or witness mark component carrier is lower than predetermined threshold and neighbor cell or adjacent carrier.

When UE carries out measurement according to described measurement configuration, determine the witness mark component carrier of measurement event correspondence, the measuring object of trigger conditions is satisfied in assessment, if there are new one or more measuring objects to satisfy the trigger condition of incident, UE triggers reporting measurement reports.New herein measuring object is meant that not being included in described measurement event measures the measuring object that identifies in the corresponding district tabulation accordingly.

The present invention is further described with concrete application example below:

Use example one

In LTE Advance system, there is the S1 interface referring to Fig. 2 in the schematic diagram of its network topology between core net and base station (macro base station), has X2 interface between the adjacent base station; Home eNodeB can directly link to each other with core net, also can link to each other with core net by femto gateway, does not have X2 interface between the Home eNodeB and between Home eNodeB and the macro base station.UE is arranged in the sub-district of carrier aggregation that macro base station is had jurisdiction over, and is in idle condition.The component carrier that the sub-district of this carrier aggregation comprises is the component carrier of three continuous 20M Hz in frequency band 1 (Band1, up UL 1920~1980M Hz, descending DL 2110~2170M Hz).The equal transmitting system message of these three carrier waves, beep-page message.

Sometime, UE initiates to insert at random at component carrier (UL 1920~1940, and DL 2110~2130), successfully inserts the sub-district of this carrier aggregation.Because UE supports that the service traffics of multicarrier and UE are very big, component carrier (UL 1940~1960, and DL 2130~2150) has been distributed for UE again in the base station, and promptly this moment, UE used two component carriers simultaneously, is called two service carrier waves or two activation carrier waves.

Owing to be single carrier aggregation, and each component carrier has identical coverage, so base station selected one of them component carrier is as the witness mark component carrier, the base station sends to UE and measures configuration (by RRC Connection Reconfiguration), this measurement configuration comprises a witness mark component carrier, and (UL 1920~1940, DL 2110~2130), measure the absolute wireless frequency number of channel that only need indicate upstream or downstream in the configuration (Absolute Radio Frequency Channel Number, ARFCN-ValueEUTRA), perhaps indicate be first component carrier (from low to high; If adopt rule from high to low, then be the 3rd component carrier); It is the witness mark component carrier that network also can adopt the setting of acquiescence promptly to insert successful carrier wave at random, measures the clear and definite information that does not just comprise the witness mark component carrier in the configuration this moment.Measure to comprise in the configuration and measure sign 1, measure sign 2, measure sign 3, measure sign 4.

Wherein measure sign 1 corresponding witness mark component carrier (for the UE of Release 8, the witness mark component carrier is exactly a Serving cell) place frequency and measurement event A1, A1 is that the signal quality of witness mark component carrier is higher than predetermined thresholding;

Measure sign 2 corresponding witness mark component carrier place frequency and measurement event A2, A2 is that the signal quality of witness mark component carrier is lower than predetermined thresholding;

Measure sign 3 corresponding witness mark component carrier place frequency and measurement event A3, this moment, A3 be the side-play amount of being scheduled to than the signal quality height of witness mark component carrier with the signal quality of the neighbor cell (ARFCN of these neighbor cells and witness mark component carrier is identical) of witness mark component carrier same frequency;

Measure sign 4 respective frequencies f1 and measurement event A3, this moment, A3 was the signal quality high side-play amount of being scheduled to of the signal quality of the neighbor cell (neighbor cell for carrier aggregation is an adjacent carrier) that is positioned at frequency f 1 than witness mark component carrier.

After UE receives and measures configuration, measurement sign is wherein carried out parameter initialization, and obtain each measuring object attribute and the measurement result separately in whole measuring objects of measuring in the configuration; UE carries out the incident assessment according to initialized parameter or predetermined threshold to the measurement result of each measuring object.UE determines the witness mark component carrier of measurement event correspondence, and the measuring object of trigger conditions is satisfied in assessment, triggers reporting measurement reports.Such as identifying 3 for measuring, UE determines the witness mark component carrier of measurement event A3 correspondence, the measuring object (promptly existing the new neighbor cell with the same frequency of witness mark component carrier to satisfy the A3 incident) of this trigger conditions is satisfied in assessment, if there is new neighbor cell to satisfy the A3 incident herein more than or equal to TTT (new neighbor cell is meant and is not included in the measuring object of measuring in the tabulation of sign 3 corresponding district), UE generates measurement report according to rule, and measurement report is sent to the base station.The base station is implemented the scheduling of UE according to measurement report or is made handover decisions.

Need to prove that network can dispose when the allocating and measuring incident: with witness mark component carrier incident relatively; The incident that does not need comparison.With witness mark component carrier incident relatively such as incident A3, A5, B2; The incident A4, the B1 that do not need comparison.Network can be specified unique measurement target (frequency) when configuration A1, A2 incident, therefore the witness mark component carrier can be set (for the consistency that illustrates for A1, A2 incident, define A1 in this manual, the A2 incident has all adopted the witness mark component carrier), then need clear and definite witness mark component carrier for A3, A5, B2 incident.

Use example two

In LTE Advance system, there is the S1 interface referring to Fig. 2 in the schematic diagram of its network topology between core net and base station (macro base station), has X2 interface between the adjacent base station; Home eNodeB can directly link to each other with core net, also can link to each other with core net by femto gateway, does not have X2 interface between the Home eNodeB and between Home eNodeB and the macro base station.UE is arranged in the sub-district of carrier aggregation that Home eNodeB is had jurisdiction over, and is in idle condition.(Band 1 at frequency band 1 for the component carrier that the sub-district of this carrier aggregation comprises, UL 1920~1980M Hz, DL 2110~2170M Hz) and frequency band 2 (Band 2, UL 1850~1870M Hz, DL 1930~1950) in, be the component carrier of 4 discontinuous 20M Hz.Have only three component carrier transmitting system message, beep-page message among the Band 1 in these four carrier waves.

Sometime, UE initiates to insert at random at component carrier (UL 1920~1940, and DL 2110~2130, and this carrier wave is called CC1), successfully inserts the sub-district of this carrier aggregation.Because UE supports that the service traffics of multicarrier and UE are very big, (UL 1940~1960 for UE has distributed component carrier again in the base station, DL 2130~2150, this carrier wave is called CC2) and (UL 1850~1870M Hz, DL 1930~1950, this carrier wave is called CC3), promptly this moment, UE used three component carriers simultaneously, was called three service carrier waves or three activation carrier waves.

Owing to be the carrier aggregation of striding frequency band, and each component carrier has identical coverage in each frequency band, so each frequency band of base station selects the one-component carrier wave as the witness mark component carrier, the base station sends to UE and measures configuration (by RRC Connection Reconfiguration), this measurement configuration comprises two witness mark component carriers (CC1 and CC3), measure the absolute wireless frequency number of channel that only need indicate upstream or downstream in the configuration (Absolute Radio Frequency Channel Number, ARFCN-ValueEUTRA), perhaps indicate is first and second component carrier (from low to high); Certain carrier wave that also can adopt the method (mode of promptly making an appointment) of implicit expression to set different frequency bands (Band) is that the witness mark component carrier is (such as can being that the minimum carrier wave of Band 1 and Band 2 frequencies is the witness mark component carrier herein, be CC1 and CC3), measure the independent information that does not just comprise the witness mark component carrier in the configuration this moment.Measure to comprise in the configuration and measure sign 1 to measuring sign 8.

Wherein measure sign 1 corresponding witness mark component carrier CC1 place frequency and measurement event A1, A1 is that the signal quality of witness mark component carrier CC1 is higher than predetermined thresholding;

Measure sign 2 corresponding witness mark component carrier CC1 place frequency and measurement event A2, A2 is that the signal quality of witness mark component carrier CC1 is lower than predetermined thresholding;

Measure sign 3 corresponding witness mark component carrier CC3 place frequency and measurement event A2, A2 is that the signal quality of witness mark component carrier CC3 is lower than predetermined thresholding;

Measure sign 4 corresponding witness mark component carrier CC1 place frequency and measurement event A3, this moment, A3 be the side-play amount of being scheduled to than the signal quality height of witness mark component carrier CC1 with the signal quality of the neighbor cell (ARFCN of these neighbor cells and witness mark component carrier CC1 is identical) of witness mark component carrier CC1 same frequency;

Measure sign 5 corresponding witness mark component carrier CC3 place frequency and measurement event A3, this moment, A3 be the side-play amount of being scheduled to than the signal quality height of witness mark component carrier CC3 with the signal quality of the neighbor cell (ARFCN of these neighbor cells and witness mark component carrier CC3 is identical) of witness mark component carrier CC3 same frequency;

Measure sign 6 corresponding target frequency f1, witness mark component carrier CC1 place frequency and measurement event A3, this moment, A3 was the signal quality high side-play amount of being scheduled to of the signal quality of the neighbor cell (neighbor cell for carrier aggregation is an adjacent carrier) that is positioned at frequency f 1 than witness mark component carrier CC1.

Measure sign 7 corresponding target frequency f2, witness mark component carrier CC3 place frequency and measurement event A3, this moment, A3 was the signal quality high side-play amount of being scheduled to of the signal quality of the neighbor cell (neighbor cell for carrier aggregation is an adjacent carrier) that is positioned at frequency f 2 than witness mark component carrier CC3.

Measure sign 8 corresponding target frequency f2, witness mark component carrier CC3 place frequency and measurement event A5, A5 is that the signal quality that the signal quality of the neighbor cell (neighbor cell for carrier aggregation is an adjacent carrier) that is positioned at frequency f 2 is higher than predetermined threshold value (Threshold1) and witness mark component carrier CC3 is lower than predetermined threshold value (Threshold2) at this moment.

After UE receives and measures configuration, wherein all measurement signs are carried out parameter initialization, and obtain each measuring object attribute and the measurement result separately in whole measuring objects of measuring in the configuration; UE carries out the incident assessment according to initialized parameter or predetermined threshold to the measurement result of each measuring object.UE determines the witness mark component carrier of measurement event correspondence, and the measuring object of trigger conditions is satisfied in assessment, triggers reporting measurement reports.Such as identifying 7 for measuring, UE determines the witness mark component carrier CC3 of measurement event A3 correspondence, the measuring object (promptly existing the new neighbor cell that is positioned at frequency f 2 to satisfy the A3 incident) of this trigger conditions is satisfied in assessment, if there is new neighbor cell to satisfy the A3 incident more than or equal to TTT, UE generates measurement report according to rule, and measurement report is sent to the base station.The base station is implemented the scheduling of UE according to measurement report or is made handover decisions.

Use example three

In LTE Advance system, there is the S1 interface referring to Fig. 2 in the schematic diagram of its network topology between core net and base station (macro base station), has X2 interface between the adjacent base station; Home eNodeB can directly link to each other with core net, also can link to each other with core net by femto gateway, does not have X2 interface between the Home eNodeB and between Home eNodeB and the macro base station.UE is arranged in the sub-district of carrier aggregation that the base station is had jurisdiction over, and is in idle condition.The component carrier that the sub-district of this carrier aggregation comprises is at frequency band 1 (Band1, UL 1920~1980M Hz, DL 2110~2170M Hz) and frequency band 2 (Band 2, UL1850~1870M Hz, DL 1930~1950) in, be the component carrier of 4 discontinuous 20M Hz.Have only one-component carrier wave (UL 1920~1940, DL2110~2130) transmitting system message, beep-page message among the Band 1 in these four carrier waves, this carrier wave is also referred to as sub-district specific anchor carrier wave or main carrier.

Sometime, UE initiates to insert at random at component carrier (UL 1920~1940, and DL 2110~2130, and this carrier wave is called CC1), successfully inserts the sub-district of this carrier aggregation.Because UE supports that the service traffics of multicarrier and UE are very big, (UL 1940~1960 for UE has distributed component carrier again in the base station, DL 2130~2150, this carrier wave is called CC2) and (UL 1850~1870M Hz, DL 1930~1950, this carrier wave is called CC3), promptly this moment, UE used three component carriers simultaneously.

Owing to be the carrier aggregation of striding frequency band, the transmission characteristic of each frequency band is identical, and each component carrier has identical coverage in each frequency band, then selects the concentrated one-component carrier wave of carrier wave as the witness mark component carrier; The base station sends to UE and measures configuration (by RRC Connection Reconfiguration), should use in the example, adopt the specific anchor carrier wave in method (mode of promptly making an appointment) agreement sub-district of implicit expression to be witness mark component carrier CC1 or to be called the measurement main carrier that UE also can set the information that sub-district particular anchor carrier wave is the witness mark component carrier that obtains by the system message of this sub-district.

Measure to comprise in the configuration and measure sign 1 to measuring sign 5.

Wherein measure sign 1 corresponding witness mark component carrier CC1 place frequency and measurement event A1, A1 is that the signal quality of witness mark component carrier CC1 (for the UE of Release 8, witness mark component carrier CC1 is exactly a Serving cell) is higher than predetermined thresholding;

Measure sign 2 corresponding witness mark component carrier CC1 place frequency and measurement event A2, A2 is that the signal quality of witness mark component carrier CC1 is lower than predetermined thresholding;

Measure sign 3 corresponding witness mark component carrier CC1 place frequency and measurement event A3, this moment, A3 be the side-play amount of being scheduled to than the signal quality height of witness mark component carrier CC1 with the signal quality of the neighbor cell (ARFCN of these neighbor cells and witness mark component carrier CC1 is identical) of witness mark component carrier CC1 same frequency;

Measure sign 4 corresponding target frequency f1 and measurement event A3, this moment, A3 was the signal quality high side-play amount of being scheduled to of the signal quality of the neighbor cell (neighbor cell for carrier aggregation is an adjacent carrier) that is positioned at frequency f 1 than witness mark component carrier CC1.

Measure sign 5 corresponding CC2 place frequency and measurement event A3, this moment, A3 was the signal quality high predetermined side-play amount of the signal quality of the neighbor cell (neighbor cell for carrier aggregation is an adjacent carrier, can comprise CC2 herein) that is positioned at CC2 place frequency than witness mark component carrier CC1.

After UE receives and measures configuration, wherein all measurement signs are carried out parameter initialization, and obtain each measuring object attribute and the measurement result separately in whole measuring objects of measuring in the configuration; UE determines the witness mark component carrier of measurement event correspondence, and UE carries out the incident assessment according to initialized parameter or predetermined threshold to the measurement result of each measuring object.If the measuring object (witness mark component carrier or neighbor cell) that satisfies trigger conditions is arranged, UE generates measurement report according to rule, and measurement report is sent to the base station.The base station is implemented the scheduling of UE according to measurement report or is made handover decisions.

UE is owing to the minimizing of Data transmission sometime, and the activation carrier number that this UE has been reduced in the base station has reduced CC1 and CC2, and this moment, UE only used CC3, promptly activated carrier wave and had only CC3.Do not change yet measure configuration, UE still with CC1 as the witness mark component carrier.

Use example four

In LTE Advance system, there is the S1 interface referring to Fig. 2 in the schematic diagram of its network topology between core net and base station (macro base station), has X2 interface between the adjacent base station; Home eNodeB can directly link to each other with core net, also can link to each other with core net by femto gateway, does not have X2 interface between the Home eNodeB and between Home eNodeB and the macro base station.UE is arranged in the sub-district of carrier aggregation that the base station is had jurisdiction over, and is in idle condition.(Band 1 at frequency band 1 for the component carrier that the sub-district of this carrier aggregation comprises, UL 1920~1980M Hz, DL 2110~2170M Hz) and frequency band 2 (Band 2, UL1850~1870M Hz, DL 1930~1950) in, be the component carrier of 4 discontinuous 20M Hz.Have only three component carrier transmitting system message, beep-page message among the Band 1 in these four carrier waves.

Sometime, UE initiates to insert at random at component carrier (UL 1920~1940, and DL 2110~2130, and this carrier wave is called CC1), successfully inserts the sub-district of this carrier aggregation.Because UE supports that the service traffics of multicarrier and UE are very big, (UL 1940~1960 for UE has distributed component carrier again in the base station, DL 2130~2150, this carrier wave is called CC2) and (UL 1850~1870M Hz, DL 1930~1950, and this carrier wave is called CC3), promptly this moment, UE used three component carriers simultaneously, wherein UE is told by space interface signaling in the base station, and CC1 is the specific anchor carrier wave of user; Perhaps giving tacit consent to the carrier wave CC1 that carrying out successfully insert at random is the specific anchor carrier wave of user.Need to prove that herein the specific anchor carrier wave of user can be by RRC signaling (reshuffling signaling) or MAC layer signaling or PDCCH notice UE.

Owing to be the carrier aggregation of striding frequency band, the transmission characteristic of each frequency band is identical, and each component carrier has identical coverage in each frequency band, then selects the concentrated one-component carrier wave of carrier wave as the witness mark component carrier; The base station sends to UE and measures configuration (by RRC Connection Reconfiguration), should use in the example, adopting the specific anchor carrier wave of method (mode of promptly making an appointment) agreement user of implicit expression is witness mark component carrier CC1, measures to comprise in the configuration and measures sign 1 to measuring sign 5.

Wherein measure sign 1 corresponding witness mark component carrier CC1 place frequency and measurement event A1, A1 is that the signal quality of witness mark component carrier CC1 is higher than predetermined thresholding;

Measure sign 2 corresponding witness mark component carrier CC1 place frequency and measurement event A2, A2 is that the signal quality of witness mark component carrier CC1 is lower than predetermined thresholding;

Measure sign 3 corresponding witness mark component carrier CC1 place frequency and measurement event A3, this moment, A3 be the side-play amount of being scheduled to than the signal quality height of witness mark component carrier CC1 with the signal quality of the neighbor cell (ARFCN of these neighbor cells and witness mark component carrier CC1 is identical) of witness mark component carrier CC1 same frequency;

Measure sign 4 corresponding CC3 place frequency and measurement event A3, this moment, A3 be the side-play amount of being scheduled to than the signal quality height of witness mark component carrier CC1 with the signal quality of the neighbor cell (ARFCN of these neighbor cells and CC3 is identical, also can comprise CC3 herein) of CC3 same frequency;

Measure sign 5 corresponding target frequency f1 and measurement event A3, this moment, A3 was the signal quality high side-play amount of being scheduled to of the signal quality of the neighbor cell (neighbor cell for carrier aggregation is an adjacent carrier) that is positioned at frequency f 1 than witness mark component carrier CC1.

After UE receives and measures configuration, wherein all measurement signs are carried out parameter initialization, and obtain each measuring object attribute and the measurement result separately in whole measuring objects of measuring in the configuration; UE determines the witness mark component carrier of measurement event correspondence, and UE carries out the incident assessment according to initialized parameter or predetermined threshold to the measurement result of each measuring object.If the measuring object (witness mark component carrier or neighbor cell) that satisfies trigger conditions is arranged, UE generates measurement report according to rule, and measurement report is sent to the base station.The base station is implemented the scheduling of UE according to measurement report or is made handover decisions.

Use example five

In LTE Advance system, there is the S1 interface referring to Fig. 2 in the schematic diagram of its network topology between core net and base station (macro base station), has X2 interface between the adjacent base station; Home eNodeB can directly link to each other with core net, also can link to each other with core net by femto gateway, does not have X2 interface between the Home eNodeB and between Home eNodeB and the macro base station.UE is arranged in the sub-district of carrier aggregation that the base station is had jurisdiction over, and is in idle condition.The component carrier that the sub-district of this carrier aggregation comprises is at frequency band 1 (Band1, UL 1920~1980M Hz, DL 2110~2170M Hz) and frequency band 2 (Band 2, UL1850~1870M Hz, DL 1930~1970) in, descending is the component carrier of 5 discontinuous 20M Hz, and up is the component carrier of 4 discontinuous 20M Hz.Have only three component carrier transmitting system message, beep-page message among the Band 1 in these five descending carriers.

Sometime, UE initiates to insert at random at component carrier (UL 1920~1940, and DL 2110~2130, and this carrier wave is called CC1), successfully inserts the sub-district of this carrier aggregation.Because UE supports that the service traffics of multicarrier and UE are very big, (UL 1940~1960 for UE has distributed component carrier again in the base station, DL 2130~2150, this carrier wave is called CC2) and (UL 1850~1870M Hz, DL 1930~1950, this carrier wave is called CC3), promptly this moment, UE used three component carriers simultaneously, and these three carrier waves are called activation carrier wave collection.

The base station sends to UE and measures configuration (by RRC Connection Reconfiguration), should use in the example, the witness mark component carrier is meant the equilibrium that activates the carrier wave collection, UE obtains the measurement result of carrier wave CC1, CC2, CC3, network side be each of UE activate carrier wave disposed weighting parameters (by system message or by space interface signaling as reshuffling signaling), be respectively K1, K2, K3, UE with the weighted sum of the measurement result of these three carrier waves as the witness mark component carrier.Need to prove that UE also can adopt the weighting parameters of acquiescence.Measure to comprise in the configuration and measure sign 1 to measuring sign 5.

Wherein measure sign 1 corresponding witness mark component carrier and measurement event A1, A1 is that the signal quality of witness mark component carrier is higher than predetermined thresholding, because the witness mark component carrier is meant the equilibrium that activates the carrier wave collection, measure this moment sign 1 can be corresponding any one activate the frequency of the frequency of carrier wave or all activated carrier wave or do not comprise frequency information;

Measure sign 2 corresponding witness mark component carrier and measurement event A2, A2 is that the signal quality of witness mark component carrier is lower than predetermined thresholding;

Measure sign 3 corresponding CC1 place frequency and measurement event A3, this moment, A3 be the side-play amount of being scheduled to than the signal quality height of witness mark component carrier with the signal quality of the neighbor cell (ARFCN of these neighbor cells and component carrier CC1 is identical) of CC1 same frequency;

Measure sign 4 corresponding CC3 place frequency and measurement event A3, this moment, A3 be the side-play amount of being scheduled to than the signal quality height of witness mark component carrier with the signal quality of the neighbor cell (ARFCN of these neighbor cells and CC3 is identical, also can comprise CC3 herein) of CC3 same frequency;

Measure sign 5 corresponding target frequency f1 and measurement event A3, this moment, A3 was the signal quality high side-play amount of being scheduled to of the signal quality of the neighbor cell (neighbor cell for carrier aggregation is an adjacent carrier) that is positioned at frequency f 1 than witness mark component carrier.

After UE receives and measures configuration, wherein all measurement signs are carried out parameter initialization, and obtain each measuring object attribute and the measurement result separately in whole measuring objects of measuring in the configuration; UE determines the witness mark component carrier of measurement event correspondence, and UE carries out the incident assessment according to initialized parameter or predetermined threshold to the measurement result of each measuring object.If the measuring object (witness mark component carrier or neighbor cell) that satisfies trigger conditions is arranged, UE generates measurement report according to rule, and measurement report is sent to the base station.The base station is implemented the scheduling of UE according to measurement report or is made handover decisions.

Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.

Claims (22)

1. measure the processing method that disposes in a carrier aggregation, comprising:
The subscriber equipment that is in connection status in the sub-district of carrier aggregation that the base station is had jurisdiction over is known one or more witness mark component carriers of configuration;
Described subscriber equipment receives the measurement configuration of sending described base station, and described measurement configuration comprises the measurement event that is applied to described one or more witness mark component carriers;
Described subscriber equipment is carried out according to described measurement configuration and is measured.
2. processing method as claimed in claim 1 is characterized in that,
Described witness mark component carrier is: the carrier wave of the sub-district of described carrier aggregation is concentrated all or part of carrier wave, perhaps is the equilibrium of the activation carrier wave collection of described subscriber equipment.
3. processing method as claimed in claim 2 is characterized in that,
When the witness mark component carrier be described carrier wave concentrate a carrier wave time, described witness mark component carrier is: the anchor carrier wave that anchor carrier wave that the sub-district is specific or user are specific or measure main carrier.
4. processing method as claimed in claim 2 is characterized in that,
Described witness mark component carrier specifically is meant for the equilibrium that activates the carrier wave collection: described subscriber equipment is weighted summation to activating each concentrated measurement result that activates carrier wave of carrier wave.
5. processing method as claimed in claim 4 is characterized in that,
The weight coefficient of each carrier wave that described activation carrier wave is concentrated is by described base station configuration and inform described subscriber equipment, perhaps by described base station and the subscriber equipment described weight coefficient of having made an appointment.
6. processing method as claimed in claim 1 is characterized in that,
Described subscriber equipment knows that one or more witness mark component carriers of configuration comprise:
Described base station and the described subscriber equipment described witness mark component carrier of having made an appointment, the information of the described witness mark component carrier of described subscriber equipment is informed in perhaps described base station.
7. processing method as claimed in claim 6 is characterized in that,
Described base station and the described subscriber equipment described witness mark component carrier of having made an appointment specifically is meant:
Described base station and described subscriber equipment are made an appointment, and to insert successful component carrier at random be that the specific anchor carrier wave in the witness mark component carrier or the sub-district of making an appointment is that the specific anchor carrier wave of the witness mark component carrier or the user that makes an appointment is that the carrier wave of witness mark component carrier or each frequency band ad-hoc location of making an appointment is the witness mark component carrier to subscriber equipment.
8. processing method as claimed in claim 6 is characterized in that,
The information of the described witness mark component carrier of described subscriber equipment is informed in described base station, specifically is meant:
Described witness mark component carrier is carried in described base station in described measurement configuration information, or the frequency information of described subscriber equipment witness mark component carrier or the described witness mark component carrier of described subscriber equipment is informed in described base station in system message information are informed in described base station in space interface signaling.
9. processing method as claimed in claim 1 is characterized in that,
Corresponding one or two measuring object of measurement sign that described measurement configuration comprises, when two measuring objects of described measurement sign correspondence, one of them is a witness mark component carrier place frequency.
10. processing method as claimed in claim 1 is characterized in that,
Described measurement event is meant that signal quality that signal quality that the signal quality of described witness mark component carrier is higher than predetermined threshold or described witness mark component carrier is lower than predetermined threshold or neighbor cell or adjacent carrier is higher than predetermined threshold than the signal quality that the signal quality of high predetermined side-play amount of the signal quality of described witness mark component carrier or described witness mark component carrier is lower than predetermined threshold and neighbor cell or adjacent carrier.
11. measure the processing method that disposes in the carrier aggregation, comprising:
After the subscriber equipment that is in connection status in the sub-district of carrier aggregation that the base station is had jurisdiction over receives and measures configuration, determine the witness mark component carrier of measurement event correspondence in the described measurement configuration, the measuring object of trigger conditions is satisfied in assessment.
12. processing method as claimed in claim 11 is characterized in that,
When the measuring object of trigger conditions is satisfied in described subscriber equipment assessment,, then trigger reporting measurement reports if there are new one or more measuring objects to satisfy the trigger condition of incident.
13. processing method as claimed in claim 12 is characterized in that,
Described new measuring object is meant: be not included in described measurement event and measure the measuring object that identifies in the corresponding district tabulation accordingly.
14. as any described processing method of claim 11~13, it is characterized in that,
Described witness mark component carrier is: the carrier wave of the sub-district of described carrier aggregation is concentrated all or part of carrier wave, perhaps is the equilibrium of the activation carrier wave collection of described subscriber equipment.
15. processing method as claimed in claim 14 is characterized in that,
When the witness mark component carrier be described carrier wave concentrate a carrier wave time, described witness mark component carrier is: the anchor carrier wave that anchor carrier wave that the sub-district is specific or user are specific or measure main carrier.
16. processing method as claimed in claim 14 is characterized in that,
Described witness mark component carrier specifically is meant for the equilibrium that activates the carrier wave collection: described subscriber equipment is weighted summation to activating each concentrated measurement result that activates carrier wave of carrier wave.
17. processing method as claimed in claim 16 is characterized in that,
The weight coefficient of each carrier wave that described activation carrier wave is concentrated is by described base station configuration and inform described subscriber equipment, perhaps by described base station and the subscriber equipment described weight coefficient of having made an appointment.
18. as any described processing method of claim 11~13, it is characterized in that,
Described base station and the described subscriber equipment described witness mark component carrier of having made an appointment, the information of the described witness mark component carrier of described subscriber equipment is informed in perhaps described base station.
19. processing method as claimed in claim 18 is characterized in that,
Described base station and the described subscriber equipment described witness mark component carrier of having made an appointment specifically is meant:
Described base station and described subscriber equipment are made an appointment, and to insert successful component carrier at random be that the specific anchor carrier wave in the witness mark component carrier or the sub-district of making an appointment is that the specific anchor carrier wave of the witness mark component carrier or the user that makes an appointment is that the carrier wave of witness mark component carrier or each frequency band ad-hoc location of making an appointment is the witness mark component carrier to subscriber equipment.
20. processing method as claimed in claim 18 is characterized in that,
The information of the described witness mark component carrier of described subscriber equipment is informed in described base station, specifically is meant:
Described witness mark component carrier is carried in described base station in described measurement configuration information, or the frequency information of described subscriber equipment witness mark component carrier or the described witness mark component carrier of described subscriber equipment is informed in described base station in system message information are informed in described base station in space interface signaling.
21. as any described processing method of claim 11~13, it is characterized in that,
Corresponding one or two measuring object of measurement sign that described measurement configuration comprises, when two measuring objects of described measurement sign correspondence, one of them is a witness mark component carrier place frequency.
22. as any described processing method of claim 11~13, it is characterized in that,
Described measurement event is meant that signal quality that signal quality that the signal quality of described witness mark component carrier is higher than predetermined threshold or described witness mark component carrier is lower than predetermined threshold or neighbor cell or adjacent carrier is higher than predetermined threshold than the signal quality that the signal quality of high predetermined side-play amount of the signal quality of described witness mark component carrier or described witness mark component carrier is lower than predetermined threshold and neighbor cell or adjacent carrier.
CN200910142232XA 2009-06-23 2009-06-23 Method for processing measurement configuration in carrier aggregation CN101932014A (en)

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Application publication date: 20101229