CN103548365A

CN103548365A - Communication method and system, user equipment and network side device

Info

Publication number: CN103548365A
Application number: CN201280000576.7A
Authority: CN
Inventors: 官磊
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2012-05-10
Filing date: 2012-05-10
Publication date: 2014-01-29
Also published as: WO2013166688A1

Abstract

A communication method and system, user equipment (UE), and network side device, the communication method in an embodiment of the present invention comprising: the UE acquires first information transmitted by the network side device in a current carrier, the first information being used to indicate the current carrier type; the UE determines the current carrier type according to the first information, enabling the UE to identify the current carrier type and realize data transmission.

Description

Communication method and system, user equipment and network side device

A kind of communication means and system, user equipment, network side equipment technical field

The present embodiments relate to communication system, more particularly to a kind of communication means and system, user equipment, network side equipment.

Background technology is in Long Term Evolution（Long Time Evolution, LTE carrier aggregation (Carrier Aggregation) technology) is introduced in the system of version 10, that is user equipment (User Equipment, UE) handling capacity can be provided by least two carrier services simultaneously, wherein, each carrier wave is the UE of back compatible LTE versions 8 or 9, i.e. each carrier wave can send master sync signal (the Primary Synchronization Signal of the LTE systems of version 8 or 9, ) and ^ t synchronizing signals (Secondary Synchronization Signal PSS, SSS), Physical Broadcast Channel (Physical Broadcast Channel, PBCH), Physical Downlink Control Channel (Physical Downlink Control Channel, PDCCH), cell specific reference signal (the Cell-specific Reference Signal of whole frequency bands and whole subframes, CRS) etc..Specifically, in LTE system, a radio frames include 10 subframes, and each subframe includes two time slots, for general cyclic prefix（Cyclic Prefix, CP) or short CP scenes, each time slot includes 7 OFDMs（Orthogonal Frequency Division Multiplexing, OFDM) symbol, and for extension CP or long CP scenes, each time slot includes 6 OFDM symbols.The minimum time unit of base station scheduling is a subframe, and UE detects PDCCH in the control area of a subframe, and the control area takes the preceding n OFDM symbol of a subframe, and n is 1 to 4 natural number.The PBCH transmission cycle is a radio frames, its time-domain position is located in 6 resource blocks of carrier center, and PSS and SSS the transmission cycle are 5 subframes, and its frequency location is located in 6 resource blocks of carrier center, its time-domain position, for frequency division multiplexing（Frequency Division Duplexing, FDD) system, PSS is located at last OFDM symbol of first time slot of a radio frames the 1st and the 6th subframe, and SSS is located at the second-to-last OFDM symbol of first time slot of the 1st and the 6th subframe of a radio frames；For time division multiplexing（Ime Division Duplexing, TDD) system, PSS is located at the 3rd OFDM symbol of first time slot of the 2nd and the 7th subframe of a radio frames, and SSS is located at last OFDM symbol of second time slot of the 1st and the 6th subframe of a radio frames. With the development of the communication technology, strengthen Long Term Evolution (Long Term Evolution Advanced, LTE-A) version 11 of system or future version in, new carrier type can be introduced, in the carrier type, to be removed controls region, therefore, PDCCH is not had on new carrier type, data dispatch relies on enhanced PDCCH (enhanced PDCCH entirely, ePDCCH), ePDCCH can take a subframe as downstream data channel, in time and resource block is taken on frequency domain.In addition, CRS time domain density or frequency domain density can decrease in the new wave-carring type, such as it is required for sending CRS without each subframe or whole frequency bands.However, for the new carrier type, how the UE in the LTE system of LTE versions 11 or the version in future determines whether the carrier wave is that new carrier type is urgent problem to be solved.The content of the invention

The embodiments of the invention provide a kind of communication means and system, user equipment, network side equipment, the type of current carrier is recognized for user equipment, that is, it is first kind carrier wave to recognize current carrier.

Communication means in the embodiment of the present invention includes：

User equipment (UE) obtains the first information that network side equipment is sent in current carrier, and the first information is used for the type for indicating the current carrier；

The UE determines the type of the current carrier according to the first information.

Communication means in the embodiment of the present invention includes：

Network side equipment determines the first information, and the first information is used for the type for indicating current carrier；The network side equipment sends the first information in the current carrier to user equipment.

User equipment in present invention design example includes：

Acquiring unit, for obtaining the first information that network side equipment is sent in current carrier, the first information is used to indicate the type all by carrier wave in the past；

Determining unit, after obtaining the first information in the acquiring unit, the type of the current carrier is determined according to the first information.

Network side equipment in the embodiment of the present invention includes：

Setting unit, for determining the first information, the first information is used for the type for indicating current carrier；Transmitting element, for sending the first information to user equipment in the current carrier.

Communication system in the embodiment of the present invention includes： User equipment and network side equipment.

As can be seen from the above technical solutions, the embodiment of the present invention has advantages below：

UE obtains the first information that network side equipment is sent in current carrier, and the type of current carrier is determined according to the first information, the type of current carrier can be effectively recognized.

Brief description of the drawings

Fig. 1 is an a kind of schematic diagram of embodiment of communication means in the embodiment of the present invention；

Fig. 2 is a kind of another schematic diagram of the embodiment of communication means in the embodiment of the present invention；

Fig. 3 is a kind of another schematic diagram of the embodiment of communication means in the embodiment of the present invention；

Fig. 4 is a kind of another schematic diagram of the embodiment of communication means in the embodiment of the present invention；

Fig. 5 is a kind of another schematic diagram of the embodiment of communication means in the embodiment of the present invention；

Fig. 6 is a kind of another schematic diagram of the embodiment of communication means in the embodiment of the present invention；

Fig. 7 is a kind of another schematic diagram of the embodiment of communication means in the embodiment of the present invention；

Fig. 8 is a kind of another schematic diagram of the embodiment of communication means in the embodiment of the present invention；

Fig. 9 is a schematic diagram of the structure of user equipment in the embodiment of the present invention；

Figure 10 is another schematic diagram of the structure of user equipment in the embodiment of the present invention；

Figure 11 is a schematic diagram of the structure of network side equipment in the embodiment of the present invention；

Figure 12 is another schematic diagram of the structure of network side equipment in the embodiment of the present invention；

Figure 13 is a schematic diagram of the structure of communication system in the embodiment of the present invention.

Embodiment

The embodiments of the invention provide a kind of communication means and system, user equipment, network side equipment, the carrier wave that network side equipment is sent is recognized for user equipment so that user equipment has access to network, realizes data transfer.

It should be noted that, what the user equipment in LTE system of the embodiment in LTE versions 11 and the version in future in the present invention was described, and in the LTE system in LTE versions 11 and the version in future, first kind carrier wave can be transmitted in network side equipment, the first kind carrier wave is different from the carrier wave in the LTE system in LTE versions 8/9/10, there is no control area and PDCCH on the first kind carrier wave, data dispatch relies on ePDCCH.In addition, CRS time domain density or frequency domain density can decrease on the first kind carrier wave, such as it is required for sending CRS without each subframe or whole frequency bands.

The technical scheme in the embodiment of the present invention is described in greater detail below, Fig. 1 is referred to, is of the invention real A kind of embodiment of communication means in example is applied, including：

101st, user equipment obtains the first information that network side equipment is sent in current carrier；

In embodiments of the present invention, UE obtains the first information that network side equipment is sent in current carrier, and the first information may be used to indicate the type of current carrier.

102nd, user equipment determines the type of current carrier according to the first information.

In embodiments of the present invention, UE determines the type of current carrier according to the first information, and the current carrier can be first kind carrier wave.

In embodiments of the present invention, UE determines the type of current carrier by obtaining the first information for the current carrier that network side equipment is sent so that UE can effectively recognize current carrier, and UE has access to network side, realizes data transfer.

In embodiments of the present invention, first kind carrier wave refers to the carrier waves different from the carrier type in the system of LTE versions 8/9/10, does not have control area and PDCCH on the first kind carrier wave, data dispatch relies on ePDCCH.In addition, CRS time domain density or frequency domain density can decrease on the first kind carrier wave, such as it is required for sending CRS without each subframe or whole frequency bands.

In order to be better understood from the embodiment of the present invention, referring to Fig. 2, be a kind of embodiment of communication means in the embodiment of the present invention, including：

201st, user equipment obtains the radio resource control messages, Physical Broadcast Channel, any one in system information block that network side equipment sends in current carrier；

In embodiments of the present invention, user equipment obtains the first information that network side equipment is sent in current carrier, and the first information includes the wireless heterogeneous networks in current carrier（Raido Rescourse Control, RRC) information, Physical Broadcast Channel（Physical Broadcast CHannel, PBCH) information, any one in system information block (System Information Block).

202nd, any one in radio resource control messages, Physical Broadcast Channel, system information block determines that current carrier is first kind carrier wave；

In embodiments of the present invention, user equipment will determine that the type of current carrier is that first kind carrier wave, the i.e. any one in rrc message, PBCH information, SIB determine that current carrier is first kind carrier wave according to the first information.

In embodiments of the present invention, if the first information is rrc message, the carrier type of current carrier is determined according to rrc message, is specifically included： UE is obtained and is parsed the rrc message of network side equipment transmission, UE obtains the mark of carrier type from the rrc message, the mark can determine that current carrier is first kind carrier wave or traditional LTE carrier waves, and traditional LTE carrier waves can be the carrier wave in the LTE system of LTE versions 8/9/10.

In embodiments of the present invention, UE can access LTE system by a conventional carrier, to perform is included synchronously, read system message, Stochastic accessing, set up RRC connection Deng Bu Sudden, then, network side equipment can send a rrc message to UE, the rrc message is that UE with the addition of a carrier wave, i.e. in addition to the current carrier that UE is accessed, it is that UE has been reconfigured at a carrier wave further through rrc message, specifically can be according to demand of the data volume of the UE etc., such as UE data volume increase and a carrier wave is insufficient for the demand of its data rate, UE can just pass through the rrc message, obtain the type of the carrier wave of the addition, the type of the carrier wave of the addition can be identified by flag, and system pre-sets some mark as the mark that the carrier wave of the addition is first kind carrier wave, therefore, UE can the blunt type that carrier wave is determined according to rrc message of.

In embodiments of the present invention, if the first information is PBCH information, UE determines the carrier type of current carrier according to PBCH information, specifically included：

UE by the detection of synchronizing channel and the current carrier of LTE system it is synchronous after, can read in the PBCH information on the current carrier, such as PBCH be used for indicate current carrier be first kind carrier wave bit, or PBCH CRC（Cyclical Redundancy Check, CRC) mask, or solution rate matching information etc. during detection PBCH, to determine that the current carrier is first kind carrier wave.Wherein, bit in PBCH can be existing bit in PBCH, with type of the existing bit as mark bit identification current carrier, can also be the bit increased newly in PBCH, with type of the newly-increased bit as mark bit identification current carrier, by taking the newly-increased bit in PBCH as an example, if the bit is 1, then UE determines that the current carrier is first kind carrier wave, if 0, it is determined that the current carrier is conventional carrier.If exemplified by solving rate matching information, for conventional carrier, UE demodulates PBCH by CRS, such as UE always assumes that 4 CRS antenna ports, to be demodulated to PBCH, assume to deduct the CRS of 4 ports position when solving rate-matched, judge whether that demodulation is correct by CRC check afterwards；For first kind carrier wave, UE can be by UE specific reference signals（UE-specific Reference Signal, UERS PBCH) is demodulated, the UERS can be distributed in PBCH regions, in preceding 4 OFDM symbols of 2nd time slot of i.e. the 1st subframe, now UE needs to deduct UERS position when solving rate-matched, judges whether that demodulation is correct by CRC check afterwards；And due to CRS and UERS Position be different, therefore the CRS and UERS resource location that are deducted when can be by above-mentioned solution rate-matched determines the carrier type of current carrier.

In embodiments of the present invention, if the first information is SIB information, UE determines the carrier type of current carrier according to SIB information, specifically included：

After detections and LTE carrier synchronizations of the UE by synchronizing channel, SIB information can be read, UE can obtain the mark of carrier type from the SIB information, the mark can determine that current carrier is first kind carrier wave or traditional LTE carrier waves, and traditional LTE carrier waves can be the carrier wave in the LTE system of LTE versions 8/9/10.

Or, UE can such as use which kind of reference signal, CRS or UERS, to determine the type of current carrier according to the detection mode of SIB message.Specifically, if detecting the SIB that the PDCCH is dispatched with based on the PDCCH that CRS is demodulated, then it is conventional carrier to determine current carrier；If with the SIB that ePDCCH scheduling is detected based on the ePDCCH that UERS is demodulated, then it is determined that current carrier is first kind carrier wave.

The description as described in be may refer to by SIB data separation current carrier types and/or duplexing type in the present embodiment in following embodiments.

203rd, user equipment determines to carry the information of the first running time-frequency resource of master sync signal and auxiliary synchronous signals on first kind carrier wave；

In one embodiment, the user equipment can be sent the information of PSS and SSS running time-frequency resource by predefined network side equipment or can receive the information of the running time-frequency resource for the network side equipment transmission PSS and SSS that network side equipment is notified by high-level signaling.Above-mentioned network side equipment can be base station or radio network controller, and the associated description of following embodiments may refer to the associated description of the present embodiment.

In embodiments of the present invention, user equipment it is determined that current carrier be first kind carrier wave after, it will further determine the information of the first running time-frequency resource of PSS and SSS on first kind carrier wave, the information of first running time-frequency resource can be predefined or network side equipment by signal deployment to UE.It is preferred that, the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of radio frames positioned at the 3rd orthogonal frequency division multiplex OFDM symbol and SSS of the 1st subframe of radio frames, or first running time-frequency resource information include the PSS be located at radio frames the 2nd subframe the 3rd OFDM symbol and the SSS be located at radio frames the 2nd subframe the 2nd OFDM symbol, PSS and SSS position can be applied to FDD and TDD system simultaneously in the first running time-frequency resource information, and The LTE system of common CP and extension CP can be applied to simultaneously.The position can also effectively avoid the CRS on first kind carrier wave, PBCH, the UERS and channel state information reference signals of port 5 and port 7 to 14（Channel State Information-Reference Signal, CSI-RS) so that above-mentioned reference signal is all able to normally send without being struck off, and improves the performance of system；In addition, special subframe of the design in TDD system, i.e., the 2nd and the 7th subframe, eliminate the PSS in TDD system so that the special subframe can be completely turned off in no data transfer, to reach the effect of network side equipment power saving.In addition, FDD and TDD uses identical PSS and SSS running time-frequency resource position on first kind carrier wave, when UE accesses LTE system, the hypothesis on location that UE detects PSS and SSS is reduced, net synchronization capability is improved.Further preferably, the information of first running time-frequency resource can also be：For FDD system, PSS is located at the 2nd OFDM symbol of the 3rd OFDM symbol and SSS positioned at the first subframe of radio frames of the 1st subframe of radio frames；For TDD system, PSS is located at the 2nd OFDM symbol of the 3rd OFDM symbol and SSS positioned at the 2nd subframe of radio frames of the 2nd subframe of radio frames, position so without changing the PSS in TDD system, it can also continue to keep the differentiation of FDD and TDD system, to combine differentiation FDD and TDD system with PBCH position relationship using differentiation design.

Optionally, the information of first running time-frequency resource can also be located at the 3rd OFDM symbol of the 4th OFDM symbol and SSS positioned at the 1st subframe of radio frames of the 1st subframe of radio frames for PSS, or PSS is located at the 2nd OFDM symbol of the 4th OFDM symbol and SSS positioned at the 1st subframe of radio frames of the 1st subframe of radio frames, or PSS is located at the 1st OFDM symbol of the 2nd OFDM symbol and SSS positioned at the 2nd subframe of radio frames of the 2nd subframe of radio frames, or PSS is located at the 1st OFDM symbol of the 3rd OFDM symbol and SSS positioned at the 2nd subframe of radio frames of the 2nd subframe of radio frames.

204th, synchronizing sub-frame is carried out to first kind carrier wave according to the information of the first running time-frequency resource.

In embodiments of the present invention, the information according to the first running time-frequency resource got is carried out synchronizing sub-frame by user equipment to first kind carrier wave.

In embodiments of the present invention, user equipment can determine that current carrier is first kind carrier wave by any one in the rrc message in current carrier, PBCH information, SIB, and the information of the first running time-frequency resource of the first kind carrier wave can be obtained, synchronizing sub-frame is carried out to first kind carrier wave according to the information of first running time-frequency resource, enable user equipment to recognize the type of current carrier, realize the transmission of data.In addition, The change of information of the information relative to the running time-frequency resource of conventional carrier of the PSS and SSS of the first kind carrier wave running time-frequency resource can solve PSS, SSS conflicts with UERS's, so that Bu Xu Yao Lost and fall UERS while sending PSS and SSS, the efficiency of transmission of system is optimized.

It should be noted that, the PSS on first kind carrier wave and the information of SSS the first running time-frequency resource mentioned in embodiments of the present invention is to only describe the position of preceding half of radio frames, and transmission cycles of the PSS and SSS on first kind carrier wave is 5 milliseconds, i.e. 5 subframes, therefore the information of the running time-frequency resource of PSS and SSS after in half of radio frames is not described, but the information of running time-frequency resources of the actually PSS and SSS in later half subframe（That is PSS and SSS position) with preceding half of radio frames it is consistent, the following examples are also the same, are repeated no more in the present invention.

In embodiments of the present invention, UE can also be by detecting PSS and SSS relative position relation, the CP types of current carrier, i.e. common CP or extension CP can be determined, also having determined that a subframe of current carrier includes 7 or 6 OFDM symbols.And the relative position mentioned in the present invention differs several symbols, what the scene both for common CP was said, the method for extension CP is similar.The following examples are also the same, and the present invention is repeated no more.

It should be noted that, in embodiments of the present invention, the first information for being used to indicate the type of current carrier carried in current carrier may also include the PSS and SSS of the current carrier detected relative position relation, when PSS and SSS that the first information is current carrier relative position relation is described more fully below, user equipment recognizes the mode of current carrier, Fig. 3 is referred to, is a kind of embodiment of communication means in the embodiment of the present invention, including：

301st, user equipment acquisition network side equipment is sent in current carrier master sync signal and the relative position relation of auxiliary synchronous signals；

In embodiments of the present invention, user equipment acquisition network side equipment is sent in current carrier PSS and SSS relative position relation.

In embodiments of the present invention, PSS and SSS relative position relation can be pre-set, and network side equipment sets the type of the carrier wave sent as needed corresponding PSS and SSS relative position relation.Specifically, the PSS and SSS relative position relation that pre-set except when in preceding conventional carrier respectively for FDD and two kinds of relative position relations of TDD system outside, the relative position relation for also at least defining a kind of PSS and SSS is used as the PSS and SSS of the first kind carrier wave relative position relation, such as, for first kind carrier wave, the relative position relation in FDD system is PSS OFDM symbol and SSS OFDM symbol between differ 1 OFDM symbol, relative position relation in a tdd system is 3 OFDM symbols of difference between PSS OFDM symbol and SSS OFDM symbol, and is all PSS OFDM symbol after SSS OFDM symbol.It should be noted that, the relative position relation of PSS and SSS in first kind carrier wave can be different from the existing position relationship of above two, for example can also be change PSS OFDM symbol and SSS OFDM symbol between mark space, or change PSS OFDM symbol and SSS OFDM symbol symbol order etc..

302nd, just the blunt relative position relation according to master sync signal and auxiliary synchronous signals determines that current carrier is first kind carrier wave；

In embodiments of the present invention, user equipment will determine that current carrier is first kind carrier wave according to PSS and SSS relative position relation, wherein, the relative position relation of PSS and SSS on first kind carrier wave are the position relationship in addition to the first relative position relation, and first relative position relation for PSS OFDM symbol and SSS OFDM symbol is adjacent and OFDM symbol of the SSS in time domain is before PSS OFDM symbol, or PSS OFDM symbol and SSS OFDM symbol be separated by two OFDM symbols and in time domain SSS OFDM symbol before PSS OFDM symbol, it should be noted that, the first relative position relation in the embodiment of the present invention includes the relative position relation of two kinds of PSS and SSS in conventional carrier in FDD and TDD system, in FDD system, PSS in conventional carrier is located at the 6th OFDM symbol of the 7th OFDM symbol and SSS positioned at first time slot of the 1st subframe of radio frames of first time slot of the 1st subframe of radio frames, in a tdd system, PSS in conventional carrier is located at the 7th OFDM symbol of the 3rd OFDM symbol and SSS positioned at second time slot of the 1st subframe of radio frames of first time slot of the 2nd subframe of radio frames.

Specifically, assume PSS on predefined first kind carrier wave and SSS relative position relation to differ 1 symbol between PSS OFDM symbol and SSS OFDM symbol, but in time domain PSS OFDM symbol before SSS OFDM symbol.UE detects 3 kinds of predefined PSS and SSS relation（PSS and SSS relative position relations in FDD and TDD system in conventional carrier, and in the first kind carrier wave PSS and SSS relative position relation), if detecting, PSS OFDM symbol and SSS OFDM symbol in current carrier are adjacent and OFDM symbol of PSS is behind SSS OFDM symbols, and UE determines that current carrier is tradition FDD carrier waves；If detecting the OFDM symbol for being separated by 2 OFDM symbols and PSS between PSS OFDM symbols and SSS OFDM symbol behind SSS OFDM symbol, UE determines that current carrier is tradition TDD carrier waves；If detecting It is separated by 1 OFDM symbol and PSS OFDM symbol between PSS OFDM symbol and SSS OFDM symbol before SSS OFDM symbol, then UE determines that current carrier is first kind carrier wave.

It should be noted that in embodiments of the present invention, the PSS and SSS of the first kind carrier wave relative position relation also have other situations, and its processing mode is similar with above-mentioned detection mode, and here is omitted.

303rd, user equipment determines the information of the second running time-frequency resource of the carrying master sync signal and auxiliary synchronous signals on first kind carrier wave；

In embodiments of the present invention, user equipment will determine the information of carrying PSS and SSS the second running time-frequency resource on first kind carrier wave, wherein, the information of second running time-frequency resource includes the 2nd OFDM symbol that PSS is located at the 1st subframe of radio frames positioned at the 4th OFDM symbol and SSS of the 1st subframe of radio frames, or PSS is located at the 1st OFDM symbol of the 3rd OFDM symbol and SSS positioned at the 2nd subframe of radio frames of the 2nd subframe of radio frames.

304th, synchronizing sub-frame is carried out to first kind carrier wave according to the information of the second running time-frequency resource.

In embodiments of the present invention, the information according to the second running time-frequency resource got is carried out synchronizing sub-frame by user equipment to first kind carrier wave.

In embodiments of the present invention, determine that current carrier is first kind carrier wave by the PSS and SSS relative position relation according to current carrier, and carry out synchronizing sub-frame using the information of the PSS and SSS of first kind carrier wave the second running time-frequency resource, user equipment is enabled effectively to recognize the type of current carrier, realize the transmission of data, in addition, change of the information of the PSS and SSS of the first kind carrier wave running time-frequency resource relative to the position of conventional carrier can solve PSS, SSS conflicts with UERS's, so that Bu Xu Yao Lost and fall UERS while network side equipment carries PSS and SSS in current carrier, optimize the efficiency of transmission of system.

It should be noted that, in embodiments of the present invention, if the first information includes the PSS and SSS of current carrier relative position relation and PBCH information, user equipment can also determine the type of current carrier according to the first information, refer to Fig. 4, be a kind of embodiment of communication means in the embodiment of the present invention, including：

401st, user equipment acquisition network side equipment is sent in current carrier master sync signal and the relative position relation and Physical Broadcast Channel information of auxiliary synchronous signals；

In embodiments of the present invention, user equipment acquisition network side equipment is sent in current carrier PSS and SSS relative position relation and PBCH information, wherein, time-frequency of the PBCH packets containing PBCH Being used in positional information, PBCH indicates any one in the bit that current carrier is first kind carrier wave, CRC masks, PBCH cell specific reference signal, the solution rate matching information of UE specific reference signals.

In embodiments of the present invention, the relative position relation of PSS and SSS in carrier wave can be predefined, it is preferred that, PSS the and SSS relative position relations in the PSS and SSS of the first kind carrier wave in the embodiment of the present invention relative position relation and conventional carrier can also be identical.

In embodiments of the present invention, the time-frequency location information of PBCH information is predefined, it is preferred that, the time-frequency location information of the time-frequency location information of the PBCH information of first kind carrier wave in embodiments of the present invention and the PBCH information in conventional carrier can be identical, it is located at preceding 4 OFDM symbols of the 2nd time slot of the 1st subframe of radio frames, wherein, the bit in PBCH is that UE detects the OFDM symbol of PBCH information and obtained after being parsed to PBCH information；The CRC masks of PBCH information are predefined, the specific CRC for descrambling PBCH information successively using predefined several masks, if can correctly demodulate PBCH after descrambling using a certain CRC masks, then determine that the currently used this CRC masks of UE are correct, PBCH CRS or UERS solution rate matching information are predefined, for conventional carrier, UE demodulates PBCH by CRS, UE may be assumed that 4 CRS antenna ports, to be demodulated to PBCH, assume to deduct the CRS of 4 ports position when solving rate-matched, and 4 CRS deducted position position is predefined, and judge whether that demodulation is correct by CRC check；In embodiments of the present invention, for first kind carrier wave, UE can demodulate PBCH by UERS, the UERS can be distributed in PBCH regions, i.e. in preceding four OFDM symbols of the 2nd time slot of the 1st subframe, now UE needs to deduct UERS position when solving rate-matched, judges whether that demodulation is correct by CRC check.

402nd, determine that current carrier is first kind carrier wave according to the relative position relation and Physical Broadcast Channel information of master sync signal and auxiliary synchronous signals；

In embodiments of the present invention, user equipment determines that current carrier is first kind carrier wave according to PSS and SSS relative position relation and PBCH information.

In embodiments of the present invention, if PSS and the SSS relative position relation of pre-defined first kind carrier wave are identical with the PSS of conventional carrier and SSS relative position relation, and the PSS and SSS of the first kind carrier wave running time-frequency resource information are different from the running time-frequency resource information of conventional carrier, for example, PSS and SSS in first kind carrier wave respectively positioned at radio frames the 1st subframe the 3rd OFDM symbol and 2nd OFDM symbol of the 1st subframe of radio frames.

The method that description determines the type of current carrier by taking the time-frequency location information of the PBCH in the relative position relation according to PSS and SSS and PBCH information as an example：When the relative position relation that UE detects the PSS and SSS of the PSS and SSS of current carrier relative position relation and conventional carrier in FDD system is identical, if the OFDM symbol for detecting PSS is adjacent with PBCH OFDM symbol, and PSS OFDM symbol is before PBCH OFDM symbol, then UE determines that current carrier is traditional FDD carrier waves；When the relative position relation that UE detects the PSS and SSS of current carrier relative position relation and conventional carrier PSS in a tdd system and SSS is identical, it is separated by 2 OFDM symbols between SSS OFDM symbols and PBCH last OFDM symbol if detecting, and SSS OFDM symbol is behind PBCH OFDM symbol, then UE determines that current carrier is traditional TDD carrier waves；When the relative position relation that UE detects the PSS and SSS of the PSS and SSS of current carrier relative position relation and conventional carrier in FDD systems is identical, if detecting 5 OFDM symbols in interval between PSS OFDM symbol and PBCH first OFDM symbol, and PSS OFDM symbol before PBCH OFDM symbol when, then UE determine current carrier be first kind carrier wave.

403rd, user equipment determines to carry the information of PSS and SSS the 3rd running time-frequency resource on first kind carrier wave；

In embodiments of the present invention, user equipment is after it is determined that current carrier is first kind carrier wave, user equipment determines to carry the information of PSS and SSS the 3rd running time-frequency resource on first kind carrier wave, wherein, the information of 3rd running time-frequency resource includes the 2nd OFDM symbol that PSS is located at the 1st subframe of radio frames positioned at the 3rd OFDM symbol and SSS of the 1st subframe of radio frames, or PSS is located at the 2nd OFDM symbol of the 3rd OFDM symbol and SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of radio frames, and the information of the 3rd running time-frequency resource of current carrier can simultaneously suitable for FDD and TDD systems PSS and SSS running time-frequency resource information setting, and the LTE system of common CP and extension CP can be applied to simultaneously.PSS and SSS position is set effectively to avoid the CRS on first kind carrier wave according to the information of the 3rd running time-frequency resource, PBCH, the UERS and channel state information reference signals of port 5 and port 7 to 14（Channel State Information-Reference Signal, CSI-RS) OFDM symbol so that above-mentioned reference signal is all able to normally send without being struck off and (not sending), improves the performance of system；If in addition, setting PSS and SSS position, special subframe in a tdd system according to the information of the 3rd running time-frequency resource（2nd and the 7th subframe）On need not set PSS in TDD systems so that the special subframe can be completely turned off in no data transfer, that is, close the downlink of network side equipment, to reach the effect of network side equipment power saving.In addition, FDD and TDD uses identical PSS and SSS running time-frequency resource position on first kind carrier wave, when UE accesses LTE system, the hypothesis on location that UE detects PSS and SSS is reduced, net synchronization capability is improved.It is preferred that, the information of the 3rd running time-frequency resource in the embodiment of the present invention can also be：For FDD system, PSS is located at the 2nd OFDM symbol of the 3rd OFDM symbol and SSS positioned at the 1st subframe of radio frames of the 1st subframe of radio frames；For TDD system, PSS is located at the 2nd OFDM symbol of the 3rd OFDM symbol and SSS positioned at the 2nd subframe of the 2nd subframe of radio frames, so that in the case of the position of the PSS in not changing TDD systems, it can also continue to keep the differentiation of FDD and TDD system, to combine differentiation FDD and TDD system with PBCH position relationship using the differentiation.

Optionally, the information of the 3rd running time-frequency resource in the embodiment of the present invention can also be located at the 3rd OFDM symbol of the 4th OFDM symbol and SSS positioned at the 1st subframe of radio frames of the 1st subframe of radio frames for PSS, either PSS be located at the 2nd subframe of radio frames the 3rd OFDM symbol and SSS be located at the 2nd subframe the 2nd OFDM symbol or PSS be located at radio frames the 2nd subframe the 2nd OFDM symbol and SSS be located at radio frames the 2nd subframe the 1st OFDM symbol.

404th, synchronizing sub-frame is carried out to the carrier wave of the first kind according to the information of the 3rd running time-frequency resource；In embodiments of the present invention, the information according to the 3rd running time-frequency resource is carried out synchronizing sub-frame by user equipment to first kind carrier wave.

In embodiments of the present invention, determine that current carrier is first kind carrier wave by the relative position relation according to PSS and SSS and PBCH information, if and current carrier be the first kind carrier wave when, synchronizing sub-frame is carried out using the information of PSS and SSS the 3rd running time-frequency resource, enable user equipment effectively to recognize the type of current carrier, realize the transmission of data.In addition, the information of the 3rd running time-frequency resource of PSS and SSS in first kind carrier wave can effectively solve the problem that conflicting for PSS, SSS and UERS so that Bu Xu Yao Lost and fall UERS while sending PSS and SSS, optimize the efficiency of transmission of system.In addition, the scheme of the embodiment need not introduce new PSS and SSS relative position relation, therefore net synchronization capability and conventional carrier are suitable, and indicate bit of the current carrier for first kind carrier wave also without being used in PBCH is introduced into, the information such as CRC masks, keep PBCH consistent with conventional carrier, pass through PSS, SSS carries out the determination of carrier type with PBCH relative position relations, and because PBCH information has CRC check function, it is ensured that the reliability of performance. In embodiments of the present invention, it should be noted that, in Fig. 1 into embodiment illustrated in fig. 4, user equipment is it is determined that current carrier is first kind carrier wave, and after the running time-frequency resource information realization synchronizing sub-frame according to PSS and SSS, the duplexing type of first kind carrier wave can be also further determined that, can be specifically：

The blunt relative position relation and PBCH information according to PSS and SSS of user equipment ability determines the duplexing type of current carrier；

Specifically, assuming that compared to traditional LTE carrier waves, new PSS and SSS relative position relation are not introduced, but introducing two kinds of new PSS and SSS running time-frequency resource position, a kind of duplexing type for determining that first kind carrier wave is combined in each new running time-frequency resource position and PBCH running time-frequency resource position.It is assumed here that two kinds of new PSS and SSS running time-frequency resources positions are respectively first position and the second place, the first position is located at the 2nd OFDM symbol of the 3rd OFDM symbol of the 1st subframe of radio frames and the 1st subframe of radio frames for PSS and SSS respectively, the second place is located at the 2nd OFDM symbol of the 3rd OFDM symbol of the 2nd subframe of radio frames and the 2nd subframe of radio frames for PSS and SSS respectively, and the method for other positions is similar.So that PBCH information is PBCH time-frequency location information as an example, and keep PBCH-cause on PBCH time-frequency location and conventional carrier.Therefore, UE can be determined the type of current carrier by PSS, SSS and PBCH relative position relation and determine the duplexing type of current carrier.Specifically, when UE detects the combination of the PSS and SSS of conventional carrier two kinds of running time-frequency resource positions and PBCH running time-frequency resource position, UE determines that current carrier is traditional FDD or TDD carrier waves；When the relative position relation that the UE relative position relations for detecting PSS and SSS are tradition LTE/TDD, and PSS and SSS, when being first position and PBCH position grouping, UE determines current carrier for first kind TDD carrier waves；When the relative position relation that the UE relative position relations for detecting PSS and SSS are tradition LTE FDD, and PSS and SSS, when being the second place and PBCH position grouping, UE determines current carrier for first kind FDD carrier waves.

Or,

Any one of the user equipment in PBCH information, SIB, rrc message determines the duplexing type of current carrier.

Wherein, duplexing type, which includes FDD and TDD, PBCH information, includes：Any one in PBCH time-frequency location information, the solution rate matching information of the bit, CRC masks, PBCH cell specific reference signal CRS, UE specific reference signals that are used to indicate that current carrier is first kind carrier wave in PBCH.

Specifically, PBCH information is the bit letter for being used to indicate the duplexing type of current carrier in PBCH Cease or for indicating bit information of the current carrier for first kind carrier wave, it can be the new bit in PBCH, reserved or newly-increased bit before i.e., or reuse PBCH on conventional carrier significant bit, such as reuse Physical HARQ Indicator Channel (Physical HARQ Indicator Channel, PHICH) channel configuration information bit.Other utilize the description in the method such as above-mentioned embodiment of CRC masks or solution rate matching information, it will not be repeated here, and on may refer to the description in the present embodiment by the bit information differentiation current carrier type and/or duplexing type in PBCH in following embodiments.

For example, assuming that not introducing PSS and SSS relative position relation, but introduce a kind of new PSS and SSS running time-frequency resource position, such as FDD and TDD system, PSS and SSS are located at the 3rd and the 2nd OFDM symbol of the 1st subframe of radio frames respectively, and the method for other positions is similar.Pass through the method in above-described embodiment, UE can pass through PSS, SSS combines determination first kind carrier wave with PBCH position relationship, afterwards UE can read in PBCH be used for indicate current carrier be first kind carrier wave bit information, the duplexing type of first kind carrier wave can be determined by the information of the bit, such as the bit is 0 to represent FDD, the bit is 1 to represent TDD, or the bit is 0 to represent TDD, the bit is 1 to represent FDD.In this method, FDD and TDD use identical PSS and SSS running time-frequency resource position on first kind carrier wave, when UE accesses LTE system, reduce the hypothesis on location that UE detects PSS and SSS, improve net synchronization capability.

Again for example, assuming that introducing a kind of new PSS and SSS relative position relation, it can be seen from the method in above-described embodiment, UE can determine that current carrier is first kind carrier wave according to the new relative position relation, UE can read the bit information in PBCH afterwards, the duplexing type of first kind carrier wave can be determined by the bit information, the such as bit is 0 to represent FDD, the bit is 1 to represent TDD, or the bit is 0 to represent TDD, the bit is 1 to represent FDD.

In addition, the duplexing type that first kind carrier wave is determined by RRC or SIB will not be repeated here as described in above-mentioned embodiment.

In the present invention, it is determined that after the type of current carrier, or by PSS, SSS, the duplexing type of the acquisition of information first kind carrier wave such as PBCH does not introduce extra channel, realized simple.In the method, for FDD and TDD system, PSS and SSS uses identical running time-frequency resource position, for example, be all located at the 2nd OFDM symbol of the 3rd OFDM symbol of the 1st subframe of radio frames and the 1st subframe of radio frames respectively, and other positions are similar.FDD and TDD under this method use identical PSS and SSS running time-frequency resource position on first kind carrier wave, when UE accesses LTE system, reduce UE PSS and sss hypothesis on location is detected, net synchronization capability is improved.

It should be noted that in the present invention, the running time-frequency resource information of PSS and SSS in first kind carrier wave are the information of the running time-frequency resource on first time slot of subframe.

Fig. 1 is to describe communication means from user equipment side to embodiment illustrated in fig. 4, will describe the communication means of network side equipment from network side below, referring to Fig. 5, be a kind of embodiment of communication means in the embodiment of the present invention, including：

501st, network side equipment determines the first information, and the first information is used for the type for indicating current carrier；In embodiments of the present invention, network side equipment determines the first information, and the first information is used to indicate the type that current carrier is, wherein, current carrier can be first kind carrier wave, or conventional carrier.

502nd, network side equipment sends the first information in current carrier to user equipment.

In embodiments of the present invention, network side will send and include the current carrier of the first information so that user equipment can determine the type of current carrier according to the first information in the current carrier of acquisition.

In embodiments of the present invention, network side equipment by be provided in current carrier indicate current carrier type the first information, and send current carrier, enable to user equipment to determine the type of current carrier according to the first information, can effectively realize the data transfer between network side equipment and user equipment.

In order to be better understood from the technical scheme of network side equipment, referring to Fig. 6, be a kind of embodiment of communication means in the embodiment of the present invention, including：

601st, network side equipment determines any one in radio resource control messages, Physical Broadcast Channel information, system information block；

In embodiments of the present invention, the first information includes：Any one in rrc message, PBCH information, SIB, network side equipment will set the first information in current carrier, that is, set any one in rrc message, PBCH information, SIB.

It should be noted that in embodiments of the present invention, the first information is applied not only to indicate the carrier type of current carrier, it may also be used for indicate the duplexing type of current carrier, duplexing type includes TDD and FDD.

If the 602, current carrier is set to first kind carrier wave, network side equipment sets first kind carrier wave On master sync signal and auxiliary synchronous signals the first running time-frequency resource information；

In embodiments of the present invention, if current carrier is set to first kind carrier wave in Bu Sudden 601, then network side equipment sets the information of the first running time-frequency resource of the PSS and SSS on the first kind carrier wave, wherein, the information of first running time-frequency resource includes the 2nd OFDM symbol that PSS and SSS is located at the 1st subframe of radio frames positioned at the 3rd OFDM symbol and SSS of the 1st subframe of radio frames respectively, or first running time-frequency resource information include the PSS be located at radio frames the 2nd subframe the 3rd OFDM symbol and SSS be located at radio frames the 2nd subframe the 2nd OFDM symbol.Specifically, on the first kind carrier wave of FDD and TDD systems, the information of PSS and SSS running time-frequency resource can be with identical, such as PSS and SSS in FDD and TDD system are located at the 2nd OFDM symbol of the 3rd OFDM symbol of the 1st subframe of radio frames and the 1st subframe of radio frames respectively, and other positions are similar.Or, FDD and TDD uses the information of different PSS and SSS running time-frequency resource, for example for FDD system, PSS and SSS respectively positioned at radio frames the 1st subframe the 3rd OFDM symbol and radio frames the 1st subframe the 2nd OFDM symbol；For TDD system, PSS and SSS respectively positioned at radio frames the 2nd subframe the 3rd OFDM symbol and radio frames the 2nd subframe the 2nd OFDM symbol.

603rd, network side equipment sends first kind carrier wave.

In embodiments of the present invention, network side equipment will send the first kind carrier wave.

It should be noted that, in embodiments of the present invention, the first information can also include other parameters, type for indicating current carrier, for example, the first information may include the PSS and SSS of the first kind carrier wave relative position relation, Fig. 7 is referred to, for a kind of embodiment of communication means in the embodiment of the present invention, including：If the 701, current carrier need to be set to first kind carrier wave, network side equipment sets the master sync signal and the relative position relation of auxiliary synchronous signals of first kind carrier wave in first kind carrier wave；

In embodiments of the present invention, network side equipment can set the PSS and SSS of current carrier relative position relation in current carrier, the carrier type of current carrier is indicated by the use of PSS and SSS relative position relation as the first information, if and current carrier is when needing to be set to first kind carrier wave, network side equipment sets the PSS and SSS of the first kind carrier wave relative position relation in first kind carrier wave, wherein, the PSS and SSS of the first kind carrier wave relative position relation are the position relationship in addition to the first relative position relation, first relative position relation is PSS OFDM symbol and SSS OFDM symbol is adjacent and OFDM symbol of the SSS in time domain is before PSS OFDM symbol, or PSS OFDM symbols and SSS OFDM symbol are separated by two OFDM symbols and SSS OFDM is accorded with time domain Number before PSS OFDM symbol.

702nd, network side equipment sets the information of the second running time-frequency resource of the master sync signal and auxiliary synchronous signals on first kind carrier wave；

In embodiments of the present invention, the information of the second running time-frequency resource of the PSS and SSS on first kind carrier wave can be set in network side equipment so that user equipment can be just blunt according to the running time-frequency resource information realization synchronizing sub-frame, wherein, the information of the second running time-frequency resource includes：PSS is located at the 2nd OFDM symbol of the 4th OFDM symbol and SSS positioned at the 1st subframe of radio frames of the 1st subframe of radio frames, or PSS is located at the 1st OFDM symbol of the 3rd OFDM symbol and SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of radio frames.

703rd, network side equipment sets any one in physics broadcast channel information, system information block, radio resource control messages；

In embodiments of the present invention, the any one that network side equipment will be also set in PBCH information, SIB, rrc message, any one in PBCH information, SIB, the rrc message is used for the duplexing type for indicating first kind carrier wave, and the duplexing type includes TDD and FDD.

704th, network side equipment sends first kind carrier wave.

Bu Sudden 704 describe that Bu Sudden 602 are similar to embodiment illustrated in fig. 6, and here is omitted.

It should be noted that, in embodiments of the present invention, the first information can also be the PSS and SSS of current carrier relative position relation and PBCH information, when PSS and SSS that the first information is current carrier relative position relation and PBCH information is explained below, the communication means of network side equipment, referring to Fig. 8, be a kind of embodiment of communication means in the embodiment of the present invention, including：

801st, network side equipment sets the master sync signal of current carrier and the relative position relation of auxiliary synchronous signals and Physical Broadcast Channel information in current carrier；

In embodiments of the present invention, network side equipment can set the PSS and SSS of current carrier relative position relation and PBCH information in current carrier, the type of current carrier is indicated by PSS and SSS relative position relation and PBCH information, wherein time-frequency location information of the PBCH packets containing PBCH, being used in PBCH indicates the bit that current carrier is first kind carrier wave, any one in CRC masks, the solution rate matching information of PBCH cell specific reference signal CRS, UE specific reference signals.

If the 802, current carrier is set to first kind carrier wave, network side equipment sets the information of the 3rd running time-frequency resource of the master sync signal and auxiliary synchronous signals on first kind carrier wave； In embodiments of the present invention, network side equipment is after the first information is set, if current carrier is set to first kind carrier wave, then network side equipment by set first kind carrier wave on PSS and SSS the 3rd running time-frequency resource information, the information of 3rd running time-frequency resource includes the 2nd OFDM symbol that PSS is located at the 1st subframe of radio frames positioned at the 3rd OFDM symbol and SSS of the 1st subframe of radio frames, or PSS is located at the 2nd OFDM symbol of the 3rd OFDM symbol and SSS positioned at the 2nd subframe of radio frames of the 2nd subframe of radio frames.Specifically, on FDD and the first kind carrier wave of TDD system, the information of PSS and SSS running time-frequency resource can be with identical, such as PSS and SSS in FDD and TDD system are located at the 2nd OFDM symbol of the 3rd OFDM symbol of the 1st subframe of radio frames and the 1st subframe of radio frames respectively, and other positions are similar.Or, FDD and TDD uses the information of different PSS and SSS running time-frequency resource, for example for FDD system, PSS and SSS respectively positioned at radio frames the 1st subframe the 3rd OFDM symbol and radio frames the 1st subframe the 2nd OFDM symbol；For TDD system, PSS and SSS respectively positioned at radio frames the 2nd subframe the 3rd OFDM symbol and radio frames the 2nd subframe the 2nd OFDM symbol.

It should be noted that in embodiments of the present invention, the PSS and SSS relative position relation and PBCH information that are set in first kind carrier wave may be used to indicate that the duplexing type of first kind carrier wave.

803rd, network side equipment sends first kind carrier wave.

Bu Sudden 803 describe that Bu Sudden 602 are similar to embodiment illustrated in fig. 6, and here is omitted.

In the present invention is implemented, network side equipment can set the first information in current carrier, the type of current carrier is indicated by the first information, and running time-frequency resource information and duplexing type of current carrier etc. also can be set, enable user side equipment to recognize the type of current carrier using related parameter, realize the data transfer between network side equipment.

Referring to Fig. 9, be the embodiment of user equipment in the embodiment of the present invention, including：

Acquiring unit 901, for obtaining the first information that network side equipment is sent in current carrier, the first information is used to indicate the type all by carrier wave in the past；

Determining unit 902, after obtaining the first information in the acquiring unit 901, the type of the current carrier is determined according to the first information.

In embodiments of the present invention, acquiring unit 901 obtains the first information for the current carrier that network side equipment is sent, and then determines the type of current carrier according to the first information by determining unit 902.

In embodiments of the present invention, UE by obtain network side equipment send current carrier the first information Determine the type of current carrier so that UE can effectively recognize current carrier, UE has access to network side, realizes data transfer.

In order to be better understood from the user equipment in the embodiment of the present invention, referring to Fig. 10, be the embodiment of user equipment in the embodiment of the present invention, including：

Acquiring unit 901 and determining unit 902 described in embodiment as shown in Figure 9, and it is identical with the content described in embodiment illustrated in fig. 9, here is omitted.

In embodiments of the present invention, if the first information includes any one in radio resource control RRC information, Physical Broadcast Channel PBCH information, system information block SIB；Then the determining unit 902 determines that current carrier is first kind carrier wave specifically for any one in the rrc message, PBCH information, system information block SIB；

And the user equipment also includes：

First information determining unit 1001, after determining the current carrier for first kind carrier wave in the determining unit, then determine the information of the first running time-frequency resource of master sync signal PSS and auxiliary synchronous signals SSS on the first kind carrier wave, the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of radio frames positioned at the 3rd orthogonal frequency division multiplex OFDM symbol and SSS of the 1st subframe of radio frames, or the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 2nd subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 2nd subframe of the radio frames；Specifically, on FDD and the first kind carrier wave of TDD system, the information of PSS and SSS running time-frequency resource can be with identical, such as PSS and SSS in FDD and TDD system are located at the 2nd OFDM symbol of the 3rd OFDM symbol of the 1st subframe of radio frames and the 1st subframe of radio frames respectively, and other positions are similar.Or, FDD and TDD uses the information of different PSS and SSS running time-frequency resource, for example for FDD system, PSS and SSS respectively positioned at radio frames the 1st subframe the 3rd OFDM symbol and radio frames the 1st subframe the 2nd OFDM symbol；For TDD system, PSS and SSS respectively positioned at radio frames the 2nd subframe the 3rd OFDM symbol and radio frames the 2nd subframe the 2nd OFDM symbol.

First synchronizing sub-frame unit 1002, for after the information that the first information determining unit 1001 obtains first running time-frequency resource, synchronizing sub-frame to be carried out to the first kind carrier wave according to the information of first running time-frequency resource.

In embodiments of the present invention, if the first information includes the relative of the PSS and SSS of current carrier Position relationship；Then the determining unit 902 according to the PSS and SSS relative position relation specifically for determining that the current carrier is first kind carrier wave, the relative position relation of the PSS and SSS on the first kind carrier wave are the position relationship in addition to the first relative position relation, first relative position relation is the OFDM symbol of the PSS and SSS OFDM symbol is adjacent and OFDM symbol of the SSS in time domain is before PSS OFDM symbol, or the OFDM symbol of the PSS and SSS OFDM symbol be separated by two orthogonal frequency division multiplex OFDM symbols and in time domain SSS OFDM symbols before PSS OFDM symbol；

And the user equipment also includes：

Second information determination unit 1003, after determining the current carrier for first kind carrier wave in the determining unit, then determine the information of the second running time-frequency resource of the PSS and SSS on the first kind carrier wave, the information of second running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 4th OFDM symbol and the SSS of the 1st subframe of radio frames, or the PSS is located at the 1st OFDM symbol of the 3rd OFDM symbol and the SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of the radio frames；

Second synchronizing sub-frame unit 1004, for after the information that second information determination unit 1003 obtains the second running time-frequency resource, synchronizing sub-frame to be carried out to the first kind carrier wave according to the information of second running time-frequency resource.

In embodiments of the present invention, if the first information includes the PSS and SSS of current carrier relative position relation and PBCH information；Then the determining unit 902 determines that current carrier is first kind carrier wave specifically for the relative position relation according to the PSS and SSS and PBCH information, and time-frequency location information of the PBCH packets containing PBCH, being used in PBCH indicate any one in the solution rate matching information for the bit, CRC masks, PBCH cell specific reference signal CRS, UE specific reference signals that current carrier is first kind carrier wave；

And the user equipment also includes：

3rd information determination unit 1005, after determining the current carrier for first kind carrier wave in the determining unit 902, then determine the information of the 3rd running time-frequency resource of the PSS and SSS on the first kind carrier wave, the information of 3rd running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 1st subframe of the radio frames, or the PSS is located at the 3rd OFDM symbols of the 2nd subframe of the radio frames Number and the SSS be located at the radio frames the 2nd subframe the 2nd OFDM symbol；Specifically, on FDD and the first kind carrier wave of TDD system, the information of PSS and SSS running time-frequency resource can be with identical, such as PSS and SSS in FDD and TDD system are located at the 2nd OFDM symbol of the 3rd OFDM symbol of the 1st subframe of radio frames and the 1st subframe of radio frames respectively, and other positions are similar.Or, FDD and TDD uses different PSS and SSS running time-frequency resource position, such as FDD system, PSS and SSS respectively positioned at radio frames the 1st subframe the 3rd OFDM symbol and radio frames the 1st subframe the 2nd OFDM symbol；For TDD system, PSS and SSS respectively positioned at radio frames the 2nd subframe the 3rd OFDM symbol and radio frames the 2nd subframe the 2nd OFDM symbol.

3rd synchronizing sub-frame unit 1006, the carrier wave for 1005 pairs of first kind of information according to the 3rd running time-frequency resource carries out synchronizing sub-frame.

It should be noted that in embodiments of the present invention, user equipment may also include：

Duplexing type determining unit 1007, the duplexing type of the current carrier is determined for the just blunt any one according in PBCH information, system information block SIB, radio resource control RRC information, or the duplexing type of current carrier is determined for the PSS and SSS relative position relation and PBCH information according to the current carrier, the duplexing type includes FDD and TDD, and the PBCH information includes：Any one in PBCH time-frequency location information, the solution rate matching information of the bit, CRC masks, PBCH cell specific reference signal CRS, UE specific reference signals that are used to indicate that current carrier is first kind carrier wave in PBCH.

In embodiments of the present invention, user equipment is by determining the carrier type of current carrier according to the first information, and when current carrier is first kind carrier wave, the PSS and SSS of the first kind carrier wave running time-frequency resource information will also be obtained and duplexing type is determined, current carrier can be effectively recognized, data transfer is realized.

Figure 11 is referred to, is the embodiment of network side equipment in the embodiment of the present invention, including：

Setting unit 1101, for determining the first information, the first information is used for the type for indicating current carrier；

Transmitting element 1102, for sending the first information to user equipment in the current carrier.

In embodiments of the present invention, setting unit 1101 sets the first information in current carrier, and the first information is used for the type for indicating current carrier, then, current carrier is sent by transmitting element 1102.

It should be noted that the network side equipment in the embodiment of the present invention can stand, or wireless network Network controller etc..

Figure 12 is referred to, is the embodiment of network side equipment in the embodiment of the present invention, including：

Setting unit 1101 and transmitting element 1102 in embodiment as shown in figure 11, and it is similar to the content described in embodiment illustrated in fig. 11, here is omitted.

In embodiments of the present invention, if the first information includes any one in radio resource control RRC information, Physical Broadcast Channel PBCH information, system information block SIB, then the first information is additionally operable to indicate the duplexing type of the current carrier, and the duplexing type includes FDD and TDD;

And setting unit 1101 in the current carrier specifically for setting any one in the radio resource control RRC information, PBCH information, system information block SIB；

And network side equipment in embodiments of the present invention also includes：

First information setting unit 1201, if the current carrier is set into first kind carrier wave for setting unit 1101, the information of the first running time-frequency resource of master sync signal PSS and auxiliary synchronous signals SSS on the first kind carrier wave is then set, the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS and SSS is located at the 1st subframe of radio frames positioned at the 3rd orthogonal frequency division multiplex OFDM symbol and SSS of the 1st subframe of radio frames respectively, or the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 2nd subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 2nd subframe of the radio frames.Specifically, on FDD and the first kind carrier wave of TDD system, the information of PSS and SSS running time-frequency resource can be with identical, such as PSS and SSS in FDD and TDD system are located at 2 OFDM symbols of the 3rd OFDM symbol of the 1st subframe of radio frames and the 1st subframe of radio frames respectively, and other positions are similar.Or, FDD and TDD uses the information of different PSS and SSS running time-frequency resource, for example for FDD system, PSS and SSS respectively positioned at radio frames the 1st subframe the 3rd OFDM symbol and radio frames the 1st subframe the 2nd OFDM symbol；For TDD system, PSS and SSS respectively positioned at radio frames the 2nd subframe the 3rd OFDM symbol and radio frames the 2nd subframe the 2nd OFDM symbol.

In embodiments of the present invention, if the first information includes the PSS and SSS of the current carrier relative position relation；If then the setting unit 1101 needs to be set to specifically for the current carrier One type carrier, the PSS and SSS of the first kind carrier wave relative position relation are then set in first kind carrier wave, the relative position relation of the PSS and SSS are the position relationship in addition to the first relative position relation, first relative position relation is the OFDM symbol of the PSS and SSS OFDM symbols are adjacent and OFDM symbol of the SSS in time domain is before PSS OFDM symbol, or the OFDM symbol of the PSS and SSS OFDM symbol be separated by two orthogonal frequency division multiplex OFDM symbols and in time domain SSS OFDM symbol before PSS OFDM symbol；

And the network side equipment also includes：

Second information setting unit 1202, for the information for the second running time-frequency resource for setting the PSS and SSS on the first kind carrier wave, the information of second running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 4th OFDM symbol and the SSS of the 1st subframe of radio frames, or the PSS is located at the 1st OFDM symbol of the 3rd OFDM symbol and the SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of the radio frames；First duplexing type setting unit 1203, for after the information that second information setting unit 1202 sets the second running time-frequency resource, equipment sets any one in PBCH information, system information block SIB, radio resource control RRC information, any one in the PBCH information, SIB, rrc message is used for the duplexing type for indicating the first kind carrier wave, and the duplexing type includes FDD and TDD.

In embodiments of the present invention, if the first information includes PSS and SSS relative position relation and PBCH information；Then the setting unit 1101 is specifically for setting the PSS and SSS of the current carrier relative position relation and PBCH information, time-frequency location information of the PBCH packets containing PBCH, being used in PBCH indicates the bit that current carrier is first kind carrier wave, any one in CRC masks, the solution rate matching information of PBCH cell specific reference signal CRS, UE specific reference signals；And the network side equipment also includes：

3rd information setting unit 1204, if needing to be set to first kind carrier wave for the current carrier, the information of the 3rd running time-frequency resource of the PSS and SSS on the first kind carrier wave is set, the information of 3rd running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 1st subframe of radio frames, or the PSS is located at the 2nd OFDM symbol of the 3rd OFDM symbol and the SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of radio frames, the relative position relation and PBCH information of the PSS and SSS are additionally operable to indicate the duplexing type of the first kind carrier wave, the duplexing type include TDD and FDD.For the information of PSS and SSS running time-frequency resource on FDD and the first kind carrier wave of TDD system, specifically, the information of PSS and SSS running time-frequency resource can be with identical, such as PSS and SSS in FDD and TDD system are located at the 2nd OFDM symbol of the 3rd OFDM symbol of the 1st subframe of radio frames and the 1st subframe of radio frames respectively, and other positions are similar.Or, FDD and TDD uses the information of different PSS and SSS running time-frequency resource, for example for FDD system, PSS and SSS respectively positioned at radio frames the 1st subframe the 3rd OFDM symbol and radio frames the 1st subframe the 2nd OFDM symbol；For TDD system, PSS and SSS respectively positioned at radio frames the 2nd subframe the 3rd OFDM symbol and radio frames the 2nd subframe the 2nd OFDM symbol.

It should be noted that the network side equipment in the embodiment of the present invention can stand, or wireless network control apparatus etc..

It should be noted that the information of the PSS and SSS of first kind carrier wave in embodiments of the present invention running time-frequency resource each means what is illustrated exemplified by the information of the running time-frequency resource in first time slot of subframe.

In embodiments of the present invention, the first information can be set in network side equipment, the first information is used for the type for indicating current carrier, the user equipment for receiving the current carrier is enabled to get the first information, and the type of current carrier is determined according to the first information, realize the data transfer between network side equipment and user equipment.

Figure 13 is referred to, is the embodiment of the communication system in the embodiment of the present invention, including：

User equipment 1301 described in embodiment, and the network side equipment 1302 as described in Figure 11 or 12 illustrated embodiments as illustrated in fig. 9 or 10.

In above-described embodiment, PSS time-domain position can be exchanged with SSS time-domain position in a subframe, the 2nd OFDM symbol of the 3rd OFDM symbol and PSS positioned at the 1st subframe of radio frames of the 1st subframe of radio frames can be such as located at for SSS, other time-domain position relations are similar, will not be repeated here.

One of ordinary skill in the art will appreciate that realizing that all or part of Bu Sudden in above-described embodiment method can be by program to instruct the hardware of correlation to complete, described program can be stored in a kind of computer-readable recording medium, storage medium mentioned above can be read-only storage, disk or CD etc..Above to a kind of communication means provided by the present invention and system, user equipment, network side equipment, it is described in detail, for those of ordinary skill in the art, according to the thought of the embodiment of the present invention, in tool It will change in body embodiment and application, in summary, this specification content should not be construed as limiting the invention.

Claims

Claim

1st, a kind of communication means, it is characterised in that including：

User equipment (UE) obtains the first information that network side equipment is sent in current carrier, and the first information is used for the type for indicating the current carrier；

The UE determines the type of the current carrier according to the first information.

2nd, communication means according to claim 1, it is characterised in that if the first information includes any one in radio resource control RRC information, Physical Broadcast Channel PBCH information, system information block SIB；

The UE determines that the type of current carrier includes according to the first information：

Any one of the UE in the rrc message, PBCH information, system information block SIB determines that current carrier is first kind carrier wave.

3rd, communication means according to claim 2, it is characterised in that methods described also includes：The UE determines carrying master sync signal PSS and auxiliary synchronous signals on the first kind carrier wave

The information of SSS the first running time-frequency resource；The information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 3rd orthogonal frequency division multiplex OFDM symbol and SSS of the 1st subframe of radio frames, or the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 2nd subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 2nd subframe of the radio frames；

Synchronizing sub-frame is carried out to the first kind carrier wave according to the information of first running time-frequency resource.

4th, according to the method described in claim 1, it is characterised in that if the first information includes the PSS and SSS of current carrier relative position relation, the UE determines that the type of current carrier includes according to the first information：

The UE determines that the current carrier is first kind carrier wave according to the PSS and SSS relative position relation, the relative position relation of the PSS and SSS on the first kind carrier wave are the position relationship in addition to the first relative position relation, first relative position relation for the PSS OFDM symbols before, or the OFDM symbol of the PSS and SSS OFDM symbol be separated by 2 OFDM symbols and in time domain SSS OFDM symbol before PSS OFDM symbol.

5th, method according to claim 4, it is characterised in that methods described also includes： The UE determines to carry the information of the PSS and SSS the second running time-frequency resource on the first kind carrier wave；The information of second running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 4th OFDM symbol and the SSS of the 1st subframe of radio frames, or the PSS is located at the 1st OFDM symbol of the 3rd OFDM symbol and the SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of the radio frames；

Synchronizing sub-frame is carried out to the first kind carrier wave according to the information of second running time-frequency resource.

6th, according to the method described in claim 1, it is characterised in that if the first information includes the PSS and SSS of current carrier relative position relation and PBCH information, the UE determines that the type of current carrier includes according to the first information：

The UE determines that current carrier is first kind carrier wave according to the PSS and SSS relative position relation and PBCH information, and time-frequency location information of the PBCH packets containing PBCH, being used in PBCH indicate any one in the solution rate matching information for the bit, cyclic redundancy check (CRC) mask, PBCH cell specific reference signal CRS, UE specific reference signals that current carrier is first kind carrier wave.

7th, method according to claim 6, it is characterised in that methods described also includes：The UE determines the information of the 3rd running time-frequency resource of the carrying PSS and SSS on the first kind carrier wave；The information of 3rd running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 1st subframe of the radio frames, or the PSS is located at the 2nd OFDM symbol of the 3rd OFDM symbol and the SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of the radio frames；

Synchronizing sub-frame is carried out to the carrier wave of the first kind according to the information of the 3rd running time-frequency resource.

8th, the method according to any one of claim 1 to 7, it is characterised in that methods described also includes：

Any one of the UE in PBCH information, system information block SIB and radio resource control RRC information determines the duplexing type of the current carrier, the duplexing type includes FDD and TDD, and the PBCH information includes：Any one in PBCH time-frequency location information, the solution rate matching information of the bit, cyclic redundancy check (CRC) mask, PBCH cell specific reference signal CRS, UE specific reference signals that are used to indicate the duplexing type of current carrier in PBCH.

9th, the method according to any one of claim 1 to 7, it is characterised in that methods described also includes： The UE determines the duplexing type of current carrier according to the PSS and SSS of the current carrier relative position relation and PBCH information, and the duplexing type includes FDD and TDD, and the PBCH information includes：Any one in PBCH time-frequency location information, the solution rate matching information of the bit, CRC masks, PBCH cell specific reference signal CRS, UE specific reference signals that are used to indicate that current carrier is first kind carrier wave in PBCH.

10th, a kind of communication means, it is characterised in that including：

Network side equipment determines the first information, and the first information is used for the type for indicating current carrier；The network side equipment sends the first information in the current carrier to user equipment.

11st, method according to claim 10, it is characterised in that the first information includes any one in radio resource control RRC information, Physical Broadcast Channel PBCH information, system information block SIB.

12nd, the method according to claim 10 or 11, it is characterised in that the first information is additionally operable to indicate the duplexing type of the current carrier, the duplexing type includes FDD and TDD.

13rd, the method according to any one of claim 10 to 12, it is characterised in that methods described also includes：

If the current carrier is set to first kind carrier wave, then the network side equipment determines the information of the first running time-frequency resource of the master sync signal PSS and auxiliary synchronous signals SSS on the first kind carrier wave, the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS and SSS is located at the 1st subframe of the radio frames positioned at the 3rd orthogonal frequency division multiplex OFDM symbol and SSS of the 1st subframe of radio frames respectively, or the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 2nd subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 2nd subframe of the radio frames.

14th, method according to claim 10, it is characterised in that the first information includes the PSS and SSS of the current carrier relative position relation；

The network side equipment determines that the first information includes：

The network side equipment determines the PSS and SSS of the first kind carrier wave relative position relation in first kind carrier wave, the relative position relation of the PSS and SSS are the position relationship in addition to the first relative position relation, OFDM symbol and SSS that first relative position relation is the PSS OFDM symbol is adjacent and OFDM symbol of the SSS in time domain is before PSS OFDM symbol, or the OFDM symbol of the PSS and SSS OFDM symbol be separated by two OFDM symbols and in time domain SSS OFDM symbol before PSS OFDM symbol.

15th, method according to claim 14, it is characterised in that the network side equipment determines also to include after the PSS and SSS of the first kind carrier wave relative position relation in first kind carrier wave：The network side equipment determines the information of the second running time-frequency resource of the PSS and SSS on the first kind carrier wave, the information of second running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 4th OFDM symbol and the SSS of the 1st subframe of radio frames, or the PSS is located at the 1st OFDM symbol of the 3rd OFDM symbol and the SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of the radio frames.

16th, the method according to claims 14 or 15, it is characterised in that methods described also includes：The network side equipment sets any one in PBCH information, system information block SIB, radio resource control RRC information, any one in the PBCH information, SIB, rrc message is used for the duplexing type for indicating the first kind carrier wave, and the duplexing type includes FDD and TDD.

17th, method according to claim 10, it is characterised in that the first information includes PSS and SSS relative position relation and PBCH information, then the network side equipment determines that the first information includes：The network side equipment determines the PSS and SSS of the current carrier relative position relation and PBCH information, time-frequency location information of the PBCH packets containing PBCH, being used in PBCH indicates the bit that current carrier is first kind carrier wave, any one in cyclic redundancy check (CRC) mask, the solution rate matching information of PBCH cell specific reference signal CRS, UE specific reference signals.

18th, method according to claim 17, it is characterised in that the network side equipment determines also to include after the PSS and SSS of the current carrier relative position relation and PBCH information：The network side equipment determines the information of the 3rd running time-frequency resource of the PSS and SSS on the first kind carrier wave, the information of 3rd running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 1st subframe of radio frames, or the PSS is located at the 2nd OFDM symbol of the 3rd OFDM symbol and the SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of the radio frames.

19th, the method according to claim 17 or 18, it is characterised in that the relative position relation and PBCH information of the PSS and SSS are additionally operable to indicate the duplexing type of the first kind carrier wave, described Duplexing type includes TDD and FDD.

20th, a kind of user equipment, it is characterised in that including：

Acquiring unit, for obtaining the first information that network side equipment is sent in current carrier, the first information is used to indicate the type all by carrier wave in the past；

Determining unit, after obtaining the first information in the acquiring unit, the type of the current carrier is determined according to the first information.

21st, method according to claim 20, it is characterised in that

The first information includes any one in radio resource control RRC information, Physical Broadcast Channel PBCH information, system information block SIB；

Then the determining unit is specifically for according to the rrc message, PBCH information, system information block

Any one in SIB determines that current carrier is first kind carrier wave；

And the user equipment also includes：

First information determining unit, after determining the current carrier for first kind carrier wave in the determining unit, determine the information of the first running time-frequency resource of master sync signal PSS and auxiliary synchronous signals SSS on the first kind carrier wave, the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of radio frames positioned at the 3rd orthogonal frequency division multiplex OFDM symbol and SSS of the 1st subframe of radio frames, or the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 2nd subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 2nd subframe of the radio frames；

First synchronizing sub-frame unit, for after the information that the first information determining unit obtains first running time-frequency resource, synchronizing sub-frame to be carried out to the first kind carrier wave according to the information of first running time-frequency resource.

22nd, user equipment according to claim 20, it is characterised in that

The first information includes the PSS and SSS of current carrier relative position relation；

Then the determining unit according to the PSS and SSS relative position relation specifically for determining that the current carrier is first kind carrier wave, the relative position relation of the PSS and SSS on the first kind carrier wave are the position relationship in addition to the first relative position relation, first relative position relation is the OFDM symbol of the PSS and SSS OFDM symbol is adjacent and OFDM symbol of the SSS in time domain is before PSS OFDM symbol, or the PSS OFDM symbol and SSS OFDM symbols Number be separated by two orthogonal frequency division multiplex OFDM symbols and in time domain SSS OFDM symbol before PSS OFDM symbol；

The user equipment also includes：

Second information determination unit, after determining the current carrier for first kind carrier wave in the determining unit, determine the information of the second running time-frequency resource of the PSS and SSS on the first kind carrier wave, the information of second running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 4th OFDM symbol and the SSS of the 1st subframe of radio frames, or the PSS is located at the 1st OFDM symbol of the 3rd OFDM symbol and the SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of the radio frames；

Second synchronizing sub-frame unit, for after the information that second information determination unit obtains the second running time-frequency resource, synchronizing sub-frame to be carried out to the first kind carrier wave according to the information of second running time-frequency resource.

23rd, user equipment according to claim 20, it is characterised in that

The first information includes the PSS and SSS of current carrier relative position relation and PBCH information；Then the determining unit determines that current carrier is first kind carrier wave specifically for the relative position relation according to the PSS and SSS and PBCH information, and time-frequency location information of the PBCH packets containing PBCH, being used in PBCH indicate any one in the bit, cyclic redundancy check (CRC) mask, PBCH cell specific reference signal CRS, UE specific reference signals solution rate matching information that current carrier is first kind carrier wave；

Then the user equipment also includes：

3rd information determination unit, after determining the current carrier for first kind carrier wave in the determining unit, determine the information of the 3rd running time-frequency resource of the PSS and SSS on the first kind carrier wave, the information of 3rd running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 1st subframe of the radio frames, or the PSS is located at the 2nd OFDM symbol of the 3rd OFDM symbol and the SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of the radio frames；

3rd synchronizing sub-frame unit, synchronizing sub-frame is carried out for the information according to the 3rd running time-frequency resource to the carrier wave of the first kind.

24th, the user equipment according to claim 20 to 23 any one, the user equipment also includes： Duplexing type determining unit, the duplexing type of the current carrier is determined for any one in PBCH information, system information block SIB, radio resource control RRC information, or the duplexing type of current carrier is determined for the PSS and SSS relative position relation and PBCH information according to the current carrier, the duplexing type includes FDD and TDD, and the PBCH information includes：Any one in PBCH time-frequency location information, the solution rate matching information of the bit, CRC masks, PBCH cell specific reference signal CRS, UE specific reference signals that are used to indicate that current carrier is first kind carrier wave in PBCH.

25th, a kind of network side equipment, it is characterised in that including：

Setting unit, for determining the first information, the first information is used for the type for indicating current carrier；Transmitting element, for sending the first information to user equipment in the current carrier.

26th, network side equipment according to claim 25, it is characterized in that, the first information includes any one in radio resource control RRC information, Physical Broadcast Channel PBCH information, system information block SIB, the first information is additionally operable to indicate the duplexing type of the current carrier, and the duplexing type includes FDD and TDD;

The network side equipment also includes：

First information setting unit, for the information for the first running time-frequency resource for determining master sync signal PSS and auxiliary synchronous signals SSS on the first kind carrier wave, the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS and SSS is located at the 1st subframe of radio frames positioned at the 3rd orthogonal frequency division multiplex OFDM symbol and SSS of the 1st subframe of radio frames respectively, or the information of first running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 2nd subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 2nd subframe of the radio frames.

27th, network side equipment according to claim 25, it is characterised in that the first information includes the PSS and SSS of the current carrier relative position relation；

The setting unit in first kind carrier wave specifically for determining the PSS and SSS of first kind carrier wave relative position relation, the relative position relation of the PSS and SSS are the position relationship in addition to the first relative position relation, first relative position relation is the OFDM symbol of the PSS and SSS OFDM symbol is adjacent and OFDM symbol of the SSS in time domain is before PSS OFDM symbol, or the OFDM symbol of the PSS and SSS OFDM symbol be separated by two orthogonal frequency division multiplex OFDM symbols and in time domain SSS OFDM symbol before PSS OFDM symbol； The network side equipment also includes：

Second information setting unit, for the information for the second running time-frequency resource for determining the PSS and SSS on the first kind carrier wave, the information of second running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 4th OFDM symbol and the SSS of the 1st subframe of radio frames, or the PSS is located at the 1st OFDM symbol of the 3rd OFDM symbol and the SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of the radio frames；

First duplexing type setting unit, for equipment, any one in PBCH information, system information block SIB, radio resource control RRC information is set, any one in the PBCH information, SIB, rrc message is used for the duplexing type for indicating the first kind carrier wave, and the duplexing type includes FDD and TDD.

28th, network side equipment according to claim 25, it is characterised in that

The first information includes PSS and SSS relative position relation and PBCH information；

Relative position relation and PBCH information of the setting unit specifically for the PSS and SSS of the determination current carrier, time-frequency location information of the PBCH packets containing PBCH, being used in PBCH indicates the bit that current carrier is first kind carrier wave, any one in CRC masks, the solution rate matching information of PBCH cell specific reference signal CRS, UE specific reference signals；

The network side equipment also includes：

3rd information setting unit, for the information for the 3rd running time-frequency resource for determining the PSS and SSS on the first kind carrier wave, the information of 3rd running time-frequency resource includes the 2nd OFDM symbol that the PSS is located at the 1st subframe of the radio frames positioned at the 3rd OFDM symbol and the SSS of the 1st subframe of radio frames, or the PSS is located at the 2nd OFDM symbol of the 3rd OFDM symbol and the SSS positioned at the 2nd subframe of the radio frames of the 2nd subframe of radio frames.

29th, the network side equipment according to any one of claim 25 to 28, it is characterised in that the network side equipment is base station or radio network controller.

30th, a kind of communication system, it is characterised in that including

User equipment as described in any one of claim 20 to 24, and the network side equipment as described in any one of claim 25 to 29.