CN103716897A

CN103716897A - Information transmission method and device based on carrier aggregation

Info

Publication number: CN103716897A
Application number: CN201210375331.4A
Authority: CN
Inventors: 刘扬; 喻斌; 杜忠达
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2012-09-29
Filing date: 2012-09-29
Publication date: 2014-04-09
Anticipated expiration: 2032-09-29
Also published as: CN103716897B; WO2014048398A1

Abstract

The invention discloses an information transmission method based on carrier aggregation. The method comprises the following step: UE judges whether or not to simultaneously receive and decode a PDSCH carrying downlink data in one or multiple SCells when receiving an RAR message corresponding to a random access process in a primary cell (PCell), or the UE judges whether or not to simultaneously receive and decode a PDSCH carrying downlink data in a PCell when receiving an RAR message corresponding to a random access process in the PCell. The invention further discloses an information transmission device based on carrier aggregation. By the adoption of the information transmission method and the information transmission device of the invention, information carried in a PDSCH scrambled by an RA-RNTI and carrying an RAR message and information carried in a PDSCH scrambled by a C-RNTI/SPS-RNTI and carrying downlink service information (DL-SCH) can be simultaneously transmitted and received.

Description

Information transferring method based on carrier aggregation and device

Technical field

The present invention relates to the information transmission technology in carrier aggregation system, relate in particular to a kind of information transferring method and device based on carrier aggregation.

Background technology

Advanced long-term evolution system (LTE-Advanced, Long Term Evolution Advance) be third generation partner program (3GPP, the 3rd Generation Partner Project) tissue is in order to meet (the ITU of International Telecommunications Union, the requirement of International Telecommunication Union), senior international mobile communication (IMT-Advanced, International Mobile Telecommunication-Advanced) and the standard released.LTE-Advanced system is at long evolving system (LTE, Long Term Evolution) an evolution version on basis, it has introduced the primary demand that a lot of new technologies meet IMT-Advanced, and wherein a most important technology is exactly carrier aggregation.

Property in short supply due to current radio spectrum resources, the frequency spectrum resource that each mobile operator of the world has is often more scattered, and IMT-Advanced requires, the index of peak rate is higher (supports 100Mbps under high mobility, under Hypomobility, support 1Gbps), bandwidth with the maximum 20MHz of current LTE standard cannot meet IMT-Advanced requirement, so need to extend to more high bandwidth, such as 40MHz, 60MHz, even higher.One of method that improves bandwidth and peak rate is that frequency domain is expanded, for example, several LTE frequency bands based on 20MHz are carried out to bandwidth expansion by the mode of " carrier aggregation ", the essence of carrier aggregation technology that Here it is.Therefore, LTE-Advanced system also belongs to multicarrier system.

Applied in the LTE-Advanced system of carrier aggregation technology, the carrier wave that participates in polymerization is called as component carrier (Component Carrier), subscriber equipment (User Equipment, referred to as UE) can be received and dispatched transmission with eNB simultaneously on a plurality of component carriers.Component carrier can be used the defined frequency range of LTE, also can use the special newly-increased frequency range into LTE-Advanced.Nervous based on current frequency spectrum resource, can not always have component carrier continuous on frequency domain can distribute to operator and use, so component carrier can be continuous on frequency band, can be also discontinuous.

In carrier aggregation system, for some subscriber equipmenies, can there be a first carrier and one or more the second carrier wave.First carrier is generally main carrier wave, can carrier signaling and data, and the second carrier wave is mainly used in carrying data, also can bearing part signaling.Carrier wave can be divided into up-link carrier (arriving control station communication for subscriber equipment) and descending carrier (arriving communications of user equipment for control station).The wireless service areas of corresponding first carrier is first service district, and the wireless service areas of corresponding the second carrier wave is second service district.In different systems, first carrier, first service district and the second carrier wave, the concept in second service district and title all can have corresponding details definition.

For example, in LTE/LTE-A system, the subscriber equipment that has configured carrier aggregation only has a RRM (RRC, Radio Resource Control) to connect in net.RRM connect set up/re-establish/switch while occurring, provide the service area (Serving Cell) of NAI mobile message and safety input to be called as main plot (Primary Cell, PCell), it is first service district, and according to UE capability, configuration can configure one or more auxiliary community (SCell, Seondary Cell), i.e. second service district.Further, carrier wave corresponding to main plot is exactly main carrier, comprising descending principal component carrier wave (the DL PCC to customer equipment data transmission for control station, Downlink Primary Component Carrier) with the up principal component carrier wave of communicating by letter to control station number for subscriber equipment (UL PCC, Uplink Primary Component Carrier).Similarly, carrier wave corresponding to auxiliary community is exactly auxiliary little carrier wave, wherein, comprise descending auxiliary component carrier (the DL SCC to customer equipment data transmission for control station, Downlink Secondary Component Carrier) with for subscriber equipment to the up auxiliary component carrier (UL SCC, Uplink Secondary Component Carrier) of control station data communication.

In LTE system, in order to realize and to keep the uplink synchronous between subscriber equipment and base station, base station is according to the propagation delay time transmitting time lead (TA between base station and each subscriber equipment, Timing Advance) give each subscriber equipment, the opportunity that the Timing Advance that subscriber equipment sends according to base station shifts to an earlier date or postpones uplink separately, thereby making up UE in user, to the propagation delay time of base station, makes the upward signal of different user devices all within the receive window of base station, arrive base station.

In LTE system, in order to obtain and to keep the uplink synchronous between UE and base station, base station is that UE has configured a upstream synchronous timing device (TAT, Time Alignment Timer), if UE can receive the Timing Advance that base station sends to UE before TAT is overtime, think and keep uplink synchronous between this UE and this base station, otherwise TAT is overtime, UE thinks and loses uplink synchronous.At not synchronous regime or desynchronizing state, UE by random access procedure, obtain and base station between uplink synchronous, UE receives the accidental access response (RAR that base station sends, Random Access Response) after, start timer TAT, and the Timing Advance carrying according to base station shifts to an earlier date or postpones the opportunity of uplink in accidental access response.After the uplink synchronous of UE acquisition and base station, at TAT run duration, if receive the TA order (TA command) that base station sends to UE, restart TAT, and using the Timing Advance that carries in TA order in advance or postpone the uplink time, UE thinks own and continues and base station maintenance uplink synchronous, if UE does not receive TA order at TAT run duration, be that TAT is when overtime, UE thinks own and has lost uplink synchronous with base station, delete dynamic assignment to all up-downgoing resources of this UE, empty all up mixed self-adapting retransmission buffers to be sent (HARQ buffer) data, notice Radio Resource is controlled (RRC, Radio Resource Control) sublayer discharges static state/semi-static ascending physical signal resource of distributing to this UE, if after this there is upstream data need to send or have downlink data to need to receive, UE needs first to carry out to access to regain uplink synchronous at random.

Introduce after carrier aggregation, subscriber equipment may be simultaneously operated on a plurality of component carriers, and these component carriers can be continuous on frequency band, can be also discontinuous; Can be in identical frequency band, can also be to come from different frequency bands.For the discontinuous situation of component carrier, or component carrier comes from the situation of different frequency bands, and because each component carrier has different transmission characteristics, the Timing Advance on each component carrier may be different; Even each component carrier belongs to identical frequency band and on frequency band continuously, if each component carrier is derived from different Remote Radio Unit (RRU, Remote Radio Unit), or cover in order to increase community, each component carrier is processed via different repeater (repeater) respectively, and the Timing Advance on each component carrier also may be different.In LTE system, it (is a carrier wave for TDD mode that UE is only operated on a carrier wave, for mode of frequency division duplexing, comprise up, descending a pair of carrier wave, for convenience of description, here be called for short a carrier wave), only need to safeguard the uplink synchronous of a up link, and in carrier aggregation, UE may be simultaneously operated on a plurality of component carriers, and the TA of these component carriers is likely different.This scene is referred to as many TA (MTA, Multiple TA).Use same TA and have all communities of same downlink time reference to form a TA group (TA GROUP).

As previously mentioned, in single TA scene, UE by random access procedure, obtain and base station between uplink synchronous.Random access procedure can be by the media access control layer (MAC of Physical Downlink Control Channel signaling (PDCCH order) or UE, Medium Access Control) initiate, alternatively, PDCCH order or Radio Resource are controlled (RRC, Radio Resource Control) signaling can be distributed special random access preamble (Random Access Preamble) for UE, and random access procedure is the non-mode based on competition; Otherwise UE need to select random access guiding, random access procedure is the mode based on competition.UE selection random access resource comprises the time-frequency domain resources of selection random access guiding and Physical Random Access Channel (PRACH, Physical Random Access Channel) etc.

Fig. 1 is that as shown in Figure 1, the random access procedure based on competition (Contention based) comprises the following steps based on competition random access procedure flow chart:

Step 101, UE sends random access guiding (Random Access Preamble) up by Random Access Channel (RACH, Random Access CHannel).

Step 102, media access control layer (the MAC of base station (eNB), Medium Access Control) generate accidental access response (RAR, RandomAccess Response) message, and send to UE at DSCH Downlink Shared Channel (DL-SCH, Downlink-Shared Channel); In this RAR message, at least comprise random access guiding sign (RAPID, Random Access Preamble IDentifier), time adjustment information (TA, Time Alignment), initial uplink mandate (UL Grant, Uplink Grant) and interim community-Radio Network Temporary Identifier (Temporary C-RNTI); This message is passed through at Physical Downlink Control Channel (PDCCH, Physical Downlink Control CHannel) the random access-Radio Network Temporary Identifier on (RA-RNTI, Random Access-Radio Network Temporary Identifier) is indicated; UE need to receive this accidental access response message in a predetermined receive window.

Step 103, UE is in the upper first transmission being scheduled (Scheduled Transmission) message that sends of up shared transmission channel (UL-SCH, Uplink-Shared Channel); The content of this message at least comprises community-Radio Network Temporary Identifier (C-RNTI, Cell-Radio Network Temporary Identifier), media access control unit (MAC Control Element) or comprises that competition solves the public control logic channel Service Data Unit (CCCH SDU) of sign (Contention Resolution Identity); Mixed automatic retransfer request (HARQ, Hybrid Automatic Retransmission re Quest) is supported in the transmission of this message.

Step 104, base station sends competition and solves message (Contention Resolution) on DL-SCH; This message is indicated by the C-RNTI on PDCCH or interim C-RNTI, can comprise that competition solves sign; HARQ is supported in the transmission of this message.

Fig. 2 is based on non-competing random access procedure flow chart, as shown in Figure 2, for non-competing random access procedure, does not compete solution process, specifically comprises the following steps:

Step 201, UE sends random access guiding up by Random Access Channel.

Step 202, the media access control layer of base station generates accidental access response message, and sends to UE at DSCH Downlink Shared Channel.

In conventional art, random access procedure can only carry out in main plot, can not carry out Fu community.

In prior art, under MTA scene, for obtaining the upper TA of SCell, UE must send RA preamble on Scell, and then UE receives corresponding RAR message on PCell.Conventional art definition RA-RNTI and C-RNTI/ semi-persistent scheduling Radio Network Temporary Identifier (SPS-RNTI in same subframe, while Semi Persistent Scheduling-Radio Network Temporary Identifier) being used, UE does not need to decode, and those make the indicated data (transmitting on corresponding PDSCH) of PDCCH of CRC (CRC, Cyclic Redundancy Check) of C-RNTI/SPS-RNTI scrambling.This is defined on conventional art is reasonably, and the RAR that UE receives RA-RNTI scrambling on PCell just often means that the radio link quality of UE and system is bad, therefore without the need for other transmission and receiving course.Therefore, the information of the transmission/reception RA-RNTI scrambling simultaneously of different carrier waves and C-RNTI/SPS-RNTI scrambling.In multicarrier system, owing to having introduced MTA scene, if UE on PCELL, receive the RAR of RA-RNTI scrambling corresponding be the random access procedure of SCell, now just no longer relevant to the radio link quality of system with UE, now with regard to the information of while transmission/reception RA-RNTI scrambling and C-RNTI/SPS-RNTI scrambling likely.

For the problems referred to above, not yet related art scheme can be for reference at present.

Summary of the invention

In view of this, main purpose of the present invention is to provide a kind of information transferring method and device based on carrier aggregation, can transmit simultaneously and receive the information of carrying in the PDSCH of the Physical Downlink Shared Channel that carries RAR message (PDSCH, Physical Downlink Shared Channel) of RA-RNTI scrambling and the bearing downlink business information (DL-SCH) of C-RNTI/SPS-RNTI scrambling.

For achieving the above object, technical scheme of the present invention is achieved in that

An information transferring method based on carrier aggregation, comprising:

User equipment (UE), when main plot PCell receives the accidental access response RAR message corresponding to random access procedure, judges whether in one or more auxiliary community SCell, to receive and decode to carry the Physical Downlink Shared Channel PDSCH of downlink data simultaneously.

Preferably, described in judge whether simultaneously in one or more auxiliary community SCell, to receive and decode to carry the PDSCH of downlink data, comprising:

Described RAR message is during corresponding to the random access procedure of SCell, and in the set of the descending auxiliary community DL SCell that described UE search activates, carrying is to the PDSCH of described UE and decode; Described RAR message is during corresponding to the random access procedure of PCell, and described UE does not carry out the decoding of the PDSCH on SCell.

During described UE reception RAR message, determine when up PCell is synchronous, the SCell in the DL SCell set that search activates above carries to the PDSCH of described UE and decodes; Determine when up PCell is asynchronous, described UE does not carry out the decoding of the PDSCH on SCell.

Preferably, described method also comprises:

Described UE detects the physical downlink control channel PDCCH of RA-RNTI scrambling and PDSCH corresponding to described PDCCH that decode according to random access radio network temporary mark RA-RNTI corresponding to the leading Preamble moment sending on SCell on PCell, obtains described RAR message;

The Cell Radio Network Temporary Identifier/Identity, Cell-RNTI C-RNTI/SPS-RNTI using when receiving PDSCH on SCell detects the PDCCH of C-RNTI/SPS-RNTI scrambling, obtains the scheduling authorization DL-Grant information of PDSCH.

Preferably, described method also comprises:

After the PDSCH of described UE decoding SCell, the uplink synchronous timer TAT that determines PCell is still effectively time, the media access mixed automatic retransfer request MAC HARQ entity of described UE sends the feedback corresponding to the downlink data in SCell to the physical layer of described UE, and the physical layer of described UE sends to network side by feedback.

Preferably, described one or more SCell and described PCell are in lead TA group at the same time;

Or described one or more SCell and described PCell be not in same TA group.

An information transferring method based on carrier aggregation, comprising:

Control station sends the RAR message corresponding with described UE random access procedure in SCell at the PCell of UE, sends downlink data in one or more SCell simultaneously; Described RAR message is used RA-RNTI scrambling, and described downlink data is used C-RNTI/SPS-RNTI scrambling.

Preferably, described method also comprises:

When described control station is determined described RAR message corresponding to the random access procedure of SCell, send the RAR message of the random access of corresponding SCell and the downlink data in one or more SCell simultaneously.

Preferably, described method also comprises:

Described control station is intercepted Physical Uplink Control Channel PUCCH and is received the feedback whether described UE receives downlink data.

Preferably, described method also comprises:

When described control station is determined described RAR message corresponding to the random access of SCell, intercept described PUCCH and receive the feedback whether UE receives downlink data.

Preferably, described method also comprises:

Described control station is determined when the TAT of PCell of described UE is effective, is intercepted described PUCCH and receive the feedback whether UE receives downlink data.

Preferably, described control station comprises base station, micro-base station, Home eNodeB, relay station.

An information transferring method based on carrier aggregation, comprising:

UE, when PCell receives the accidental access response RAR message corresponding to random access procedure, judges whether in described PCell, to receive and decode to carry the PDSCH of downlink data simultaneously.

Preferably, described in judge whether simultaneously in described PCell, to receive and decode to carry the PDSCH of downlink data, comprising:

Described RAR message is during corresponding to the random access procedure of SCell, and described UE searches for the upper carrying of described PCell to the PDSCH of described UE and decodes; Described RAR message is during corresponding to the random access procedure of PCell, and described UE does not carry out the decoding of the PDSCH on described PCell.

When described UE receives RAR message, determine when up PCell is synchronous, search for the upper carrying of described PCell to the PDSCH of described UE and decode; Determine when up PCell is asynchronous, described UE does not carry out the decoding of the PDSCH on described PCell.

Preferably, described method also comprises:

Described UE detects the PDCCH of RA-RNTI scrambling and PDSCH corresponding to described PDCCH that decode according to RA-RNTI corresponding to the leading Preamble moment sending on SCell on PCell, obtains described RAR message;

The C-RNTI/SPS-RNTI using when receiving PDSCH on PCell detects the PDCCH of C-RNTI/SPS-RNTI scrambling, obtains the DL-Grant information of PDSCH.

Preferably, described method also comprises:

After the PDSCH of described UE decoding SCell, the up TAT that determines PCell is still effectively time, and the MAC HARQ entity of described UE sends the feedback of the downlink data in described PCell to the physical layer of described UE, and the physical layer of described UE sends to network side by feedback.

An information transferring method based on carrier aggregation, comprising:

Control station sends the RAR message corresponding with described UE random access procedure in SCell at the PCell of UE, sends downlink data in described PCell simultaneously; Described RAR message is used RA-RNTI scrambling, and described downlink data is used C-RNTI/SPS-RNTI scrambling.

Preferably, described method also comprises:

When described control station is determined described RAR message corresponding to the random access procedure of SCell, send the RAR message of the random access of corresponding SCell and the downlink data in described PCell simultaneously.

Preferably, described method also comprises:

Described control station is intercepted PUCCH and is received the feedback whether described UE receives downlink data.

Preferably, described method also comprises:

An information carrying means based on carrier aggregation, comprises receiving element and judging unit, wherein:

Receiving element, for receiving the RAR message corresponding to random access procedure at PCell;

Judging unit, carries the PDSCH of downlink data for judging whether to receive and decode at one or more SCell simultaneously.

Preferably, described device also comprises the first search decoding unit;

When described judging unit is determined described RAR message corresponding to the random access procedure of SCell, trigger carrying in the set of the DL SCell that described the first search decoding unit search activates to the PDSCH of UE and decode, while determining described RAR message corresponding to the random access procedure of PCell, do not trigger described the first search decoding unit and carry out the decoding of the PDSCH on SCell.

Preferably, described device also comprises the second search decoding unit;

When described receiving element receives RAR message, described judging unit determines when up PCell is synchronous, triggers the upper carrying of SCell in the DL SCell set that described the second search decoding unit search activates to the PDSCH of described UE and decodes; Described judging unit is determined when up PCell is asynchronous, does not trigger described the second search decoding unit and carries out the decoding of the PDSCH on SCell.

Preferably, described device also comprises:

Detect decoding unit, for detect the PDCCH of RA-RNTI scrambling and PDSCH corresponding to described PDCCH that decode on PCell according to RA-RNTI corresponding to the Preamble moment sending on SCell, obtain described RAR message;

The C-RNTI/SPS-RNTI using when receiving PDSCH on SCell detects the PDCCH of C-RNTI/SPS-RNTI scrambling, obtains the scheduling authorization DL-Grant information of PDSCH.

An information carrying means based on carrier aggregation, comprises scrambling unit and transmitting element, wherein:

Scrambling unit, for by using RA-RNTI scrambling with described UE in RAR message corresponding to SCell random access procedure, is used C-RNTI/SPS-RNTI scrambling by described downlink data;

Transmitting element, sends described RAR message for the PCell at UE, sends downlink data in one or more SCell simultaneously.

Preferably, described device also comprises:

Determining unit, when determining described RAR message corresponding to the random access procedure of SCell, triggers described transmitting element and sends the RAR message of the random access of corresponding SCell and the downlink data in one or more SCell simultaneously.

Receiving element, for receiving the RAR message of corresponding machine access procedure at PCell;

Judging unit, carries the PDSCH of downlink data for whether simultaneously receiving and decode at described PCell.

Preferably, described device also comprises the first search decoding unit;

When described judging unit is determined described RAR message corresponding to the random access procedure of SCell, triggering described the first search decoding unit searches for the upper carrying of described PCell to the PDSCH of UE and decodes, while determining described RAR message corresponding to the random access procedure of PCell, do not trigger described the first search decoding unit and carry out the decoding of the PDSCH on described PCell.

Preferably, described device also comprises the second search decoding unit;

When described receiving element receives RAR message, described judging unit is determined when up PCell is synchronous, triggers described the second search decoding unit and searches for the upper carrying of described PCell to the PDSCH of described UE and decode; Described judging unit is determined when up PCell is asynchronous, does not trigger described the second search decoding unit and carries out the decoding of the PDSCH on SCell.

Preferably, described device comprises:

Transmitting element, sends described RAR message for the PCell at UE, sends downlink data in described PCell simultaneously.

Preferably, described device also comprises:

In the present invention, UE, when main plot PCell receives the RAR message corresponding to random access procedure, judges whether in one or more SCell, to receive and decode to carry the PDSCH of downlink data simultaneously.RAR message is during corresponding to the random access procedure of SCell, and in the set of the descending auxiliary community (DLSCell) that UE search activates, carrying is to the PDSCH of UE and decode; RAR message is during corresponding to the random access procedure of PCell, and described UE does not carry out the decoding of the PDSCH on SCell.During UE reception RAR message, determine when up PCell is synchronous, the SCell in the DL SCell set that search activates above carries to the PDSCH of described UE and decodes; Determine when up PCell is asynchronous, UE does not carry out the decoding of the PDSCH on SCell.Or UE, when PCell receives the RAR message of corresponding machine access procedure, judges whether to receive in described PCell and decode to carry the PDSCH of downlink data simultaneously.RAR message is during corresponding to the random access procedure of SCell, and the upper carrying of UE search PCell is to the PDSCH of UE and decode; RAR message is during corresponding to the random access procedure of PCell, and UE does not carry out the decoding of the PDSCH on PCell.When UE receives RAR message, determine when up PCell is synchronous, search PCell above carries to the PDSCH of UE and decodes; Determine when up PCell is asynchronous, UE does not carry out the decoding of the PDSCH on PCell.The present invention has realized to be transmitted simultaneously and receives the information of carrying in the PDSCH of the PDSCH that carries RAR message of RA-RNTI scrambling and the bearing downlink business information (DL-SCH) of C-RNTI/SPS-RNTI scrambling.

Accompanying drawing explanation

Fig. 1 is based on competition random access procedure flow chart;

Fig. 2 is based on non-competing random access procedure flow chart;

Fig. 3 is the flow chart of the information transferring method based on carrier aggregation of one embodiment of the invention;

Fig. 4 is the flow chart of the information transferring method based on carrier aggregation of another embodiment of the present invention;

Fig. 5 is the composition structural representation of the information carrying means based on carrier aggregation of first embodiment of the invention;

Fig. 6 is the composition structural representation of the information carrying means based on carrier aggregation of second embodiment of the invention;

Fig. 7 is the composition structural representation of the information carrying means based on carrier aggregation of third embodiment of the invention;

Fig. 8 is the composition structural representation of the information carrying means based on carrier aggregation of fourth embodiment of the invention.

Embodiment

For making the object, technical solutions and advantages of the present invention clearer, by the following examples and with reference to accompanying drawing, the present invention is described in more detail.

Fig. 3 is the flow chart of the information transferring method based on carrier aggregation of one embodiment of the invention, and as shown in Figure 3, the information transferring method based on carrier aggregation of this example comprises the following steps:

Step 301, one or more SCell send downlink data to UE; Wherein, described downlink data is carried in PDSCH, and described downlink data is by C-RNTI and/or SPS-RNTI scrambling.

Step 302, PCell sends accidental access response RAR message to UE, and this RAR message is corresponding to SCell RACH, and applicable RA-RNTI scrambling.

Fig. 4 is the flow chart of the information transferring method based on carrier aggregation of another embodiment of the present invention, and as shown in Figure 4, the information transferring method based on carrier aggregation of this example comprises the following steps:

Step 401, PCell sends downlink data to UE; Wherein, described downlink data is carried in PDSCH, and described downlink data is by C-RNTI and/or SPS-RNTI scrambling.

Step 402, PCell sends accidental access response RAR message to UE, and this RAR message is corresponding to SCell RACH, and applicable RA-RNTI scrambling.

In the present invention, implication means in same subframe (subframe) simultaneously.

Below, by instantiation, further illustrate the essence of technical solution of the present invention.

Example one

UE receives the RAR message of corresponding random access procedure at PCell, judge whether in one or more SCell, to receive and the PDSCH of bearing downlink data (DL-SCH) that decode simultaneously.

Judge whether that the while receives in one or more SCell and the PDSCH of bearing downlink data (DL-SCH) that decode, be specially:

Judge the whether random access procedure of corresponding SCell of RAR message, if so, UE is according to the set of the DL SCell activating, searches in described set the upper PDSCH to this UE of SCell and decodes; If not, UE does not carry out the decoding of the PDSCH on SCell.

When receiving RAR message, whether the up PCell that judges UE is synchronous (being whether PCell uplink synchronous timer TAT is effective), if synchronous, whether UE, according to the set of the DL SCell activating, carries to this UEPDSCH and decodes on SCell in search set; If not, UE does not carry out the decoding of the PDSCH on SCell.

Wherein, according to sending on SCell, corresponding RA-RNTI of the Preamble moment detects the PDCCH of RA-RNTI scrambling to UE on PCell and PDSCH corresponding to this PDCCH that decode obtains described RAR message; The PDCCH that uses C-RNTI/SPS-RNTI to detect C-RNTI/SPS-RNTI scrambling while receiving the PDSCH of bearing downlink data on SCell obtains the scheduling authorization information (DL-Grant) of PDSCH.

Described one or more SCell can be with PCell in same TA group, also can be not in same TA group.

After the PDSCH of UE decoding SCell, if PCell uplink synchronous timer (TAT) is still effective, the feedback (ACK/NACK) that UE MAC HARQ entity normally sends the downlink data in corresponding SCell is to physical layer, and ACK/NACK is to base station described in the physical layer feedback of UE.

Example two

Base station sends UE at the PCell of UE and accesses at random corresponding RAR message at SCell, judges whether in one or more SCell, to send downlink data simultaneously.Wherein the RAR message of PCell is used RA-RNTI scrambling, and the downlink data of SCell is used C-RNTI/SPS-RNTI scrambling.

Base station is detected PUCCH corresponding to feedback (ACK/NACK) and is received described feedback in corresponding sub-frame of uplink.

Judge whether in one or more SCell, to send downlink data, specifically comprise simultaneously:

Before base station sends RAR message and downlink data simultaneously in PCell and one or more SCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just send the RAR message of corresponding SCell random access procedure and the downlink data in one or more SCell simultaneously.

After base station sends RAR message and downlink data simultaneously in PCell and one or more SCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Whether base station is synchronous (being whether PCell uplink synchronous timer TAT is effective) at the up PCell that receives the described UE of the front detection of described feedback (ACK/NACK), if synchronous, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Example three

UE receives the RAR message of corresponding random access procedure at PCell, judge whether in PCell, to receive and the PDSCH of bearing downlink data (DL-SCH) that decode simultaneously.

Judge whether in PCell, to receive and the PDSCH of bearing downlink data (DL-SCH) that decode simultaneously, comprising:

Judge the whether random access procedure of corresponding SCell of described RAR message, if so, search for the upper PDSCH to this UE of described PCell and decode; If not, UE does not carry out the decoding of the PDSCH on PCell.

When receiving RAR message, judge whether the up PCell of UE is synchronous (being whether PCell uplink synchronous timer TAT is effective), if synchronous, on UE search PCell, whether have carrying to this UEPDSCH and decodes; If not, UE does not carry out the decoding of the PDSCH on PCell.

According to sending on SCell, corresponding RA-RNTI of the Preamble moment detects the PDCCH of RA-RNTI scrambling to UE on PCell and PDSCH corresponding to this PDCCH that decode obtains described RAR message; The PDCCH that uses C-RNTI/SPS-RNTI to detect C-RNTI/SPS-RNTI scrambling while receiving the PDSCH of bearing downlink data on PCell obtains the scheduling authorization information (DL-Grant) of PDSCH.

After the PDSCH of UE decoding PCell, if PCell uplink synchronous timer (TAT) is still effective, the feedback (ACK/NACK) that UE MAC HARQ entity normally sends the downlink data in corresponding PCell is to physical layer, and ACK/NACK is to base station described in the physical layer feedback of UE.

Example four

Base station sends UE at the PCell of UE and accesses at random corresponding RAR message at SCell, judges whether in PCell, to send downlink data simultaneously.Wherein the described RAR message of PCell is used RA-RNTI scrambling, and the downlink data of PCell is used C-RNTI/SPS-RNTI scrambling.

Judge whether in PCell, to send downlink data, comprising simultaneously:

Before base station simultaneously sends RAR message and downlink data in PCell, judge the whether random access procedure of corresponding SCell of described RAR.If so, just send the RAR message of corresponding SCell random access procedure and the downlink data in PCell simultaneously.

After base station simultaneously sends RAR message and downlink data in PCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Example five

After the PDSCH of UE decoding SCell, if PCell uplink synchronous timer (TAT) is still effective, the feedback (ACK/NACK) that UE MAC HARQ entity normally sends the downlink data in corresponding SCell is to physical layer, and ACK/NACK is to Pico base station described in the physical layer feedback of UE.

Example six

Pico base station sends UE at the PCell of UE and accesses at random corresponding RAR message at SCell, judges whether in one or more SCell, to send downlink data simultaneously.Wherein the RAR message of PCell is used RA-RNTI scrambling, and the downlink data of SCell is used C-RNTI/SPS-RNTI scrambling.

Pico base station is detected PUCCH corresponding to feedback (ACK/NACK) and is received described feedback in corresponding sub-frame of uplink.

Before Pico base station sends RAR message and downlink data simultaneously in PCell and one or more SCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just send the RAR message of corresponding SCell random access procedure and the downlink data in one or more SCell simultaneously.

After Pico base station sends RAR message and downlink data simultaneously in PCell and one or more SCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Whether Pico base station is synchronous (being whether PCell uplink synchronous timer TAT is effective) at the up PCell that receives the described UE of the front detection of described feedback (ACK/NACK), if synchronous, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Example seven

After the PDSCH of UE decoding PCell, if PCell uplink synchronous timer (TAT) is still effective, the feedback (ACK/NACK) that UE MAC HARQ entity normally sends the downlink data in corresponding PCell is to physical layer, and ACK/NACK is to Pico base station described in the physical layer feedback of UE.

Example eight

Pico base station sends UE at the PCell of UE and accesses at random corresponding RAR message at SCell, judges whether in PCell, to send downlink data simultaneously.Wherein the described RAR message of PCell is used RA-RNTI scrambling, and the downlink data of PCell is used C-RNTI/SPS-RNTI scrambling.

Judge whether in PCell, to send downlink data, comprising simultaneously:

Before Pico base station simultaneously sends RAR message and downlink data in PCell, judge the whether random access procedure of corresponding SCell of described RAR.If so, just send the RAR message of corresponding SCell random access procedure and the downlink data in PCell simultaneously.

After Pico base station sends RAR message and downlink data simultaneously in PCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Example nine

After the PDSCH of UE decoding SCell, if PCell uplink synchronous timer (TAT) is still effective, the feedback (ACK/NACK) that UE MAC HARQ entity normally sends the downlink data in corresponding SCell is to physical layer, and ACK/NACK is to Home eNodeB (Femto or HeNB) described in the physical layer feedback of UE.

Example ten

Home eNodeB sends UE at the PCell of UE and accesses at random corresponding RAR message at SCell, judges whether in one or more SCell, to send downlink data simultaneously.Wherein the RAR message of PCell is used RA-RNTI scrambling, and the downlink data of SCell is used C-RNTI/SPS-RNTI scrambling.

Home eNodeB detects PUCCH corresponding to feedback (ACK/NACK) and receives described feedback in corresponding sub-frame of uplink.

Before Home eNodeB sends RAR message and downlink data simultaneously in PCell and one or more SCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just send the RAR message of corresponding SCell random access procedure and the downlink data in one or more SCell simultaneously.

After Home eNodeB sends RAR message and downlink data simultaneously in PCell and one or more SCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Whether Home eNodeB is synchronous (being whether PCell uplink synchronous timer TAT is effective) at the up PCell that receives the described UE of the front detection of described feedback (ACK/NACK), if synchronous, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Example 11

After the PDSCH of UE decoding PCell, if PCell uplink synchronous timer (TAT) is still effective, the feedback (ACK/NACK) that UE MAC HARQ entity normally sends the downlink data in corresponding PCell is to physical layer, and ACK/NACK is to Home eNodeB described in the physical layer feedback of UE.

Example 12

Home eNodeB sends UE at the PCell of UE and accesses at random corresponding RAR message at SCell, judges whether in PCell, to send downlink data simultaneously.Wherein the described RAR message of PCell is used RA-RNTI scrambling, and the downlink data of PCell is used C-RNTI/SPS-RNTI scrambling.

Judge whether in PCell, to send downlink data, comprising simultaneously:

Before Home eNodeB simultaneously sends RAR message and downlink data in PCell, judge the whether random access procedure of corresponding SCell of described RAR.If so, just send the RAR message of corresponding SCell random access procedure and the downlink data in PCell simultaneously.

After Home eNodeB sends RAR message and downlink data simultaneously in PCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Example 13

After the PDSCH of UE decoding SCell, if PCell uplink synchronous timer (TAT) is still effective, the feedback (ACK/NACK) that UE MAC HARQ entity normally sends the downlink data in corresponding SCell is to physical layer, and ACK/NACK is to relay station described in the physical layer feedback of UE.

Example 14

Relay station sends UE at the PCell of UE and accesses at random corresponding RAR message at SCell, judges whether in one or more SCell, to send downlink data simultaneously.Wherein the RAR message of PCell is used RA-RNTI scrambling, and the downlink data of SCell is used C-RNTI/SPS-RNTI scrambling.

Relay station detects PUCCH corresponding to feedback (ACK/NACK) and receives described feedback in corresponding sub-frame of uplink.

Before relay station sends RAR message and downlink data simultaneously in PCell and one or more SCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just send the RAR message of corresponding SCell random access procedure and the downlink data in one or more SCell simultaneously.

After relay station sends RAR message and downlink data simultaneously in PCell and one or more SCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Whether relay station is synchronous (being whether PCell uplink synchronous timer TAT is effective) at the up PCell that receives the described UE of the front detection of described feedback (ACK/NACK), if synchronous, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Example 15

After the PDSCH of UE decoding PCell, if PCell uplink synchronous timer (TAT) is still effective, the feedback (ACK/NACK) that UE MAC HARQ entity normally sends the downlink data in corresponding PCell is to physical layer, and ACK/NACK is to relay station described in the physical layer feedback of UE.

Example 16

Relay station sends UE at the PCell of UE and accesses at random corresponding RAR message at SCell, judges whether in PCell, to send downlink data simultaneously.Wherein the described RAR message of PCell is used RA-RNTI scrambling, and the downlink data of PCell is used C-RNTI/SPS-RNTI scrambling.

Judge whether in PCell, to send downlink data, comprising simultaneously:

Before relay station simultaneously sends RAR message and downlink data in PCell, judge the whether random access procedure of corresponding SCell of described RAR.If so, just send the RAR message of corresponding SCell random access procedure and the downlink data in PCell simultaneously.

After relay station sends RAR message and downlink data simultaneously in PCell, judge the whether random access procedure of corresponding SCell of described RAR, if so, just in corresponding sub-frame of uplink, detect PUCCH corresponding to feedback (ACK/NACK) and receive described feedback.

Fig. 5 is the composition structural representation of the information carrying means based on carrier aggregation of first embodiment of the invention, and as shown in Figure 5, the information carrying means based on carrier aggregation of this example comprises receiving element 50 and judging unit 51, wherein:

Receiving element 50, for receiving the RAR message corresponding to random access procedure at PCell;

Judging unit 51, carries the PDSCH of downlink data for judging whether to receive and decode at one or more SCell simultaneously.

On the basis of the information carrying means based on carrier aggregation shown in Fig. 5, the information carrying means based on carrier aggregation of this example also comprises the first search decoding unit (not shown in Fig. 5);

When described judging unit 51 is determined described RAR message corresponding to the random access procedure of SCell, trigger carrying in the set of the DL SCell that described the first search decoding unit search activates to the PDSCH of UE and decode, while determining described RAR message corresponding to the random access procedure of PCell, do not trigger described the first search decoding unit and carry out the decoding of the PDSCH on SCell.

On the basis of the information carrying means based on carrier aggregation shown in Fig. 5, the information carrying means based on carrier aggregation of this example also comprises the second search decoding unit (not shown in Fig. 5);

When described receiving element 50 receives RAR message, described judging unit 51 determines when up PCell is synchronous, triggers the upper carrying of SCell in the DL SCell set that described the second search decoding unit search activates to the PDSCH of described UE and decodes; Described judging unit is determined when up PCell is asynchronous, does not trigger described the second search decoding unit and carries out the decoding of the PDSCH on SCell.

On the basis of the information carrying means based on carrier aggregation shown in Fig. 5, the information carrying means based on carrier aggregation of this example also comprises:

Detect decoding unit (not shown in Fig. 5), for detect the PDCCH of RA-RNTI scrambling and PDSCH corresponding to described PDCCH that decode on PCell according to RA-RNTI corresponding to the Preamble moment sending on SCell, obtain described RAR message;

The information carrying means based on carrier aggregation shown in this example is applicable in UE.

The practical function that it will be appreciated by those skilled in the art that the each processing unit in the information carrying means based on carrier aggregation shown in Fig. 5 can be with reference to the associated description of the aforementioned information transferring method based on carrier aggregation and is understood.The function that it will be appreciated by those skilled in the art that each processing unit in the information carrying means based on carrier aggregation shown in Fig. 5 can realize by the program running on processor, also can realize by concrete logical circuit.

Fig. 6 is the composition structural representation of the information carrying means based on carrier aggregation of second embodiment of the invention, as shown in Figure 6, and the information carrying means scrambling unit 60 based on carrier aggregation and the transmitting element 61 of this example, wherein:

Scrambling unit 60, for by using RA-RNTI scrambling with described UE in RAR message corresponding to SCell random access procedure, is used C-RNTI/SPS-RNTI scrambling by described downlink data;

Transmitting element 61, sends described RAR message for the PCell at UE, sends downlink data in one or more SCell simultaneously.

On the basis of the information carrying means based on carrier aggregation shown in Fig. 6, the information carrying means based on carrier aggregation of this example also comprises:

Determining unit (not shown in Fig. 6), when determining described RAR message corresponding to the random access procedure of SCell, triggers described transmitting element 60 and sends the RAR message of the random access of corresponding SCell and the downlink data in one or more SCell simultaneously.

The information carrying means based on carrier aggregation shown in this example is applicable in base station.

The practical function that it will be appreciated by those skilled in the art that the each processing unit in the information carrying means based on carrier aggregation shown in Fig. 6 can be with reference to the associated description of the aforementioned information transferring method based on carrier aggregation and is understood.The function that it will be appreciated by those skilled in the art that each processing unit in the information carrying means based on carrier aggregation shown in Fig. 6 can realize by the program running on processor, also can realize by concrete logical circuit.

Fig. 7 is the composition structural representation of the information carrying means based on carrier aggregation of third embodiment of the invention, and as shown in Figure 7, the information carrying means based on carrier aggregation of this example comprises receiving element 70 and judging unit 71, wherein:

Receiving element 70, for receiving the RAR message of corresponding machine access procedure at PCell;

Judging unit 71, carries the PDSCH of downlink data for whether simultaneously receiving and decode at described PCell.

On the basis of the information carrying means based on carrier aggregation shown in Fig. 7, the information carrying means based on carrier aggregation of this example also comprises the first search decoding unit (not shown in Fig. 7);

When described judging unit 71 is determined described RAR message corresponding to the random access procedure of SCell, triggering described the first search decoding unit searches for the upper carrying of described PCell to the PDSCH of UE and decodes, while determining described RAR message corresponding to the random access procedure of PCell, do not trigger described the first search decoding unit and carry out the decoding of the PDSCH on described PCell.

On the basis of the information carrying means based on carrier aggregation shown in Fig. 7, the information carrying means based on carrier aggregation of this example also comprises the second search decoding unit (not shown in Fig. 7);

When described receiving element 70 receives RAR message, described judging unit 71 is determined when up PCell is synchronous, triggers described the second search decoding unit and searches for the upper carrying of described PCell to the PDSCH of described UE and decode; Described judging unit is determined when up PCell is asynchronous, does not trigger described the second search decoding unit and carries out the decoding of the PDSCH on SCell.

On the basis of the information carrying means based on carrier aggregation shown in Fig. 7, the information carrying means based on carrier aggregation of this example also comprises:

Detect decoding unit (not shown in Fig. 7), for detect the PDCCH of RA-RNTI scrambling and PDSCH corresponding to described PDCCH that decode on PCell according to RA-RNTI corresponding to the Preamble moment sending on SCell, obtain described RAR message;

The practical function that it will be appreciated by those skilled in the art that the each processing unit in the information carrying means based on carrier aggregation shown in Fig. 7 can be with reference to the associated description of the aforementioned information transferring method based on carrier aggregation and is understood.The function that it will be appreciated by those skilled in the art that each processing unit in the information carrying means based on carrier aggregation shown in Fig. 7 can realize by the program running on processor, also can realize by concrete logical circuit.

Fig. 8 is the composition structural representation of the information carrying means based on carrier aggregation of fourth embodiment of the invention, and as shown in Figure 8, the information carrying means based on carrier aggregation of this example comprises scrambling unit 80 and transmitting element 81, wherein:

Scrambling unit 80, for by using RA-RNTI scrambling with described UE in RAR message corresponding to SCell random access procedure, is used C-RNTI/SPS-RNTI scrambling by described downlink data;

Transmitting element 81, sends described RAR message for the PCell at UE, sends downlink data in described PCell simultaneously.

On the basis of the information carrying means based on carrier aggregation shown in Fig. 8, the information carrying means based on carrier aggregation of this example also comprises:

Determining unit (not shown in Fig. 8), when determining described RAR message corresponding to the random access procedure of SCell, triggers described transmitting element 80 and sends the RAR message of the random access of corresponding SCell and the downlink data in one or more SCell simultaneously.

The practical function that it will be appreciated by those skilled in the art that the each processing unit in the information carrying means based on carrier aggregation shown in Fig. 8 can be with reference to the associated description of the aforementioned information transferring method based on carrier aggregation and is understood.The function that it will be appreciated by those skilled in the art that each processing unit in the information carrying means based on carrier aggregation shown in Fig. 8 can realize by the program running on processor, also can realize by concrete logical circuit.

Obviously, those skilled in the art should be understood that, above-mentioned each processing unit of the present invention or each step can realize with general calculation element, it can concentrate on single calculation element, or be distributed on the network that a plurality of calculation elements form, alternatively, it can be realized with the executable program code of calculation element, thereby, they can be stored in storage device and be carried out by calculation element, or they are made into respectively to each integrated circuit modules, or a plurality of modules in them or step are made into single integrated circuit module to be realized.Like this, the present invention is not restricted to any specific hardware and software combination.

The above, be only preferred embodiment of the present invention, is not intended to limit protection scope of the present invention.

Claims

1. the information transferring method based on carrier aggregation, is characterized in that, described method comprises:

2. method according to claim 1, is characterized in that, described in judge whether simultaneously in one or more auxiliary community SCell, to receive and decode to carry the PDSCH of downlink data, comprising:

Described RAR message is during corresponding to the random access procedure of SCell, and in the set of the descending auxiliary community DLSCell that described UE search activates, carrying is to the PDSCH of described UE and decode; Described RAR message is during corresponding to the random access procedure of PCell, and described UE does not carry out the decoding of the PDSCH on SCell.

3. method according to claim 1, is characterized in that, described in judge whether simultaneously in one or more auxiliary community SCell, to receive and decode to carry the PDSCH of downlink data, comprising:

During described UE reception RAR message, determine when up PCell is synchronous, the SCell in the DLSCell set that search activates above carries to the PDSCH of described UE and decodes; Determine when up PCell is asynchronous, described UE does not carry out the decoding of the PDSCH on SCell.

4. according to the method described in claims 1 to 3 any one, it is characterized in that, described method also comprises:

The Cell Radio Network Temporary Identifier/Identity, Cell-RNTI C-RNTI/ semi-persistent scheduling Radio Network Temporary Identifier SPS-RNTI using when receiving PDSCH on SCell detects the PDCCH of C-RNTI/SPS-RNTI scrambling, obtains the scheduling authorization DL-Grant information of PDSCH.

5. method according to claim 4, is characterized in that, described method also comprises:

After the PDSCH of described UE decoding SCell, the uplink synchronous timer TAT that determines PCell is still effectively time, the media access mixed automatic retransfer request MAC HARQ entity of described UE sends the feedback corresponding to the downlink data in SCell to the physical layer of described UE, and the physical layer of described UE sends to network by feedback.

6. method according to claim 4, is characterized in that, described one or more SCell and described PCell are in lead TA group at the same time;

Or described one or more SCell and described PCell be not in same TA group.

7. the information transferring method based on carrier aggregation, is characterized in that, described method comprises:

8. method according to claim 7, is characterized in that, described method also comprises:

9. method according to claim 7, is characterized in that, described method also comprises:

10. method according to claim 9, is characterized in that, described method also comprises:

11. methods according to claim 9, is characterized in that, described method also comprises:

12. according to the method described in claim 7 to 11 any one, it is characterized in that, described control station comprises base station, micro-base station, Home eNodeB, relay station.

13. 1 kinds of information transferring methods based on carrier aggregation, is characterized in that, described method comprises:

14. methods according to claim 13, is characterized in that, described in judge whether simultaneously in described PCell, to receive and decode to carry the PDSCH of downlink data, comprising:

15. methods according to claim 13, is characterized in that, described in judge whether simultaneously in described PCell, to receive and decode to carry the PDSCH of downlink data, comprising:

16. according to claim 13 to the method described in 15 any one, it is characterized in that, described method also comprises:

17. methods according to claim 16, is characterized in that, described method also comprises:

18. 1 kinds of information transferring methods based on carrier aggregation, is characterized in that, described method comprises:

19. methods according to claim 18, is characterized in that, described method also comprises:

20. methods according to claim 19, is characterized in that, described method also comprises:

21. methods according to claim 20, is characterized in that, described method also comprises:

22. methods according to claim 21, is characterized in that, described method also comprises:

23. according to claim 18 to the method described in 22 any one, it is characterized in that, described control station comprises base station, micro-base station, Home eNodeB, relay station.

24. 1 kinds of information carrying means based on carrier aggregation, is characterized in that, described device comprises receiving element and judging unit, wherein:

25. devices according to claim 24, is characterized in that, described device also comprises the first search decoding unit;

26. devices according to claim 24, is characterized in that, described device also comprises the second search decoding unit;

27. according to the device described in claim 24 to 26 any one, it is characterized in that, described device also comprises:

28. 1 kinds of information carrying means based on carrier aggregation, is characterized in that, described device comprises scrambling unit and transmitting element, wherein:

29. devices according to claim 28, is characterized in that, described device also comprises:

30. 1 kinds of information carrying means based on carrier aggregation, is characterized in that, described device comprises receiving element and judging unit, wherein:

31. devices according to claim 30, is characterized in that, described device also comprises the first search decoding unit;

32. devices according to claim 30, is characterized in that, described device also comprises the second search decoding unit;

33. according to the device described in claim 30 to 32 any one, it is characterized in that, described device comprises:

34. 1 kinds of information carrying means based on carrier aggregation, is characterized in that, described device comprises scrambling unit and transmitting element, wherein:

35. devices according to claim 34, is characterized in that, described device also comprises: