CN102300202A - Interval configuration method and network element equipment - Google Patents
Interval configuration method and network element equipment Download PDFInfo
- Publication number
- CN102300202A CN102300202A CN2010102136775A CN201010213677A CN102300202A CN 102300202 A CN102300202 A CN 102300202A CN 2010102136775 A CN2010102136775 A CN 2010102136775A CN 201010213677 A CN201010213677 A CN 201010213677A CN 102300202 A CN102300202 A CN 102300202A
- Authority
- CN
- China
- Prior art keywords
- receiver
- service
- current
- needs
- gap
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Images
Landscapes
- Mobile Radio Communication Systems (AREA)
Abstract
The embodiment of the invention provides an interval configuration method and network element equipment, wherein the interval configuration method comprises the steps that: user equipment (UE) or a base station obtains a service relationship between the current receiver and a component carrier (CC), wherein the receiver is configured on the UE; the UE or the base station determines whether a Gap needs to be configured according to the service relationship between the current receiver and the CC and the capacity of the receiver; when the Gap needs to be configured, the UE or the base station determines the receiver needing Gap configuring; and according to the service relationship between the current receiver and the CC, the data of the UE is not transmitted on the CC serviced by the receiver needing Gap configuring, and the data of the UE are transmitted on the CC serviced by the receiver which does not need Gap configuring. By using the technical scheme provided by the embodiment of the invention, data transmission interruption of the UE can not be caused.
Description
Technical field
The present invention relates to communication technical field, particularly a kind of clearance G ap collocation method and network element device.
Background technology
In order further to improve the spectrum efficiency and the user throughput of mobile communication system, carrier aggregation (CA, Carrier Aggregation) technology be incorporated into the follow-up evolution of Long Term Evolution (LTE-Advanced, LTE-A) in.Carrier aggregation is meant subscriber equipment, and (User Equipment, (Component Carrier CC) carries out uplink and downlink communication, thereby supports high speed data transfer UE) can to use a plurality of member carriers simultaneously.
In LTE-A, in order to support carrier aggregation technology, may there be a plurality of receivers in the UE side, and each receiver can be one or more carrier service.Usually, UE can have the information such as ability of several receivers and each receiver to report the base station UE side when initial access base station, and wherein, the ability of receiver comprises: receiver supports what CC which frequency range and this receiver support.The receiver of UE side has following several working method:
First kind of mode is: one is being the carrier service that increases newly for one or more carrier wave provides the receiver of service by frequency modulation (re-tuning) mode, and mode of frequency regulation is meant the center frequency point of adjusting operation of receiver and/or transfers the band bandwidth of operation of receiver wide.
The second way is: receiver is during clearance G ap, and the task of stopping to move goes to carry out other operations (such as the measurement of carrying out different-frequency measure or deexcitation carrier wave), and UE is not dispatched in the base station yet during Gap.Usually, Gap has two kinds of patterns, and a kind of for the Gap of a 6ms is arranged in the 40ms, another kind is the Gap that a 6ms is arranged in 80 milliseconds.
Generally, when carrier wave increase or UE base station shifting, the carrier service that receiver uses in the time of can adopting first kind of occupation mode or adopt idle receiver to cut target BS for the carrier wave of increase or for UE.
Among the LTE-A of prior art, when needs carried out different-frequency measure or deexcitation measurement, the base station was directly to UE configuration Gap, and this Gap is effective to all receivers of UE.UE is not dispatched in the base station on all CC during Gap, thereby cause the transfer of data of UE to interrupt.
Summary of the invention
The embodiment of the invention provides a kind of clearance G ap collocation method and network element device.
One embodiment of the present of invention provide a kind of clearance G ap collocation method, comprising:
User equipment (UE) or base station obtain the service relation of present receiving machine and member carrier CC; Described receiver is the receiver on the UE;
UE or base station need to determine whether configuration Gap according to the ability of service relation and the receiver of present receiving machine and CC;
When determining to need configuration Gap, the receiver of Gap configuration is determined to carry out in UE or base station, service relation according to present receiving machine and CC, on carrying out CC that the receiver of Gap configuration serves, needs do not transmit the data of UE, the data of transmission UE on the CC that the receiver that does not need to carry out the Gap configuration is served.
An alternative embodiment of the invention provides a kind of network element device, comprising:
The service relation acquiring unit is used to obtain the service relation of present receiving machine and member carrier CC; Described receiver is the receiver on the user equipment (UE);
Gap disposes determining unit, is used for the ability according to service relation and the receiver of present receiving machine and CC, need to determine whether configuration clearance G ap;
The receiver determining unit is used for after Gap configuration determining unit is determined needs configuration Gap the receiver of determining to carry out the Gap configuration;
Control unit is used for the service relation according to present receiving machine and CC, does not transmit the data of UE on needs carry out CC that the receiver of Gap configuration serves, the data of transmission UE on the CC that the receiver that does not need to carry out the Gap configuration is served.
In the embodiment of the invention, the receiver resources operating position of UE side can be known in the base station, thereby need to determine whether configuration Gap.For example, before configuration Gap, obtain the service relation of receiver and CC, like this when needs carry out different-frequency measure or deexcitation measurement, service relation according to present receiving machine and CC determines whether needs configuration Gap, only on carrying out CC that the receiver of Gap configuration serves, needs do not transmit the data of UE, the data of transmission UE on the CC that the receiver that does not need to carry out the Gap configuration is served, rather than when carrying out different-frequency measure or deexcitation measurement, needs just directly dispose Gap to UE, and Gap is not effective to all receivers of UE, thereby can not cause the transfer of data of UE to interrupt.
Description of drawings
In order to be illustrated more clearly in the technical scheme of the embodiment of the invention, to do to introduce simply to the accompanying drawing of required use among the embodiment below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the Gap collocation method flow chart that one embodiment of the invention provides;
Fig. 2 is the method flow diagram of the service relation that obtains receiver and CC that provides of one embodiment of the invention;
Fig. 3 is the method flow diagram of the service relation that obtains receiver and CC that provides of another embodiment of the present invention;
Fig. 4 is the method flow diagram of the service relation that obtains receiver and CC that provides of further embodiment of this invention;
Fig. 5 be further embodiment of this invention provide the UE initial access network time base station obtain the method flow diagram of the service relation of receiver and CC;
Fig. 6 is that base station that one embodiment of the invention provides determines whether the method flow diagram that needs configuration Gap and determine to carry out the receiver of Gap configuration;
Fig. 7 is that base station that one embodiment of the invention provides need to determine whether configuration Gap, UE to determine to carry out the method flow diagram of the receiver of Gap configuration;
Fig. 8 is that UE that one embodiment of the invention provides determines whether the method flow diagram that needs configuration Gap and determine to carry out the receiver of Gap configuration;
Fig. 9 is that UE that one embodiment of the invention provides need to determine whether configuration Gap, base station to determine to carry out the method flow diagram of the receiver of Gap configuration;
A kind of network element device structure chart that Figure 10 provides for the embodiment of the invention;
The architecture of base station figure that Figure 11 provides for the embodiment of the invention;
A kind of UE structure chart that Figure 12 A provides for the embodiment of the invention;
The another kind of UE structure chart that Figure 12 B provides for the embodiment of the invention;
Another UE structure chart that Figure 12 C provides for the embodiment of the invention.
Embodiment
Consult Fig. 1, the embodiment of the invention provides a kind of Gap collocation method, and this method comprises:
101, UE or base station obtain the service relation of present receiving machine and member carrier CC; Described receiver is the receiver on the user equipment (UE).
Wherein, the service relation of receiver and CC refers to which CC service receiver is, carry out transfer of data such as No. 1 current use of receiver 10Hz, 10.5Hz and these 3 CC of 11Hz, then No. 1 receiver is these three CC services, and No. 1 receiver and 10Hz, 10.5Hz and these 3 CC of 11Hz have service relation.
The executive agent of this each step of embodiment can be the base station, concrete, the ability of each receiver and the service relation of existing receiver and CC are gone up according to UE in the base station, be defined as the current receiver that needs the CC service of distribution, the service relation of the CC that distributes according to determined receiver and current needs, with the service relation of existing receiver and CC, obtain the service relation of present receiving machine and CC.In order to allow UE know the CC service which concrete which receiver need distribute for, it is the current receiver information that needs the CC service of distribution that the base station sends determined to UE.Wherein, when needs increased CC, the current CC that need distribute was the described CC that needs increase; When the base station switching takes place in UE, employed CC when the current CC that need distribute is UE incision target BS.When needs carried out different-frequency measure, the described current CC that needs to distribute was for needing the frequency of measurement; When needs carried out the measurement of deexcitation carrier wave, the described current CC that needs to distribute was for needing the deexcitation carrier wave of measurement; When the UE initial access network, the described current CC that need distribute is the CC that the UE initial access network is adopted.Preferably, the base station can be gone up service relation and the receiver resources distribution priority of ability, existing receiver and the CC of each receiver according to UE, is defined as the current receiver that needs the CC service of distribution.Concrete, determined is that the current receiver of the CC service of distribution that needs is: support the current frequency that needs the CC of distribution, and the number of current all CC that serve is not more than the receiver of the CC number of self supporting.Wherein, support the current frequency of the CC of distribution that needs to refer to: the frequency of the CC that current needs distribute is in the frequency range that this receiver is supported.The number of current all CC that serve comprises the CC that current needs distribute; If this receiver has been N CC service, then the number of current all CC that serve is N+1.
Perhaps, be defined as the current receiver that needs the CC service of distribution by UE, the resource reconfiguration that base station reception UE reports is finished message, described resource reconfiguration is finished and is carried the receiver information for the current CC service that need distribute that described UE determines in the message, the base station is according to described receiver information, obtaining is current receiver and the described current service relation that needs the CC of distribution that needs the CC service of distribution, be utilized as current receiver and the described current service relation that needs the CC of distribution that needs the CC service of distribution, with the service relation of existing receiver and CC, obtain the service relation of present receiving machine and CC.Wherein, it can be Radio Resource control (Radio Resource Control that resource reconfiguration is finished message, RRC) connect to reshuffle and finish message, or the Radio Resource control connection sets up and finish message, or the upright message of finishing of radio resource control connection reestablishment.
102, UE or base station need to determine whether configuration Gap according to the ability of service relation and the receiver of present receiving machine and CC.
Wherein, the ability of receiver comprises: receiver supports what CC which frequency range and this receiver support.
Concrete, the base station is according to the ability of service relation and the receiver of present receiving machine and CC, determine the current the receiver whether frequency that is in idle condition and supports to measure is arranged, determine current whether to some extent the CC number of service and support the receiver of the frequency that will measure less than the CC number of being supported; If current have a receiver that is in idle condition and supports to want the frequency of frequency, perhaps the CC number of service does not definitely need to dispose Gap less than the CC number of being supported and support the receiver of the frequency that will measure to some extent; If the receiver of the current frequency that is not in idle condition and supports to measure, and do not have the CC number of being served less than the CC number of being supported and support the receiver of the frequency that will measure, need to determine configuration Gap.
After this step 102, when needs configuration Gap, definite needs carry out the receiver of Gap configuration, service relation according to present receiving machine and CC, on needs carry out CC that the receiver of Gap configuration serves, do not transmit the data of UE, on the CC that the receiver that does not need to carry out the Gap configuration is served, continue the data of transmission UE.Owing on the CC that the receiver that does not need to carry out the Gap configuration is served, continue the data of transmission UE, transfer of data that can interruption U E just.Wherein, determine the receiver that need carry out the Gap configuration is meant to determine to dispose Gap on which receiver, and the base station can determine to dispose Gap on which receiver according to predetermined rule, such as, on the minimum receiver of the CC number of service, dispose Gap.
103, when determining to need configuration Gap, the receiver of Gap configuration is determined to carry out in UE or base station.
Concrete, can be according to preset rules, selection need be carried out the receiver of Gap configuration, and this preset rules can be to select the minimum receiver of service CC number, also can be other rule, does not influence realization of the present invention.
104, UE or base station be according to the service relation of present receiving machine and CC, do not transmit the data of UE on needs carry out CC that the receiver of Gap configuration serves, the data of transmission UE on the CC that the receiver that does not need to carry out the Gap configuration is served.
Owing to need carry out not transmitting on the CC that the receiver of Gap configuration serves the data of UE, the data of transmission UE on the CC that the receiver that does not need to carry out the Gap configuration is served so just can be avoided the transfer of data of interruption U E.
The executive agent of this embodiment can be UE, when the executive agent of this embodiment is UE, the specific implementation of step 101 can receive the resource reconfiguration message that the base station sends for: UE, carries the present receiving machine determined the base station and the service relation of CC in the described resource reconfiguration message; Perhaps, carry the receiver information that the base station is determined in the described resource reconfiguration message for the current CC service that need distribute, according to described receiver information, obtaining is current receiver and the described current service relation that needs the CC of distribution that needs the CC service of distribution, be utilized as current receiver and the described current service relation that needs the CC of distribution that needs the CC service of distribution, with the service relation of existing receiver and CC, obtain the service relation of present receiving machine and CC; Perhaps, UE distributes priority according to service relation and/or the receiver resources of the ability of each receiver, existing receiver and CC, is defined as the current receiver that needs the CC service of distribution, wherein, when needs increased CC, the current CC that need distribute was the described CC that needs increase; When the base station switching takes place in UE, employed CC when the current CC that need distribute is UE incision target BS.When needs carried out different-frequency measure, the described current CC that needs to distribute was for needing the frequency of measurement; When needs carried out the measurement of deexcitation carrier wave, the described current CC that needs to distribute was for needing the deexcitation carrier wave of measurement; When the UE initial access network, the described current CC that need distribute is the CC that the UE initial access network is adopted.
When the executive agent of this embodiment is UE, before step 102, UE receives the different-frequency measure indication or the deexcitation carrier wave is measured indication, need to determine whether the concrete mode of configuration Gap need to determine whether the concrete mode of configuration Gap identical in the step 102, do not repeat them here with above-mentioned base station.
When the executive agent of this embodiment is UE, after determining to carry out the receiver of Gap configuration, UE is determined receiver configuration Gap, sends first response message to the base station, the receiver information of carrying the Gap of institute configuration information in described first response message and need carry out the Gap configuration; Perhaps, UE sends second response message to the base station, carries the receiver information that need carry out the Gap configuration in described second response message; Wherein, this receiver information comprises: the CC that the ID of receiver or receiver are served, if this receiver information comprises the ID of receiver, then subsequent base stations is according to the ID of receiver, service relation with each receiver and CC, just can know during Gap, on which CC, not dispatch the data of UE; If receiver information comprises the CC that is served on the receiver that need carry out the Gap configuration, then subsequent base stations does not need to know the service relation of each receiver and CC, but the data that the CC that carries in first response message or second response message does not dispatch UE on (promptly needing to carry out the CC that the receiver of Gap configuration is served).Wherein, the Gap configuration information comprises: the zero hour of Gap under the pattern of Gap and the associative mode; Wherein, Gap has two kinds of patterns, and a kind of for the Gap of a 6ms is arranged in the 40ms, another kind is the Gap that a 6ms is arranged in 80 milliseconds; If for the pattern of the Gap of a 6ms is arranged in the 40ms, then refer to that specifically which begins the Gap of 6ms constantly among the 40ms zero hour of Gap under the associative mode; If the Gap of a 6ms is arranged in 80 milliseconds, then refer to that specifically which begins the Gap of 6ms constantly among the 80ms zero hour of Gap under the associative mode.
Perhaps, UE sends the 3rd response message to the base station, comprises the indication information of request configuration Gap in described the 3rd response message; After subsequent base stations is received described the 3rd response message, service relation according to receiver and CC, definite needs carry out the receiver of Gap configuration, determined receiver information is sent to UE, after described the 3rd response message is received in perhaps described base station, send the Gap configuration information to described UE, determine to carry out the receiver of Gap configuration after described UE receives, determined receiver information is sent to the base station.
The embodiment of the invention is before configuration Gap, obtain the service relation of receiver and CC, like this when needs carry out different-frequency measure or deexcitation measurement, service relation according to present receiving machine and CC determines whether needs configuration Gap, needn't directly give each receiver configuration Gap, can not cause the transfer of data of UE to interrupt.Further, owing to know the service relation of receiver and CC, thus just passable as long as on the receiver that has disposed Gap, do not dispatch the data of UE, on other receiver, can also dispatch the data of UE, so can not cause the transfer of data interruption of UE.
Following specific descriptions base station obtains several modes of the service relation of receiver and CC:
Fig. 2 shows a kind of specific implementation method that the base station obtains the service relation of receiver and CC, in the method, the resource allocation of base stations control receiver, this method specifically comprises:
When the carrier wave that 201, increase CC, UE base station shifting at needs, need carry out different-frequency measure or deexcitation is measured, the base station is defined as the receiver of the CC service of current needs distribution according to the ability of receiver, send Radio Resource control (Radio Resource Control to UE, RRC) connect reconfiguration message, carry the current receiver information that needs the CC that distributes and serve for this CC in this message.
When the base station is that receiver on the UE is when distributing CC for the first time, the base station only just is defined as the receiver of the CC service of current needs distribution according to the ability of receiver, concrete, the frequency range that the base station is supported according to each receiver is defined as the current receiver that needs the CC service of distribution;
Subsequent base stations is that the receiver on the UE is when distributing CC, the base station is according to the ability of receiver and the service relation of existing receiver and CC, be defined as the current receiver that needs the CC service of distribution, wherein, determined receiver is: support the current frequency that needs the CC of distribution, and the number of current all CC that serve is not more than the receiver of the CC number of self supporting.Wherein, support the current frequency of the CC of distribution that needs to refer to: the frequency of the CC that current needs distribute is in the frequency range that this receiver is supported.The number of current all CC that serve comprises the CC that current needs distribute; If this receiver has been N CC service, then the number of current all CC that serve is N+1.Such as, No. 1 receiver is supported 3 CC, band support is 10Hz-11Hz, No. 2 receiver is supported 2 CC, band support is 10Hz-10.5Hz, and the current CC that need to distribute is 10.5Hz, and the base station will consider the service relation of No. 1, No. 2 receivers and CC, if No. 2 receivers have been that 2 CC have served, then this current CC that distributes that needs just can not distribute to No. 2 receivers.
Concrete, when needs increased CC, the current CC that distributes that needs be this CC that need increase, and the base station sends RRC to UE and connects reconfiguration message, carried the receiver information that needs the CC that increases and serve for this CC in this message.
When the UE base station shifting, target BS is determined the CC that UE incision target BS uses, and according to the ability of receiver, be defined as the receiver that CC served that UE incision target BS uses, send RRC to the base station and connect reconfiguration message, carry CC that UE incision target BS uses in this message and be the receiver information of corresponding CC service.
When needs carry out different-frequency measure or the measurement of deexcitation carrier wave, the current CC that need distribute is the frequency that needs measurement, the base station is according to the ability of receiver, determine that the frequency that will measure belongs to the frequency band range of which receiver, when the CC number of this receiver service during less than the CC number of its support, determine to measure this frequency by this receiver, the base station sends RRC to UE and connects reconfiguration message, carries the frequency that will measure and the receiver information of determining to measure this frequency in this message.
Wherein, in the embodiment of the invention, receiver information can be receiver ID, also can be certain CC that receiver is served.If receiver information is certain CC, then follow-up UE is according to the service relation of each receiver and CC, determine this CC is by which receiver service, thereby, can determine which receiver for the CC or the UE incision employed CC of target BS that need to increase or need the frequency service of measuring, promptly be defined as receiver that RRC connects the CC service of carrying in the reconfiguration message for the CC or the UE incision employed CC of target BS that need to increase or need the frequency service of measuring.Such as, No. 1 receiver is current to be 3 CC services, be assumed to 10Hz, 10.5Hz, and 10.6Hz, the RRC that the base station sends connects the receiver information of carrying in the configuration messages and comprises 10Hz, after then UE receives, the CC service that to find No. 1 receiver be 10Hz, thereby, determine that No. 1 receiver is for the CC or the UE incision employed CC of target BS that need to increase or need the frequency service of measuring.
202, UE connects reconfiguration message according to RRC, and the described current CC that distributes that needs is joined on the corresponding receiver.
Concrete, when needs increased CC, the CC that needs are increased joined on the corresponding receiver; When the UE base station shifting, the CC that UE is cut the target BS use joins on the corresponding receiver; When needs carried out different-frequency measure or the measurement of deexcitation carrier wave, the frequency that needs are measured joined on this receiver.
If that carry in the RRC connection reconfiguration message is receiver ID, then directly the current CC that distributes that needs is joined on the pairing receiver of this ID; If that carry in the RRC connection reconfiguration message is certain CC, then the current CC that distributes that needs is joined on the receiver that CC served that carries in the RRC connection reconfiguration message.
Fig. 3 shows a kind of specific implementation method that the base station obtains the service relation of receiver and CC, in the method, the resource allocation of UE receiver control, with the resource allocation conditions informing base station of receiver, this method specifically comprises:
301, the base station sends RRC connection reconfiguration message to UE, carries the current CC that needs distribution in this message, and wherein, the current CC that need distribute can be the current CC that need increase, and perhaps UE cuts the CC of target BS use, the perhaps frequency that will measure.
302, UE is defined as the current receiver that needs the CC service of distribution according to the ability of receiver and the service relation of existing receiver and CC.
Concrete, can not repeat them here referring to the associated description below the step 201.
303, UE sends RRC to the base station and connects to reshuffle and finish message, carries definite current receiver information that needs the CC service that distributes that is in this message.
Wherein, receiver information can be receiver ID, also can be certain CC on the receiver.Then follow-up UE is according to the service relation of each receiver and CC, determine this CC is by which receiver service, thereby, can determine which receiver for the CC or the UE incision employed CC of target BS that need to increase or need the frequency service of measuring, promptly be defined as RRC and connect and reshuffle the receiver of finishing the CC service of carrying in the message for the CC or the UE incision employed CC of target BS that need to increase or need the frequency service of measuring.
Fig. 4 shows another specific implementation method that the base station obtains the service relation of receiver and CC, in this method, base station and UE go up service relation and the receiver resources distribution priority of ability, existing receiver and the CC of each receiver respectively according to UE, be defined as the current receiver that needs the CC service of distribution, this method specifically comprises:
401, the base station sends RRC connection reconfiguration message to UE, carries the current CC that needs distribution in this message, and wherein, the current CC that need distribute can be the current CC that need increase, and perhaps UE cuts the CC of target BS use, the perhaps frequency that will measure.
402, UE distributes priority according to service relation and the receiver resources of the ability of each receiver, existing receiver and CC, is defined as the current receiver that needs the CC service of distribution.
Wherein, receiver resources distributes priority to refer to the selecting sequence of receiver method of service.Such as it in proper order for by the receiver spread spectrum being made its receiver that can serve, use a free time for CC be CC service, configuration Gap; The receiver that also can be to use a free time is the CC service, can serves, dispose Gap for CC by the receiver spread spectrum being made it.Wherein, when existing more than two when spreading to the receiver of CC service, report the ordering of receiver in the capabilities list of UE of base station according to UE, determining to adopt which receiver is the current CC service that distributes of needing; When having receiver idle more than two, report the ordering of receiver in the capabilities list of UE of base station according to UE, determining to adopt which receiver is the current CC service that distributes of needing.
For example, UE has 5 receivers, and according to the service relation of existing receiver and CC, determining to have 2 by spreading to the current receiver of the CC service of distribution that needs, such as receiver 1 and receiver 2; The current CC that need distribute of this example supposition is 10.5Hz, receiver 1 and 2 can be supported the frequency range of 10Hz-11Hz, receiver 1 can be supported 3 CC, receiver 2 can be supported 4 CC, and as can be known according to the service relation of present receiving machine and CC, receiver 1 and 2 all has been that 2 CC have served now, and as seen these two receivers can be served by spreading to the current CC that distributes that needs.Supposition is in idle condition again, and supports the receiver of 10.5Hz to have 3, such as receiver 3, receiver 4 and receiver 5.Receiver resources distributes priority from high to low for being CC service, configuration Gap by the receiver spread spectrum being made its receiver that can serve, use a free time for CC.At this moment, there are receiver 1 and receiver 2 can be the current CC service that distributes of needing, report the ordering of receiver 1 and receiver 2 in the capabilities list of UE of base station then according to UE, determine to adopt of the CC service of which receiver for needing to distribute.
403, priority is distributed according to service relation and the receiver resources of the ability of each receiver, existing receiver and CC in the base station, is defined as the current receiver that needs the CC service of distribution.
Because base station and UE adopt identical receiver resources to distribute priority, so that both are defined as the current receiver of the CC service that distributes that needs is identical.
Wherein, step 402 and step 403 do not have sequential relationship, also can first execution in step 403 execution in step 402 again, perhaps carry out simultaneously, do not influence realization of the present invention.
When Fig. 5 showed the UE initial access network, the base station obtained a kind of specific implementation method of the service relation of receiver and CC, and this method specifically comprises:
501, the base station sends the RRC connection to UE and sets up request message or RRC connection re-establishment request message.
502, UE finishes message to base station transmission RRC connection setup complete message or RRC connection re-establishment, carries the receiver information that the UE initial access network uses in the message, is the CC service that the current UE access network is adopted so that this receiver is known in the base station.
Wherein, receiver information can be receiver ID.
Because the base station knows UE initiates the RRC connection and sets up request message or RRC connection re-establishment request message on which CC, the base station receives receiver information again, has just obtained the service relation of this receiver and CC.
Wherein, the receiver information that the UE initial access network that carries in this step uses is that UE determines according to the ability of each receiver.Suppose that it is 10.5Hz that initiation RRC connects the CC that sets up request message or RRC connection re-establishment request message, UE is according to the ability of each receiver, find the receiver of supporting this 10.5Hz, if the receiver that finds is a plurality of again, can such as selecting the maximum receiver of support CC number etc., therefrom select a receiver according to some predetermined rules, finish message to base station transmission RRC connection setup complete message or RRC connection re-establishment then, carry selected receiver information in the message.
Optionally, also can not carry the receiver information that the UE initial access network uses in the message of step 502, but UE directly adopts silent receiver, can be first available receiver of UE such as silent receiver, i.e. first available receiver in the capabilities list that reports of UE.Like this, this first available receiver is the receiver of the CC service that the current UE access network adopted.
More than described several modes that the base station obtains the service relation of receiver and CC, Fig. 6 shows a kind of Gap collocation method, whether disposes Gap by the base station decision in this method, and disposes Gap by the base station decision on which receiver, and this method specifically comprises:
601, when needs carry out different-frequency measure or the measurement of deexcitation carrier wave, the base station need to determine whether configuration Gap according to the service relation of current each receiver and CC and the ability of receiver, if, execution in step 602; If not, the base station is according to the ability of receiver, determine that the frequency that will measure belongs to the frequency band range of which receiver, when the CC number of this receiver service during less than the CC number of its support, determine to measure this frequency by this receiver, the base station sends RRC to UE and connects reconfiguration message, carries the frequency that will measure and the receiver information of determining to measure this frequency in this message, process ends.
Concrete, the base station is according to the ability of service relation and the receiver of present receiving machine and CC, determine the current the receiver whether frequency that is in idle condition and supports to measure is arranged, determine current whether to some extent the CC number of service and support the receiver of the frequency that will measure less than the CC number of being supported; If the current receiver that the frequency that is in idle condition and supports to measure is arranged, perhaps the CC number of service determines not need to dispose Gap less than the CC number of being supported and support the receiver of the frequency that will measure to some extent; If the receiver of the current frequency that is not in idle condition and supports to measure, and do not have the CC number of being served less than the CC number of being supported and support the receiver of the frequency that will measure, need to determine configuration Gap.
602, the base station according to preset rules, is selected a receiver according to the service relation of receiver and CC, disposes Gap on selected receiver, sends RRC to UE and connects reconfiguration message, carries the Gap and the selected receiver information that are disposed in this message.
This preset rules can be to select the minimum receiver of service CC number, also can be other rule, does not influence realization of the present invention.
603, during Gap, the selected receiver in UE control base station carries out different-frequency measure or the deexcitation carrier wave is measured.
604, during Gap, the data of UE are not dispatched in the base station on the CC that selected receiver is served.
The embodiment of the invention is because the service relation of receiver and CC is known in the base station, so it is just passable to need only the data of not dispatching UE on the CC that the receiver that has disposed Gap is served, the data that can also dispatch UE on the CC that other receiver is served are so can not cause the transfer of data of UE to interrupt.
Fig. 7 shows another kind of Gap collocation method, whether disposes Gap by the base station decision in this method, and disposes Gap by the UE decision on which receiver, and this method specifically comprises:
701, when needs carry out different-frequency measure or the measurement of deexcitation carrier wave, the base station need to determine whether configuration Gap according to the service relation of current each receiver and CC and the ability of receiver, if, execution in step 702; If not, process ends.
702, the base station sends RRC connection reconfiguration message to UE, carries Gap configuration indication in this RRC connection reconfiguration message.
703, UE determines to dispose Gap on which receiver, connects to reshuffle to base station transmission RRC and finishes message, carries determined receiver information in this message.This receiver information can be receiver ID, perhaps, and the CC that this receiver is served.
Wherein, the RRC connection is reshuffled and is finished the ID that the receiver information of carrying in the message comprises receiver, perhaps all CC that serve for receiver; If this receiver information comprises the ID of receiver, then subsequent base stations just can be known during Gap according to the ID of receiver and the service relation of each receiver and CC, has not dispatched the data of UE on which CC; All CC that if receiver information comprises on the receiver is served, then subsequent base stations does not need to know the service relation of each receiver and CC, finishes the data of not dispatching UE on the CC that carries in the message (promptly needing to carry out all CC that the receiver of Gap configuration is served) but connect to reshuffle at RRC.
The embodiment of the invention is because the service relation of receiver and CC is known in the base station, so can be according to the ability of service relation He each receiver of present receiving machine and CC, need to determine whether configuration Gap, when needs configuration Gap, determine on which receiver, to dispose Gap by UE, and determined receiver information sent to the base station, subsequent base stations only need not dispatched UE on the CC that the receiver that has disposed Gap is served data are just passable, the data that can also dispatch UE on the CC that other receiver is served are so can not cause the transfer of data of UE to interrupt.
Fig. 8 shows another kind of Gap collocation method provided by the invention, in this method, need to determine whether configuration Gap by UE, if, determine on which receiver, to dispose Gap by UE, this method specifically comprises:
801, when needs different-frequency measure or the measurement of deexcitation carrier wave, the base station sends RRC to UE and connects reconfiguration message, carries the frequency that needs measurement in this message, does not carry Gap.
802, UE need to determine whether configuration Gap according to the ability of service relation and each receiver of present receiving machine and CC, if, execution in step 803, if not, process ends.
803, UE is according to preset rules, select a receiver, on selected receiver, dispose Gap, connect to reshuffle to base station transmission RRC and finish message, carry the Gap and the selected receiver information that are disposed in this message, RRC connection this moment is reshuffled and finished message is first response message.
Wherein, the RRC connection is reshuffled and is finished the ID that the receiver information of carrying in the message comprises receiver, perhaps all CC that serve for receiver; If this receiver information comprises the ID of receiver, then subsequent base stations just can be known during Gap according to the ID of receiver and the service relation of each receiver and CC, has not dispatched the data of UE on which CC; All CC that if receiver information comprises on the receiver is served, then subsequent base stations does not need to know the service relation of each receiver and CC, finishes the data of not dispatching UE on the CC that carries in the message (promptly needing to carry out all CC that the receiver of Gap configuration is served) but connect to reshuffle at RRC.
This preset rules can be to select the minimum receiver of service CC number, also can be other rule, does not influence realization of the present invention.
Optionally, UE can not dispose Gap on selected receiver in step 803, connect to reshuffle and finish message but directly send RRC, comprise receiver information in this message, subsequent base stations receive RRC connect reshuffle finish message after, configuration Gap, if receiver information comprises the ID of receiver, then subsequent base stations is according to the ID of receiver and the service relation of each receiver and CC, just can know during Gap, on which CC, not dispatch the data of UE; All CC that if receiver information comprises on the receiver is served, then subsequent base stations does not need to know the service relation of each receiver and CC, finishes the data of not dispatching UE on the CC that carries in the message (promptly needing to carry out all CC that the receiver of Gap configuration is served) but connect to reshuffle at RRC.
Optionally, UE directly sends RRC and connects to reshuffle and finish message in step 803, carries the indication information of request base station configuration Gap in this message.Subsequent base stations receives that the back sends RRC and connects reconfiguration message to UE, carry the Gap configuration information, UE receives that the back is according to preset rules, select a receiver, on selected receiver, dispose Gap, connect to reshuffle to base station transmission RRC then and finish message, carry selected receiver information in this message, wherein, receiver information all CC that can serve for the ID or the receiver of receiver.
The embodiment of the invention is because UE knows the service relation of receiver and CC, so can be according to the ability of service relation He each receiver of present receiving machine and CC, need to determine whether configuration Gap, when needs configuration Gap, determine on which receiver, to dispose Gap by UE, and determined receiver information sent to the base station, subsequent base stations only need not dispatched UE on the CC that the receiver that has disposed Gap is served data are just passable, the data that can also dispatch UE on the CC that other receiver is served are so can not cause the transfer of data of UE to interrupt.
Fig. 9 shows another Gap collocation method provided by the invention, in this method, need to determine whether configuration Gap by UE, if, determine on which receiver, to dispose Gap by the base station, this method specifically comprises:
901, when needs different-frequency measure or the measurement of deexcitation carrier wave, the base station sends RRC to UE and connects reconfiguration message, carries the frequency that needs measurement in this message, does not carry Gap.
902, UE need to determine whether configuration Gap according to the ability of service relation and each receiver of present receiving machine and CC, if, execution in step 903, if not, process ends.
903, UE reshuffles to base station transmission RRC connection and finishes message, carries the indication information of request base station configuration Gap in this message.
904, the base station according to preset rules, is selected a receiver according to the service relation of receiver and CC, disposes Gap on selected receiver.
905, the base station sends Gap configuration information and selected receiver information to UE.
This preset rules can be to select to support the minimum receiver of CC number, also can be other rule, does not influence realization of the present invention.
The embodiment of the invention is because UE knows the service relation of receiver and CC, so can be according to the ability of service relation He each receiver of present receiving machine and CC, need to determine whether configuration Gap, when needs configuration Gap, determine on which receiver, to dispose Gap by the base station, and determined receiver information sent to UE, subsequent base stations only need not dispatched UE on the CC that the receiver that has disposed Gap is served data are just passable, the data that can also dispatch UE on the CC that other receiver is served are so can not cause the transfer of data of UE to interrupt.
Consult Figure 10, the embodiment of the invention provides a kind of network element device, and it comprises:
Service relation acquiring unit 11 is used to obtain the service relation of present receiving machine and member carrier CC; Described receiver is the receiver on the user equipment (UE);
Gap disposes determining unit 12, is used for the ability according to service relation and the receiver of present receiving machine and CC, need to determine whether configuration clearance G ap;
Consult Figure 11, this network element device can be the base station;
Described service relation acquiring unit 11 is used for going up according to UE the ability of each receiver, is defined as the current receiver that needs the CC service that distributes, and obtaining is the current receiver and the current service relation that needs the CC of distribution that needs the CC service that distributes; The service relation of described present receiving machine and member carrier CC comprises the service relation of the CC of the receiver of the described CC service that distributes for current needs and the distribution of current needs; Concrete, go up the ability of each receiver and the service relation of existing receiver and CC according to UE, be defined as the current receiver that needs the CC service of distribution; The service relation of the CC that distributes according to determined receiver and current needs and the service relation of existing receiver and CC obtain the service relation of present receiving machine and CC; Wherein, the service relation of present receiving machine and CC comprises: the service relation of the CC that receiver that the described CC that distributes for current needs serves and current needs distribute and the service relation of existing receiver and CC.Wherein, the ability that goes up each receiver according to the UE receiver that is defined as the CC service that current needs distribute can not repeat them here referring to the associated description under the step 201 among the method embodiment.
Concrete, the base station can be gone up service relation and/or the receiver resources distribution priority of ability, existing receiver and the CC of each receiver according to UE, is defined as the current receiver that needs the CC service of distribution; Concrete, how service relation and/or the receiver resources of going up ability, existing receiver and the CC of each receiver according to UE distributes priority, and being defined as the current receiver of the CC service that distributes that needs can be referring to the corresponding description partly of the pairing method of Fig. 4.Do not repeat them here.
In order to allow UE know the service relation of receiver and CC, corresponding, this base station also comprises transmitting element 15, is used for sending the receiver information that the definite CC that distributes for current needs of described service relation acquiring unit serves to UE.Concrete, can connect reconfiguration message to the RRC that UE sends, in this message, carry receiver information.Wherein, receiver information herein can comprise the ID of receiver, perhaps certain CC of serving of receiver.If receiver information is certain CC, then follow-up UE is according to the service relation of each receiver and CC, determine this CC is by which receiver service, thereby, can determine which receiver for the CC or the UE incision employed CC of target BS that need to increase or need the frequency service of measuring, promptly be defined as receiver that RRC connects the CC service of carrying in the reconfiguration message for the CC or the UE incision employed CC of target BS that need to increase or need the frequency service of measuring.
Perhaps, described service relation acquiring unit 11 is used for finishing message from the resource reconfiguration that UE reports and obtains the receiver information that the definite CC that distributes for current needs of UE serves; Finish message according to described resource reconfiguration, obtain to be current receiver that needs the CC service that distributes and the described current service relation that needs the CC that distributes, the service relation of described present receiving machine and member carrier CC comprises the service relation of the CC of described receiver of serving for the CC of current needs distribution and the distribution of current needs; Concrete, according to described receiver information, obtaining is current receiver and the described current service relation that needs the CC of distribution that needs the CC service of distribution, be utilized as current receiver and the described current service relation that needs the CC of distribution that needs the CC service of distribution, with the service relation of existing receiver and CC, obtain the service relation of present receiving machine and CC.When needs increased CC, the described current CC that need distribute was the described CC that needs increase; When the base station switching takes place in UE, employed CC when the described current CC that need distribute is UE incision target BS; When needs carried out different-frequency measure, the described current CC that needs to distribute was for needing the frequency of measurement; When needs carried out the measurement of deexcitation carrier wave, the described current CC that needs to distribute was for needing the deexcitation carrier wave of measurement; When the UE initial access network, the described current CC that need distribute is the CC that the UE initial access network is adopted.Wherein, receiver information herein can comprise the ID of receiver, perhaps certain CC of serving of receiver.If receiver information is certain CC, then subsequent base stations can be according to the service relation of each receiver and CC, determine this CC is by which receiver service, thereby, can determine which receiver for the CC or the UE incision employed CC of target BS that need to increase or need the frequency service of measuring, promptly be defined as receiver that RRC connects the CC service of carrying in the reconfiguration message for the CC or the UE incision employed CC of target BS that need to increase or need the frequency service of measuring.
Wherein, the ability of receiver comprises: the CC number that frequency range that receiver is supported and receiver are supported;
Described Gap configuration determining unit 12 comprises:
First determines subelement 121, be used for ability according to service relation and the receiver of present receiving machine and CC, determine the current the receiver whether frequency that is in idle condition and supports to measure is arranged, whether to some extent the CC number of determining current service less than the CC number of being supported and support the receiver of the frequency that will measure; With, second determines subelement 122, is used for the receiver that the frequency that is in idle condition and supports to measure arranged current, perhaps the CC number of service determines not need to dispose Gap less than the CC number of being supported and when supporting the receiver of the frequency that will measure to some extent; At the receiver of the current frequency that is not in idle condition and supports to measure, and do not have the CC number of being served, need to determine configuration Gap less than the CC number of being supported and when supporting the receiver of the frequency that will measure.
Optionally, consult Figure 11 A and 11B and 11C, this network element device can be a user equipment (UE);
Described service relation acquiring unit 11, the resource reconfiguration message that is used for sending from the base station obtain definite present receiving machine in base station and the service relation of CC; Perhaps, described service relation acquiring unit 11, the resource reconfiguration message that is used for sending from the base station is obtained the receiver information that the definite CC that distributes for current needs in base station serves, according to described receiver information, obtaining is current receiver and the described current service relation that needs the CC of distribution that needs the CC service of distribution, and the service relation of described present receiving machine and CC comprises: the service relation of the CC that receiver that the CC that distributes for current needs serves and described current needs distribute; If the service relation of existing receiver and CC is arranged, then be utilized as current receiver and the described current service relation that needs the CC of distribution that needs the CC service of distribution, service relation with existing receiver and CC, obtain the service relation of present receiving machine and CC, wherein, the service relation of described present receiving machine and CC can comprise: the service relation of the CC that receiver that the CC that distributes for current needs serves and described current needs distribute and the service relation of existing receiver and CC; Perhaps, service relation acquiring unit 11, the service relation and the receiver resources that are used for the ability according to each receiver, existing receiver and CC distribute priority, be defined as the current receiver that needs the CC service of distribution, be utilized as current receiver and the described current service relation that needs the CC of distribution that needs the CC service of distribution, with the service relation of existing receiver and CC, obtain the service relation of present receiving machine and CC.Concrete, how upward service relation and/or the receiver resources of ability, existing receiver and the CC of each receiver distribute priority according to UE, being defined as the current receiver of the CC service of distribution that needs can not repeat them here referring to the corresponding description of the pairing method part of Fig. 4.
Shown in Figure 12 A, on which receiver, disposed Gap in order to dispose Gap and informing base station, this also comprises user equipment (UE): Gap dispensing unit 25 is used to the determined receiver configuration of receiver determining unit Gap; First transmitting element 26 is used for sending first response message to the base station, the receiver information of carrying the Gap configuration information in described first response message and need carry out the Gap configuration.
Perhaps, shown in Figure 12 B, the UE decision is disposed on which receiver, but do not dispose Gap, this moment this user equipment (UE) this also comprise: second transmitting element 27, be used for sending second response message, carry the receiver information that to carry out the Gap configuration in described second response message, make described base station carry out the receiver information configuration Gap of Gap configuration according to described needs to the base station.
Perhaps, shown in Figure 12 C, this user equipment (UE) also comprises: the 3rd transmitting element 28, be used for sending the 3rd response message to the base station, and comprise the indication information of request configuration Gap in described the 3rd response message; Described the 3rd response message is received in follow-up described base station, service relation according to described receiver and CC, definite needs carry out the receiver of Gap configuration, determined receiver information is sent to UE, described the 3rd response message is received in perhaps described base station, send Gap and dispose, determine to carry out the receiver of Gap configuration after described UE receives, determined receiver information is sent to the base station to described UE.
Wherein, the receiver information that above-mentioned first transmitting element 26 and second transmitting element 27 carry comprises: need carry out the ID of the receiver of Gap configuration, perhaps, need carry out all CC that the receiver of Gap configuration is served.If this receiver information comprises the ID of receiver, then subsequent base stations just can be known during Gap according to the ID of receiver and the service relation of each receiver and CC, has not dispatched the data of UE on which CC; If receiver information comprises all CC that served on the receiver that need carry out the Gap configuration, then subsequent base stations does not need to know the service relation of each receiver and CC, but the data that the CC that carries in first response message or second response message does not dispatch UE on (promptly needing to carry out all CC that the receiver of Gap configuration is served).Wherein, the Gap configuration information comprises: the zero hour of Gap under the pattern of Gap and the associative mode; Specifically, do not repeat them here referring to the explanation of method appropriate section.
The embodiment of the invention is before configuration Gap, obtain the service relation of receiver and CC, like this when needs carry out different-frequency measure or deexcitation measurement, service relation according to present receiving machine and CC determines whether needs configuration Gap, needn't directly give each receiver configuration Gap, can not cause the transfer of data of UE to interrupt.Further, owing to know the service relation of receiver and CC, thus just passable as long as on the receiver that has disposed Gap, do not dispatch the data of UE, on other receiver, can also dispatch the data of UE, so can not cause the transfer of data interruption of UE.
One of ordinary skill in the art will appreciate that all or part of step that realizes in the foregoing description method is to instruct relevant hardware to finish by program, described program can be stored in a kind of computer-readable recording medium, read-only memory for example, disk or CD etc.
More than clearance G ap collocation method and network element device that the embodiment of the invention provided are described in detail, used specific case herein principle of the present invention and execution mode are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that all can change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (16)
1. a clearance G ap collocation method is characterized in that,
User equipment (UE) or base station obtain the service relation of present receiving machine and member carrier CC; Described receiver is the receiver on the UE;
UE or base station need to determine whether configuration Gap according to the ability of service relation and the receiver of present receiving machine and CC;
When determining to need configuration Gap, the receiver of Gap configuration is determined to carry out in UE or base station, service relation according to present receiving machine and CC, on carrying out CC that the receiver of Gap configuration serves, needs do not transmit the data of UE, the data of transmission UE on the CC that the receiver that does not need to carry out the Gap configuration is served.
2. method according to claim 1 is characterized in that,
The service relation that obtains present receiving machine and member carrier CC comprises:
The ability of each receiver is gone up according to UE in the base station, is defined as the current receiver that needs the CC service that distributes, and obtaining is the current receiver and the current service relation that needs the CC of distribution that needs the CC service that distributes; The service relation of described present receiving machine and member carrier CC comprises the service relation of the CC of the receiver of the described CC service that distributes for current needs and the distribution of current needs;
Perhaps,
The base station receives the resource reconfiguration that UE reports and finishes message, and described resource reconfiguration is finished the current receiver information that needs the CC service that distributes that is of carrying in the message that described UE determines; Finish message according to described resource reconfiguration, obtain to be current receiver that needs the CC service that distributes and the described current service relation that needs the CC that distributes, the service relation of described present receiving machine and member carrier CC comprises the service relation of the CC of described receiver of serving for the CC of current needs distribution and the distribution of current needs.
3. method according to claim 2 is characterized in that,
Described base station is defined as the current receiver of the CC service of distribution that needs and comprises according to the ability that UE goes up each receiver:
The ability of each receiver and the service relation of existing receiver and CC are gone up according to UE in the base station, are defined as the current receiver that needs the CC service of distribution;
Perhaps,
Ability, existing receiver and the CC of each receiver are gone up in the base station according to UE service relation and receiver resources distribute priority, are defined as the current receiver that needs the CC service of distribution.
4. method according to claim 2 is characterized in that,
The service relation that obtains present receiving machine and member carrier CC also comprises:
The base station is utilized as current receiver and the service relation of the current CC that need distribute and the service relation of described existing receiver and CC that needs the CC service of distribution, obtains the service relation of present receiving machine and member carrier CC.
5. according to each described method of claim 2-4, it is characterized in that,
After the receiver that is defined as the current CC service that need distribute, this method also comprises:
It is the current receiver information that needs the CC service of distribution that described base station sends determined to UE.
6. according to each described method of claim 1-4, it is characterized in that,
Wherein, the ability of receiver comprises: the CC number that frequency range that receiver is supported and receiver are supported;
According to the ability of service relation and the receiver of present receiving machine and CC, need to determine whether configuration Gap to be specially:
The base station is according to the ability of service relation and the receiver of present receiving machine and CC, determine the current the receiver whether frequency that is in idle condition and supports to measure is arranged, determine current whether to some extent the CC number of service and support the receiver of the frequency that will measure less than the CC number of being supported;
If the current receiver that the frequency that is in idle condition and supports to measure is arranged, perhaps the CC number of service determines not need to dispose Gap less than the CC number of being supported and support the receiver of the frequency that will measure to some extent;
If the receiver of the current frequency that is not in idle condition and supports to measure, and do not have the CC number of being served less than the CC number of being supported and support the receiver of the frequency that will measure, need to determine configuration Gap.
7. method according to claim 1 is characterized in that,
The service relation that obtains present receiving machine and member carrier CC comprises:
UE receives the resource reconfiguration message that the base station sends, and carries definite present receiving machine in base station and the service relation of CC in the described resource reconfiguration message;
Perhaps, UE receives the resource reconfiguration message that the base station sends, carry the receiver information that the base station is determined in the described resource reconfiguration message for the current CC service that need distribute, according to described receiver information, obtaining is current receiver and the described current service relation that needs the CC of distribution that needs the CC service of distribution, and the service relation of described present receiving machine and CC comprises: the service relation of the CC that receiver that the CC that distributes for current needs serves and described current needs distribute;
Perhaps,
UE distributes priority according to service relation and the receiver resources of the ability of each receiver, existing receiver and CC, be defined as the current receiver that needs the CC service of distribution, be utilized as current receiver and the described current service relation that needs the CC of distribution that needs the CC service of distribution, with the service relation of existing receiver and CC, obtain the service relation of present receiving machine and CC.
8. method according to claim 1 is characterized in that,
After determining to carry out the receiver of Gap configuration, this method also comprises: UE is determined receiver configuration Gap, send first response message to the base station, the receiver information of carrying the Gap configuration information in described first response message and need carry out the Gap configuration;
Perhaps,
After determining to carry out the receiver of Gap configuration, this method also comprises: UE sends second response message to the base station, carries the receiver information that need carry out the Gap configuration in described second response message.
9. method according to claim 8 is characterized in that,
Described receiver information comprises: need carry out the ID of the receiver of Gap configuration, perhaps, need carry out the CC that the receiver of Gap configuration is served.
10. according to claim 2 or 7 described methods, it is characterized in that the described current CC that distributes that needs comprises with the next item down or combination:
When needs increased CC, the described current CC that need distribute was the described CC that needs increase;
When the base station switching takes place in UE, employed CC when the described current CC that need distribute is UE incision target BS;
When needs carried out different-frequency measure, the described current CC that needs to distribute was for needing the frequency of measurement;
When needs carried out the measurement of deexcitation carrier wave, the described current CC that needs to distribute was for needing the deexcitation carrier wave of measurement;
When the UE initial access network, the described current CC that need distribute is the CC that the UE initial access network is adopted.
11. method according to claim 1 is characterized in that,
Described determining whether need be specially by configuration Gap:
UE need to determine whether configuration Gap;
After determining whether to need configuration Gap, this method also comprises: described UE sends the 3rd response message to the base station, comprises the indication information of request configuration Gap in described the 3rd response message.
12. a network element device is characterized in that, comprising:
The service relation acquiring unit is used to obtain the service relation of present receiving machine and member carrier CC; Described receiver is the receiver on the user equipment (UE);
Gap disposes determining unit, is used for the ability according to service relation and the receiver of present receiving machine and CC, need to determine whether configuration clearance G ap;
The receiver determining unit is used for after Gap configuration determining unit is determined needs configuration Gap the receiver of determining to carry out the Gap configuration;
Control unit is used for the service relation according to present receiving machine and CC, does not transmit the data of UE on needs carry out CC that the receiver of Gap configuration serves, the data of transmission UE on the CC that the receiver that does not need to carry out the Gap configuration is served.
13. equipment according to claim 12 is characterized in that,
Described network element device is the base station;
Described service relation acquiring unit is used for going up according to UE the ability of each receiver, is defined as the current receiver that needs the CC service that distributes, and obtaining is the current receiver and the current service relation that needs the CC of distribution that needs the CC service that distributes; The service relation of described present receiving machine and member carrier CC comprises the service relation of the CC of the receiver of the described CC service that distributes for current needs and the distribution of current needs;
Perhaps,
Described service relation acquiring unit is used for finishing message from the resource reconfiguration that UE reports and obtains the receiver information that the definite CC that distributes for current needs of UE serves; Finish message according to described resource reconfiguration, obtain to be current receiver that needs the CC service that distributes and the described current service relation that needs the CC that distributes, the service relation of described present receiving machine and member carrier CC comprises the service relation of the CC of described receiver of serving for the CC of current needs distribution and the distribution of current needs.
14. equipment according to claim 13 is characterized in that,
Described service relation acquiring unit, be used for going up the ability of each receiver and the service relation of existing receiver and CC according to UE, perhaps, service relation and the receiver resources of going up ability, existing receiver and the CC of each receiver according to UE distribute priority, be defined as the current receiver that needs the CC service of distribution, obtain to be the receiver of the current CC service that need distribute and the service relation of the current CC that need distribute; Be utilized as current receiver and the service relation of the current CC that need distribute and the service relation of existing receiver and CC that needs the CC service of distribution, obtain the service relation of present receiving machine and member carrier CC.
15. equipment according to claim 13 is characterized in that, also comprises:
Transmitting element is used for sending the receiver information that the definite CC that distributes for current needs of described service relation acquiring unit serves to UE.
16. equipment according to claim 12 is characterized in that,
Described network element device is UE;
Described UE also comprises:
The Gap dispensing unit is used to the determined receiver configuration of receiver determining unit Gap;
First transmitting element is used for sending first response message to the base station, the receiver information of carrying the Gap configuration information in described first response message and need carry out the Gap configuration;
Perhaps, described UE also comprises:
Second transmitting element is used for sending second response message to the base station, carries the receiver information that need carry out the Gap configuration in described second response message.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010213677.5A CN102300202B (en) | 2010-06-22 | 2010-06-22 | Interval configuration method and network element equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010213677.5A CN102300202B (en) | 2010-06-22 | 2010-06-22 | Interval configuration method and network element equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102300202A true CN102300202A (en) | 2011-12-28 |
| CN102300202B CN102300202B (en) | 2014-03-12 |
Family
ID=45360300
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010213677.5A Active CN102300202B (en) | 2010-06-22 | 2010-06-22 | Interval configuration method and network element equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102300202B (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015117266A1 (en) * | 2014-02-07 | 2015-08-13 | Nokia Technologies Oy | Method and apparatus for network-user equipment synchronization of interruption gaps |
| CN107005861A (en) * | 2015-04-24 | 2017-08-01 | 华为技术有限公司 | A kind of different-frequency measuring method and device |
| CN107637120A (en) * | 2015-04-09 | 2018-01-26 | 英特尔Ip公司 | The signaling of the measurement gap configuration of enhancing based on each component carrier |
| WO2019014850A1 (en) * | 2017-07-18 | 2019-01-24 | Oppo广东移动通信有限公司 | Inter-frequency/inter-system measurement method, terminal device, and network device |
| CN110537375A (en) * | 2017-05-16 | 2019-12-03 | 英特尔Ip公司 | Small―gap suture (NCSG) signaling of every UE network-control |
| CN111247852A (en) * | 2017-08-10 | 2020-06-05 | 苹果公司 | Method and apparatus for measuring gap configuration |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1750700A (en) * | 2004-09-14 | 2006-03-22 | 中兴通讯股份有限公司 | Mobile terminal measuring control method in multiple carrier frequency small region and multiple small region |
-
2010
- 2010-06-22 CN CN201010213677.5A patent/CN102300202B/en active Active
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1750700A (en) * | 2004-09-14 | 2006-03-22 | 中兴通讯股份有限公司 | Mobile terminal measuring control method in multiple carrier frequency small region and multiple small region |
Non-Patent Citations (2)
| Title |
|---|
| LG ELECTRONICS INC.: "Discussion on Measurement for CA", 《3GPP TSG-RAN WG2 #66BIS DOCUMENTS》, 3 July 2009 (2009-07-03) * |
| NOKIA, NOKIA SIEMENS NETWORKS: "Need for measurement gaps with carrier aggregation", 《3GPP TSG-RAN WG4 AD HOC MEETING #10-02 DOCUMENTS》, 16 April 2010 (2010-04-16) * |
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015117266A1 (en) * | 2014-02-07 | 2015-08-13 | Nokia Technologies Oy | Method and apparatus for network-user equipment synchronization of interruption gaps |
| CN106465165A (en) * | 2014-02-07 | 2017-02-22 | 诺基亚技术有限公司 | Method and apparatus for network-user equipment synchronization of interruption gaps |
| CN106465165B (en) * | 2014-02-07 | 2019-12-10 | 诺基亚技术有限公司 | Method and apparatus for network-user equipment synchronization of interruption gaps |
| CN107637120A (en) * | 2015-04-09 | 2018-01-26 | 英特尔Ip公司 | The signaling of the measurement gap configuration of enhancing based on each component carrier |
| CN107637120B (en) * | 2015-04-09 | 2022-03-18 | 苹果公司 | Signaling based on enhanced measurement gap configuration per component carrier |
| CN107005861A (en) * | 2015-04-24 | 2017-08-01 | 华为技术有限公司 | A kind of different-frequency measuring method and device |
| CN110537375A (en) * | 2017-05-16 | 2019-12-03 | 英特尔Ip公司 | Small―gap suture (NCSG) signaling of every UE network-control |
| CN110537375B (en) * | 2017-05-16 | 2022-08-02 | 苹果公司 | Network controlled small gap per UE (NCSG) signaling |
| WO2019014850A1 (en) * | 2017-07-18 | 2019-01-24 | Oppo广东移动通信有限公司 | Inter-frequency/inter-system measurement method, terminal device, and network device |
| US11212690B2 (en) | 2017-07-18 | 2021-12-28 | Shenzhen Heytap Technology Corp., Ltd. | Inter-frequency/inter-system measurement method, terminal device, and network device |
| CN111247852A (en) * | 2017-08-10 | 2020-06-05 | 苹果公司 | Method and apparatus for measuring gap configuration |
| CN111247852B (en) * | 2017-08-10 | 2023-10-20 | 苹果公司 | Method and apparatus for measuring gap configuration |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102300202B (en) | 2014-03-12 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103222326B (en) | Use the apparatus and method of the cognitive predictability resource selection of scheduler behavior in a communications system | |
| US9351215B2 (en) | Terminal handover | |
| CN1926787B (en) | Method and apparatus for allocating channels in an orthogonal frequency division multiple access system | |
| US8934905B2 (en) | Multimode terminal and method for relaying mobile communication using the same | |
| CN107079451B (en) | Resource controller for resource management in a telecommunications network | |
| CN102300202B (en) | Interval configuration method and network element equipment | |
| JP2001251658A (en) | Hand-over control method and system | |
| MX2008014359A (en) | Method and arrangement for handover in a radio access network. | |
| CN103581918A (en) | Component carrier configuration method, base station and user equipment | |
| CN101682853A (en) | Gap support measuring method | |
| CN101453745A (en) | Measurement method, transparent relay and base station in cell switching process | |
| CN101272608A (en) | Interception reference signal transmission method and device | |
| EP2464159B1 (en) | Method, system and device for reporting uplink pilot interference | |
| KR101902343B1 (en) | Network device and user device and methods thereof | |
| CN104735785A (en) | Data transmission method, device, system and related equipment | |
| JP2014131240A (en) | Method for controlling transmission of buffer status report, user device, and wireless communication system | |
| CN102256258B (en) | Allocation method for carrier frequency resource and allocation device for carrier frequency resource | |
| JP6541289B2 (en) | Carrier selection method and device in carrier aggregation technology | |
| CN103959879A (en) | Wireless resource administration unit | |
| CN101300765A (en) | Wireless communication base station apparatus, wireless communication mobile station apparatus, wireless communication method, and wireless communication system | |
| EP0837616A2 (en) | Mobile communication system | |
| CN107710816B (en) | Load balancing method and device | |
| KR20220054302A (en) | Multiple Simultaneous Bandwidth Portions for Cellular Network Base Stations | |
| KR20060047624A (en) | Method of reusing spreading codes | |
| KR20110058420A (en) | Method and apparatus for changing a serving base station in a mobile communication system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |