CN102932927B

CN102932927B - Wireless communications method, base station and terminal

Info

Publication number: CN102932927B
Application number: CN201110231569.5A
Authority: CN
Inventors: 张宏平
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2011-08-12
Filing date: 2011-08-12
Publication date: 2016-03-09
Anticipated expiration: 2031-08-12
Also published as: CN102932927A

Abstract

Embodiments provide wireless communications method, base station and terminal.Wherein, a kind of wireless communications method provided comprises: the base station belonging to community obtains UE to the tenability information of carrier wave section; Be that described UE determines carrier wave section configuration information according to the tenability information of described acquisition and the carrier wave section configuration information of described community; The described carrier wave section configuration information determined is handed down to described UE.The embodiment of the present invention achieves the communication that base station and UE carry out carrier wave segment information, thus base station and UE is communicated in carrier wave section be provided with possibility.

Description

Wireless communications method, base station and terminal

Technical field

The embodiment of the present invention relates to wireless communication technology field, particularly relates to wireless communications method, base station and terminal (UserEquipment, UE).

Background technology

In LTE system, consider the reason such as test complexity, physical layer channel design, the bandwidth of community is not that arbitrary value can configure, and must be configured to one of 6 kinds of cellular standards bandwidth of LTE protocol regulation.But the bandwidth that some operator possible applies for not is one of above-mentioned 6 kinds of standard bandwidths, that such as apply for is 12M, then can only use at most and be less than and immediate standard bandwidth 10M, and other 2M bandwidth causes the waste of frequency spectrum resource because not using.

In addition, in order to the performance requirement of satisfied communication system of new generation, by disposing lower powered base station or transmitting/receiving node in macro base station (MacroeNodeB) coverage in systems in which, as micro-base station (microeNodeB), scytoblastema station (picoeNodeB), Home eNodeB (HomeeNodeB), relay station (RelayeNodeB), the access points (accesspoint) such as remote radio front end (RRH), the hot spot region that can strengthen in macro base station coverage covers, indoor blind spot covers, the cell edge covering that macro base station is administrative, and promote community average throughput, cell edge throughput, the uplink/downlink availability of frequency spectrum etc. of community.The transmit power level of each network node may be different, may overlap be there is in the coverage of each node, in order to improve the spectrum utilization efficiency of system, low power base station and macro base station can be made further to carry out spectrum reuse wholly or in part, or use close frequency spectrum.Like this, between each node just may there is interference in signal transmission.Control channel, mainly Physical Downlink Control Channel (PDCCH) carrying over the whole width, and interference can affect the performance of control channel or data channel Channel Detection and the reliability of transmission.Control channel is more important compared to data channel, and therefore the interference of control channel is more urgently to be resolved hurrily.

In order to solve above mentioned problem, the spectrum efficiency of further raising system and user throughput, reduce interference effect, and carrier wave section (CarrierSegment) is suggested in enhancing LTE (LTE-A) system as a kind of technology.Carrier wave section is the frequency band expanded on standard bandwidth basis, and as shown in Figure 1, the subdistrict frequency band that bandwidth is B comprises the frequency band (bandwidth is standard bandwidth B0) of the standard bandwidth shown in dash area and the extending bandwidth of standard bandwidth frequency band both sides.The extending bandwidth section of comprising 1 (Segment1) and section 2 (Segment2) in Fig. 1, section 1 and section 2 are the aforementioned carrier wave section mentioned.

For support LTERel8/9 agreement, and do not support the UE of LTERel-10 agreement, be Rel8/9UE hereinafter referred to as this UE, standard bandwidth frequency band can only be used, and carried out accessing and transfer of data by the Rel8/9 cell carrier of this standard bandwidth frequency band as a standard, PDCCH is carried on the wide band each several part of this index zone.Carrier wave section, comprises Segment1 and Segment2, does not carry PDCCH, can not be used by Rel8/9UE.

As can be seen from the above description, carrier wave section is the extending bandwidth of a backward compatibility, and carrier wave section still belongs to the frequency range of this community, can not be independent.The introducing of carrier wave section, the support of community to nonstandard bandwidth is made to become possibility, namely in whole non-standard frequency band, mark off the community of frequency band as Rel8/9 compatibility of a standard bandwidth, the part of both sides is as expansion, do not support the UE of carrier wave section like this, such as Rel8/9UE, the resource on compatible community can be used, and support that the UE of carrier wave section is except can using the resource on compatible community, the carrier wave section resource that both sides can also be used to expand, thus the frequency spectrum resource of operator can be utilized more fully, and because the resource of additional extension part does not carry PDCCH, therefore the expense of control signal is also reduced, thus lifting spectrum efficiency.

In current LTE standard, only propose the concept of carrier wave section, discuss the feature of carrier wave section.But how to realize this feature in a network also not relate to.

Summary of the invention

Provide wireless communications method, base station and terminal, the communication of carrier wave segment information can be carried out with UE to make base station.

A kind of wireless communications method provided comprises:

Base station belonging to community obtains UE to the tenability information of carrier wave section;

Be that above-mentioned UE determines carrier wave section configuration information according to the tenability information of above-mentioned acquisition and the carrier wave section configuration information of above-mentioned community;

The above-mentioned carrier wave section configuration information determined is handed down to above-mentioned UE.

The another kind of wireless communications method provided comprises:

Terminal UE obtains the carrier wave section configuration information of community;

The carrier wave section tenability information that above-mentioned UE determines for above-mentioned community according to self to the carrier wave section configuration information of the tenability information of carrier wave section and the community of above-mentioned acquisition;

By above-mentioned that determine, give the base station belonging to above-mentioned community for the carrier wave section tenability information reporting of above-mentioned community.

A kind of base station provided comprises:

Acquiring unit, for obtaining the tenability information of UE to carrier wave section;

Carrier wave section dispensing unit, the carrier wave section configuration information for the information that obtains according to above-mentioned acquiring unit and jurisdiction district, above-mentioned base station is that above-mentioned UE determines carrier wave section configuration information;

Transmitting element, is handed down to above-mentioned UE for the carrier wave section configuration information determined by above-mentioned carrier wave section dispensing unit.

A kind of terminal provided comprises:

Receiving element, for receiving the carrier wave section configuration information of the jurisdiction district, above-mentioned base station that base station issues;

Processing unit, determines the carrier wave section tenability information for above-mentioned community for the carrier wave section configuration information of community that receives according to above-mentioned receiving element and the tenability information of above-mentioned UE to carrier wave section;

Transmitting element, for above-mentioned processing unit is determined, for the carrier wave section tenability information reporting of above-mentioned community to the base station belonging to above-mentioned community.

The wireless communications method of the embodiment of the present invention, base station and terminal, UE is obtained to the tenability information of carrier wave section by base station, and be that UE determines carrier wave section configuration information according to the carrier wave section configuration information of the information obtained and community, or the carrier wave section configuration information of community is obtained by UE, and according to self the tenability information of carrier wave section and the information of acquisition determined and report carrier wave section tenability information, achieve the communication that base station and UE carry out carrier wave segment information, thus base station and UE are communicated in carrier wave section be provided with possibility.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of carrier wave section in prior art;

Fig. 2 is the flow chart of wireless communications method embodiment 1 of the present invention;

Fig. 3 is the flow chart of wireless communications method embodiment 2 of the present invention;

Fig. 4 is the flow chart of wireless communications method exemplary preferred embodiment 1 of the present invention;

Fig. 5 is the UE access process figure in wireless communications method exemplary preferred embodiment 1 of the present invention;

Fig. 6 is the UE switching flow figure in wireless communications method exemplary preferred embodiment 1 of the present invention;

Fig. 7 is the flow chart of wireless communications method exemplary preferred embodiment 2 of the present invention;

Fig. 8 is the flow chart of wireless communications method exemplary preferred embodiment 4 of the present invention;

Fig. 9 is a kind of structural representation of base station embodiment of the present invention;

Figure 10 is the another kind of structural representation of base station embodiment of the present invention;

Figure 11 is the structural representation of terminal embodiment of the present invention.

Embodiment

For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

Wireless communications method embodiment 1

As shown in Figure 2, the flow chart of a wireless communications method of the present invention embodiment, comprises the steps:

Step 201, base station obtain UE to the tenability information of carrier wave section.

Carrier wave section mentioned in various embodiments of the present invention, is the carrier wave section proposed in the LTE standard introduced in background technology, the frequency band namely expanded on standard bandwidth basis.

Whether the tenability information of UE to carrier wave section comprises any one or wherein multinomial arbitrarily combination in any in following four contents: support, the frequency range of support, the extending bandwidth bandwidth of support, the carrier wave section propagation direction etc. of support.Wherein, whether support to refer to whether support carrier wave section, its value is for being or no; The frequency range supported refers to the carrier wave section supported in which radio band, its value is one or more radio band, if radio band is Band3 (frequency range is 1805MHz-1880MHz), Band8 (frequency range is 925MHz-960MHz) etc.; The bandwidth of the extending bandwidth supported refers to the bandwidth of the unilateral extension frequency band of support; The carrier wave section propagation direction supported refers to supports how extension standards frequency band, and its value is for supporting top expansion, supporting below expansion or support both sides expansion.Do not comprise in tenability information and whether support this, and when comprising other, acquiescence UE supports carrier wave section.

Above-mentioned tenability information only comprise whether support this time, mean UE with network side default configuration identical carrier wave section, namely once support, its frequency range supported, extending bandwidth bandwidth and support how to expand and arrange all identical, or mean the carrier wave section allocation plan (this part scheme will be described in detail in embodiment of the method 2) that information that UE has issued according to network side determines self and supports or do not support community; If above-mentioned tenability information only comprises the frequency range of support, be then defaulted as UE and support carrier wave section, for all the other carrier wave section relevant informations, as extending bandwidth bandwidth and support how to expand setting, network side and UE have all given tacit consent to and have employed identical configuration; If above-mentioned tenability only comprises the extending bandwidth bandwidth of support, or when only comprising the carrier wave section propagation direction of support, realize with reference to the frequency range situation only comprising support; If only comprise any two except whether supporting, then for do not comprise, another except whether supporting one, network side and UE acquiescence adopt identical configuration.

The tenability information of above-mentioned UE to carrier wave section can be carried in newly-increased message, also can be carried in existing message, by the carrying of newly-increased cell or the specific bit carrying by newly specifying in existing cell.

Base station obtains the tenability information of UE to carrier wave section and can comprise: above-mentioned base station obtain UE report base station, UE is to the tenability information of carrier wave section.In this case, above-mentioned base station can be the base station belonging to above-mentioned UE Serving cell, or under polymerization carrier wave scene, the base station belonging to UE main plot (PrimaryCell, PCell).

Above-mentioned base station obtains the tenability information of UE to carrier wave section and also can comprise: above-mentioned base station is from Mobility Management Entity (MobilityManagementEntity, MME) obtain UE to the tenability information of carrier wave section, the tenability information of the UE in above-mentioned MME to carrier wave section is that UE reports in process at access capability and reports MME.

Above-mentioned base station obtains the tenability information of UE to carrier wave section and can also comprise: above-mentioned base station as the target BS switched, to obtain in handoff procedure from the message that source base station sends.

Above-mentioned UE reports base station, above-mentioned UE: the tenability information to carrier wave section that above-mentioned UE self preserves.

Here it should be noted that, UE is relevant with the hardware of UE to the tenability of carrier wave section, so can preserve the tenability information of this UE to carrier wave section according to the support situation of its hardware to carrier wave section in UE.

Above-mentioned UE report base station, UE to the tenability information of carrier wave section also can be: above-mentioned UE self preserve in the tenability information of carrier wave section, the information relevant to the frequency range of above-mentioned community.The frequency range of community mentioned here can be that UE obtains from the system broadcast message of Serving cell, in this case, and the base station of above-mentioned base station belonging to Serving cell; The frequency range of community mentioned here also can be the message that UE receives the transmission belonging to main plot, this message comprises the frequency range of the auxiliary community of carrying out carrier aggregation, the frequency range of the auxiliary community that UE obtains from this message, in this case, the base station of above-mentioned base station belonging to the auxiliary community of UE (belonging to above-mentioned main plot can be same base station with the base station belonging to auxiliary community); The frequency range of community mentioned here can also be, UE receives the message of the source base station transmission switched, this message comprises the frequency range of the Target cell of switching, or comprise the frequency range of the target main plot of switching and the frequency range of the auxiliary community of target, in this case, the base station of above-mentioned reception UE reporting information is the target BS switched, the base station namely belonging to above-mentioned Target cell, or the base station belonging to above-mentioned target main plot.

Above-mentioned UE reports base station, above-mentioned UE: the carrier wave section configuration information of the tenability information to carrier wave section that UE preserves according to self and community determine self for the carrier wave section tenability information of this community.Similar with above-mentioned band information, here cell carrier section configuration information also can be the carrier wave section configuration information of UE Serving cell, the carrier wave section configuration information of auxiliary community, the target cell carrier section configuration information of switching of polymerization carrier wave, or the target main plot switched and the carrier wave section configuration information of auxiliary community, the base station of the information that the base station issuing above-mentioned carrier wave section configuration information be specifically related to and reception UE report, identical with the base station receiving UE reporting information with the base station issuing community frequency range mentioned in the preceding paragraph.

Step 202, base station are that above-mentioned UE determines carrier wave section configuration information according to the carrier wave section configuration information of the UE of above-mentioned acquisition to the tenability information of carrier wave section and community.

Whether the base station belonging to community is known is this cell configuration carrier wave section, if be configured with carrier wave section, also can preserve other carrier wave section configuration informations of community in base station, comprise any one or combination multiple arbitrarily in the carrier wave section propagation direction (i.e. bilateral expansion, one-sided upwards expand or one-sided downward expansion) of the frequency range of configuration, the extending bandwidth bandwidth (one-sided bandwidth of the carrier wave section of expansion) of configuration and configuration.

In this step, base station judges whether to exist the carrier wave section above-mentioned UE and above-mentioned community jointly supported according to the carrier wave section configuration information of the tenability information of above-mentioned acquisition and above-mentioned community, if so, then determine that carrier wave section configuration information is the information of the carrier wave section that above-mentioned UE and above-mentioned community are supported jointly for above-mentioned UE; Otherwise, for above-mentioned UE determines that carrier wave section configuration information does not configure.

Below to being that above-mentioned UE determines that carrier wave section configuration information further describes according to the carrier wave section configuration information of above-mentioned UE to the tenability information of carrier wave section and above-mentioned community.

For above-mentioned UE determine carrier wave section configuration information time, the most complicated implementation is that the tenability information of carrier wave section comprises above-mentioned four contents mentioned, the carrier wave section configuration information of community also comprise whether configure, the frequency range that configures, configuration carrier wave section propagation direction four contents of extending bandwidth bandwidth sum configuration.Below be only described in detail this implementation, the tenability information of all the other carrier wave sections comprises any one or more implementation, simplifies can obtain with reference to following implementation.

This step can be that namely base station performs in the tenability information of acquisition UE to carrier wave section, do not consider whether current be UE data dispatching, follow-up when being UE data dispatching, again by the QoS of base station according to UE, the resource congestion situation etc. of standard bands part determines whether at carrier wave Duan Shangwei UE data dispatching, and is UE data dispatching in which position of carrier wave section.Base station when dispatching, only to the resource be configured with in the UE distributing carrier wave section of carrier wave section.

Then after acquisition UE is to the tenability information of carrier wave section, namely base station can be that above-mentioned UE determines carrier wave section configuration information according to the carrier wave section configuration information of UE to the tenability information of carrier wave section and community.Particularly, when determining carrier wave section configuration information for UE, do not support if base station determines that the tenability information of UE to carrier wave section comprises, or base station determines that the carrier wave section configuration information of community comprises not configuration, or base station determines that UE does not support the carrier wave section into cell configuration, then not for UE configures carrier wave section; Otherwise, for UE configures carrier wave section.Above-mentioned UE does not support that the situation of the carrier wave section for cell configuration comprises: the frequency range that UE supports is not mated with the frequency range (can save as the band information of cell configuration in base station) for cell configuration, or UE only support to side expansion be cell configuration be only to opposite side expansion, or the bandwidth of extending bandwidth supported of UE is less than the bandwidth etc. of the extending bandwidth for cell configuration.During for UE configuration carrier wave section, carrier wave section UE and community jointly supported is configured to the carrier wave section of UE.

This step also can by base station performing for during UE data dispatching, then except determining according to the carrier wave section configuration information of above-mentioned UE to the tenability information of carrier wave section and community, also according to the collocation strategy arranged for above-mentioned UE determines carrier wave section configuration information.During specific implementation, first can determine the carrier wave section configuration information of the tenability information of carrier wave section and community according to above-mentioned UE, if determine as UE configures carrier wave section, then determine according to the collocation strategy arranged; Also first can determine according to collocation strategy, if determine as UE configures carrier wave section, then according to above-mentioned UE, the carrier wave section configuration information of the tenability information of carrier wave section and community be determined further.

Above-mentionedly according to collocation strategy determination carrier wave section configuration information can be: determine whether be that UE configures carrier wave section according to the QoS of UE and/or the resource congestion situation of cellular standards bandwidth frequency band.If the qos requirement of UE is high, and/or the resource of standard bands is more congested, then for UE configures carrier wave section; Otherwise, not for UE configures carrier wave section.

The carrier wave section configuration information determined for UE in this step comprises any one in the following or wherein multinomial arbitrarily combination: the carrier wave section propagation direction of the extending bandwidth bandwidth sum configuration of the frequency range whether configure, configured, configuration.

The carrier wave section configuration information determined for UE is handed down to above-mentioned UE by step 203, base station.

In this step, base station can connect in reconfiguration message at RRC and is designated as to UE the carrier wave section configuration information that UE determines.Corresponding to the carrier wave section tenability information that the carrier wave section configuration information that UE is handed down in base station can report with UE.Such as, if only comprise a certain item in the tenability that reports of UE, as whether supported, then also comprise corresponding one here, whether configure; If the tenability that UE reports comprises a few item, then also comprise corresponding several here.

After UE receives carrier wave section configuration information, if be wherein designated as UE to be configured with carrier wave section, then monitor the transfer of data in the carrier wave section of configuration.Here, if the carrier wave section configuration information that UE receives includes the carrier wave section propagation direction of the frequency range of configuration, the extending bandwidth bandwidth sum configuration of configuration, then the direct carrier wave section can determining to configure based on these information.If the carrier wave section configuration information that UE receives does not comprise above-mentioned three information, then all the other information UE determine according to the configuration of acquiescence.

Except the above-mentioned information corresponding with carrier wave section tenability information, center frequency point and/or Resource Block group (RadioBearerGroup can also be comprised in carrier wave section configuration information, RBG) granularity, the mode that mode and the existing UE of concrete UE application center frequency point and/or RBG granularity apply center frequency point in the band information that base station configures and/or RBG granularity is identical, repeats no more here.

By the above-mentioned flow process of the present embodiment, base station obtains the carrier wave section tenability information of terminal, and according to it for terminal carries out the configuration of carrier wave section, UE can be communicated in carrier wave section with base station.

Wireless communications method embodiment 2

The difference of the present embodiment and embodiment 1 is, embodiment 1 is set forth from the scheme of base station side to the embodiment of the present invention, and the present embodiment is set forth from the scheme of end side to the embodiment of the present invention.But two embodiments there is no inevitable dependence, and namely the scheme of two embodiments can be independently.

As shown in Figure 3, the flow chart of another embodiment of wireless communications method of the present invention, comprises the steps:

Step 301, UE obtain the carrier wave section configuration information of community.

Here, the carrier wave section configuration information of UE acquisition community can comprise:

Above-mentioned UE receives the system broadcast message of Serving cell, obtains the carrier wave section configuration information of above-mentioned Serving cell from this message;

Or can comprise: above-mentioned UE receives the message of the transmission belonging to main plot, and this message comprises the carrier wave section configuration information of the auxiliary community of carrying out carrier aggregation, and UE obtains the carrier wave section configuration information of above-mentioned auxiliary community from this message;

Or can comprise: above-mentioned UE receives the message that source base station sends, and this message comprises the carrier wave section configuration information of switching target small area;

Or can comprise: above-mentioned UE receives the message that source base station sends, this message comprises the carrier wave section configuration information switching target main plot and the auxiliary community of target.

Identical with said method embodiment 1, whether the carrier wave section configuration information of above-mentioned community comprises any one in the following or wherein multinomial arbitrarily combination: configure, the frequency range of configuration, the extending bandwidth bandwidth of configuration, the carrier wave section propagation direction of configuration.

When only comprising the frequency range one of configuration in the carrier wave section configuration information of above-mentioned community, when namely UE only obtains the band information of community, band information here can be the band information carried in existing message.In other situations, the carrier wave section configuration information of community can be that the message that base station is passed through to increase newly sends, and also can be that base station is by cell newly-increased in existing message carrying or the specific bit carrying by newly specifying in existing cell.

The carrier wave section tenability information that step 302, UE determine for this community according to self to the carrier wave section configuration information of the tenability information of carrier wave section and the community of above-mentioned acquisition;

The tenability information of above-mentioned UE to carrier wave section is identical with said method embodiment 1, comprises any one in the following or wherein multinomial arbitrarily combination: whether support, the frequency range of support, the extending bandwidth bandwidth of support, the carrier wave section propagation direction of support.

In this step, UE determines that the scheme of the carrier wave section configuration information of information and the community reported according to UE for concrete scheme and the base station in embodiment 1 of the carrier wave section tenability of community is consistent, repeats no more here.

Similarly, whether the carrier wave section tenability information for community that UE determines also comprises any one in the following or wherein multinomial arbitrarily combination: support, the frequency range of support, the extending bandwidth bandwidth of support, the carrier wave section propagation direction of support.

The above-mentioned carrier wave section tenability information reporting determined is given the base station belonging to above-mentioned community by step 303, UE.

Corresponding with step 301, base station mentioned in this step can be base station belonging to Serving cell, the base station belonging to auxiliary community, the base station belonging to Target cell or target main plot and the base station belonging to auxiliary community.

UE by the scheme of the present embodiment by the carrier wave section tenability information reporting for community to base station after, base station can adopt the scheme of embodiment 1 to be that UE carries out the configuration of carrier wave section.

The carrier wave section configuration information of community is obtained by terminal in the above-mentioned flow process of the present embodiment, and report the carrier wave section tenability information for this community according to the carrier wave section configuration information of community, achieve the communication for carrier wave section between base station and UE, then subsequent base stations can be that UE carries out the configuration of carrier wave section according to the information of terminal to report, base station and UE is communicated in carrier wave section and is provided with possibility.

Wireless communications method embodiment of the present invention is set forth further below by way of several exemplary preferred embodiment.

Exemplary preferred embodiment 1

In the present embodiment, it reports the part of the tenability information of carriersegment as UE access capability by UE, makes base station obtain UE to the tenability information of carriersegment, and carries out decision-making to the carrier wave section collocation strategy of UE.

As shown in Figure 4, the present embodiment comprises the steps:

Step 401, using UE to the part of the tenability information of carriersegment as UE access capability, report machine-processed flow process to report base station by access capability.

Access capability reports machine-processed flow process as shown in Figure 5.Because this flow process and existing access capability report machine-processed flow process substantially identical, here be briefly described below: after UE start, the request of RRC connection establishment is sent to base station, initiate RRC connection establishment process, after base station receives the request of RRC connection establishment, send initial UE information (InitialUEMessage) message to MME; Return initial context after MME receives this message to base station and set up request (InitialContextSetupRequest) message, in this message, do not carry the access capability information of UE; After initial context process is carried out in base station, feed back initial context to MME and set up response (InitialContextSetupResponse); In addition, the initial context sent due to MME sets up the access capability information not carrying UE in request message, and base station also sends UE Capability query (UECapabilityEnquiry) message to UE; After UE receives UE capability enquiry message, obtain the access capability information of self, by UE ability information (UECapabilityInformation) message, the access capability information of acquisition is reported base station, access capability information here comprises the tenability information of UE to carrier wave section; After base station receives UE capability information message, the access capability information of the UE wherein carried is sent to MME by UE ability information instruction (UECapabilityInfoIndication) message; MME preserves the access capability information of the UE in this message after receiving UE ability information Indication message; After this, Connection Release; Initiate business at UE, communicate after carrying out RRC connection establishment process with UE, base station sends initial UE informational message to MME; MME sets up request message to base station feedback initial context, carries the access capability information of UE in this message, comprises the tenability information of UE to carrier wave section; Base station receives after initial context sets up request message, obtains and comprise the UE access capability information of UE to the tenability information of carrier wave section from this message.

By the flow process shown in Fig. 5, when initially accessing, base station can get the tenability information of UE to carriersegment.

Step 402, UE initiate service access to base station, and base station is that UE determines carrier wave section configuration information according to the tenability information of UE to carrier wave section.

The specific implementation of this step, with reference to abovementioned steps 202, repeats no more here.

Carrier wave section configuration information is handed down to UE by step 403, base station in RRC connection reconfiguration message.

After this, if base station is UE be configured with carrier wave section, base station and UE can carry out transfer of data in carrier wave section.

As shown in Figure 6, when switching, source base station will comprise the UE access capability information of UE to the tenability information of carrier wave section, be arranged in handover request (HANDOVERREQUEST) message and bring target BS (base station namely belonging to Target cell), therefore target BS also can get the tenability information of UE to carriersegment, thus also can according to the tenability information of UE to carriersegment when switching, and the strategy (collocation strategy as mentioned in abovementioned steps 202) of itself determines whether the carrier wave section configuring Target cell while switching to UE, and how to configure.Target BS is that the carrier wave section configuration information that UE determines can send to source base station by switching request response (HandoverRequestAcknowledge) message (carry RRC connection in this message and reshuffle (RRCConnectionReconfiguration) message), and it is that the carrier wave section configuration information that UE determines is handed down to UE that source base station connects reconfiguration message by target BS by RRC again.Then after switching completes, UE just can with target BS at carrier wave section transmitting data.

By the above-mentioned flow process of the present embodiment, achieve the communication that base station and UE carry out carrier wave section, if base station is UE be configured with carrier wave section, after communication, base station just can in the carrier wave section of configuration, be included on the frequency band of the standard bandwidth of carrier wave section and/or the frequency band of expansion, for UE data dispatching, then UE communicates according to the data of base station scheduling with base station in carrier wave section, thus network side and UE is communicated in carrier wave section be provided with possibility.

Exemplary preferred embodiment 2

In the present embodiment, the carrier wave section configuration information of community is carried in the system broadcast message of community, UE is according to the tenability information to carrier wave section in the system broadcast message of community, report self to the tenability information of carrier wave section to the base station belonging to above-mentioned community, instead of directly report self to the tenability information of carrier wave section.

As shown in Figure 7, the present embodiment comprises the steps:

Step 701, UE, before initial access, get the carrier wave section configuration information of this community by the system broadcast message reading community.

Step 702, UE are according to the carrier wave section configuration information of the community obtained and self is to the tenability information of carrier wave section, determine self support indication information to the carrier wave section of above-mentioned community.

In this step, UE determines self mode to the support indication information of the carrier wave section of above-mentioned community, with preceding sections, to the tenability information of carrier wave section and the carrier wave section configuration information of community, base station determines that the mode of the carrier wave section configuration information of UE is identical according to UE, repeat no more here.

Self, in RRC connection establishment process, is directly reported base station to the support indication information of above-mentioned cell carrier section by step 703, UE, particularly, can report in RRC connection setup complete message.

Here, the support indication information that UE reports is the subset of UE to the tenability information of carrier wave section, support only can comprise whether supporting one in indication information, also can comprise extended mode two information whether supported and support, can also comprise whether support, extended mode three information that the extending bandwidth bandwidth sum supported is supported.

Then base station is after receiving the support indication information that UE reports, and determines the carrier wave section configuration information of UE according to this indication information.Particularly, according to the whether support in this indication information, determine whether UE supports the carrier wave section of community.When supporting, if support indication information only comprises whether supporting one, the carrier wave section for UE configuration is the carrier wave section of community; If support that indication information also comprises the extending bandwidth bandwidth of support and/or the extended mode of support, then base station is UE configuration carrier wave section according to the carrier wave section configuration information further according to the extending bandwidth bandwidth of this support and/or the extended mode of support and community.

Base station, except the support indication information reported according to above-mentioned UE determines the carrier wave section configuration information of UE, can also be that UE determines carrier wave section configuration information further combined with the collocation strategy arranged in self.During specific implementation, the support indication information that can first report according to above-mentioned UE is determined, can configure carrier wave section, then determine further according to the collocation strategy arranged if determine for UE; Also first can determine according to collocation strategy, carrier wave section can be configured for UE if determine, then the support indication information reported according to above-mentioned UE further be determined.According to identical according to collocation strategy determination carrier wave section configuration information with abovementioned steps 202 of collocation strategy determination carrier wave section configuration information, repeat no more here.

In the present embodiment, if UE there occurs switching, then can realize UE and the communication of target BS to UE carrier wave section configuration information in the following way: target BS is by handover request ack message (carry in this message RRC be connected reshuffle (RRCConnectionReconfiguration) message), the carrier wave section configuration information of Target cell is sent to source base station, and source base station connects reconfiguration message by RRC again and the configuration information of the carrier wave section of Target cell is handed down to UE.Then UE can determine self support indication information to target cell carrier section according to the carrier wave section configuration information of Target cell and self to the tenability information of carrier wave section.And self is passed through handoff completion message to the support indication information of target cell carrier section, information reporting has been reshuffled to target BS as RRC connects, target BS determines the carrier wave section configuration information of UE according to the support indication information that UE reports, or determines the carrier wave section configuration information of UE further combined with collocation strategy.In this part scheme, further realize with reference to the aforementioned relevant programme in the present embodiment, repeat no more.

In the present embodiment, in handoff procedure, UE and target BS can also be realized in the following way to the communication of UE carrier wave section configuration information: target BS does not send the configuration information of the carrier wave section of Target cell to UE; The then frequency range of Target cell of UE by obtaining in handoff procedure, report self to the tenability information of carrier wave section according to this band information, specifically can at handoff completion message, as RRC to have reshuffled self in message the tenability information reporting of carrier wave section to target BS.Report self to the further realization of the tenability information scheme of carrier wave section according to community band information, reference exemplary preferred embodiment 3 below.The then tenability information to carrier wave section, the carrier wave section configuration information of determining UE that report according to UE of target BS, or the carrier wave section configuration information of UE is determined further combined with collocation strategy.

By the above-mentioned flow process of the present embodiment, achieve the communication that base station and UE carry out carrier wave segment information, if base station is UE be configured with carrier wave section, after communication, base station just can in the carrier wave section of configuration, be included on the frequency band of the standard bandwidth of carrier wave section and/or the frequency band of expansion, for UE data dispatching, then UE communicates according to the data of base station scheduling with base station in carrier wave section, thus network side and UE is communicated in carrier wave section be provided with possibility.

Exemplary preferred embodiment 3:

In the present embodiment, UE first obtains the frequency range of community, then reports self to the tenability information of carrier wave section according to the frequency range obtained, instead of directly reports self to the tenability information of carrier wave section.The UE related in the present embodiment is the UE supporting carrier wave section.

Before initial access, UE gets the frequency range of this community by the system broadcast message reading Serving cell, after this UE determines for Serving cell according to the community frequency range obtained the tenability information to carrier wave section, then in RRC connection establishment process, UE by self to the tenability information reporting to carrier wave section relevant to the frequency range of above-mentioned community in the tenability information of carrier wave section to base station.Particularly, can report in RRC connection setup complete message.

In handoff procedure, UE connects by the RRC received from source base station the band information that reconfiguration message obtains Target cell, after this determine the tenability information to carrier wave section for Target cell according to the Target cell frequency range obtained, and reshuffle information reporting to target BS by RRC connection.

In the present embodiment, above-mentioned Serving cell according to obtaining or Target cell frequency range determine the method for the tenability information to carrier wave section for Serving cell or Target cell, can be, the frequency range of such as community is 925MHz-935MHz, be positioned at Band8 (the channel scope of Band8 is 925MHz-960MHz), then check whether UE supports the carrier wave section of Band8, if supported, then determine to be exactly the carrier wave section tenability information of the correspondence of Band8 to the tenability information of carrier wave section for Serving cell or Target cell.

Here any one of following message or combination multinomial are arbitrarily comprised to the tenability information of carrier wave section: the width of extended frequency band, the extended mode etc. of support that above-mentioned community frequency range is corresponding.

The carrier wave section configuration information of the tenability information to carrier wave section that base station reports according to UE and community is that UE determines carrier wave section configuration information.

Here, base station is that UE determines that the scheme of carrier wave section configuration information realizes with reference to the associated description in abovementioned steps 202, repeats no more.

In the present embodiment, in handoff procedure, also can substitute to adopt in above-mentioned exemplary preferred embodiment 2 and mention, UE obtains the carrier wave section configuration information of Target cell, and determine that according to the carrier wave section configuration information of Target cell the scheme of the carrier wave section configuration information of self realizes.

Exemplary preferred embodiment 4:

The present embodiment relate to in carrier aggregation scene Xia Fu community to the configuration of the carrier wave section of UE.

As shown in Figure 8, the present embodiment comprises the steps:

The base station, place, main plot of step 801, UE is, after UE configuration increases Scell, connect the carrier wave section configuration information simultaneously also carrying this SCell in reconfiguration message at RRC.

Step 802, UE reshuffle connection message from RRC the carrier wave section configuration information obtaining SCell, and according to obtain information and self to the tenability information of carrier wave section, determine the tenability information of the carrier wave section for this SCell, then connect to have reshuffled in message at RRC and carry the above-mentioned information determined.

The information that step 803, base station report according to UE and the collocation strategy arranged in self, for UE determines carrier wave section configuration information.

Certainly, if the information that UE reports comprises the information of the carrier wave section not supporting SCell, then base station is without the need to further for UE determines carrier wave section configuration information, but directly completes this Reconfiguration Procedure according to existing mode, and only on the frequency band of SCell standard bandwidth, dispatches UE data.

By RRC, step 804, base station connect that reconfiguration message issues is carrier wave section configuration information that UE determines further.

Step 805, UE report RRC to reshuffle message to base station.

If step 806 base station is UE be configured with carrier wave section, then in this carrier wave section, dispatch UE data.

Exemplary preferred embodiment 5:

The present embodiment also relate to in carrier aggregation scene Xia Fu community to the configuration of the carrier wave section of UE, just do not change the message sending to UE belonging to existing main plot.

Then in the present embodiment, the base station, place, main plot of UE is that after UE configuration increases SCell, send RRC to UE and connect reconfiguration message, this message is identical with existing message, wherein carries the band information of SCell.UE reshuffles connection message from RRC the band information obtaining SCell, and according to obtain information and self to the tenability information of carrier wave section, determine self carrier wave section tenability information for auxiliary community, then connect to have reshuffled in message at RRC and carry the above-mentioned information determined.Base station connects the carrier wave section configuration information of having reshuffled information and the SCell carried in message by RRC according to UE, or further combined with the collocation strategy arranged in self, for UE determines carrier wave section configuration information.Follow-up implementation is identical with exemplary preferred embodiment 4, repeats no more here.

Exemplary preferred embodiment 6

In the present embodiment, after UE receives the message from base station, the information of wherein carrying is judged, to determine follow-up processing mode.

Here the message from base station that mentioned UE receives, it can be the serving cell system broadcast sent belonging to Serving cell, also can be the RRC connection reconfiguration message in handoff procedure, can also be that the RRC comprising auxiliary cell information that the base station belonging to UE main plot issues connects reconfiguration information, after then UE receives the message from base station, judge the carrier wave section configuration information (being different from the community band information in existing message) whether carrying proprietary community in this message, if, then according to above-mentioned exemplary preferred embodiment 2 or 4, execution is according to the carrier wave section configuration information of the community obtained and self is to the tenability information of carrier wave section, determine step and the subsequent step thereof of supporting indication information, otherwise, according to above-mentioned exemplary preferred embodiment 3 or 5, perform, according to community band information and self, step for the tenability information to carrier wave section of community and subsequent step thereof determined to the tenability information of carrier wave section.

By the scheme of the present embodiment, not only achieve the communication that base station and UE carry out carrier wave segment information, if base station is UE be configured with carrier wave section, after communication, base station just can in the carrier wave section of configuration, be included on the frequency band of the standard bandwidth of carrier wave section and/or the frequency band of expansion, for UE data dispatching, then UE communicates according to the data of base station scheduling with base station in carrier wave section, thus network side and UE is communicated in carrier wave section be provided with possibility; Also achieve the situation of UE according to the message received, determine the performed scheme of self adaptively, thus make UE can support to adopt the base station of different configuration.

In the various embodiments described above, the switching target small area related to, under polymerization carrier wave scene, comprises target main plot and the auxiliary community of target.

It is more than the explanation to wireless communications method embodiment of the present invention, one of ordinary skill in the art will appreciate that, the all or part of step realized in said method execution mode is that the hardware that can carry out instruction relevant by program has come, above-mentioned program can be stored in computer read/write memory medium, this program, when performing, can comprise the aforementioned content that the present invention is based on each execution mode of communication means of MIP technology.Here the alleged storage medium obtained, as: ROM/RAM, magnetic disc, CD etc.

Base station embodiment:

As shown in Figure 9, the base station that the embodiment of the present invention provides comprises:

Acquiring unit 91, for obtaining the tenability information of UE to carrier wave section.

Carrier wave section dispensing unit 92, the carrier wave section configuration information for the information that obtains according to above-mentioned acquiring unit 91 and jurisdiction district, above-mentioned base station is that above-mentioned UE determines carrier wave section configuration information.

Transmitting element 93, is handed down to above-mentioned UE for the carrier wave section configuration information determined by above-mentioned carrier wave section dispensing unit 92.

As shown in Figure 10, above-mentioned base station can comprise further: receiving element 94;

The message that above-mentioned receiving element 94 reports for receiving UE, this message comprises the tenability information of above-mentioned UE to carrier wave section; Or for receiving the message from MME, be included in this message access capability report UE in process report MME, UE is to the tenability information of carrier wave section; Or for receiving the message from source base station in handoff procedure, this message comprises the UE that will switch to the tenability information of carrier wave section;

Above-mentioned acquiring unit 91 is for obtaining the tenability information of UE to carrier wave section in the message from above-mentioned receiving element 94 reception.

The collocation strategy that above-mentioned carrier wave section dispensing unit 92 can be further used for according to arranging is that above-mentioned UE determines carrier wave section configuration information.

Above-mentioned carrier wave section dispensing unit 92 can be further used for: determine whether be that UE configures carrier wave section, for above-mentioned UE determines carrier wave section configuration information according to the QoS of UE and/or the resource congestion situation of cellular standards bandwidth frequency band.

Above-mentioned acquiring unit 91, may be used for obtain UE to carrier wave section and the tenability information of any one comprised in the following or wherein any multinomial combination: whether support, the frequency range supported, the extending bandwidth bandwidth of support, the carrier wave section propagation direction of support;

Whether the carrier wave section configuration information that above-mentioned carrier wave section dispensing unit 92 may be used for information and the jurisdiction district, above-mentioned base station obtained according to above-mentioned acquiring unit 91 is the carrier wave section configuration information that above-mentioned UE determines to comprise any one in the following or wherein any multinomial combination: configure, the frequency range of configuration, the extending bandwidth bandwidth of configuration, the carrier wave section propagation direction of configuration, wherein, whether the carrier wave section configuration information of above-mentioned community comprises any one in the following or wherein multinomial arbitrarily combination: configure, the frequency range of configuration, the extending bandwidth bandwidth of configuration, the carrier wave section propagation direction of configuration.

Above-mentioned carrier wave section dispensing unit 92 can also be specifically for: the carrier wave section configuration information of the tenability information obtained according to above-mentioned acquiring unit and jurisdiction district, above-mentioned base station judges whether to exist the carrier wave section that above-mentioned UE and above-mentioned community are supported jointly, if so, then determine that carrier wave section configuration information is the information of the carrier wave section that above-mentioned UE and above-mentioned community are supported jointly for above-mentioned UE; Otherwise, for above-mentioned UE determines that carrier wave section configuration information does not configure carrier wave section.In the present embodiment, carrier wave section dispensing unit is used for for UE determines that the further implementation of carrier wave section configuration information is with reference to the associated description in preceding method embodiment 1 step 202, repeats no more here.

In such scheme, obtained the carrier wave section tenability information of terminal by base station, and according to it for terminal carries out the configuration of carrier wave section, UE can be communicated with base station in carrier wave section.

Terminal embodiment:

As shown in figure 11, the terminal that the embodiment of the present invention provides comprises:

Receiving element 111, for receiving the carrier wave section configuration information of the jurisdiction district, above-mentioned base station that base station issues.

Processing unit 112, determines the carrier wave section tenability information for above-mentioned community for the carrier wave section configuration information of community that receives according to above-mentioned receiving element 111 and the tenability information of above-mentioned UE to carrier wave section.

Above-mentioned processing unit can be specifically for: judge whether to exist according to self the carrier wave section above-mentioned UE and above-mentioned community jointly supported to the carrier wave section of the tenability information of carrier wave section and the community of above-mentioned acquisition, if so, then the carrier wave section tenability information determining for above-mentioned community is the information of the carrier wave section that above-mentioned UE and above-mentioned community are supported jointly; Otherwise, determine that the carrier wave section tenability information for above-mentioned community does not support carrier wave section.In the present embodiment, processing unit is used for the tenability information to carrier wave section according to cell carrier section configuration information and UE and determines the further implementation of the carrier wave section tenability information for this community, with the step 202 of said method embodiment 1, what base station reported according to UE is that UE determines that the scheme of carrier wave section configuration information is consistent to the tenability information of carrier wave section and the carrier wave section configuration information of community, repeats no more here.

Transmitting element 113, for above-mentioned processing unit is determined, for the carrier wave section tenability information reporting of above-mentioned community to the base station belonging to above-mentioned community.

Particularly, above-mentioned receiving element 111 may be used for the serving cell system broadcast receiving base station transmission, and this message comprises the carrier wave section configuration information of above-mentioned Serving cell.

Or above-mentioned receiving element 111 may be used for the message of the transmission received belonging to main plot, and this message comprises the carrier wave section configuration information of the auxiliary community of carrying out carrier aggregation.

Or above-mentioned receiving element 111 may be used for the message receiving source base station transmission, and this message comprises the carrier wave section configuration information switching target main plot and auxiliary community.

Or above-mentioned receiving element may be used for the message receiving source base station transmission, and this message comprises the carrier wave section configuration information switching target main plot and auxiliary community.

Above-mentioned receiving element 111, may be used for receiving the carrier wave section configuration information of the community comprising any one in the following or wherein multinomial arbitrarily combination: whether configure, the frequency range of configuration, the extending bandwidth bandwidth of configuration, the carrier wave section propagation direction of configuration;

Then above-mentioned processing unit 112, may be used for the carrier wave section configuration information of the community received according to above-mentioned receiving element 111 and above-mentioned UE to carrier wave section, the tenability information that comprises any one in the following or wherein any multinomial combination, determine the carrier wave section tenability information for above-mentioned community;

Above-mentionedly everyly to comprise: whether support, the frequency range of support, the extending bandwidth bandwidth of support, the carrier wave section propagation direction of support.

Obtained the carrier wave section configuration information of community by terminal in the present embodiment, and report the carrier wave section tenability information for this community according to the carrier wave section configuration information of community, achieve the communication for carrier wave section between base station and UE, then subsequent base stations can be that UE carries out the configuration of carrier wave section according to the information of terminal to report, base station and UE is communicated in carrier wave section and is provided with possibility.

Last it is noted that above embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to previous embodiment to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of various embodiments of the present invention technical scheme.

Claims

1. a wireless communications method, is characterized in that, the method comprises:

Base station belonging to community obtains UE to the tenability information of carrier wave section, and wherein, described carrier wave section is the frequency band expanded on standard bandwidth basis;

Be that described UE determines carrier wave section configuration information according to the tenability information of described acquisition and the carrier wave section configuration information of described community;

The described carrier wave section configuration information determined is handed down to described UE;

Wherein, whether the tenability information of described UE to carrier wave section comprises any one in the following or wherein multinomial arbitrarily combination: support, the frequency range of support, the extending bandwidth bandwidth of support, the carrier wave section propagation direction of support;

The carrier wave section configuration information of described community comprises any one in the following or wherein multinomial arbitrarily combination: the carrier wave section propagation direction of the extending bandwidth bandwidth sum configuration of the frequency range whether configure, configured, configuration;

Whether the described carrier wave section configuration information determined for UE comprises any one in the following or wherein multinomial arbitrarily combination: configure, the frequency range of configuration, the extending bandwidth bandwidth of configuration, the carrier wave section propagation direction of configuration.

2. method according to claim 1, is characterized in that, described base station obtains the tenability information of UE to carrier wave section and comprises:

Described base station obtain UE report base station, UE is to the tenability information of carrier wave section;

Or comprise: described base station obtains UE to the tenability information of carrier wave section from Mobility Management Entity MME, the tenability information of the UE in described MME to carrier wave section is that UE reports in process at access capability and reports MME;

Or comprise: described base station, as the target BS switched, obtains in handoff procedure from the message that source base station sends.

3. method according to claim 2, is characterized in that, described UE reports the tenability information of base station, described UE to carrier wave section and is: the tenability information to carrier wave section that described UE self preserves;

Or be: described UE self preserve in the tenability information of carrier wave section, the information relevant to the frequency range of described community;

Or be: that the carrier wave section configuration information of the tenability information to carrier wave section that described UE preserves according to self and described community is determined, self is for the tenability information of the carrier wave section of described community.

4. the method according to claim 1,2 or 3, is characterized in that, for described UE determine carrier wave section configuration information time, comprise further:

Collocation strategy according to arranging is that described UE determines carrier wave section configuration information.

5. method according to claim 4, is characterized in that, described collocation strategy comprises: determine whether be that UE configures carrier wave section according to the QoS of UE and/or the resource congestion situation of cellular standards bandwidth frequency band.

6., according to described method arbitrary in claims 1 to 3, it is characterized in that,

Described is that described UE determines that carrier wave section configuration information comprises according to the tenability information of acquisition and the carrier wave section configuration information of described community:

Judge whether to exist the carrier wave section described UE and described community jointly supported according to the tenability information of described acquisition and the carrier wave section configuration information of described community, if so, then determine that carrier wave section configuration information is the information of the carrier wave section that described UE and described community are supported jointly for described UE; Otherwise, for described UE determines that carrier wave section configuration information does not configure.

7. method according to claim 4, is characterized in that,

8. method according to claim 5, is characterized in that,

9. a wireless communications method, is characterized in that, the method comprises:

The carrier wave section tenability information that described UE determines for described community according to self to the carrier wave section configuration information of the tenability information of carrier wave section and the community of described acquisition, wherein, described carrier wave section is the frequency band expanded on standard bandwidth basis;

By described that determine, give the base station belonging to described community for the carrier wave section tenability information reporting of described community;

Wherein, whether the carrier wave section configuration information of described community comprises any one in the following or wherein multinomial arbitrarily combination: configure, the frequency range of configuration, the extending bandwidth bandwidth of configuration, the carrier wave section propagation direction of configuration;

Whether the described tenability information to carrier wave section comprises any one in the following or wherein multinomial arbitrarily combination: support, the frequency range of support, the extending bandwidth bandwidth of support, the carrier wave section propagation direction of support.

10. method according to claim 9, is characterized in that, the carrier wave section configuration information that described UE obtains community comprises:

Described UE receives the system broadcast message of Serving cell, obtains the carrier wave section configuration information of described Serving cell from this message;

Or comprise: described UE receives the message that the base station belonging to main plot sends, and this message comprises the carrier wave section configuration information of the auxiliary community of carrying out carrier aggregation, and UE obtains the carrier wave section configuration information of described auxiliary community from this message;

Or comprise: described UE receives the message that source base station sends, and this message comprises the carrier wave section configuration information of switching target small area;

Or comprise: described UE receives the message that source base station sends, this message comprises the carrier wave section configuration information switching target main plot and the auxiliary community of target.

11. methods according to claim 9 or 10, is characterized in that, the carrier wave section tenability information that described UE determines for described community according to self to the carrier wave section configuration information of the tenability information of carrier wave section and the community of described acquisition, comprising:

Described UE judges whether to exist according to self the carrier wave section described UE and described community jointly supported to the carrier wave section configuration information of the tenability information of carrier wave section and the community of described acquisition, if so, then the carrier wave section tenability information determining for described community is the information of the carrier wave section that described UE and described community are supported jointly; Otherwise, determine that the carrier wave section tenability information for described community does not support.

12. 1 kinds of base stations, is characterized in that, this base station comprises:

Acquiring unit, for obtaining the tenability information of UE to carrier wave section, wherein, described carrier wave section is the frequency band expanded on standard bandwidth basis;

Carrier wave section dispensing unit, the carrier wave section configuration information for the information that obtains according to described acquiring unit and jurisdiction district, described base station is that described UE determines carrier wave section configuration information;

Transmitting element, is handed down to described UE for the carrier wave section configuration information determined by described carrier wave section dispensing unit;

Wherein, described acquiring unit, for obtain UE to carrier wave section and the tenability information of any one comprised in the following or wherein any multinomial combination: whether support, the frequency range of support, the extending bandwidth bandwidth supported, the carrier wave section propagation direction of support;

Whether the carrier wave section configuration information that described carrier wave section dispensing unit is used for information and the jurisdiction district, described base station obtained according to described acquiring unit is the carrier wave section configuration information that described UE determines to comprise any one in the following or wherein any multinomial combination: configure, the frequency range of configuration, the extending bandwidth bandwidth of configuration, the carrier wave section propagation direction of configuration, wherein, whether the carrier wave section configuration information of described community comprises any one in the following or wherein multinomial arbitrarily combination: configure, the frequency range of configuration, the extending bandwidth bandwidth of configuration, the carrier wave section propagation direction of configuration.

13. base stations according to claim 12, is characterized in that, described base station comprises further: receiving element;

The message that described receiving element reports for receiving UE, this message comprises the tenability information of described UE to carrier wave section; Or for receiving the message from MME, be included in this message access capability report UE in process report MME, UE is to the tenability information of carrier wave section; Or for receiving the message from source base station in handoff procedure, this message comprises the UE that will switch to the tenability information of carrier wave section;

Described acquiring unit is used for from the message that described receiving element receives, obtain the tenability information of UE to carrier wave section.

14. base stations according to claim 12 or 13, is characterized in that, described carrier wave section dispensing unit is used for being that described UE determines carrier wave section configuration information according to the collocation strategy arranged further.

15. base stations according to claim 14, it is characterized in that, described carrier wave section dispensing unit is used for determining whether be that UE configures carrier wave section according to the QoS of UE and/or the resource congestion situation of cellular standards bandwidth frequency band further, in decision for determining carrier wave section configuration information for described UE UE configures carrier wave section.

16. according to claim 12 to described base station arbitrary in 13, it is characterized in that, described carrier wave section dispensing unit judges whether to exist the carrier wave section described UE and described community jointly supported specifically for: the carrier wave section configuration information of the tenability information obtained according to described acquiring unit and jurisdiction district, described base station, if so, then determine that carrier wave section configuration information is the information of the carrier wave section that described UE and described community are supported jointly for described UE; Otherwise, for described UE determines that carrier wave section configuration information does not configure.

17. base stations according to claim 14, it is characterized in that, described carrier wave section dispensing unit judges whether to exist the carrier wave section described UE and described community jointly supported specifically for: the carrier wave section configuration information of the tenability information obtained according to described acquiring unit and jurisdiction district, described base station, if so, then determine that carrier wave section configuration information is the information of the carrier wave section that described UE and described community are supported jointly for described UE; Otherwise, for described UE determines that carrier wave section configuration information does not configure.

18. base stations according to claim 15, it is characterized in that, described carrier wave section dispensing unit judges whether to exist the carrier wave section described UE and described community jointly supported specifically for: the carrier wave section configuration information of the tenability information obtained according to described acquiring unit and jurisdiction district, described base station, if so, then determine that carrier wave section configuration information is the information of the carrier wave section that described UE and described community are supported jointly for described UE; Otherwise, for described UE determines that carrier wave section configuration information does not configure.

19. 1 kinds of terminal UE, is characterized in that, this UE comprises:

Receiving element, for receiving the carrier wave section configuration information of the jurisdiction district, described base station that base station issues;

Processing unit, determines the carrier wave section tenability information for described community for the carrier wave section configuration information of community that receives according to described receiving element and the tenability information of described UE to carrier wave section;

Transmitting element, for described processing unit is determined, for the carrier wave section tenability information reporting of described community to the base station belonging to described community, wherein, described carrier wave section is the frequency band expanded on standard bandwidth basis;

Wherein, whether described receiving element, for receiving the carrier wave section configuration information of the community comprising any one in the following or wherein multinomial arbitrarily combination: configure, the frequency range of configuration, the extending bandwidth bandwidth of configuration, the carrier wave section propagation direction of configuration;

Described processing unit, for the carrier wave section configuration information of community that receives according to described receiving element and described UE to carrier wave section, the tenability information that comprises any one in the following or wherein any multinomial combination, determine the carrier wave section tenability information for described community;

Describedly everyly to comprise: whether support, the frequency range of support, the extending bandwidth bandwidth of support, the carrier wave section propagation direction of support.

20. terminals according to claim 19, is characterized in that,

The serving cell system broadcast that described receiving element sends for receiving base station, this message comprises the carrier wave section configuration information of described Serving cell;

Or the message that described receiving element sends for the base station received belonging to main plot, this message comprises the carrier wave section configuration information of the auxiliary community of carrying out carrier aggregation;

Or the message that described receiving element sends for receiving source base station, this message comprises the carrier wave section configuration information switching target main plot and auxiliary community.

21. terminals according to claim 19 or 20, it is characterized in that, described processing unit specifically for: judge whether to exist according to self the carrier wave section described UE and described community jointly supported to the carrier wave section configuration information of the tenability information of carrier wave section and described community, if so, then the carrier wave section tenability information determining for described community is the information of the carrier wave section that described UE and described community are supported jointly; Otherwise, determine that the carrier wave section tenability information for described community does not support.