CN107431957A - Cell specific group measurement gap for carrier aggregation - Google Patents

Abstract

The network equipment (for example, node B (eNB) or user equipment (UE) of evolution) can identify measurement object identifier and measurement gap pattern, so as to realize the network measure to carrier wave or frequency band during measurement gap.For version 13 or more highest version, measurement object identifier can be increased.Measurement gap pattern can be transmitted to reduce measurement delay and improve the data efficiency in downlink.Measurement gap pattern and the transmission or reception by the communicatively coupled measurement object (for example, carrier wave or frequency band) on network can be transmitted by one or more radio resource controls (RRC) signal.

Description

Cell specific group measurement gap for carrier aggregation

Related application is quoted

This application claims entitled " the CELL SPEC MG " U.S. Provisional Patent Application submitted on April 9th, 2015 No.62/145,318 rights and interests, its content is by quoting overall be herein incorporated.

Technical field

This disclosure relates to measurement gap (measurement gap), special more particularly, to the cell for carrier aggregation Surely measurement gap is organized.

Background technology

Wireless mobile telecommunication technology is using various standards and agreement come in node (for example, transfer station) and wireless device (example Such as, mobile device) or user equipment (UE) between transmit data.Some wireless devices are in downlink (DL) transmission using just Hand over frequency division multiple access (OFDMA) to be communicated, and single-carrier frequency division multiple access (SC-FDMA) is used in up-link (UL) transmission Communicated.Carrying out the standard of signal transmission and agreement using OFDM (OFDM) includes third generation partner program (3GPP) Long Term Evolution (LTE), the standard of IEEE (IEEE) 802.16 (such as 802.16e, 802.16m, Industry is commonly referred to as WiMAX (World Interoperability for Microwave Access, WiMax)), the standards of IEEE 802.11 (industry is commonly referred to as WiFi).

In 3GPP radio access networks (RAN) LTE system, evolved universal terrestrial radio access network that node can be (E-UTRAN) node B (being also typically expressed as enode b, enhancement mode node B, eNodeB or eNB) and radio network controller (RNC) combination, itself and UE communication.Downlink (DL) transmission can be (for example, macrocell from access point/node or base station Equipment, eNodeB, eNB or other similar network equipment) to UE communication, and up-link (UL) transmission can be from wireless Communication of the equipment to node.In LTE, data can be sent via physical down link sharing channel (PDSCH) from eNodeB To UE.The data received can be confirmed using physical uplink control channel (PUCCH).Downlink and up-link Channel can use time division duplex (TDD) or FDD (FDD).

Because the developing for technology updated in radio communication will ensure that number of frequencies with higher demand, future network deployment Continue to increase.Number of cells and frequency needs will increase.Macrocell network equipment, the cell network equipment or with than grand Other such network equipments of the smaller coverage of cell equipment or lower power capability are (for example, small-sized eNB, small ENB, pico- eNB, femto eNB, family eNB (for example, HeNB)) dual company specified in 3GPP versions 12 can also be introduced into Connect feature.Therefore, user equipment (UE) (for example, the network equipment, mobile device, wireless device etc.) can connect simultaneously two or More multiple cell.

In order to promote to have the smooth network of high quality experience (QoE) to change (for example, cell switching, redirection, gravity treatment Deng), UE must have measurement peripheral cell and the ability of related data is provided to network.It there may be the network of many frequencies Under deployment scenario, some frequency carriers can be the Microcell of the back-to-back deployment in dense network deployment.However, for example due to Heavy load in macrocell, UE possibly can not be switched to these cells.The result big as network design density, according to UE position Put, UE possibly can not access these cells.If UE misses the chance of measurement cell frequency carrier, may not have can Backup network.In addition, if missing the measurement to macro-layer, then UE may not be switched over fast enough, and Calling may lose.Therefore, network for example can be by macrocell layer or particular network device (for example, one or more grand/slight Area's network equipment) normal performance group is assigned to, and by small cell layer or other particular network devices (for example, one or more Grand/cell network equipment) be assigned to reduce performance group so that UE will be performed in normal performance group more measurement and Less measurement is performed in performance group is reduced.The reason for introducing the two groups is that 3GPP versions 12 add load measured by UE Wave number amount.Because UE must measure more carrier waves, this brings more delays to one specific carriers of measurement.

Brief description of the drawings

Fig. 1 shows the block diagram of the exemplary wireless communications network environment for UE or eNB according to various aspects.

Fig. 2 shows the data slots of the quantity of the instruction measurement object according to disclosed various aspects or embodiment Example.

Fig. 3 shows the exemplary measurement gap pattern according to disclosed various aspects or embodiment.

Fig. 4, which is shown, according to disclosed various aspects or embodiment there is different radio frequency process chain and frequency band to cover The exemplary UE equipment of lid.

Fig. 5 shows another example measurement gap pattern according to disclosed various aspects or embodiment.

Fig. 6 is shown to be matched somebody with somebody according to the measurement gap to version 13 or more highest version of disclosed various aspects or embodiment Put the exemplary modification of information element.

Fig. 7 is shown according to disclosed various aspects or embodiment for version 13 or the measurement gap of more highest version The example of configuration information element.

Fig. 8 shows another example measurement gap pattern according to disclosed various aspects or embodiment.

Fig. 9 is shown according to disclosed another exemplary survey various aspects or embodiment, as small―gap suture pattern Measure clearance mode.

Figure 10 is shown according to disclosed various aspects or embodiment to version 13 or the measurement gap of more highest version The exemplary modification of configuration information element.

Figure 11 is shown to be used between the measurement of version 13 or more highest version according to disclosed various aspects or embodiment The example of gap configuration information element.

Figure 12 shows the processing of the measurement gap pattern for network according to disclosed various aspects or embodiment Flow.

Figure 13 is shown according to the another of the measurement gap patterns for network of disclosed various aspects or embodiment Handling process.

Figure 14 is shown according to another measurement gap patterns for network of disclosed various aspects or embodiment Another handling process.

Figure 15 shows another survey with small―gap suture for network according to disclosed various aspects or embodiment Measure another handling process of clearance mode.

Figure 16 shows exemplary electronic (network) equipment according to various aspects.

Figure 17 is shown according to various aspects to operate the example system of network measure clearance mode.

Embodiment

The disclosure is described referring now to accompanying drawing, wherein identical reference is used to represent identical element all the time, and And the construction and device shown in it is not drawn necessarily to scale.As it is used herein, term " component ", " system ", " connect Mouth " etc. is intended to indicate that computer related entity, hardware, software (for example, in performing) and/or firmware.For example, component can be place Reason device, the process run on a processor, controller, circuit or circuit element, object, executable program, program, storage are set Standby, computer, tablet personal computer and/or the mobile phone with processing equipment.As explanation, the application and service run on the server Device can also be component.One or more assemblies be may reside within process, and component can be localized in a calculating On machine and/or it is distributed between two or more computers.A set of pieces or one group of other component can be described herein, wherein Term " set " can be interpreted " one or more ".

In addition, these components (such as with module) can be stored with the various computer-readable of various data structures from it Storage medium performs.Component can be communicated by locally and/or remotely process, such as basis has one or more data Packet (for example, from in local system, distributed system and/or across a network (such as internet, LAN, wide area network or tool Have the similar network of other systems via signal) another component interaction a component data) signal.

As another example, component can be with the specific work(provided by the mechanical part of electrically or electronically circuit operation The device of energy, wherein electrically or electronically circuit can be grasped by the firmware application or software application of one or more processors execution Make.One or more processors can be inside or outside equipment, and can perform at least the one of software or firmware application Part.As another example again, component can provide specific function by electronic unit or element and without using mechanical part Device；Electronic building brick can include one or more processors to perform the work(of imparting electronic building brick at least in part wherein The software and/or firmware of energy.

" schematic " this word is used to be intended to that concept is presented in a concrete fashion.As used in this application, term "or" is intended to indicate that the "or" of pardon rather than exclusive "or".That is, unless otherwise indicated or from the context Clear, " X is intended to indicate that any natural pardon arranges using A or B ".That is, if X uses A；X uses B；Or X is used Both A and B, then meet that " X uses A or B " under any afore-mentioned.In addition, used in the application and appended claims Word "one" and " one " should generally be interpreted to mean " one or more ", clearly refer to unless otherwise indicated or from the context To singulative.In addition, " comprising ", "comprising", " having ", " having ", " configuration are used in detailed description and claims Have " or its variant term, these terms be intended in a manner of similar to term " comprising " by comprising.

In view of drawbacks described above, the network equipment as described herein is (for example, macrocell, access point (AP), access controller (AC), eNB, cell, UE etc.) one or more specific measurement gap patterns and related solution method can be realized to prop up Hold the LTE carrier aggregation (CA) of the up to 32 carrier wave components (CC) for DL and UL.For CA processes, single two measurements Performance group may be insufficient to allow LTE CA to support up to 32 CC or more.Various measurement gap patterns are proposed in the disclosure More effectively to measure carrier wave at measurement gap.Measurement gap pattern can for example be referred to as the pattern of measurement gap (in the cycle Or UE can promote the frequency carrier to measure with it in the duration).For example, UE can be operated during measurement gap with from its The service band of connection is switched to different frequency bands, so as to perform carrier wave measurement.Term as used herein service band is meaned UE to may be coupled to the frequency band as service band and down link data can be received, in this case not necessarily The measurement in the frequency band is needed, because UE is operated in this band.

For example, in a measurement gap pattern, the first receiving circuit component is (for example, have one or more antenna ends Mouth, antenna, wave filter, signal processor or the RF for handling other circuits of the signal of reception at one or more frequencies Chain or pipeline) it can be configured as operating on the first band of frequencies during the first measurement gap to promote the survey to first band Amount.Furthermore, it is possible to measured at the second measurement gap in second band.First receiving circuit component can also be first Operation is with other outside measurement gap pattern or outside the first measurement gap or the second measurement gap on service band Period or interval carry out the downlink transmission of data, for example, would operate in clothes thereon with adding the/the second receiving circuit Business frequency band, which is formed, to be distinguished.

Second or additional receptive circuit unit can be additionally configured to operate on a third band at the first measurement gap, And operated at the second measurement gap on the 4th frequency band, to promote during corresponding measurement gap to the 3rd frequency band and the 4th The measurement of frequency band.Second receiving circuit component can also be carried out in the enterprising single stepping of second service frequency band with section at other times The downlink transmission of data.First service frequency band, second service frequency band, first band, second band, the 3rd frequency band and the 4th Frequency band can be carrier frequency different from each other.

In one embodiment, the first receiving circuit component and the second receiving circuit component are additionally configured in the first measurement Between gap and the second measurement gap down link data is received in existing different measurement gaps.Therefore, in the measurement gap phase Between be used for measure sequence by measure the first and second receiving circuit components covering each frequency band and in their own clothes It is engaged on frequency band between downlink transmission replace.So, when being measured during measurement gap, under can suppressing Uplink data.Here a advantage is can to improve no down link data by increasing down link data efficiency Or down link data it is considerably less the problem of.

In another embodiment, the first receiving circuit component can promote at the first measurement gap to first band Measurement, and passed simultaneously in the downlink of the enterprising row data of first service frequency band in the second measurement gap measurement second band It is defeated.In the 3rd measurement gap, the first receiving circuit component can not perform measurement or carry out the downlink transmission of data, and The downlink transmission of data is performed on service band in the 4th measurement gap.Simultaneously, with quarter or substantially simultaneously, second connects Receiving circuit unit can be at the first measurement gap in the second service frequency band enterprising row data different from first service frequency band Downlink transmission, do not perform measurement at the second measurement gap or carry out the downlink transmission of data, between the 3rd measurement The 3rd frequency band is measured at gap simultaneously in the downlink transmission of the enterprising row data of second service frequency band, and at the 4th measurement gap Measure the 4th frequency band.Below with reference to the accompanying drawings the additional aspect and details of the disclosure are further described.

Fig. 1 shows example, non-limiting wireless communications environment 100, and it can pass through base station network equipment (for example, eNB) Communication between UE promotes or enabled one or more measurement gaps to be configured to make LTE CA support increased number of frequency Carrier wave or carrier component.Wireless communications environment 100 can include multiple cordless communication networks, and each cordless communication network has phase The overlay area answered.The overlay area of some cordless communication networks can be with overlapping so that one or more mobile devices may be by Any one in the network equipment of covering area overlapping provides service.

Wireless communications environment 100 includes one or more cellular broadcast service devices or macrocell ND 102,104 (for example, base Stand, eNB, AP etc.), and one or more cell ND or AP are (for example, small eNB, micro- eNB, pico- eNB, person of outstanding talent pico- eNB, family Front yard eNB (HeNB) or Wi-Fi nodes) 106,108, they be deployed in wireless communications environment 100 and serve one or Multiple UE equipment 110,112,114,116,118.Each cordless communication network (for example, cellular broadcast service device 102a and 104 with And the cell network equipment 106,108) include joint operation with handle one or more UE equipment 110,112,114,116 or One or more network equipments (for example, set of network devices (ND)) of 118 network traffics.For example, macrocell ND 102, 104 can include be honeycomb enabled network devices a set of network devices.In another example, for example, the cell network equipment 106th, 108 can be included with a set of network devices of the overlay area operation smaller than macrocell network equipment 102 and 104.

Although the network equipment (ND) 106 and 108 is described as the cell network equipment, they can also be Wi-Fi Enabled device or WLAN (WLAN) equipment and macrocell network equipment, the cell network equipment or it can such as make Some the other types of ND operated for base station or eNB.Alternatively, one or more of macrocell ND 102 and 110 can be with Be the cell network equipment or for example using different frequency carrier operation different radio access technologies (RAT) other ND.

As illustrated, can each have corresponding coverage in one or more Wi-Fi access points 106,108 120、122.In addition, can each have in one or more cellular broadcast service devices or macrocell ND 102,104 is corresponding Coverage 124,126.It should be understood, however, that wireless communications environment 100 is not limited to the implementation.For example, can be in channel radio Believe any amount of AP or ND of the deployment with respective service region in environment 100.In addition, any amount of cellular broadcast service Device and corresponding coverage can also be deployed in wireless communications environment 100.

, can also be in wireless communications environment 100 although illustrate only five UE equipment 110,112,114,116,118 Dispose any amount of UE equipment.UE equipment can for example comprising system, subscriber unit, subscriber station, movement station, mobile device, Wireless terminal, equipment, mobile device, distant station, remote terminal, access terminal, user terminal, terminal, Wireless Telecom Equipment, nothing Line communicator, user agent, user equipment or other ND part or all of function.Mobile device can be cell phone, Wireless phone, Session initiation Protocol (SIP) phone, smart phone, functional telephone, WLL (WLL) are stood, individual digital Assistant (PDA), laptop computer, handheld communication devices, handheld computing device, net book, tablet personal computer, satelline radio, Data card, wireless modem card and/or for another processing equipment by wireless system communication.In addition, UE equipment 110th, 112,114,116,118 can include the function as described in more fully herein, and can be additionally configured to dual link and set It is standby, wherein one or more UE equipment 110,112,114,116,118 may be coupled to different RAT (for example, LTE and WLAN or Other combinations) more than one eNB or ND.

On the one hand, cellular broadcast service device or macrocell ND 102,104 and cell ND 106,108 can be (for example, logical Cross using corresponding measurement assembly come) monitor radio condition around it.For example, macrocell ND 102,204 and cell ND 106th, in 108 each can be by the network traffic load that performs network diagnosing process to determine on its corresponding network.As Example, during network monitoring process, macrocell ND 102,104, cell ND 106,108 or UE equipment 110,112,114, 116th, 118 its radio environment can be scanned to determine network performance statistics or network parameter (for example, frequency, SNR, signal matter Amount, QoS, QoE, load, congestion, signal rate etc.).It can measured by UE equipment or examined during network diagnosing process Survey and macrocell ND 102,104,106,108 associated various parameters of cell ND, such as, but not limited to frequency band, scrambler, Common signal channel pilot power, the bandwidth of each network, Universal Mobile Telecommunications System terrestrial wireless are electrically accessed received signal strength and referred to Show symbol and the frequency carrier priority for particular cell group (for example, normal group or reduction group) etc..

In exemplary scene, UE equipment 110,112,114,116,118 can pass through macrocell ND 102,104 or slight One in area ND 106,108 is by network service.When user equipment (ue) device moves in wireless communications environment 100, Ge Geyong Family apparatus can be movable into and out the overlay area of associated service network.For example, when user passes through its respective UE During equipment transmission/reception communication, user may just walking, ride in an automobile, used during taking train, in densely populated urban area It is mobile around (for example, big city), wherein, movement may cause mobile device to be moved between various cordless communication networks. In this case, network traffics are routed to target ND (for example, switching) so as to continue communication (for example, avoiding by UE from service ND Call lose) or promote for load distribution unloading or be beneficial the purpose of other efficiency.However, with ND and to measure Frequency carrier quantity increase, UE equipment 110,112,114,116,118 may be will be between the time measurement distributed Problem be present when each carrier wave is measured in gap.Because UE equipment 110,112,114,116,118 must measure increased number of load Ripple (such as 32 or more), these measurement gaps may introduce more delays.

In one example, if two frequency carriers of different frequency in network environment 100 be present (for example, LTE CA carrier component), wherein 40 milliseconds (ms) are measurement gaps.Because in the presence of two carrier waves, UE equipment 110,112, 114th, 116,118 operated on a carrier wave as service frequency, therefore only need to measure an additional carrier.So, UE (for example, UE110) will will be switched to another carrier wave to be measured thereon per 40ms.This means every 40ms (as measurement Gap receives the cycle (MGRP)) UE 110 will carry out one-shot measurement.It is each measurement sample in, measurement can include pair with frequency Any network measure of the network condition of band, the network equipment of operation (transmission) frequency band or channel condition correlation, such as signal are strong Degree, channel quality, ND loading condition or other measurements are (for example, Reference Signal Received Power (RSRP), reference signal receive Quality (RSRQ), channel condition information (CSI), one or more CQIs (CQI) etc.).

However, if two additional carriers are present on network or the (communication in the communication range to be measured of UE equipment 110 Ground is couple to UE equipment 110), then three carrier waves are present on network, and data can be being carried out thereon including UE equipment 110 Downlink transmission and the service frequency carrier wave of communication.In the first measurement gap of gap sequence, UE equipment 110 can be such as Second frequency (service frequency is first frequency) is measured, and UE equipment 110 can be surveyed in second or subsequent measurement gap Measure the 3rd frequency of different carrier waves.This means UE equipment can only carry out one-shot measurement per 80ms.This is than only needing measurement one The delay of frequency carrier is longer, and wherein total delay is proportional to the carrier number that UE equipment 110 must measure.Therefore, 32 or more Multiple carrier waves will imply that the aperature delay of about 32 × 40ms (measurement gap repetition/reception cycle), to obtain one or more Individual different ND specific frequency or a sample of multiple frequencies (between frequency or in frequency).This longer delay may give UE Bring problem, UE possibly can not in enough or effective time frame measurement frequency.This longer delay is also possible to as follows Situation produces the problem of other：For example, which network switching or the condition based on UE equipment 110 determine in time enough Cell or cell ND are optimal.

On the one hand, network purpose therefore be enhancing belong to normal performance group carrier wave time measurement gap, normal performance Group can receive more measurements than reducing performance group.Which operator network can distribute or ND is a part for which group. For example, normal performance group can have macrocell ND 202 and 204, and reduce performance group can with cell ND 106, 108；But can be by any of the specified ND such as network or ND equipment (for example, macrocell ND 102) and associated frequency carrier Mixing.The ND or UE of network can be strengthened in various embodiments, carried with up to 32 components enabled for both DL and UL The carrier aggregation of ripple, and the further enabled frequency carrier that for example can once support five or more.Therefore, in addition to CA Or substitute CA, disclose CA two measurement performance groups, for CA various specific cell measurement gap patterns with CA Support to be up to 32 CC.

With reference to figure 2, examples of the instruction UE from eNB to the identifier (ID) of the pendulous frequency of carrier wave is shown.In LTE In radio resource (RRM) measurement in, UE perform measurement frequency carrier or frequency band can by measurement object (for example, MeasObject) configure.For example, measurement object ID maximum number maxObjectld 202 can be defined in the 3 gpp specifications.It is former On then, each radio frequency (RF) carrier wave configures single measurement object.In view of up to 32 CC designed for Rel-13CA, To reach the measurement object ID of target quantity in theory can increase to even more big value (for example, 64).On the other hand, by The maximum that data field 202 represents is still enough.It there may be when UE configures up to 32 CC, eNB can be from same frequency The measurement report on a CC in band obtains the certain situation for CC administrative purposes necessary informations.For example, work as carrier wave B and C During in identical frequency band, such scheme can at least be applied to carrier wave B and C polymerization.Correspondingly, it is possible to reduce required Measurement object ID, and currency will be enough.

ID 202 includes 32 CC in a manner of the measurement as specified object ID.When network increases measurement object to accommodate During more than 32 CC (for example, in data ID 204maxObject ID for specifying maximum integer 64), network can also configure More measurement objects are to be linked to measurement configuration (MeasGapConfig), wherein 32 may be not enough.Therefore, in order to adapt to The increase of carrier frequency quantity, eNB can be provided to the CC of about 64 or other quantity suggestion increase, and this is only one Example.For example, E-UTRAN, which can be applied, has such as data ID 202 or 204 or some other increased processors, with for example Ensure that it all includes being used for each service frequency with maxObjectID whenever UE receives measConfig measObject。

With reference to figure 3, show according to various embodiments and the example of the measurement gap pattern 300 with reference to figure 1.Measurement gap Pattern 300 can be for example with 40ms or 80ms measurement gap repetition/reception cycleoperation.For example, measurement gap pattern 300 can To be realized with individual server (service) frequency band, for being about 6ms using the constant clearance duration in each gap Single radio frequency (RF) chain (not shown) operation, it is supplied to UE equipment (for example, 114) by eNB (for example, ND 102).Example Such as, RF chains (for example, transtation mission circuit component/receiving circuit component) can include can cover the RF spectrum of various scopes one Or multiple processing components are (for example, wave filter, digital signal processor, amplifier or other groups for processing data signal Part).UE 114 is surveyed need not entering line frequency to specific frequency carrier wave (such as with measurement gap pattern 300) using all RF chains Amount.

As described above, the duration in each gap can be about 6ms, for example, it is applied by eNB (for example, ND102) Or it is configured to Fig. 1 UE equipment 114.There is no data transfer in this 6ms gap.However, UE equipment 114 can also have CA Ability, it means that UE equipment 114 can be operated once using more than one RF chains.Therefore, using more than one RF chains, UE equipment 114 using some RF possibly through measurement is used for and has data transfer simultaneously to increase throughput gain.Therefore, Provided for radio resources management (RRM) measurement very close to each other can bring up to 15% throughput gain (for example, 40ms MGRP), it is desirable to improve UE equipment performances, particularly in the case where CA has a large amount of CC.In order to realize this advantage, survey Amount gap is preferably only applied to related service cell (that is, the serving cell operated on the RF circuits of measurement correlated frequency).

Measurement gap pattern 300 (that is, 40ms MGRP or 80ms MGRP) can be by network configuration to UE.Network is considered UE once performs the measurement of a frequency band to meet measurement request, and all frequency bands during measurement gap will not have it is descending Link transmission.For example, network can have five available frequencies so that service band is that (it can be that UE exists to frequency band A 302 Promote the service frequency of the operation of connection thereon).For example, other frequency bands can include frequency band X 304, frequency band Y 306, frequency band Z 308 and frequency band L 310.Black gap represents not measuring in this place, dark shadow gaps (for example, gap 312) Represent that the measurement to frequency band can be performed in this place, and number does not occur in this place for shallower shadow gaps (for example, 314) instruction According to transmission.

Based on measurement gap pattern 300, UE equipment 114 can be held in the one 40 millisecond of gap 316 on frequency band X 304 Row measurement, and there is no data transfer on service band A 302.For example, each frequency band can represent the frequency band for DL or UL Or frequency range.Then in ensuing 40 milliseconds of measurement gap 318, UE equipment 114 can measure frequency band Y 306.With Afterwards, in the 3rd measurement gap 320, UE equipment 114 can measure frequency band Z 308 and then in the 4th measurement gap 322 Measure frequency band L 310.Then, UE equipment 114 can circulate to measure frequency band X 304, wherein measurement gap sequence again again Row can continuously repeat.

With reference to figure 4, example of the CA scenes 400 together with exemplary UE 114 is shown, wherein for RF chains 1 402, UE is set Standby 114 can for example cover frequency band X 304 and frequency band Y 306.Each RF chains 1 402 and RF chains 2 404 can include being used to believe The one or more assemblies of number process chain, for example, it can include wave filter and for incremental wave filter and further place Hardware of the reason for the RF signals of data.Because the RF chains that frequency can be very high therefore not all can be covered once All frequency bands.For example, RF chains 1 402 are only capable of covering frequency band X 304 (for example, for any of DL or UL as defined in 3GPP Frequency range) and frequency band Y 306.In addition, RF chains 2 404 are only capable of covering frequency band Z 308 and frequency band L 310, wherein each RF chains 1 402 and RF chains 2404 can cover some frequency bands or bandwidth of frequency spectrum.

Referring now to Figure 5, show another survey of the measurement gap configuration information element for version 13 or more highest version The example of clearance mode 500 is measured, to reduce measurement delay by one or more network equipments on network.With Fig. 3 survey As measuring clearance mode 300, the measurement in measurement gap pattern 500 postpones to carry out four measurements to obtain each frequency band (example Such as, frequency band X, Y, Z and L) measurement sample pattern occur.Therefore, per 160ms, UE equipment 114 can obtain each frequency band One sampling, it is considered as measurement delay.In measurement gap pattern 300, if UE equipment 114 can be for example using one Service frequency measurement frequency band X 304 and Y 306, while using second service frequency measurement frequency band Z and L.

In the first measurement gap 502, RF chains 1402 can be used to measure frequency band X 304 in UE equipment 114, and use RF Chain 2 404 come measure with frequency band Z308, and carry out measure simultaneously.Similarly, in the second measurement gap 504, UE equipment 114 Frequency band Y can be measured using RF chains 1402, and frequency band L 310 is measured with RF chains 2 404.The pattern is then for measurement Gap 508 and 510 and voluntarily repeat.Now in each measurement gap, UE equipment 114 can measure two frequency bands rather than one Frequency band, therefore measure delay and be cut in half, because UE equipment 114 can utilize two RF chains simultaneously.For example, in this feelings Lower measurement sample that all frequency bands are obtained using two measurement gaps of condition, without four measurement gaps.

However, network assume that UE equipment 114 only has a RF chain rather than two, and measurement request is also based only upon One RF chain, unless ensure abundant communication between the network equipment (for example, UE and eNB) otherwise its will not utilize network capabilities. And hence it is also possible to which gap configuration is added in 3GPP standards (TS 36.331), CA particular measurement moulds are based on further promotion The communication of formula measurement.Instead of using only existing zero-sum one (i.e. 40ms and 80ms), additional specifications as shown in Figure 6 can be added CA-gap0 602, it is a part for the measurement gap configuration (MeasGapConfig) on information element (IE) 600.

Fig. 6, which is shown, enables measurement gap pattern in ND (for example, (one or more) eNB and (one or more) UE measurement gap configuration or the MeasGapConfig example of (for example, as shown in Figure 5 and Figure 8) are transmitted and realized between). Data slots (data slot) or the instructions of item CA-gap0 602 interval repetition period 604 (it can be 40ms and 80ms), with And for optional or extension in the future one or more standby (spare).In addition, MeasGapConfig IE CA-gap0 602 data item can also include measurement gap skew 606, and it indicates when gap starts to be used for further to measure.CA-gap0 602 further instruction frequency band measurement lists (bandMeasurementList) 608, it, which includes UE, should use the measurement gap Which measurement frequency band measured.For example, reducing performance group or normal performance group can be divided and be designated, also by using frequency Indicate to need some frequency bands that are frequent or all measuring with measurement list 608.

Clearance offsets (gapOffset) 602 describe gp0 values and can correspond to such as measurement gap repetition/reception cycle (MGRP)=40ms clearance mode Id " 0 " clearance offsets.Gp1 clearance offsets can correspond to MGRP=80ms gap The clearance offsets of pattern " 1 ".These clearance offsets patterns ID can be used for specifying the measurement gap pattern to be applied (such as in version 3 or more highest version specification defined in), for example, its (for example, via UE or eNB) provide for determine for example between ID Selection information.For example, ca-gap0 602 is included as based on the selected clearance mode repetition period (or MGRP) (gapRepetitionPeriod) or based on such as the measurement gap pattern repetition period defined in 3GPP specifications TS36.133 The gapOffset-r13 606 of gapOffset values.Finally, bandMeasurementList specify or instruction should use it is identical Gap period or MGRP measurement frequency band.

Alternatively, Fig. 7 shows the 3GPP versions for carrier aggregation (for example, CA-MeasGapConfig-r13ID) 700 This 13 compatible measurement configuration (MeasGapConfig) IE alternative solution.First option can be increased separately in existing IE One measurement gap (as provided in figure 6 above), although CA 700 new measurement gap configuration CA-MeasGapConfig- R13IE can be shown with least some contents similar with Fig. 6 IE 600.For example, the gap repetition period 702 can be 40ms and 80ms, and with the one or more standby for being used to extend optional or future.In addition, MeasGapConfig- R13IE can also include measurement gap skew 704, and it can indicate when gap starts to be used for further to measure, and be base In the selected clearance mode repetition period.Frequency band measurement list (bandMeasurementList) 706, which also includes UE, to be made Which measurement frequency band measured with the measurement gap or measurement gap pattern.

Fig. 8, which is shown, can enable to increase the network equipment (for example, (one or more) eNB and (one or more) UE another clearance mode 800 of the down link data efficiency between).As described above, the UE of service band is frequency band A+B 302 With 502.In addition to X 304 and Y 306, RF chains 1 402 (RF_1) also support service band A 302.Except Z 308 and L Outside 310, RF chains 2 404 (RF_2) also support service band B 502.Thus, for example UE equipment 114 can be between the first measurement To measure on frequency band X 304 and Z 308 simultaneously using both RF chains 1 402 and RF chains 2 404 in gap time slot 504.Class As, UE equipment 114 can also measure to frequency band Y 306 and L 310 simultaneously in the 3rd measurement gap time slot 508.Profit With identical measurement performance, UE equipment 114 now can be in the second measurement gap time slot 506 and the 4th measurement gap time slot 4 Promote or enable to carry out downlink transmission on frequency band A+B 302 and 502 in 510.

So, measurement gap pattern 800 can be used as the specific clearance modes of CA by the network equipment, with compared to other measurements Clearance mode (for example, as implied above) improves down link data efficiency.Therefore, as shown in the above Fig., network or ND can match somebody with somebody Put the data pattern similar with UE equipment 114.However, data can be sent down to UE by network during some clearance modes Equipment 114 is as the compromise of configuration, rather than allows UE equipment 114 to produce more measurements using RF chains.For example, come from eNB Or other network equipments or entity determine can based on such as network condition, for the request of resource needed most or state report Accuse, the postponing of reduction, increased data efficiency/transmission, or both combination.

Fig. 9, which is shown, can utilize above-mentioned two advantage (via one or more network equipments (for example, eNB 102, ND 14 or other ND) the increase of data efficiency/transmission and the reduction of delay) measurement gap pattern 900 another example.Previously Fig. 8 of discussion measurement gap pattern 800 increases data transfer, it is allowed to which data are between some DATA REASONING gaps by descending Link (such as every a measurement gap or measurement gap space).Measurement gap pattern 900 makes it possible to small―gap suture (minigap) or small―gap suture mode approach carries out data transmission, while it is to connect to keep the measurement to down link data and frequency band Continuous.

In measurement gap pattern 900, UE equipment 114 can for example indicate its frequency band that can be supported, while permitting Perhaps different RF chains have down link data, and therein trade off is to interrupt 902 and 904.For example, network, the network equipment 102 or Other network equipments can transmit what is substituted in measurement gap 504,506,508 and 510 with small―gap suture pattern and break period RF chains 1 or 2 (for example, RF chains 402 and 404).UE equipment 114 can be configured as grasping on service band A and B 302 and 502 Make.When UE equipment 114 for example using RF chains 1402 to measure frequency band X304 when, service band A 302 does not have data transfer.So And UE equipment 114 still can be in the case where using in the frequency acceptance band B of RF chains 2 404 with interruption 902 and 904 during RF is tuned Uplink data.

In each measurement gap 504,506,508 and 510, UE equipment 114 can with one frequency band of one-shot measurement (for example, X, Y, Z or L), it means that still there is UE equipment 114 an idle RF chain to be additionally operable to receive data.Therefore, if UE equipment 114 are carrying out CA, then what network can be done is covered in the available or idle RF chains that can be had by UE equipment 114 Or send data in corresponding frequency band.It is simultaneous due to measuring with data transfer, so in the presence of in about 1ms Disconnected, it represents that network will be unable to downloading data here so that Fig. 9 cross figure is square.Therefore, the quilt of measurement gap pattern 900 Referred to as small―gap suture pattern because when UE equipment 114 be tuned in RF chains when, if network sends data, can produce The interruption of the raw other frequency bands for interrupting data.In 6ms delay periods, network can only actually send 4ms data.Every It is the same situation to the remainder in figure in individual message gap.The idle RF of Web vector graphic UE equipment 114 sends data.

With reference now to Figure 10 and Figure 11, show for lE 1000 and 1100 additional standard modification or data set, so as to Such as enable Fig. 9 IE 900 small―gap suture configuration or measurement gap configuration.Such as.It can be submitted for example in TS 36.331 Change to realize that measurement gap configures.CA-gap0 1002 data slots or instruction include gapRepititionPeriod 1004th, gapOffset-r13 1006, service band 1008 and boolean (Boolean) small―gap suture 1010.If small―gap suture quilt Be arranged to true or effective, then network will send data by those idle RF, if be not set to it is true or effective, It will not carry out data transmission during those data link transmissions, and UE will be performed more to measure and prolonged with reducing measurement Late.

Figure 11 provides the alternative exemplary of the entirely different IE for small―gap suture measurement pattern, rather than modification 3GPP marks Existing IE in quasi- TS 36.331.

Although the method described in the disclosure is shown as and is described as a series of actions or event herein, It is to be understood that it is this action or event shown order be not construed as it is restricted.For example, except shown herein And/or outside those of description, some actions can occur simultaneously in a different order and/or with other actions or event.Separately Outside, it may not be necessary to which one or more aspects or embodiment described herein are realized in all actions shown.In addition, retouch herein The one or more actions stated can be carried out in one or more single movements and/or in the stage.

With reference to figure 12, the exemplary process flow for method 1200 or computer-readable medium is shown, computer can Reading medium includes performing the operation of method in response to performing the network equipment for causing to include one or more processors or system Executable instruction.

1202, handling process includes identifying measurement object identifier via the one or more processors of the network equipment (ID) (measObject) and measurement gap pattern.Can be for example according to pair UE ability relevant with radio frequency (RF) band capability The identifier or mark of (for example, single RF chains or the covering of the frequency band of multiple RF chains and each RF chains) are indicated, via net The one or more processors of network equipment determine measurement gap pattern.Can be further by the control circuit component of the network equipment Perform identification procedure so as to identify MeasGapConfig IE, clearance offsets (it include for the different gap repetition period it Between select/selection support carrier aggregation measurement clearance mode the gap repetition period information), the gap repetition period and support frequency With list (supporting list of frequency bands to indicate first group of frequency band that than second group frequency band is more measured).

1204, handling process with by one or more radio resource controls (RRC) signal, via the network equipment One or more processors send or received measObject and measurement gap pattern to continue.Via the transmission electricity of the network equipment Road component is based on the instruction via the transmission of one or more radio resource controls (RRC) signal or receive information element (IE) On measurement gap configuration (MeasGapConfig).

In other embodiments, handling process can also include identifying via the control circuit component of the network equipment MeasGapConfig IE, clearance offsets, gap repetition period, service band (servingBand) and based on one or more Individual down link data mark is small―gap suture or full gap (it is the measurement gap bigger than small―gap suture).

Based on the instruction to UE abilities or report, desired implementation or request to resource, handling process can root Operated according to path A or B.Path A can continue to interrupt to reduce, and when path B can continue to provide less interruption Between and increased data flow.It is as follows, optional path A can the demand based on one or more network equipments along path C Further promote in reduction delay and to the balance between the demand of data.All optional paths can also be according to UE ability (such as with one or more RF chains, and the corresponding frequency band that can each cover in operation) are selected Select.

With reference to figure 13, show according to (for example, by MeasGapConfig IE 600 or 700 for pattern 500) The handling process A of measurement gap pattern is selected, the exemplary measurement gap mode treatment continued from Figure 12 handling process 1200 Flow 1300.

1302, handling process 1300 via the first radio circuit (for example, RF chains 1 420) component to promote first The second band measurement at first band measurement and the second measurement gap at measurement gap, at the handling process A of selection Continue.

1304, handling process 1300 is to promote the 3rd at the first measurement gap via the second radio circuit components Frequency band measure and the second measurement gap at the 4th frequency band measurement continue.

Process flow 1300 can terminate or further enable the additional treatment step C in Figure 14.1402, handling process 1400 can also include providing following instruction (for example, MeasGapConfig IE 600 or 700 for pattern 800)：It is enabled On the first radio circuit components and the second radio circuit components between the first measurement gap and the second measurement gap The downlink transmission of data is carried out during additional measurement gap.

Figure 15 according to this paper various aspects or implementation be illustrated according to Figure 12 to path A it is selection, for bag Include the method 1500 of the measurement gap pattern of small―gap suture.Method 1500 can be represented for example with can be by pattern 900 The areolate measurement gap pattern that MeasGapConfig IE 1000 or 1100 are indicated.

1502, method 1500 includes promoting to survey first via the first radio circuit components (for example, RF chains 1402) The first band measurement of gap location is measured, the second band measurement at the second measurement gap, and in the second measurement gap and the The downlink transmission of first service frequency band at four measurement gaps to data.

1504, method 1500 is continued with operations described below：Promote via the second radio circuit components (such as RF chains 2 404) Enter at the first measurement gap on second service frequency band to the downlink transmission of data, and at the 3rd measurement gap 3rd frequency band measures and the 4th frequency band measurement at the 4th measurement gap.

In one embodiment, the downlink transmission of data can include the small―gap suture pattern of break period.In data Downlink transmission during can tolerate one or more gaps, to keep data flow continuous and frequency band measurement is by small―gap suture Pattern is carried out.For example, each small―gap suture can include the pause in downlink transmission, so as to be used for RF service bands Or the conversion of link.In this case, RF chains 1 402 (the first radio circuit components) can at the 3rd measurement gap with Suspend (no data link and measurement) to operate, and RF chains 2 404 (the second radio circuit components) can be in the second measurement Gap location is operated to DL data transfers and measurement with identical pause.It can be circulated with the sequence between latter two RF chain.

Figure 16 shows the electronic equipment 1600 according to various aspects disclosed herein.According to various embodiments, electronics (net Network) equipment 1600 can be integrated into eNB (for example, 102), UE (for example, 114) or some other types of electronics or network are set In standby, or otherwise turn into a part for above-mentioned item.Specifically, electronic equipment 1600 can be can be at least in part Realize logic or circuit in one or more of hardware, software or firmware.In embodiment, the logic of electronic equipment 1600 The radio that control logic component 1604 can be included being couple to sends logic module 1602 and receives logic module 1606.In reality Apply in example, send or receive element or module that logic module can be transceiver, transmitter or receiver chain, as shown in the figure. Electronic equipment 1602 can include one or more antenna elements 1608 or coupled thereto of one or more antennas.Electronics is set Standby and/or electronic equipment component can be configured as performing similarly to the operation of the operation described in disclosure other parts.

Electronic device circuitry is that network entity (or is merged in network entity or otherwise real as network wherein A part for body) embodiment in, control circuit component 1604 can be configured as identify measurement object identifier (ID) And measurement gap pattern (measObject).Transtation mission circuit component 1602 can be configured as via one or more radio resources (RRC) signal is controlled to send the instruction to measObject and measurement gap pattern to user equipment (UE).In addition, receiving circuit Component 1606 (for example, RF chains 1 402 and RF chains 2 404) can be configured as via one or more radio resource controls (RRC) signal receives the measurement gap configuration (MeasGapConfig) on MeasGapConfig (IE) information element, and it makes Measurement is controlled during multiple measurement gaps with carrier aggregation.

As it is used herein, term " logic " may refer to or including performing one or more softwares or firmware program Application specific integrated circuit (ASIC), electronic circuit, (shared, special or group) processor and/or (shared, special or group) memory, Combinational logic circuit, and/or other suitable nextport hardware component NextPorts of the function are provided.Specifically, logic can be at least partly Realize one or its element in hardware, software and/or firmware in ground.In certain embodiments, one or more can be passed through Individual software or firmware module realize electronic equipment logic or the function associated with logic.

Embodiment described herein any appropriately configured hardware and/or software can be used to realize.Figure 17 is shown For the example system of one embodiment, it at least includes radio frequency (RF) logic 1702, the base band being coupled to each other as shown in the figure Logic 1704, using logic 1706, memory/storage 1708, display 1710, camera 1712, the He of sensor 1714 Input/output (I/O) interface 1716.

It can include one or more monokaryons or polycaryon processor using logic 1706.(one or more) processor can be with Any combination including general processor and application specific processor (for example, graphics processor, application processor etc.).Processor can be with Coupled with memory/storage and be configured as performing the instruction being stored in memory/storage, be to enable The various applications run on system and/or operating system.

Base band logic 1704 can include one or more monokaryons or polycaryon processor.(one or more) processor can be with Control logic described elsewhere herein is realized including BBP 1718 and/or can be designed as, logic is sent and/or connects Receive the function of logic or adjunctively or alternatively processor 1720 of action.Base band logic 1704 can handle by RF logics it is enabled with The various radio control functions of the communication of one or more radio nets.Radio control functions can include but is not limited to Signal modulation, coding, decoding, RF shift etc..In certain embodiments, base band logic can provide wireless with one or more The compatible communication of power technology.For example, in certain embodiments, base band logic 1704 can be supported wireless with the general land of evolution It is electrically accessed network (EUTRAN) and/or other wireless MANs (WMAN), WLAN (WLAN), wireless personal domain network (WPAN) communication.Wherein base band logic 1704 is configured as supporting the embodiment of the radio communication of more than one wireless protocols It is referred to alternatively as multi-mode base band logic.

In various embodiments, base band logic 1704 can include being grasped not to be considered as the signal of baseband frequency strictly The logic of work.For example, in certain embodiments, base band logic 1704 can include with between baseband frequency and radio frequency The logic that the signal of intermediate frequency is operated.

RF logics 1702 can use modulated electromagnetic radiation to realize the communication with wireless network by non-solid medium.Each In kind embodiment, RF logics 1702 can include interchanger, wave filter, amplifier etc. to aid in the communication with wireless network.

In various embodiments, RF logics 1702 can be including the use of not being considered as the signal in radio frequency strictly The logic operated.For example, in certain embodiments, RF logics can be using between baseband frequency and radio frequency The logic that the signal of intermediate frequency is operated.

In various embodiments, described herein or description transmission logic, control logic and/or reception logic can be whole Or partly it is embodied in one or more of RF logics 1702, base band logic 1704 and/or application logic 1706.As herein Used, term " logic " may refer to following items, be the part of following or including following items：Perform one or more The application specific integrated circuit (ASIC) of individual software or firmware program, (shared, special or group) electronic circuit, (shared, special or group) Processor and/or memory, combinational logic circuit, and/or other suitable nextport hardware component NextPorts of the function are provided.It is specific and Speech, logic may be at least partially implemented in hardware, software and/or firmware or its element.In certain embodiments, electronics Apparatus logic can realize in one or more softwares or firmware module, or the function associated with logic can by one or Multiple softwares or firmware module are realized.

In certain embodiments, base band logic, using one in the building block of logic and/or memory/storage It can all be realized a bit or together on on-chip system (SOC).

Memory/storage 1708 can be used for loading and store the data for example for system and/or instruction.One reality Suitable volatile memory can be included (for example, dynamic random access memory by applying the memory/storage 1708 of example (DRAM)) and/or nonvolatile memory (for example, flash memory) any combinations.

In various embodiments, I/O interfaces 1716 can include being designed so that user can be with the one of system interaction Individual or multiple user interfaces and/or it is designed so that peripheral assembly can be with the peripheral component interface of system interaction.User connects Mouth can include but is not limited to physical keyboard or keyboard, touch pad, loudspeaker, microphone etc..Peripheral component interface can include But it is not limited to nonvolatile memory port, USB (USB) port, audio socket and power interface.

In various embodiments, sensor 1714 can include determining that the environmental condition relevant with system and/or position letter One or more sensor devices of breath.In certain embodiments, sensor can include but is not limited to gyrosensor, acceleration Meter, proximity transducer, ambient light sensor and positioning unit.Positioning unit can also be the one of base band logic and/or RF logics Part interacts, to be communicated with the component (such as global positioning system (GPS) satellite) for positioning network.

In various embodiments, display 1710 can include display screen (for example, liquid crystal display, touch-screen display Deng).

In various embodiments, system can be mobile computing device, such as, but not limited to lap-top computing devices, flat board Computing device, net book, ultrabook, smart mobile phone etc..In various embodiments, system can have more or less components And/or different framework.

In various embodiments, system can be mobile computing device, such as, but not limited to lap-top computing devices, flat board Computing device, net book, ultrabook, smart mobile phone etc..In various embodiments, system can have more or less components And/or different framework.For example, in certain embodiments, RF logics and/or base band logic can be embodied in communication logic (not Show) in.Communication logic can include providing the signal transacting suitable for appropriate communication interface (will communicate by the interface) The one or more monokaryons or polycaryon processor and logic circuit of technology (such as coding, modulation, filtering, conversion, amplification etc.).It is logical Letter logic can be communicated by wired, light or wireless communication medium.System configuration is the reality for radio communication wherein Apply in example, communication logic can include RF logics and/or base band logic is compatible with one or more radiotechnics to provide Communication.For example, in certain embodiments, communication logic can be supported to access network with the universal terrestrial radio of evolution And/or other wireless MANs (WMAN), the communication of WLAN (WLAN), Wireless Personal Network (WPAN) (EUTRAN).

The embodiment of this technology can be described as with third generation partner program (3GPP) Long Term Evolution (LTE) or Advanced (LTE-A) standards of LTE are related.It is, for example, possible to use such as eNodeB (eNB), mobility management entity (MME), user The term or entity of equipment (UE) etc, it can be considered as LTE relational languages or entity.But in other embodiments, technology It can be used for or relatively used with other wireless technologys, such as 802.16 wireless skill of IEEE (IEEE) Art (WiMax), the wireless technologys of IEEE 802.11 (WiFi), various other wireless technologys are (for example, global system for mobile communications (GSM), Enhanced Data rates for GSM Evolution (EDGE), GSM EDGE radio access networks (GERAN), Universal Mobile Telecommunications System (UMTS), UMTS Terrestrial Radio Access Networks (UTRAN) or other 2G, 3G, 4G, 5G etc. developed or technology leaved for development). In those embodiments using eNB, MME, UE etc. LTE relational languages, it can be considered as equivalent or big that can use Cause the one or more entities or component equivalent to one or more terms or entity based on LTE.

As used in this specification like that, term " processor ", which can refer to, to be substantially comprised but is not limited to include monokaryon Any calculation processing unit or equipment of processor；Uniprocessor with software multithread executive capability；Polycaryon processor；Tool There is the polycaryon processor of software multithread executive capability；Polycaryon processor with hardware multithread technology；Parallel tables；And tool It is distributed the parallel tables of formula shared drive.In addition, processor can refer to integrated circuit, application specific integrated circuit, at data signal Reason device, field programmable gate array, programmable logic controller (PLC), CPLD, discrete gate or transistor logic, Discrete hardware components or its be designed to carry out any combinations of function and/or process as described herein.Processor can utilize Nano-scale architectures (such as, but not limited to the transistor based on molecule and quantum dot, switch and door) use so as to optimizing space or Strengthen the performance of mobile device.Processor can also be implemented as the combination of calculation processing unit.

In subject specification, such as " storage ", " data storage ", " data storage device ", " database " and with component and/ Or the term of the operation substantially any other information storage assembly related to function of process refers to " memory assembly " or embodied Entity in " memory " or the component including memory.Pay attention to, memory assembly described herein can be that volatibility is deposited Reservoir or nonvolatile memory, or both volatile memory and nonvolatile memory can be included.

As illustrative and not limiting, such as nonvolatile memory can be included in memory, nonvolatile memory, magnetic Disk storage and storage device.In addition, nonvolatile memory can be included in read-only storage, programmable read only memory, In EPROM, Electrically Erasable Read Only Memory or flash memory.Volatile memory can include conduct The random access memory of external cache.As illustrative and not limiting, random access memory has many forms, Such as synchronous RAM, dynamic random access memory, Synchronous Dynamic Random Access Memory, Double Data Rate Synchronous Dynamic Random Access Memory, enhanced Synchronous Dynamic Random Access Memory, synchronization link dynamic random access memory Device and directly Rambus random access memory.In addition, the memory assembly of system disclosed herein or method is intended to wrap Include but be not limited to include these memories with any other suitable type.

Example can include the concurrent communication system using a variety of communication technologys according to embodiment as described herein and example The theme of system, such as (it includes working as method, the device of the action for performing method or block, at least one machine readable media Machine makes the instruction of the action of machine execution methods described or device when performing).

Example 1 is the device for user equipment (UE), including：Receiving circuit component, it is configured as via one or more Individual radio resource control (RRC) signal is received on measurement gap configuration (MeasGapConfig) information element (IE) using load Ripple controls the MeasGapConfig of measurement during being aggregated in multiple measurement gaps；And it is communicatively coupled to the receiving circuit The control circuit component of component, it is configured as identifying increased number of measurement object identifier (ID) (measObject), it is described Increased number of measurement object identifier (measObject) mark frequency more than second in multiple frequency carriers carries More than the first individual frequency carriers that ripple is more measured, and the measurement gap pattern associated with the MeasGapConfig.

Example 2 includes the theme of example 1, wherein the measObject be configured as supporting more than 32 carrier wave components with Support 3GPP versions 13 or more highest version.

Example 3 includes any one of example 1-2 theme, including or omit optional element, wherein the control circuit Component is additionally configured to select the gap repetition period from multiple gap repetition periods, base from the MeasGapConfig IE One or more frequencies of gap repetition period measurement are utilized in the clearance offsets of selected gap repetition period and instruction The support list of frequency bands of band.

Example 4 includes any one of example 1-3 theme, including or omit optional element, wherein the control circuit Component is additionally configured to：By select the different gap repetition periods come from the MeasGapConfig IE determine it is different between Gap is offset, and is realized the different clearance offsets based on the gap repetition period, is identified whether in response to described MeasGapConfig is configured as being used for downlink transmission during the measurement gap pattern and being used small Gap designator and service band..

Example 5 includes any one of example 1-4 theme, including or omit optional element, wherein the small―gap suture indicates Fu Weizhen effectively makes it possible to carry out downlink transmission during the measurement gap pattern with interruption.

Example 6 includes any one of example 1-5 theme, including or omit optional element, wherein the control circuit Component is additionally configured to：It is the determination of the small―gap suture using full gap or using the fragment for including full gap based on the measurement To perform the measurement to more than described first individual frequency carriers, and wherein, in response to using full gap to more than described first The determination that individual frequency carrier measures, the control circuit component are configured as performing measurement without carrying out data transmission, and And the determination in response to being measured using small―gap suture to more than described first individual frequency carriers, the receiving circuit component quilt It is configured to receive the downlink transmission in the measurement gap of the multiple measurement gap.

Example 7 includes any one of example 1-6 theme, including or omit optional element, wherein the control circuit Component is additionally configured to：Between the increase or measurement simultaneously of reduction, down link data efficiency based on measurement gap delay The reduction of gap delay and the increase of down link data efficiency select the MeasGapConfig.

Example 8 includes any one of example 1-7 theme, including or omit optional elements, wherein the receiving circuit group Part is additionally configured to：Generate measurement at the first measurement gap on the first band of frequencies and in the multiple measurement gap The second measurement gap at measurement over a second frequency band, and other cycles outside the multiple measurement gap are first Operated on service band to carry out downlink transmission；Also include：Another receiving circuit component, it is configured as described Operated at one measurement gap on the 4th frequency band on a third band and at second measurement gap to promote described the The measurement of three frequency bands and the 4th frequency band, and other cycles outside the multiple measurement gap are in second service frequency band It is upper to operate to carry out downlink transmission；Wherein, the first service frequency band, the second service frequency band, described first Frequency band, the second band, the 3rd frequency band and the 4th frequency band are different from each other.

Example 9 includes any one of example 1-8 theme, including or omit optional elements, wherein receiving circuit component and Another receiving circuit component is additionally configured to the existing different measurement gaps between the first measurement gap and the second measurement gap Middle reception down link data.

Example 10 includes any one of example 1-9 theme, including or omit optional element, wherein, it is described to receive electricity Road component is additionally configured to：First band is measured at the first measurement gap and is worked as conduct is based at the second measurement gap The small―gap suture pattern of measurement gap pattern is while downlink transmission is carried out in the second measurement in first service frequency range Gap location measures second band.

Example 11 includes any one of example 1-10 theme, including or omit optional element, in addition to：Another reception Circuit unit, be configured as based on the small―gap suture pattern come at the first measurement gap different from the first service frequency band Second service frequency band on carry out downlink transmission, when on the second service frequency band carry out down link data biography The 3rd frequency band is measured in the 3rd measurement gap while defeated, and the 4th frequency band is measured at the 4th measurement gap.

Example 12 includes any one of example 1-11 theme, including or omit optional element, wherein described receive electricity Road component is additionally configured to carry out the downlink transmission of data at the 4th measurement gap.

Example 13 includes a kind of device of evolved node B (eNB), including：Control circuit component, it is configured as mark and surveys Object identifier (ID) (measObject) and measurement gap pattern are measured to promote the measurement gap based on carrier aggregation to measure；With And transtation mission circuit component, be couple to the control circuit component to the transtation mission circuit assembly communication, and be configured as via One or more radio resource control (RRC) signals send the measObject and the measurement gap pattern.

Example 14 includes the theme of example 13, and wherein control circuit component is additionally configured to mark and radio frequency (RF) frequency band energy The instruction of the related UE abilities of power, and wherein described transtation mission circuit component is also based on the instruction, via one or more wireless Electric resources control (RRC) signal is sent on measurement gap configuration (MeasGapConfig) information element (IE) MeasGapConfig。

Example 15 includes any one of example 13-14 theme, including or omit optional element, wherein the control electricity Road component is additionally configured to utilize the MeasGapConfig IE marks clearance offsets by selecting the gap repetition period, rings It is active small to identify that Ying Yu based on MeasGapConfig described in transmission gap pattern is arranged to downlink transmission Gap designator, and identify at least one service band for specifying UE service bands.

Example 16 includes any one of example 13-15 theme, including or omit optional element, wherein the control electricity Road component, which is additionally configured to mark, to be included being used to select the clearance offsets of the information of different gap repetition period, gap to repeat week The support for first group of frequency band that second group of frequency band will utilize the gap repetition period to be more measured is compared in phase and instruction List of frequency bands.

Example 17 includes any one of example 13-16 theme, including or omit optional elements, wherein the control circuit Component is additionally configured between the reduction based on measurement gap delay, the increase of down link data efficiency or measurement simultaneously The reduction of gap delay and increasing to indicate that the measurement to first group of frequency band make use of full gap for down link data efficiency Or small―gap suture, wherein indicating that full gap is not present by the transtation mission circuit component to be true in response to the control circuit component The data transfer associated with measurement gap pattern carried out, wherein small―gap suture include the fragment in full gap.

Example 18 includes any one of example 13-17 theme, including or omit optional element, wherein carrier aggregation is surveyed Measuring gap configuration and specifying includes following every measurement gap pattern：First instruction, it is wireless that first instruction corresponds to first Electric circuit unit, indicate to measure first band at the first measurement gap and second band measured at the second measurement gap, And operated on first service frequency band to carry out downlink transmission；And second instruction, second instruction are corresponding In the second radio circuit components, indicate to measure the 3rd frequency band at the first measurement gap or the 3rd measurement gap and second The 4th frequency band is measured at measurement gap or the 4th measurement gap, and is operated on second service frequency band to carry out downlink number According to transmission.

Example 19 includes any one of example 13-18 theme, including or omit optional elements, wherein the first instruction and the Down link data be present during providing the additional measurement gap between the first measurement gap and the second measurement gap in two instructions, Or alternatively among the first measurement gap and the second measurement gap in the first receiving circuit component and the second receiving circuit group Down link data between part be present.

Example 20 is to include the computer-readable medium of executable instruction, to include one in response to performing the instruction Or the system of multiple processors performs operation, the operation includes：Identify and survey via the one or more processors of the network equipment Measure object identifier (ID) (measObject) and measurement gap pattern；And via one or more radio resource controls (RRC) signal sends or received the measObject and described via one or more of processors of the network equipment Measurement gap pattern.

Example 21 includes the theme of example 20, wherein the operation also includes：Via the one of the network equipment Or the instruction of multiple processor flags UE ability related to radio frequency (RF) band capability；And based on the instruction via one or Multiple radio resource control (RRC) signals are configured by the transtation mission circuit component of the network equipment come measurement gap (MeasGapConfig) MeasGapConfig on information element (IE).

Example 22 includes any one of example 20-21 theme, including or omit optional elements, wherein the operation is also wrapped Include：At least one in the following items of MeasGapConfig IE marks is utilized by the control circuit component of the network equipment： Including for support carrier aggregation measurement clearance mode the different gap repetition period selection information clearance offsets, The support list of frequency bands for first group of frequency band that than second group frequency band of gap repetition period and instruction is more measured, service frequency Band will utilize small―gap suture or full gap to be used for the instruction of down link data, and the full gap is than the small―gap suture more Big measurement gap.

Example 23 includes any one of example 20-22 theme, including or omit optional elements, wherein the operation is also wrapped Include：The first band at the first measurement gap is promoted to measure and at the second measurement gap on the first radio circuit components Second band measures；And promote on the second radio circuit components the 3rd frequency band at first measurement gap measure and The 4th frequency band measurement at second measurement gap.

Example 24 includes any one of example 20-23 theme, including or omit optional elements, wherein the operation is also wrapped Include：Offer specify it is on first radio circuit components and second radio circuit components, described first survey One or more of the downlink transmission of the data during additional measurement gap between amount gap and second measurement gap Individual instruction.

Example 25 includes any one of example 20-24 theme, including or omit optional elements, wherein the operation is also wrapped Include：Promote second at the first band measurement and the second measurement gap of the first measurement gap by the first radio circuit components Frequency band measures, and first service frequency band carries out the downlink transmission of data in the second measurement gap and the 4th measurement gap； The downlink for promoting the data at the first measurement gap on second service frequency band by the second radio circuit components passes It is defeated, the 4th frequency band measurement at the measurement of the 3rd frequency band and the 4th measurement gap at the 3rd measurement gap；Wherein described data Downlink transmission includes the small―gap suture pattern of break period.

Example 26 is a kind of system, including：For identifying between measurement object identifier (ID) (measObject) and measurement The device of gap pattern；And for via described in the transmission of one or more radio resource controls (RRC) signal or reception MeasObject and the measurement gap pattern device..

Example 27 includes the theme of example 26, in addition to：For determining the UE ability related to radio frequency (RF) band capability Instruction device；And measured for being sent based on the instruction via one or more radio resource controls (RRC) signal The device of MeasGapConfig on gap configuration (MeasGapConfig) information element (IE).

Example 28 includes any one of example 26-27 theme, including or omit optional element, in addition to：For profit The device of at least one in following items is defined with the MeasGapConfig IE：Including for supporting carrier aggregation measurement Clearance offsets, gap repetition period and the instruction of the information of the selection of the different gap repetition period of clearance mode are than second Group frequency band more the support list of frequency bands of measured first group of frequency band, service band or to utilize small―gap suture or it is complete between Gap is used for the instruction of down link data, and the full gap is the measurement gap bigger than the small―gap suture..

Example 29 includes any one of example 26-28 theme, including or omit optional elements, in addition to：For The first band measurement at the first measurement gap and the second frequency at the second measurement gap are generated on one radio circuit components Device with measurement；And surveyed for generating the 3rd frequency band at first measurement gap on the second radio circuit components The device of the 4th frequency band measurement at amount and second measurement gap.

Example 30 includes any one of example 26-29 theme, including or omit optional element, in addition to：For carrying For specify it is on first radio circuit components and second radio circuit components, in first measurement gap One or more instructions of the downlink transmission of the data during additional measurement gap between second measurement gap Device.

Example 31 includes any one of example 26-30 theme, including or omit optional elements, in addition to：For passing through The second band that first radio circuit components generate at the first band measurement and the second measurement gap of the first measurement gap is surveyed Amount, and first service frequency band carry out the dress of downlink transmission in second measurement gap and the 4th measurement gap Put；And for generating the number at first measurement gap on second service frequency band by the second radio circuit components According to downlink transmission, the 4th frequency band measurement at the measurement of the 3rd frequency band and the 4th measurement gap at the 3rd measurement gap Device；The downlink transmission of wherein described data includes the small―gap suture pattern with the break period.

It should be appreciated that aspects described herein can be realized by hardware, software, firmware or its any combinations.When with When software is realized, function can be used as one or more instructions or code storage on a computer-readable medium or pass through computer Computer-readable recording medium transmits.Computer-readable medium includes computer-readable storage medium and communication media, including contributes to computer journey Sequence is sent to any medium of another place from a place.Storage medium or computer readable storage devices can be can be by Any usable medium that universal or special computer accesses.Unrestricted as example, this computer-readable medium can wrap Include RAM, ROM, EEPROM, CD-ROM or other disk storage, magnetic disk storage or other magnetic storage apparatus or other tangible And/or non-transitory media, available for carrying or store information needed or executable instruction.Meanwhile any connection is suitably claimed For computer-readable medium.If for example, use coaxial cable, fiber optic cables, twisted-pair feeder, Digital Subscriber Line (DSL) or wireless Technology (such as infrared ray, radio and microwave) sends software from website, server or other remote sources, then coaxial cable, light Fiber-optic cable, twisted-pair feeder, DSL or wireless technology such as infrared, radio and microwave are included in the definition of medium.As made herein Disk and CD include CD (CD), laser disk, CD, digital versatile disc (DVD), floppy disk and Blu-ray disc, wherein magnetic Disk generally magnetically reproduce data, and CD reproduce data using laser optics.Combination above should also be included in meter In the range of calculation machine computer-readable recording medium.

With reference to various illustrative logicals, the logical block of aspect disclosed herein, module and circuit can be to be designed to Perform functionally general processor as described herein, digital signal processor (DSP), application specific integrated circuit (ASIC), scene can Program gate array (PFGA) or other programmable logic devices, discrete gate or transistor logic, discrete hardware components or its is any Combination.General processor can be microprocessor, or alternatively, and processor can be any conventional processors, controller, micro- Controller or state machine.Processor can also as computing device combination (for example, DSP and microprocessor, multiple microprocessors The combination of device, the one or more microprocessors contacted with DSP core or any other such configuration) realize.This Outside, at least one processor can include operation come perform the one of one or more steps as described herein and/or action or Multiple modules.

For software realization mode, technique described herein can utilize perform functions described herein module (such as, Process, function etc.) realize.Software code can be stored in the memory unit and by computing device.Memory cell can be with Realized inside processor or outside processor, in this case, memory cell can be by known in the art each Kind means are communicatively coupled to processor.In addition, at least one processor can perform function described herein including operable One or more modules.

Technique described herein can be used for various wireless communication systems, such as CDMA, TDMA, FDMA, OFDMA, SC-FDMA Etc. system.Term " system " and " network " are generally used interchangeably.Cdma system can realize that such as universal terrestrial radio connects Enter the radiotechnics such as (UTRA), CDMA1800.UTRA includes wideband CDMA (W-CDMA) and CDMA other variants.In addition, CDMA1800 covers IS-1800, IS-95 and IS-856 standards.TDMA system can realize the wireless of such as global mobile system Power technology communicates (GSM).OFDMA system can realize evolution UTRA (E-UTRA), Ultra-Mobile Broadband (UMB), IEEE 802.11 (Wi-Fi) radiotechnics such as, IEEE802.16 (WiMAX), IEEE802.18, Flash-OFDML.UTRA and E-UTRA is logical With mobile communication system (UMTS) part.3GPP Long Term Evolutions (LTE) are the UMTS versions using E-UTRA, and it is descending OFDMA is used on link, on uplink using SC-FDMA.UTRA, E-UTRA, UMTS, LTE and GSM are from entitled Described in the document of the tissue of " third generation partner program " (3GPP).In addition, from entitled " third generation affiliate meter Draw in the document of 2 " (3GPP2) tissue and describe CDMA1 800 and UMB.In addition, such wireless communication system can also wrap Equity (for example, being moved to movement) ad hoc network system commonly using azygous unlicensed spectrum is included, 802.11 is wireless LAN, bluetooth and any other short distance or long range wireless communication technology.

Being using the single-carrier frequency division multiple access of single-carrier modulated and frequency domain equalization (SC-FDMA) can be with disclosed aspect The technology being used together.SC-FDMA has the performance similar with OFDMA system and substantially similar overall complexity.Due to it Intrinsic single carrier structure, SC-FDMA signal have relatively low peak to average power ratio (PAPR).SC-FDMA can be used for Uplink communication, wherein PAPR relatively low in terms of transimission power efficiency can make mobile terminal be benefited.

In addition, various aspects described herein or feature can be using standard programs and/or engineering technology come the side of being embodied as Method, device or product.Term " product " used herein is intended to include to visit from any computer readable device, carrier wave or medium The computer program asked.For example, computer-readable medium can include but is not limited to magnetic storage apparatus (for example, hard disk, floppy disk, Magnetic stripe etc.), CD (for example, CD (CD), digital universal disc (DVD) etc.), smart card and flash memory device (for example, EPROM, card, Rod, Keyed actuator etc.).In addition, various storage media described herein can represent the one or more for storage information Equipment and/or other machine readable medias.Term " machine readable media " can include but is not limited to wireless channel and can deposit Store up, include and/or carry the various other media of (one or more) instruction and/or data.In addition, computer program product can So that including the computer-readable medium with one or more instructions or code, it is described herein that it is operable such that computer performs Function.

Communication media embodies meter in the data-signal of such as modulated data signal (for example, carrier wave or other transmission mechanisms) Calculation machine readable instruction, data structure, program module or other structures or unstructured data, and including any information transmission Or transmission medium.Term " modulated data signal " or signal refer to be set or changed in a manner of one or more Signal coding information Become the signal of one or more of its feature.Unrestricted as example, communication media includes such as cable network or direct The wire medium of wired connection and such as sound, RF, the wireless medium of infrared and other wireless medium.

In addition, can be embodied directly in reference to the method or the action of algorithm that aspect disclosed herein describes in hardware, by In the software module of computing device or in its combination.Software module may reside within RAM memory known in the art, flash Memory, ROM memory, eprom memory, eeprom memory, register, hard disk, moveable magnetic disc, CD-ROM or any In the storage medium of other forms.Exemplary storage medium can be couple to processor so that processor can be from storage medium Read information and write information into storage medium.In alternative solution, storage medium can be a part for processor.In addition, In some respects, processor and storage medium may reside within ASIC.In addition, ASIC may reside within user terminal. In alternative solution, processor and storage medium can be used as discrete component resident in the user terminal.In addition, in some aspects, Method or algorithm and/or action can be as one on machine readable media and/or computer-readable medium or any combinations Or one group of code and/or instruction are present, the medium and/or computer-readable medium may be incorporated into a computer program product.

The foregoing description of the illustrated embodiment of the present invention, including the content described in summary, it is no intended to be exhaustive , or the disclosed embodiments are limited to disclosed precise forms.Although for illustrative purposes, it is described herein Specific embodiment and example, but will recognize the scope in these embodiments and example in those skilled in the relevant art Interior, various modifications are possible.In this respect, although combined various embodiments and corresponding figure are disclosed to describe Theme, but under applicable circumstances, it should be understood that other similar embodiments can be used, or can be to described implementation Example is modified and added, to perform the identical, similar of disclosed theme, replacement or alternative functions, without departing from embodiment. Therefore, disclosed theme should not necessarily be limited by any single embodiment as described herein, and should be existed according to appended claims Explained in broad range.

The various functions that said modules (component, equipment, circuit, system etc.) perform are especially considering that, for describing this The term (including reference to " device ") of a little components is intended to correspondence (unless otherwise indicated) in the execution component Any component or structure (for example, functionally identical) of function are specified, is not equal in structure at shown in this article The disclosed structure of perform function in the illustrative embodiments of invention.Although in addition, it may only disclose for some realities The special characteristic of an implementation in existing mode, but can be by one or more of such feature and other implementations Individual further feature combination, as being probably desired and favourable for any given or specific application.

Claims (25)

1. one kind is used for the device of user equipment (UE), including：

Receiving circuit component, it is configured as matching somebody with somebody via one or more radio resource controls (RRC) signal reception measurement gap Put and measurement is controlled during multiple measurement gaps using carrier aggregation on (MeasGapConfig) information element (IE) MeasGapConfig；And

Control circuit component, the receiving circuit component is couple to the control circuit assembly communication, and is configured as marking Increased number of measurement object identifier (ID) (measObject) is known, wherein the increased number of measurement object identifier mark Know more than first frequency carriers that the frequency carrier more than second in multiple frequency carriers is more measured, and with institute State the associated measurement gap patterns of MeasGapConfig.

2. device as claimed in claim 1, wherein the measObject be configured as supporting more than 32 carrier wave components with Support 3GPP versions 13 or more highest version.

3. device as claimed in claim 1, wherein the control circuit component is additionally configured to：From described MeasGapConfig IE select the gap repetition period from multiple gap repetition periods, based on the selected gap repetition period Clearance offsets and instruction will utilize the support list of frequency bands of one or more frequency bands of gap repetition period measurement.

4. device as claimed in claim 3, wherein the control circuit component is additionally configured to：By selecting different gaps Repetition period determines different clearance offsets from the MeasGapConfig IE, and institute is realized based on the gap repetition period Different clearance offsets are stated, identify whether to be configured as in the measurement gap pattern phase in response to the MeasGapConfig Between be used for downlink transmission and small―gap suture designator and service band is used.

5. device as claimed in claim 4, wherein the small―gap suture designator is true or effectively made it possible to interruption Measurement gap pattern during carry out downlink transmission.

6. device as claimed in claim 1, wherein, the control circuit component is additionally configured to：It is to make based on the measurement Still performed with full gap using the determination of the small―gap suture of the fragment including full gap to more than described first individual frequency carriers Measurement, and wherein, in response to the determination measured using full gap to more than described first individual frequency carriers, the control Circuit unit processed be configured as perform measurement without carrying out data transmission, and in response to using small―gap suture to described first The determination that multiple frequency carriers measure, the receiving circuit component are configured as receiving the measurement of the multiple measurement gap Downlink transmission in gap.

7. device as claimed in claim 1, wherein the control circuit component is additionally configured to：Based on measurement gap delay Reduce, reduction and the down link data efficiency of the increase of down link data efficiency or measurement gap delay simultaneously Increase to select the MeasGapConfig.

8. device as claimed in claim 1, wherein the receiving circuit component is additionally configured to：Generation is in the first measurement gap Locate survey over a second frequency band at measurement on the first band of frequencies and the second measurement gap in the multiple measurement gap Amount, and operated in other cycles outside the multiple measurement gap on first service frequency band to carry out down link data Transmission；

Also include：

Another receiving circuit component, it is configured as at first measurement gap surveying on a third band and described second Amount gap location is operated to promote the measurement of the 3rd frequency band and the 4th frequency band on the 4th frequency band, and the multiple Other cycles outside measurement gap are operated to carry out downlink transmission on second service frequency band；

Wherein, the first service frequency band, the second service frequency band, the first band, the second band, the described 3rd Frequency band and the 4th frequency band are different from each other.

9. device as claimed in claim 8, wherein the receiving circuit component and another receiving circuit component also by with It is set to and receives downlink in existing different measurement gaps between first measurement gap and second measurement gap Data.

10. device as claimed in claim 1, wherein, the receiving circuit component is additionally configured to：At the first measurement gap Measure first band and work as at the second measurement gap based on the small―gap suture pattern as measurement gap pattern in first service Carry out measuring second band at the second measurement gap while downlink transmission in frequency range.

11. device as claimed in claim 10, in addition to：

Another receiving circuit component, be configured as based on the small―gap suture pattern come at the first measurement gap different from described Downlink transmission is carried out on the second service frequency band of first service frequency band, under being carried out on the second service frequency band While uplink data transmission the 3rd frequency band, and the frequency of measurement the 4th at the 4th measurement gap are measured in the 3rd measurement gap Band.

12. device as claimed in claim 11, wherein the receiving circuit component is additionally configured to：Between the described 4th measurement Downlink transmission is carried out at gap.

13. a kind of device of evolved node B (eNB), including：

Control circuit component, it is configured as identifying measurement object identifier (ID) (measObject) and measurement gap pattern to promote Enter the measurement gap measurement based on carrier aggregation；And

Transtation mission circuit component, be couple to the control circuit component to the transtation mission circuit assembly communication, and be configured as through The measObject and the measurement gap pattern are sent by one or more radio resource controls (RRC) signal.

14. device as claimed in claim 13, wherein the control circuit component is additionally configured to：Mark and radio frequency (RF) frequency Instruction with the related UE abilities of ability, and wherein described transtation mission circuit component is also based on the instruction, via one or more Radio resource control (RRC) signal is sent on measurement gap configuration (MeasGapConfig) information element (IE) MeasGapConfig。

15. device as claimed in claim 13, wherein the control circuit component is additionally configured to：By selecting gap to repeat Cycle utilizes the MeasGapConfig IE marks clearance offsets, in response to based on described in transmission gap pattern MeasGapConfig is arranged to downlink transmission to identify active small―gap suture designator, and identifies and specify At least one service band of UE service bands.

16. device as claimed in claim 13, include being used to select wherein the control circuit component is additionally configured to mark Clearance offsets, gap repetition period and the instruction of the information of different gap repetition period compare second group of frequency band and to utilize institute State the support list of frequency bands of gap repetition period more measured first group of frequency band.

17. device as claimed in claim 16, wherein, the control circuit component is additionally configured to：Prolonged based on measurement gap The reduction of slow reduction, the increase of down link data efficiency or measurement gap delay simultaneously and down link data effect Rate increases to indicate that the measurement to first group of frequency band make use of full gap or small―gap suture, wherein in response to the control Circuit unit indicates that full gap is not present by the associated with measurement gap pattern of transtation mission circuit component progress to be true Data transfer, wherein the small―gap suture includes the fragment in the full gap.

18. the configuration of device as claimed in claim 17, wherein carrier aggregation measurement gap, which is specified, includes following every measurement Clearance mode：

First instruction, first instruction correspond to the first radio circuit components, indicate to measure the at the first measurement gap One frequency band and the measurement second band at the second measurement gap, and operated on first service frequency band to carry out downlink Data transfer；And

Second instruction, second instruction correspond to the second radio circuit components, indicate to survey in the first measurement gap or the 3rd Gap location is measured to measure the 3rd frequency band and measure the 4th frequency band at the second measurement gap or the 4th measurement gap, and second Operated on service band to carry out downlink transmission.

19. device as claimed in claim 18, wherein first instruction and the described second instruction are provided and surveyed described first Down link data be present during additional measurement gap between amount gap and second measurement gap, or alternatively in institute State in the first measurement gap and second measurement gap in the first receiving circuit component and the second receiving circuit group Down link data between part be present.

20. a kind of computer-readable medium including executable instruction, to include one or more in response to performing the instruction The system of individual processor performs operation, and the operation includes：

Between the one or more processors mark measurement object identifier (ID) (measObject) of the network equipment and measurement Gap pattern；And

One or more of processing via one or more radio resource controls (RRC) signal via the network equipment Device sends or received the measObject and the measurement gap pattern.

21. computer-readable medium as claimed in claim 20, wherein, the operation also includes：

Via one or more of processor flags pair of network equipment UE energy related to radio frequency (RF) band capability The instruction of power；And

The transtation mission circuit component that the network equipment is passed through via one or more radio resource controls (RRC) signal based on the instruction The MeasGapConfig come on transmission measurement gap configuration (MeasGapConfig) information element (IE).

22. computer-readable medium as claimed in claim 20, wherein the operation also includes：

At least one in the following items of MeasGapConfig IE marks is utilized by the control circuit component of the network equipment： Including for support carrier aggregation measurement clearance mode the different gap repetition period selection information clearance offsets, The support list of frequency bands for first group of frequency band that than second group frequency band of gap repetition period and instruction is more measured, service frequency Band will utilize small―gap suture or full gap to be used for the instruction of down link data, and the full gap is than the small―gap suture more Big measurement gap.

23. computer-readable medium as claimed in claim 20, wherein the operation also includes：

The first band at the first measurement gap is promoted to measure and at the second measurement gap on the first radio circuit components Second band measurement；And

The 3rd frequency band at first measurement gap is promoted to measure and the described second measurement on the second radio circuit components The 4th frequency band measurement of gap location.

24. computer-readable medium as claimed in claim 23, wherein the operation also includes：

Offer specify it is on first radio circuit components and second radio circuit components, described first survey One or more of the downlink transmission of the data during additional measurement gap between amount gap and second measurement gap Individual instruction.

25. computer-readable medium as claimed in claim 20, wherein the operation also includes：

Promote the at the first band measurement and the second measurement gap of the first measurement gap by the first radio circuit components Two frequency bands measure, and first service frequency band carries out down link data biography in second measurement gap and the 4th measurement gap It is defeated；And

Promoted by the second radio circuit components under the data at first measurement gap on second service frequency band Uplink transmission, the 4th frequency band measurement at the measurement of the 3rd frequency band and the 4th measurement gap at the 3rd measurement gap；

The downlink transmission of wherein described data includes the small―gap suture pattern with the break period.