CN107690186A

CN107690186A - A kind of system message transmission method, method of reseptance, base station and user equipment

Info

Publication number: CN107690186A
Application number: CN201610633751.6A
Authority: CN
Inventors: 柯颋; 侯雪颖; 沈晓冬; 刘建军; 童辉; 徐晓东
Original assignee: China Mobile Communications Group Co Ltd; China Mobile Communications Co Ltd
Current assignee: China Mobile Communications Group Co Ltd; China Mobile Communications Co Ltd
Priority date: 2016-08-04
Filing date: 2016-08-04
Publication date: 2018-02-13
Anticipated expiration: 2036-08-04
Also published as: CN107690186B

Abstract

The invention discloses a kind of system message transmission method, method of reseptance, base station and user equipment, methods described includes：At least one critical system message and/or a replenishment system message bearing in the Physical Downlink Shared Channel PDSCH and/or enhanced Physical Downlink Shared Channel ePDSCH that DRS sends opportunity and are sent.

Description

A kind of system message transmission method, method of reseptance, base station and user equipment

Technical field

The present invention relates to the information transmission technology in the communications field, more particularly to a kind of system message transmission method, reception Method, base station and user equipment.

Background technology

In existing communication system, especially in Long Term Evolution (LTE, Long Term Evolution) system, it is System message is divided into MIB message and the class of SIB message two again.For the UE in RRC idle states, only when sequentially successfully connecing After receiving MIB message and SIB message, ability initiating random access procedure, and then obtain LTE system service.

In unauthorized frequency range for all wireless access technologys (Radio Access Technologies, RAT) and institute Some operation commercial cities are open, and there is different operators identical right respective RAT systems are disposed in unauthorized frequency range (such as WIFI and unauthorized frequency range LTE).Due to different RAT operators (such as WIFI and unauthorized frequency range LTE) deployment website it Between be not do interference coordination planning (as be not Bus stop planning, site planning), therefore do not allow these websites while pass Defeated business, it otherwise can cause stronger to interfere phenomenon.

When LTE system is applied in unlicensed spectrum, there is multiple-working mode, including：Transmission based on carrier aggregation Pattern, the transmission mode based on dual link, unlicensed spectrum LTE system independence deployment mode.It is only in unlicensed spectrum LTE system Under the mode of operation of vertical deployment, only unlicensed spectrum can use, thus eNB need to send in unlicensed spectrum MIB message and The system messages such as SIB message, and UE needs to receive MIB message and SIB message in unlicensed spectrum.But in unauthorized frequency Compose in application scenarios, traditional periodicity MIB message and SIB message send rule and will no longer adapted to.

The content of the invention

It is a primary object of the present invention to propose a kind of method for message transmission, base station and system, it is intended to solve prior art Present in above mentioned problem.

To achieve the above object, a kind of system message transmission method provided by the invention, methods described include：

By at least one critical system message and/or a replenishment system message bearing under the physics that DRS sends opportunity In row shared channel PDSCH and/or enhanced Physical Downlink Shared Channel ePDSCH and send.

The present invention provides a kind of system message method of reseptance, and methods described includes：

User equipment (UE) sends the Physical Downlink Shared Channel PDSCH on opportunity in DRS and/or enhanced physical down is shared In channel ePDSCH, receive and demodulate at least one critical system message and/or at least one replenishment system message.

A kind of base station provided by the invention, including：

Information transmitting unit, for by least one critical system message and/or at least one replenishment system message bearing It is concurrent in the Physical Downlink Shared Channel PDSCH and/or enhanced Physical Downlink Shared Channel ePDSCH that DRS sends opportunity Send.

A kind of user equipment provided by the invention, it is characterised in that the user equipment includes：

Information receiving unit, for sending the Physical Downlink Shared Channel PDSCH on opportunity and/or enhanced physics in DRS In DSCH Downlink Shared Channel ePDSCH, receive and demodulate at least one critical system message and/or at least one replenishment system message.

A kind of system message transmission method, method of reseptance, base station and user equipment proposed by the present invention, it becomes possible to from system Chosen in message and obtain at least one critical system message and replenishment system message, and every a kind of system message is existed Different transmission cycles is chosen in DRS opportunitys and is transmitted.In this way, ensure the transmission density of system message so that system disappears The reliability of the transmission of breath is guaranteed.

Brief description of the drawings

Fig. 1 is method for message transmission schematic flow sheet of the embodiment of the present invention；

Fig. 2 is the set location schematic diagram in a cycle of sorts of systems message of the embodiment of the present invention；

Fig. 3 is to divide schematic diagram one in the cycle of sorts of systems message of the embodiment of the present invention；

Fig. 4 is to divide schematic diagram two in the cycle of sorts of systems message of the embodiment of the present invention；

Fig. 5 is that base station of the embodiment of the present invention forms structure chart；

Fig. 6 is that user equipment of the embodiment of the present invention forms structure chart.

Embodiment

The present invention is described in further detail with specific embodiment below in conjunction with the accompanying drawings.

Embodiment one,

The embodiments of the invention provide a kind of system message transmission method, methods described includes：Found in cell with reference to letter Number (DRS, Discover Reference Signal) sends critical system message and replenishment system message in transmission opportunity In at least one system message.

Specifically, the system message transmission method that the present embodiment provides, as shown in figure 1, including：

Step 101：At least one system message is at least divided at least one critical system message and at least one Replenishment system message；

Step 102：At least one critical system message and/or a replenishment system message bearing are sent into opportunity in DRS Physical Downlink Shared Channel PDSCH and/or enhanced Physical Downlink Shared Channel ePDSCH in and send.

The present embodiment can apply in the base station in GSM, especially can apply to evolution base station (eNB).It is pointed out that application scenarios new described in the present embodiment, are not limited to LTE technologies being applied to unlicensed spectrum On.The present embodiment can also be applied in other various communication systems, such as 5G technologies are applied in unlicensed spectrum.More enter One step, in some new LTE or 5G application scenarios, in super-intensive networking scene or flexible downstream transmission scene, this Embodiment is also possible to be applied to and authorized on frequency spectrum.

The present embodiment illustrates first against the time-domain transmission of system message, specific as follows：

Above-mentioned transmission critical system message and replenishment system message can be in cell find reference signal transmission opportunity It is transmitted.

For LTE technologies, at least one system message, which comprises at least, Master Information Block MIB and at least two systems Message blocks of uniting SIB；Wherein, at least two SIB can be for one or more of SIB1~SIB13, the number specifically included Measure in the present embodiment without limiting.

Part SIB in MIB and at least two SIB at least one system message is divided into critical system Message；At least one SIB that removing is divided to outside the basic part SIB of the first kind at least two SIB is divided into benefit Charging system message.

Specifically, critical system message is in LTE system, can be by systems such as MIB message, SIB1 message, SIB2 message Message is regarded as critical system message；And other SIB message are regarded as replenishment system message.

For 5G technologies, system message species might have other new definition, and critical system message and replenishment system The attaching relation of message may do new division, no longer be carried out in the present embodiment exhaustive.

Further, methods described also includes：By find reference signal send opportunity configure DMTC windows in can With sub-frame transmission system message.Wherein, the DMTC windows are specially to find that reference signal sends opportunity configuration (DRS Measurement Timing Configuration) window.In addition, described may in different application scenarios with subframe Difference, such as, it is described can be determined with subframe according to the LBT of base station side result in unlicensed spectrum application scenarios, Specifically, if base station side LBT result shows that the subframe position can be used for transmitting data, then the subframe can be thought Subframe can be used；In 5G application scenarios, eNB may be by default rule, for example some technical criterias are selected in DMTC windows The system message can be transmitted with subframe by selecting, and its corresponding technical criteria not carried out in the present embodiment exhaustive.

Such as referring to Fig. 2, it may be determined that determine 6ms as DMTC windows in the wireless sub-frame in transmission subframe per 10ms. It is noted that eNB in each DMTC windows, at most only can transmit 1 DRS occasion.

ENB is firstly the need of configuration DMTC windows.The DMTC windows configuration of standardization acquiescence (provides acquiescence in a standard DMTC sends cycle and sub-frame offset).ENB selects a subset in DMTC window set is given tacit consent to, and builds itself actual use DMTC windows.ENB attempts to send DRS signals in the DMTC windows actually used；

If the DMTC window periods of acquiescence are T1, sub-frame offset Offset1；

Then the cycle of the actual DMTC windows used of eNB is N1 × T1, offsets as Offset1+k*T1, wherein, k=0, 1,…,N1-1；

ENB is notified the DMTC windows actually used configuration (i.e. transmission cycle and transmission deviation) by the first system message To the UE serviced, specific notification field can be N1, k；

And/or

ENB is by RRC signaling, and by the actual DMTC windows configuration used in neighbor cell, (i.e. transmission cycle and transmission is inclined Move) notify to the UE serviced.If define the DMTC window periods and sub-frame offset of acquiescence, then specific notification field can To be N1, k.Otherwise, specific notification field can be the transmission cycle and transmission deviation represented with subframe.

Wherein, according to preset rules, in the available subframe in all or part of DMTC windows the first system is transmitted to disappear Breath.

Need further exist for illustrating, in the present embodiment in DMTC window set, system message uses paging in time domain (paging) mode carries, that is, the system message having is configured to transmit in each DMTC windows, and some system message quilts It is configured to only transmit in the DMTC windows of part.It is noted that system message is configured to transmit in specific DMTC windows, no Transmission opportunity can necessarily be obtained by representing the system message.

For each system message delimiting period and skew (offset), wherein the cycle of system message and skew be Defined on the basis of the DMTC cycles.

Can have on time domain set-up mode in the present embodiment following several：

The first, at least one system message configure transmission cycle and transmission deviation；Wherein, the transmission cycle and Transmission deviation is to find that reference signal sends the integral multiple of opportunity configuration DMTC windows.

The information transmitted in present treatment mode in each DRS transmission opportunity may refer to Fig. 3, pass through table 1 with reference to Fig. 3 Illustrate transmission cycle and the transmission deviation configuration of each system message：

Table 1

Above-mentioned base station side processing basis on, further illustrate UE obtain said system message when configuration of territory side Formula can include：By standard agreement, the transmission cycle and transmission deviation of some prespecified critical system message.For example, In the present embodiment, by standard agreement, prespecified system message 1 and second system message are transmitted in each DMTC windows. Therefore, UE attempts system message 1 and second system message corresponding to reception and demodulation in each DMTC windows.

Especially, in figure 3, the system message by the prespecified transmission cycle of standard agreement and transmission deviation is referred to as First kind critical system message.In second system message, the time domain configuration information of other parts replenishment system information, bag are carried Include transmission cycle and transmission deviation.

After UE is properly received and demodulates second system message, with regard to can obtain other remaining system message transmission cycle and Transmission deviation.Then, UE calculates the DMTC windows corresponding to it according to these system message transmission cycles and transmission deviation Mouthful, then in these DMTC windows, attempt system message corresponding to reception and demodulation.Especially, in figure 3, will be passed through Two system message provides that the critical system message of transmission cycle and transmission deviation is referred to as the second class critical system message.

Especially, second system message is identical or different from the first system message.So-called the first system message and second System message is identical, refers to disappearing in the first system message while including at least one other systems message and/or system The transmission cycle and transmission deviation of breath group, and DMTC window configuration parameters.

The information included in the second system message may refer to shown in table 2：

	The quantity in DMTC cycles	Transmission deviation	Remarks
				System message 2	1	0	Repeated in each DMTC
System message 3	2	0	Cycle=2TDMTC
				System message 4	2	1	Cycle=2TDMTC
System message 5	4	0	Cycle=4TDMTC
				System message 6	4	1	Cycle=4TDMTC
System message 7	4	2	Cycle=4TDMTC
				System message 8	4	3	Cycle=4TDMTC

Table 2

Secondth,

The mapping relations of system message group and system message SI windows are established, wherein, the system message group includes at least One system message；Transmission cycle and transmission deviation are configured at least one SI windows；Wherein, the transmission cycle and transmission Skew is the integral multiple of DMTC windows.

The concept of system message (SI, System Information) window in LTE system is used for reference, defines the week of SI windows Phase and offset, and the mapping relations of SI windows and system message are defined, the wherein cycle of SI windows and skew is in DMTC Defined on the basis of cycle.

With the first time domain set-up mode, pass through standard agreement, the transmission of some prespecified critical system message first Cycle and transmission deviation.For example, in the present embodiment, by standard agreement, prespecified system message 1 and second system message Transmitted in each DMTC windows.Therefore, UE attempts system message 1 and second corresponding to reception and demodulation in each DMTC windows System message.Especially, in Fig. 4, the system message by the prespecified transmission cycle of standard agreement and transmission deviation is claimed Make first kind critical system message.

Control second system message is based on default transmission cycle and transmission deviation, and at least one replenishment system is notified to UE The transmission cycle and transmission deviation of message and/or SI windows；Specifically, in second system message, other parts system is carried The configuration information of SI windows corresponding to information group, including the transmission cycle of each SI windows, transmission deviation and SI windows with extremely The mapping relations of a few system message.After UE is properly received and demodulates second system message, with regard to other residue systems can be obtained The transmission cycle and transmission deviation of SI windows corresponding to message groups of uniting.Then, UE is according to the transmission cycles of these SI windows And transmission deviation, the DMTC windows corresponding to it are calculated, then in these DMTC windows, are attempted corresponding to reception and demodulation System message.Especially, in Fig. 4, it will provide that the critical system of transmission cycle and transmission deviation disappears by second system message Breath is referred to as the second class critical system message.

The information included in the second system message may refer to shown in table 3：

Table 3

Further, by the transmission cycle and transmission deviation of the configuration, it is determined that for send the system message or First DMTC windows of system message group；By system message described in the available sub-frame transmission in the first DMTC windows or it is System message groups.

It is described in DRS transmission opportunitys, send at least one in the critical system message and replenishment system message System message, including：

At least one in the critical system message and replenishment system message is carried on the DRS and sends opportunity In Physical Downlink Shared Channel PDSCH and/or enhanced Physical Downlink Shared Channel ePDSCH and send.

It can be seen that by using such scheme, it becomes possible to chosen from system message and obtain at least one critical system message And replenishment system message, and for choosing different transmission cycles and progress in DRS opportunitys per a kind of system message Transmission.In this way, ensure the transmission density of system message so that the reliability of the transmission of system message is guaranteed.

Embodiment two,

The embodiments of the invention provide a kind of method for message transmission, methods described includes：At least one critical system message And/or a replenishment system message bearing sends the Physical Downlink Shared Channel PDSCH on opportunity and/or enhanced physics in DRS In DSCH Downlink Shared Channel ePDSCH and send.

On the basis for the processing scene that embodiment one provides, the present embodiment is highlighted for disappearing per a kind of system The frequency domain resource position of breath, it is specific as follows：

Scene one,

Different frequency domain resource blocks, and the frequency domain resource block of each system message are independently dispatched for each system message Position indicated by DCI corresponding to each system message, and each described DCI use corresponding to the system message Special DCI scramblers scrambling.

Specifically, each system message is directed to, it is independent to dispatch different frequency domain resource blocks, and the frequency domain resource of each system Position is indicated by the DCI scrambled by the special SI-RNTI of each system message.

It is to be appreciated that in mobile communication system, base station side and user equipment (UE) side are directed to each system Message, the special SI-RNTI scramblers defined in standard agreement corresponding to it, such as, can be every by the formal definition of mapping table Special scrambler corresponding to one system message.

Under this scene, UE is in DRS occasion subframes, by descrambling corresponding to the special SI-RNTI scramblers DCI signalings, obtain the frequency domain resource position of correspondence system message.

Scene two,

By all system message centralized dispatching into the first frequency domain resource block, and the position of the first frequency domain resource block passes through One DCI is indicated, and the first DCI is scrambled using the first DCI scramblers.

Specifically, all system messages that will be transmitted in same DMTC windows, centralized dispatching provide to same frequency domain In source block, and the position of the frequency domain resource block is indicated by the DCI scrambled by the first SI-RNTI.

Scene three,

For the system message for being configured to send in each DMTC windows, centralized dispatching to the second frequency domain resource block In, and the position of the second frequency domain resource block is provided by agreement.

Wherein, a kind of embodiment is that the system information for being configured to send in each DMTC window can be key System information, that is to say, that all critical system informations are all dispatched in the second frequency domain resource block.

Scene four,

For the system message for being configured to send in each DMTC windows, centralized dispatching to the 3rd frequency domain resource block In, and the position of the 3rd frequency domain resource block is indicated by the 2nd DCI, and the 2nd DCI is scrambled using the 2nd DCI scramblers.

This scene is that this scene does not carry out regulation critical system information by agreement with previous scene difference Frequency domain resource block；But the 2nd DCI by being scrambled by the 2nd DCI scramblers is indicated.

Scene five,

For the system message for being not configured to send in each DMTC windows, centralized dispatching to the 4th frequency domain resource In block, and the position of the 4th frequency domain resource block is indicated by the 3rd DCI, and the 3rd DCI is scrambled using the 3rd DCI scramblers.

It can be wrapped specifically, a kind of embodiment is the system message for being not configured to send in each DMTC windows Replenishment system message has been included, will be dispatched in this part system message set in same frequency domain resource block, and the frequency domain resource block Position pass through by the 3rd DCI scramblers, i.e. the DCI instructions of the 3rd SI-RNTI scramblings.

Scene six,

Different frequency domain resource blocks is independently dispatched for each SI windows, and the frequency domain resource position of each SI window leads to Corresponding DCI is crossed to be indicated, and the DCI scramblers scrambling that SI windows corresponding to each described DCI use are special.

Specifically, each SI windows are directed to, it is independent to dispatch different frequency domain resource blocks, and the frequency domain resource of each SI windows Position is indicated by the DCI scrambled by the special SI-RNTI of each SI windows；

For each SI windows, the special SI-RNTI scramblers defined in standard agreement corresponding to it；

Accordingly, UE is believed in DRS occasion subframes by descrambling the DCI corresponding to the special SI-RNTI scramblers Order, obtain the frequency domain resource position of corresponding SI windows.

In above-mentioned various scenes, sent out by the PDSCH channels in downlink burst service subframe cluster and/or ePDSCH channels At least one system message is sent, and is believed for the DCI for indicating system message frequency domain resource position in DRS transmission opportunitys Number, and the DCI signals in downlink burst service subframe cluster for indicating system message frequency domain resource position, set different DCI scramblers.In addition, if supporting that also carrying is in the PDSCH channels of normal descending sub frame simultaneously in above-mentioned each scene System message, it is contemplated that DRS occasion subframes may not with the non-NULL OFDM symbol number used in normal descending sub frame Together, then it is required that used in the SI-RNTI scramblers used in DRS occasion subframes and normal descending sub frame SI-RNTI scramblers should be otherwise varied, so that UE can be done just according to the SI-RNTI scrambler sequences received to receiving data True rate adaptation operating.

For carrying the situation of multiple systems message simultaneously in same frequency spectrum resource block, UE by further discriminating between and Which system message in frequency spectrum resource block be present in confirmation.

Mode one：

On the above-mentioned scene basis on frequency domain resource distribution, system message type mark is included in system message Know symbol field, which system message mark current data block belongs to；

Accordingly, the present embodiment, which also provides, distributes multiple system messages to method of salary distribution during same resource block：

Mode two, when a frequency domain resource block be used for dispatch at least one system message when, by the frequency domain resource block System message arranged according to preset order.

Specifically, the preset order can be by order of multiple system messages according to system message sequence number from small to large Arrangement；Can also be to arrange multiple system messages according to the order of message sequence number from big to small.It is pre- described in the present embodiment If order be also only example, using other sortords can also, without exhaustion in the present embodiment.

Mode three, when a frequency domain resource block be used for dispatch at least one SI windows when, by SI windows according to preset order Arrange and arrange at least one system message included in each SI window according to preset order.

It is determined that arrangement of at least system message in corresponding frequency resource block that each described SI window includes is suitable Sequence.Specifically, regulation system message is first according to the order arrangement of SI windows sequence number from small to large；Then in each SI windows Portion, according to system message sequence number from small to large order arrangement, also can be from big to small order arrange, other sortords It can use, without exhaustion in the present embodiment.

It can be seen that by using such scheme, it becomes possible to chosen in middle system message and obtain at least one critical system message And replenishment system message, and for choosing different transmission cycles and progress in DRS opportunitys per a kind of system message Transmission.In this way, ensure the transmission density of system message so that the reliability of the transmission of system message is guaranteed.

Embodiment three,

A kind of system message method of reseptance is present embodiments provided, methods described includes：

The UE is according at least one of following methods, it is determined that the DMTC windows for interception system message, it is determined that In the DMTC windows, receive and demodulate corresponding system message：

1) method 1：The UE obtains transmission cycle and the transmission deviation configuration of acquiescence DMTC windows, according to the acquisition Transmission cycle and transmission deviation configuration, determine the 2nd DMTC windows.Wherein, the transmission cycle and transmission deviation of DMTC windows are given tacit consent to It can provide to obtain above-mentioned configuration by agreement.

A kind of embodiment is, when UE is in RRC IDLE states, when UE obtains frame/subframe timing, UE is in each acquiescence DMTC windows in expect exist DRS occasion and and attempt receive the first system message.

After being properly received and demodulating the first system message, UE is able to confirm that the DMTC windows that its serving BS is actually used Mouth configuration.Compared to the DRS occasion positions of completely random configuration, by aforesaid operations, RRC idle states UE can be simplified Blind check DRS occasion processing complexity, and then UE power consumptions can be reduced.

2) method two：The UE obtains transmission cycle and the transmission deviation configuration of DMTC windows, according to the biography of the acquisition Defeated cycle and transmission deviation configuration, determine the 3rd DMTC windows.

Wherein, UE can obtain the transmission cycle of the DMTC windows by the RRC configuration regulations of main carrier and transmit inclined Move configuration.Or

As described in method one, UE attempts to receive the first system message in each acquiescence DMTC windows.When being properly received simultaneously After demodulating the first system message, UE can obtain transmission cycle and the transmission deviation configuration of the DMTC windows.

When obtaining DMTC windows with postponing, the UE so that attempt to receive in all or part of DMTC windows all or Partial system message.

A kind of embodiment is：Transmission cycle and transmission by the prespecified at least one critical system message of standard agreement Offset configuration.Wherein, at least one critical system message includes the first system message and/or second system message.Wherein Transmission cycle and transmission deviation of the second system message package containing at least one replenishment system message and/or SI windows.One kind acquiescence Rule is that transmission sends said system message in each DMTC windows.

Accordingly, the UE is based on the preset rules, is intercepted in the DMTC windows of all or part of actual disposition Above-mentioned critical system message, including second system message, so that it is determined that the DMTC windows of other systems message and/or system message group Mouth configuration (i.e. the transmission cycle and transmission deviation of DMTC windows).

3) method three：When simultaneously the UE obtains the transmission cycle of actual DMTC configurations and every system message and transmits inclined When moving configuration, the UE configures further according to the transmission cycle and transmission deviation of the configuration, determines the 4th DMTC windows；The UE In identified 4th DMTC windows, receive and demodulate corresponding system message.Especially, UE can first intercept second system Message, then obtain transmission cycle and transmission deviation corresponding to other systems message.

4) method four：When simultaneously the UE obtains the transmission cycle and transmission deviation of actual DMTC configurations and each SI windows Configuration；The UE configures further according to the transmission cycle and transmission deviation of the configuration, determines the 5th DMTC windows；The UE is in institute In the 5th DMTC windows determined, receive and demodulate corresponding system message.Especially, UE can first intercept second system and disappear Breath, then obtain the transmission cycle and transmission deviation of the SI windows corresponding to other systems message groups.

It should be noted that above-mentioned second-the five DMTC windows can be the same or different, the second-the five DMTC windows Mouth can also be identical or different with the first DMTC windows mentioned in previous embodiment.

Notice in unlicensed spectrum LTE system, eNB cannot be guaranteed that downlink transfer machine can be obtained in each DMTC Meeting, therefore, eNB be as possible transmission DRS signals, and UE be for DMTC windows in attempt receive DRS signals.

For eNB, eNB is operated by LBT, is sent DRS when it is determined that during channel idle, then can use and is sent opportunity.ENB will The referred to as available subframe of subframe that DRS sends opportunity can be sent.But UE is that not can know which subframe is available in advance. UE attempts to go blind check to send opportunity with the presence or absence of DRS in all subframes in DMTC windows.

Specifically, the UE attempts the demodulating system message in the Physical Downlink Shared Channel that DRS sends opportunity.Also It is to say, UE can specifically connect in Physical Downlink Shared Channel PDSCH and/or enhanced Physical Downlink Shared Channel ePDSCH Receive simultaneously demodulating system message.

Illustrated below for the mode of the determination of frequency domain resource block corresponding to system message：

The first,

The UE is attempted in all or part of subframe in identified DMTC windows, is intercepted by particular system message DCI after special DCI scramblers scrambling, and receive and demodulate pair in the frequency domain resource block indicated by the DCI listened to The system message answered.

Wherein, each system message can correspond to a DCI scrambler, and corresponding DCI scramblers can lead in advance Cross list and be stored in UE sides, to enable DCI scrambler of the UE sides based on preservation to carry out DCI descramblings, and obtain indicated by DCI System message.

Secondth,

The UE is attempted in all or part of subframe in identified DMTC windows, is intercepted special by specific SI windows DCI after the scrambling of DCI scramblers, and received in the frequency domain resource block of the DCI instructions listened to and demodulate corresponding SI At least one system message included in window.

That is, each SI window corresponds to a system message group, include at least in a system message group One system message, including system message can be at least one in critical system message and/or replenishment system message.SI DCI scramblers corresponding to window the presets list can be indicated according to.

The third,

The UE is attempted in all or part of subframe in identified DMTC windows, intercept by the first DCI scramblers, DCI in 2nd DCI scramblers and the 3rd DCI scramblers after the scrambling of any one DCI scrambler；It is and signified in the DCI listened to Received in the frequency domain resource block shown and demodulate corresponding system message.

When whole system messages are loaded into a frequency domain resource block, a DCI can be scrambled by a DCI scrambler With frequency domain resource block corresponding to indicating system message.Now, the first DCI scramblers can correspond to is dispatched to by whole system messages The scene of one frequency domain resource block；2nd DCI scramblers and its corresponding DCI, it can be used in each DMTC window what is sent System message, and the scene by system message centralized dispatching to the 3rd frequency domain resource block, now scrambled by the 2nd DCI scramblers DCI indicated；The system message sent in each DMTC windows is not configured to, can be with centralized dispatching to the 4th frequency In the resource block of domain, indicated with the DCI scrambled by the 3rd DCI scramblers.

4th kind,

The UE is attempted in the second frequency domain resource block in all or part of subframe in identified DMTC windows Receive and demodulate corresponding system message；Wherein, the position of the second frequency domain resource block is position as defined in agreement.

That is, the opening position demodulating system message by the second frequency domain resource block as defined in agreement.

Mode one：

After the UE unsuccessful demodulations go out the frequency domain resource block, the UE according to system message type identifier field, Corresponding system message is extracted in the bit stream obtained from demodulation；Wherein, the system message type identifier field is used for Identify the system message described in current data block；

Mode two：

After the UE unsuccessful demodulations go out the frequency domain resource block, the UE first confirms which the frequency domain resource block includes A little system messages, and and then confirm that default in the obtained bit stream of demodulation of these system messages puts in order, then press Corresponding system message is extracted according to default put in order.

Mode three：

After the UE unsuccessful demodulations go out the frequency domain resource block, the UE first confirms which the frequency domain resource block includes Include which system message in a little SI windows and these SI windows, and and then confirm these SI windows and its comprising system Default in the obtained bit stream of demodulation of message puts in order, then according to it is default put in order extract corresponding to system disappear Breath.

Specifically, regulation system message is first according to the order arrangement of SI windows sequence number from small to large；Then in each SI Window interior, according to system message sequence number from small to large order arrangement, also can be from big to small order arrange, others sequence Mode can also use, without exhaustion in the present embodiment.

Example IV,

The embodiments of the invention provide a kind of base station, as shown in figure 5, including：

Information transmitting unit 51, at least one critical system message and/or at least one replenishment system message to be held It is loaded in concurrent in the Physical Downlink Shared Channel PDSCH and/or enhanced Physical Downlink Shared Channel ePDSCH on DRS transmission opportunitys Send.

Specifically, the base station also includes：

Dispensing unit 52, for sending the available son in the DMTC windows of opportunity configuration by each discovery reference signal Frame transmits the first system message；Wherein, the first system message is critical system message；

And/or

Dispensing unit 52, for passing through the available sub-frame transmission second system message in the DMTC windows of part；Wherein, it is described Second system message is critical system message or replenishment system message.

Specifically, critical system message is in LTE system, can be by systems such as MIB message, SIB1 message, SIB2 message Message is regarded as critical system message；And other SIB message are regarded as replenishment system message i.e. replenishment system message.For 5G technologies, system message species might have other new definition, and the ownership of critical system message and replenishment system message is closed System may do new division, no longer be carried out in the present embodiment exhaustive.

It is described possible different in different application scenarios with subframe, such as, in unlicensed spectrum application scenarios, institute State can with subframe can the result of the LBT according to determine that specifically, LBT result shows that the subframe position can be used for Transmit data, then the subframe can think available subframe；In 5G application scenarios, eNB may by default rule, such as Some technical criterias select can be transmitted the first system message with subframe in DMTC windows, not right to its in the present embodiment The technical criteria answered carries out exhaustive.

By finding that reference signal sends the available sub-frame transmission system message in the DMTC windows of opportunity configuration.Wherein, The DMTC windows are specially to find that reference signal sends opportunity allocation window.In addition, described use subframe in different applications May be different in scene, such as, in unlicensed spectrum application scenarios, it is described can be according to the LBT's of base station side with subframe As a result determine, specifically, if base station side LBT result shows that the subframe position can be used for transmitting data, then should Subframe can think available subframe；In 5G application scenarios, eNB may be by default rule, for example some technical criterias exist Selection can transmit the system message with subframe in DMTC windows, its corresponding technical criteria not carried out in the present embodiment poor Lift.

If the DMTC window periods of acquiescence are T1, sub-frame offset Offset1；

ENB is configured the DMTC windows actually used, such as by the one or more in the first system message, RRC signaling N1, k, notify to the UE serviced.

The first, dispensing unit, for configuring transmission cycle and transmission deviation at least one system message；Wherein, The transmission cycle and transmission deviation are to find that reference signal sends the integral multiple of opportunity configuration DMTC windows.

The information transmitted in present treatment mode in each DRS transmission opportunity may refer to Fig. 3, pass through table 1 with reference to Fig. 3 Illustrate transmission cycle and the transmission deviation configuration of each system message.On the basis of above-mentioned base station side processing, further Illustrate UE obtain said system message when configuration of territory mode can include：By standard agreement, some prespecified keys The transmission cycle and transmission deviation of system message.For example, in the present embodiment, by standard agreement, prespecified system message 1 Transmitted with second system message in each DMTC windows.Therefore, UE is attempted corresponding to reception and demodulation in each DMTC windows System message 1 and second system message.

Especially, second system message is identical or different from the first system message, i.e., is wrapped simultaneously in the first system message Include the transmission cycle and transmission deviation of at least one other systems message and/or system message group, and DMTC window configuration parameters.

The information included in the second system message may refer to shown in table 2.

Secondth,

Dispensing unit, for establishing the mapping relations of system message group and system message SI windows, wherein, the system disappears Breath group includes at least one system message；Transmission cycle and transmission deviation are configured at least one SI windows；Wherein, the biography Defeated cycle and transmission deviation are the integral multiple of DMTC windows.

Control second system message is based on default transmission cycle and transmission deviation, and at least one replenishment system is notified to UE The transmission cycle and transmission deviation of message and/or SI windows；Specifically, in second system message, other parts system is carried The configuration information of SI windows corresponding to information group, including the transmission cycle of each SI windows, transmission deviation and SI windows with extremely The mapping relations of a few system message.After UE is properly received and demodulates second system message, with regard to other residue systems can be obtained The transmission cycle and transmission deviation of SI windows corresponding to message groups of uniting.Then, UE is according to the transmission cycles of these SI windows And transmission deviation, the DMTC windows corresponding to it are calculated, then in these DMTC windows, are attempted corresponding to reception and demodulation System message.Especially, in Fig. 4, it will provide that the critical system of transmission cycle and transmission deviation disappears by second system message Breath is referred to as the second class critical system message.The information included in the second system message may refer to shown in table 3.Further Ground, by the transmission cycle and transmission deviation of the configuration, it is determined that for sending the of system message or the system message group One DMTC windows；Pass through system message or system message group described in the available sub-frame transmission in the first DMTC windows.

It is described in DRS transmission opportunitys, send at least one in the critical system message and replenishment system message System message, including：At least one in the critical system message and replenishment system message is carried on into the DRS to send In the Physical Downlink Shared Channel PDSCH on opportunity and/or enhanced Physical Downlink Shared Channel ePDSCH and send.

Specifically, each critical system message is carried on to the Physical Downlink Shared Channel in the first transmission cycle In PDSCH；According to the second transmission cycle and transmission deviation of each replenishment system message, determine that each replenishment system disappears The replenishment system message bearing is simultaneously transmitted physical down corresponding to time-domain position by transmission time-domain position corresponding to breath in described In shared channel PDSCH.

It is described below for the frequency domain resource position per a kind of system message, it is following that the dispensing unit is additionally operable to execution At least one of processing：

Scene one,

Scene two,

Specifically, the system message that will be transmitted in same DMTC windows, all replenishment system message, and all non-passes One or more system messages in key system message, centralized dispatching is into same frequency domain resource block, and the frequency domain resource block Position indicated by the DCI that is scrambled by the first SI-RNTI.

Scene three,

Wherein, the system information for being configured to send in each DMTC window can be critical system information, also It is to say, all critical system informations is all dispatched in the second frequency domain resource block.

Scene four,

Scene five,

Disappear specifically, the system message for being not configured to send in each DMTC windows can include replenishment system Breath, will be dispatched in same frequency domain resource block in this part system message set, and the position of the frequency domain resource block passes through by the The DCI instructions of three DCI scramblers, i.e. the 3rd SI-RNTI scrambling.

Scene six,

Mode one, the dispensing unit are additionally operable to when a frequency domain resource block is used to dispatch at least one system message, System message in the frequency domain resource block is arranged according to preset order.

Mode two, the dispensing unit are additionally operable to when a frequency domain resource block is used to dispatch at least one SI windows, will SI windows arrange according to preset order and by least one system message included in each SI window according to preset order Arrangement.

It can be seen that by using such scheme, it becomes possible to chosen in middle system message and obtain at least one critical system message And replenishment system message, and for choosing different transmission cycles and progress in DRS opportunitys per a kind of system message Transmission.In this way, ensure the transmission density of system message so that the reliability of the transmission of system message is guaranteed, and especially can Enough performances for ensureing the control system message progress cyclical transmission in unlicensed spectrum are ensured.

Embodiment five,

A kind of user equipment is present embodiments provided, as shown in fig. 6, the user equipment includes：

Information receiving unit 61, for sending the Physical Downlink Shared Channel PDSCH on opportunity and/or enhanced thing in DRS Manage in DSCH Downlink Shared Channel ePDSCH, receive and demodulate at least one critical system message and/or at least one replenishment system disappears Breath.

The user equipment also includes：

Demodulating unit 62, at least one according to following methods, it is determined that the DMTC windows for interception system message, Then in the DMTC windows of the determination, receive and demodulate corresponding system message；

When UE is in RRC IDLE states, when UE obtains frame/subframe timing, UE phases in the DMTC windows of each acquiescence DRS occasion to be existed and system message；Compared to the DRS occasion positions of completely random configuration, pass through above-mentioned behaviour Make, RRC idle state UE blind check DRS occasion processing complexity can be simplified, and then UE power consumptions can be reduced.

When UE is in RRC connected states, UE is configured by RRC, obtains the actual DMTC configurations of institute's attributive eNB.UE according to Preset rules, DRS is intercepted in the DMTC windows of all or part of actual disposition and sends opportunity and system message.Pass through standard Transmission cycle and the transmission deviation configuration of the prespecified at least one critical system message of agreement.Wherein, described at least one close Key system message includes the first system message and/or second system message.A kind of default rule is in each DMTC windows Transmission sends said system message.UE intercepts according to preset rules in the DMTC windows of all or part of actual disposition State critical system message.

The UE obtains transmission cycle and the transmission deviation configuration of acquiescence DMTC windows, according to the transmission cycle of the acquisition Configured with transmission deviation, determine the 2nd DMTC windows.Wherein, the transmission cycle of DMTC windows and transmission deviation can pass through agreement Regulation obtains above-mentioned configuration；A kind of embodiment is that UE attempts reception system message in the DMTC windows of each acquiescence.

The UE obtains transmission cycle and the transmission deviation configuration of DMTC windows, according to the transmission cycle and biography of the acquisition Defeated offset configuration, determine the 3rd DMTC windows.Wherein, the transmission cycle of DMTC windows and transmission deviation can pass through main carrier RRC configuration regulations obtain above-mentioned configuration；A kind of embodiment is：UE attempts reception system message in each DMTC windows, and such as one A little critical system message.

When the UE obtains the transmission cycle of actual DMTC configuration and every system message and transmission deviation configures simultaneously, The UE configures further according to the transmission cycle and transmission deviation of the configuration, determines the 2nd DMTC windows；The UE is being determined The 4th DMTC windows in, receive and demodulate corresponding system message；Especially, UE can first intercept second system message, so The transmission cycle and transmission deviation corresponding to other systems message are obtained afterwards.

When simultaneously the UE obtains actual DMTC configurations and transmission cycle and the transmission deviation configuration of each SI windows；It is described UE configures further according to the transmission cycle and transmission deviation of the configuration, determines the 5th DMTC windows；The UE is identified In five DMTC windows, receive and demodulate corresponding system message.

Especially, UE can first intercept second system message, then obtain the SI windows corresponding to other systems message groups Transmission cycle and transmission deviation.

The first,

The demodulating unit, for attempting in all or part of subframe in identified DMTC windows, intercept by DCI after the DCI scramblers scrambling of particular system message-specific, and in the frequency domain resource block indicated by the DCI listened to Receive and demodulate corresponding system message.

Secondth,

The demodulating unit, for attempting in all or part of subframe in identified DMTC windows, intercept by DCI after the special DCI scramblers scrambling of specific SI windows, and received simultaneously in the frequency domain resource block of the DCI instructions listened to At least one system message included in SI windows corresponding to demodulation.

The third,

The demodulating unit, for attempting in all or part of subframe in identified DMTC windows, intercept by DCI in first DCI scramblers, the 2nd DCI scramblers and the 3rd DCI scramblers after the scrambling of any one DCI scrambler；And listening to Received in frequency domain resource block indicated by the DCI and demodulate corresponding system message.

4th kind,

The demodulating unit, for attempting the second frequency in all or part of subframe in identified DMTC windows Received in the resource block of domain and demodulate corresponding system message；Wherein, the position of the second frequency domain resource block is as defined in agreement Position.

The UE gets system message type identifier field from system message；Wherein, the system message type Identifier field is used to identify the system message described in current data block；

The demodulating unit, during for detecting at least one system message from a frequency domain resource block, by the frequency System message in the resource block of domain is arranged and demodulated according to preset order；

And/or

Demodulating unit, for when the UE is used to detect at least one SI windows from frequency domain resource block, by SI Window arranges according to preset order and arranges at least one system message included in each SI window according to preset order Row, are demodulated according to the order after arrangement at least one system message.

It should be noted that herein, term " comprising ", "comprising" or its any other variant are intended to non-row His property includes, so that process, method, article or device including a series of elements not only include those key elements, and And also include the other element being not expressly set out, or also include for this process, method, article or device institute inherently Key element.In the absence of more restrictions, the key element limited by sentence "including a ...", it is not excluded that including this Other identical element also be present in the process of key element, method, article or device.

The embodiments of the present invention are for illustration only, do not represent the quality of embodiment.

Through the above description of the embodiments, those skilled in the art can be understood that above-described embodiment side Method can add the mode of required general hardware platform to realize by software, naturally it is also possible to by hardware, but in many cases The former is more preferably embodiment.Based on such understanding, technical scheme is substantially done to prior art in other words Going out the part of contribution can be embodied in the form of software product, and the computer software product is stored in a storage medium In (such as ROM/RAM, magnetic disc, CD), including some instructions to cause a station terminal equipment (can be mobile phone, computer, clothes Be engaged in device, air conditioner, or network equipment etc.) perform method described in each embodiment of the present invention.

The preferred embodiments of the present invention are these are only, are not intended to limit the scope of the invention, it is every to utilize this hair The equivalent structure or equivalent flow conversion that bright specification and accompanying drawing content are made, or directly or indirectly it is used in other related skills Art field, is included within the scope of the present invention.

Claims

A kind of 1. system message transmission method, it is characterised in that methods described includes：

At least one critical system message and/or a replenishment system message bearing are sent into the physical down on opportunity in DRS to be total to Enjoy in channel PDSCH and/or enhanced Physical Downlink Shared Channel ePDSCH and send.
2. transmission method according to claim 1, it is characterised in that also include：

For at least one critical system message and/or at least one replenishment system message arrangement transmission cycle and transmission deviation； Wherein, the transmission cycle and transmission deviation are to find that reference signal sends the integral multiple of opportunity configuration DMTC windows；

And/or

The mapping relations of system message group and system message SI windows are established, wherein, the system message group includes at least one Critical system message or at least one replenishment system message；Transmission cycle and transmission deviation are configured at least one SI windows； Wherein, the transmission cycle and transmission deviation are the integral multiple of DMTC windows.
3. transmission method according to claim 2, it is characterised in that also include：

By the transmission cycle and transmission deviation of the configuration, it is determined that for send at least one critical system message and/ Or at least one replenishment system message, or for sending the first DMTC windows of system message group；

Pass through at least one critical system message and/or at least one described in the available sub-frame transmission in the first DMTC windows Replenishment system message, or system message group.
4. according to the method for claim 2, it is characterised in that methods described also includes：

By RRC signaling, the DMTC window configuration parameters of other cells are notified to user equipment (UE).
5. according to the method for claim 2, it is characterised in that methods described also includes：

DMTC windows are configured, so that with a subset that the DMTC windows postponed are acquiescence DMTC windows configuration；

By the first system message, the DMTC windows configuration parameter is notified to user equipment (UE).
6. transmission method according to claim 2, it is characterised in that also include：

Transmission cycle and the transmission deviation configuration of at least one critical system message are set；

Control second system message is based on default transmission cycle and transmission deviation, and at least one replenishment system message is notified to UE And/or the transmission cycle and transmission deviation of SI windows.
7. according to the method for claim 1, it is characterised in that methods described also includes at least one of following methods：

Different frequency domain resource blocks, and each key system are independently dispatched for each critical system message or replenishment system message The position of frequency domain resource block of system message or replenishment system message indicated by DCI corresponding to each system message, and often The DCI scramblers of critical system message or replenishment system message-specific scrambling corresponding to one DCI use；

Independently dispatch different frequency domain resource blocks for each SI windows, and the frequency domain resource position of each SI window pass through it is right The DCI answered is indicated, and the DCI scramblers scrambling that SI windows corresponding to each described DCI use are special；

It will be dispatched in all critical system message and/or replenishment system message set in the first frequency domain resource block, and the first frequency domain The position of resource block is indicated by the first DCI, and the first DCI is scrambled using the first DCI scramblers；

For the critical system message and/or replenishment system message for being configured to send in each DMTC windows, centralized dispatching Into the second frequency domain resource block, and the position of the second frequency domain resource block is provided by agreement；

For the critical system message and/or replenishment system message for being configured to send in each DMTC windows, centralized dispatching Into the 3rd frequency domain resource block, and the position of the 3rd frequency domain resource block is indicated by the 2nd DCI, and the 2nd DCI is using the Two DCI scramblers scramble；

For the critical system message and/or replenishment system message for being not configured to send in each DMTC windows, concentrate It is dispatched in the 4th frequency domain resource block, and the position of the 4th frequency domain resource block is indicated by the 3rd DCI, and the 3rd DCI is adopted Scrambled with the 3rd DCI scramblers.
8. according to the method for claim 7, it is characterised in that methods described also includes：

At least one critical system is sent by the PDSCH channels in downlink burst service subframe cluster and/or ePDSCH channels to disappear Breath and/or at least one replenishment system message；

For the DCI signals for being used to indicate frequency domain resource position in DRS transmission opportunitys, and in downlink burst service subframe cluster For indicating the DCI signals of frequency domain resource position, different DCI scramblers are set.
9. according to the method for claim 1, it is characterised in that methods described also includes：

The add-on system Message Type Identifier field in critical system message and replenishment system message；Wherein, the system disappears Breath type identifier field is used to identify the system message type belonging to current data block.
10. according to the method for claim 1, it is characterised in that methods described also includes：

When a frequency domain resource block is used to dispatch at least one critical system message and/or at least one replenishment system message, By at least one critical system message in the frequency domain resource block and/or at least one replenishment system message according to preset order Arranged；

And/or

When a frequency domain resource block is used to dispatch at least one SI windows, SI windows are arranged and incited somebody to action according to preset order At least one critical system message and/or at least one replenishment system message included in each SI window is according to preset order Arrangement.
11. a kind of system message method of reseptance, it is characterised in that methods described includes：

User equipment (UE) sends the Physical Downlink Shared Channel PDSCH on opportunity and/or enhanced Physical Downlink Shared Channel in DRS In ePDSCH, receive and demodulate at least one critical system message and/or at least one replenishment system message.
12. method of reseptance according to claim 11, it is characterised in that methods described also includes：

The UE is according at least one of following methods, it is determined that the DMTC windows for interception system message, it is determined that described in In DMTC windows, receive and demodulate corresponding at least one critical system message and/or at least one replenishment system message：

The UE obtains transmission cycle and the transmission deviation configuration of acquiescence DMTC windows, according to the transmission cycle and biography of the acquisition Defeated offset configuration, determine the 2nd DMTC windows；

The UE obtains transmission cycle and the transmission deviation configuration of DMTC windows, inclined according to the transmission cycle of the acquisition and transmission Configuration is moved, determines the 3rd DMTC windows；

The UE obtains transmission cycle and the transmission deviation configuration of every critical system message or replenishment system message, and the UE is again Configured according to the transmission cycle of the configuration and transmission deviation, determine the 4th DMTC windows；

The UE obtains transmission cycle and the transmission deviation configuration of each SI windows；Transmission weeks of the UE further according to the configuration Phase and transmission deviation configuration, determine the 5th DMTC windows.
13. method of reseptance according to claim 12, it is characterised in that methods described also includes：

The UE obtains at least one critical system message or replenishment system message, and/or system disappears by second system message The transmission cycle and transmission deviation of breath group.
14. method of reseptance according to claim 11, it is characterised in that also including following at least one：

In all or part of subframes of the UE in identified DMTC windows, intercept by particular system message-specific DCI after the scrambling of DCI scramblers, and received in the frequency domain resource block indicated by the DCI listened to and demodulate corresponding system System message；

In all or part of subframes of the UE in identified DMTC windows, intercept by the special DCI of specific SI windows DCI after scrambler scrambling, and receive and demodulate in the frequency domain resource block of the DCI instructions listened to and wrapped in corresponding SI windows At least one critical system message or replenishment system message contained；

In all or part of subframes of the UE in identified DMTC windows, intercept by the first DCI scramblers, the 2nd DCI DCI in scrambler and the 3rd DCI scramblers after the scrambling of any one DCI scrambler；And in the frequency domain indicated by the DCI listened to Received in resource block and demodulate corresponding system message；

Receive and solve in the second frequency domain resource block in all or part of subframes of the UE in identified DMTC windows Critical system message corresponding to tune or replenishment system message；Wherein, the position of the second frequency domain resource block is as defined in agreement Position.
15. method of reseptance according to claim 11, it is characterised in that also include：

System message type identifier field is obtained in critical system message and replenishment system message；Wherein, the system disappears Breath type identifier field is used to identify the system message type belonging to current data block.
16. according to the method for claim 11, it is characterised in that methods described also includes：

When the UE confirms to comprise at least a critical system message and/or replenishment system message in a frequency domain resource block, To be put in order according to default system message from demodulating data, critical system message and/or replenishment system disappear corresponding to proposition Breath；

And/or

One is comprised at least in a SI window and the SI windows when the UE confirms to comprise at least in a frequency domain resource block During system message, it will be put in order according to system message in default SI window arrangements order and SI windows from demodulating data Critical system message corresponding to proposition or replenishment system message.
17. a kind of base station, it is characterised in that the base station includes：

Information transmitting unit, for by least one critical system message and/or at least one replenishment system message bearing in DRS In the Physical Downlink Shared Channel PDSCH on transmission opportunity and/or enhanced Physical Downlink Shared Channel ePDSCH and send.
18. base station according to claim 17, it is characterised in that the base station also includes：

Dispensing unit, for transmitting week at least one critical system message and/or at least one replenishment system message arrangement Phase and transmission deviation；Wherein, the transmission cycle and transmission deviation are to find that reference signal sends opportunity configuration DMTC windows Integral multiple；

And/or

Dispensing unit, for establishing the mapping relations of system message group and system message SI windows, wherein, the system message group Include at least one critical system message or at least one replenishment system message；Transmission cycle is configured at least one SI windows And transmission deviation；Wherein, the transmission cycle and transmission deviation are the integral multiple of DMTC windows.
19. base station according to claim 18, it is characterised in that

The dispensing unit, for the transmission cycle and transmission deviation by the configuration, it is determined that crucial for sending out at least one System message and/or at least one replenishment system message, or for sending the first DMTC windows of system message group；

Accordingly, described information transmitting element, for by described in the available sub-frame transmission in the first DMTC windows at least One critical system message and/or at least one replenishment system message, or system message group.
20. base station according to claim 18, it is characterised in that the dispensing unit, for matching somebody with somebody to DMTC windows Put, so that with a subset that the DMTC windows postponed are acquiescence DMTC windows configuration.
21. base station according to claim 20, it is characterised in that the dispensing unit, for by the first system message, The DMTC windows configuration parameter is notified to user equipment (UE)；

And/or

By RRC signaling, the DMTC window configuration parameters of other cells are notified to user equipment (UE).
22. base station according to claim 18, it is characterised in that the dispensing unit, for pre-setting at least one Transmission cycle and the transmission deviation configuration of critical system message；

And/or

Control second system message is based on default transmission cycle and transmission deviation, and at least one replenishment system message is notified to UE And/or the transmission cycle and transmission deviation of SI windows.
23. base station according to claim 1, it is characterised in that the dispensing unit is additionally operable to perform in following processing It is at least one：

Different frequency domain resource blocks, and each key system are independently dispatched for each critical system message or replenishment system message The position of frequency domain resource block of system message or replenishment system message indicated by DCI corresponding to each system message, and often The DCI scramblers of critical system message or replenishment system message-specific scrambling corresponding to one DCI use；

Independently dispatch different frequency domain resource blocks for each SI windows, and the frequency domain resource position of each SI window pass through it is right The DCI answered is indicated, and the DCI scramblers scrambling that SI windows corresponding to each described DCI use are special；

It will be dispatched in all critical system message and/or replenishment system message set in the first frequency domain resource block, and the first frequency domain The position of resource block is indicated by the first DCI, and the first DCI is scrambled using the first DCI scramblers；

For the critical system message and/or replenishment system message for being configured to send in each DMTC windows, centralized dispatching Into the second frequency domain resource block, and the position of the second frequency domain resource block is provided by agreement；

For the critical system message and/or replenishment system message for being configured to send in each DMTC windows, centralized dispatching Into the 3rd frequency domain resource block, and the position of the 3rd frequency domain resource block is indicated by the 2nd DCI, and the 2nd DCI is using the Two DCI scramblers scramble；

For the critical system message and/or replenishment system message for being not configured to send in each DMTC windows, concentrate It is dispatched in the 4th frequency domain resource block, and the position of the 4th frequency domain resource block is indicated by the 3rd DCI, and the 3rd DCI is adopted Scrambled with the 3rd DCI scramblers.
24. base station according to claim 23, it is characterised in that the dispensing unit is additionally operable to by downlink burst business PDSCH channels and/or ePDSCH channels in subframe cluster send at least one critical system message and/or at least one supplement system System message；DCI signals for being used for indicating system message frequency domain resource position in DRS transmission opportunitys, and in downlink burst It is used for the DCI signals of indicating system message frequency domain resource position in service subframe cluster, different DCI scramblers is set.
25. base station according to claim 1, it is characterised in that the dispensing unit be additionally operable in critical system message and Add-on system Message Type Identifier field in replenishment system message；Wherein, the system message type identifier field is used for Identify the system message type belonging to current data block.
26. base station according to claim 1, it is characterised in that the dispensing unit is additionally operable to when a frequency domain resource block During for dispatching at least one critical system message and/or at least one replenishment system message, by the frequency domain resource block At least one critical system message and/or at least one replenishment system message are arranged according to preset order；

And/or

When a frequency domain resource block is used to dispatch at least one SI windows, SI windows are arranged and incited somebody to action according to preset order At least one critical system message and/or at least one replenishment system message included in each SI window is according to preset order Arrangement.
27. a kind of user equipment, it is characterised in that the user equipment includes：

Information receiving unit, for sending the Physical Downlink Shared Channel PDSCH on opportunity and/or enhanced physical down in DRS In shared channel ePDSCH, receive and demodulate at least one critical system message and/or at least one replenishment system message.
28. user equipment according to claim 27, it is characterised in that the user equipment also includes：

Demodulating unit, at least one according to following methods, it is determined that the DMTC windows for interception system message：

It is determined that the DMTC windows in, receive and demodulate corresponding at least one critical system message and/or at least one Replenishment system message：

Transmission cycle and the transmission deviation configuration of acquiescence DMTC windows are obtained, according to the transmission cycle and transmission deviation of the acquisition Configuration, determines the 2nd DMTC windows；

Transmission cycle and the transmission deviation configuration of DMTC windows are obtained, is matched somebody with somebody according to the transmission cycle of the acquisition and transmission deviation Put, determine the 3rd DMTC windows；

Obtain transmission cycle and the transmission deviation configuration of every system message, the UE further according to the configuration transmission cycle and Transmission deviation configures, and determines the 4th DMTC windows；

Obtain transmission cycle and the transmission deviation configuration of each SI windows；Transmission cycles and biography of the UE further according to the configuration Defeated offset configuration, determine the 5th DMTC windows.
29. user equipment according to claim 28, it is characterised in that information receiving unit, for passing through second system Message, obtain the transmission of at least one critical system message and/or at least one replenishment system message, and/or system message group Cycle and transmission deviation.
30. user equipment according to claim 27, it is characterised in that information receiving unit, for performing following processing It is at least one：

In all or part of subframe in identified DMTC windows, the DCI scramblers by particular system message-specific are intercepted DCI after scrambling, and received in the frequency domain resource block indicated by the DCI listened to and demodulate corresponding critical system and disappeared Breath or replenishment system message；

In all or part of subframe in identified DMTC windows, intercept and added by the special DCI scramblers of specific SI windows DCI after disturbing, and is received in the frequency domain resource block of the DCI instructions listened to and demodulate included in corresponding SI windows to Few a critical system message and/or replenishment system message；

In all or part of subframe in identified DMTC windows, intercept by the first DCI scramblers, the 2nd DCI scramblers and DCI in 3rd DCI scramblers after the scrambling of any one DCI scrambler；And in the frequency domain resource block indicated by the DCI listened to It is middle to receive and demodulate corresponding critical system message or replenishment system message；

Receive and demodulated correspondingly in the second frequency domain resource block in all or part of subframe in identified DMTC windows Critical system message or replenishment system message；Wherein, the position of the second frequency domain resource block is position as defined in agreement.
31. user equipment according to claim 30, it is characterised in that the user equipment also includes：

Demodulating unit, for obtaining system message type identifier field in critical system message and replenishment system message；Its In, the system message type identifier field is used to identify the system message type belonging to current data block.
32. user equipment according to claim 30, it is characterised in that the user equipment also includes：

Demodulating unit, at least one critical system message and/or replenishment system are detected from a frequency domain resource block for working as During message, the critical system message in the frequency domain resource block and/or replenishment system message are arranged according to preset order And demodulate；

And/or

Demodulating unit, for when being used to detect at least one SI windows from frequency domain resource block, by SI windows according to pre- If order arranges and arranges at least one system message included in each SI window according to preset order, according to row Order after row is demodulated at least one critical system message and/or replenishment system message.