CN102143499A

CN102143499A - Method, system and equipment for notifying subframe configuration information, and method, system and equipment for configuring subframe

Info

Publication number: CN102143499A
Application number: CN2011100773082A
Authority: CN
Inventors: 潘学明; 沈祖康
Original assignee: China Academy of Telecommunications Technology CATT
Current assignee: China Academy of Telecommunications Technology CATT
Priority date: 2011-03-29
Filing date: 2011-03-29
Publication date: 2011-08-03
Also published as: WO2012130139A1

Abstract

The invention relates to the technical field of wireless communication, in particular to a method, a system and equipment for notifying subframe configuration information, and a method, a system and equipment for configuring a subframe, which are for acquiring configuration information of a neighbor cell when a proportional demand of uplink and downlink service of a cell is dynamically changed. The method for notifying subframe configuration information comprises the following steps that: network side equipment determines type information according to the subframe in a wireless frame configured by the cell; and the network side equipment transmits a control signaling containing the type information to the network side equipment in the neighbor cell via an air interface. Because the control signaling of the cell is transmitted to the neighbor cell via the air interface, when the proportional demand of the uplink and downlink service of the cell is dynamically changed, the configuration information of the neighbor cell can be acquired, and the system performance is improved.

Description

Method, system and the equipment of subframe configuration information notice and sub-frame configuration

Technical field

The present invention relates to wireless communication technology field, particularly method, system and the equipment of subframe configuration information notice and sub-frame configuration.

Background technology

Basic duplex mode for the cellular system employing, TDD (Time division duplex, time division duplex) pattern is meant that uplink downlink uses same working band, on the different time intervals, carry out the transmission of uplink and downlink signals, have between the up-downgoing protection at interval (Guard Period, GP); FDD (Frequencydivision duplex; Frequency Division Duplexing (FDD)) pattern refers to that then uplink downlink uses different working bands; can when same, be engraved in the transmission of carrying out uplink and downlink signals on the different frequency carriers, have between the up-downgoing protection bandwidth (Guard Band, GB).

The frame structure of LTE (Long Term Evolution, Long Term Evolution) TDD system is complicated slightly, and shown in Figure 1A, a radio frames length is 10ms, comprises special subframe and conventional subframe two classes totally 10 subframes, and each subframe is 1ms.Special subframe is divided into 3 subframe: DwPTS (Downlink Pilot TimeSlot, the descending pilot frequency subframe) is used to transmit PSS (Primary Synchronization Signal, master sync signal), PDCCH (Physical Downlink Control Channel, Physical Downlink Control Channel), PHICH (Physical HARQ Indication Channel, the automatic request retransmission indicating channel of physical mixed), PCFICH (Physical Control Format Indication Channel, Physical Control Format Indicator Channel), PDSCH (Physical Downlink Shared Channel, physical down link sharing channel) etc.; GP be used between descending and up protection at interval); UpPTS (Uplink Pilot Time Slot, ascending pilot frequency subframe) is used for transmitting SRS (Sounding Reference Signal surveys and uses reference signal), PRACH (Physical Random Access Channel, Physical Random Access Channel) etc.Conventional subframe comprises sub-frame of uplink and descending sub frame, is used to transmit up/down control channel and business datum etc.Wherein in a radio frames, can dispose two special subframes (being positioned at subframe 1 and 6), also can dispose a special subframe (being positioned at subframe 1).Always as downlink transfer, the UpPTS subframe in subframe 2 and the special subframe always is used for uplink to DwPTS subframe in subframe 0 and subframe 5 and the special subframe, and other subframes can be configured to as uplink or downlink transfer according to needs.

Identical frequency resource is used in the uplink and downlink transmission in the TDD system, transmits uplink/downlink signals on different subframes.In common TDD system, comprise TD-SCDMA (TD SDMA) system of 3G and the TD-LTE system of 4G, the division of uplink and downlink subframe is static or semi-static, and common way is to determine the division of ascending-descending subframes ratio according to cell type and business proportion roughly and remain unchanged in network planning process.This is comparatively simple way under the background of the big covering of macrocell, and also comparatively effective.And along with technical development, increasing Microcell (Pico cell), Home eNodeB low power base station such as (Home NodeB) is used to provide the little covering of part by deployment, in this class sub-district, number of users is less, and the customer service changes in demand is bigger, so there is situation about dynamically changing in the up-downgoing business proportion demand of sub-district.

In real system,, then can cause the cross time-slot of neighbor cell to disturb if different sub-districts is provided with different ascending-descending subframes configurations.As shown in Figure 4, macrocell is on the time slot that sends downstream signal, femtocell (Femto cell) is used for upward signal and receives, then occur between two sub-districts: base-station, base-station disturbs, the femto base station directly receives the downstream signal of Macro base station, to have a strong impact on the quality that the femto base station receives L-UE (Local UE, local UE) upward signal.

The neighbor cell here can be geographical sub-district (shown in Figure 1B) of the adjacent same TDD carrier wave of use, or geography is gone up sub-district (shown in Fig. 1 C) overlapping or that use adjacent TDD carrier wave.

In sum, when the up-downgoing business proportion demand of sub-district dynamically changes at present, also do not have a kind of scheme of obtaining neighbor cell configuration information, thereby can't realize adjacent area interference coexistence.

Summary of the invention

The method and apparatus that the embodiment of the invention provides subframe configuration information notice when dynamically changing in order to the up-downgoing business proportion demand in the sub-district, can obtain the configuration information of adjacent area.

The embodiment of the invention provides a kind of method, system and equipment that disposes subframe, when dynamically changing in order to the up-downgoing business proportion demand that solves the sub-district that exists in the prior art, can't realize the method for adjacent area interference coexistence.

The method of the subframe configuration information notice that the embodiment of the invention provides comprises:

Network equipment is determined type information according to the subframe in the radio frames of this cell configuration;

Described network equipment sends the control signaling that contains type information by the network equipment of air interface to adjacent sub-district.

The method of a kind of sub-frame configuration that the embodiment of the invention provides comprises:

Network equipment is by the control signaling that comprise adjacent cell type information of air interface reception from the network equipment of adjacent sub-district, and wherein said type information is that the network equipment of adjacent sub-district is determined according to the subframe in the radio frames of configuration;

Described network equipment is configured the subframe in this sub-district radio frames according to described adjacent cell type information.

The equipment of the subframe configuration information notice that the embodiment of the invention provides comprises:

The information determination module is used for the subframe according to the radio frames of this cell configuration, determines type information;

Sending module is used for sending the control signaling that contains type information by the network equipment of air interface to adjacent sub-district.

The equipment of a kind of sub-frame configuration that the embodiment of the invention provides comprises:

Processing module is used for by the control signaling that comprise adjacent cell type information of air interface reception from the network equipment of adjacent sub-district, and wherein said type information is that the network equipment of adjacent sub-district is determined according to the subframe in the radio frames of configuration;

Configuration module is used for according to described adjacent cell type information the subframe in this sub-district radio frames being configured.

The system of a kind of sub-frame configuration that the embodiment of the invention provides comprises:

Network equipment is used for the subframe according to the radio frames of this cell configuration, determines type information, sends the control signaling that contains type information by the network equipment of air interface to adjacent sub-district;

Receive the network equipment of described control signaling, be used for according to described adjacent cell type information, the subframe in this sub-district radio frames being configured by the control signaling that comprises adjacent cell type information of air interface reception from the network equipment of adjacent sub-district.

Because the embodiment of the invention sends to adjacent sub-district by air interface with the control signaling of this sub-district, thereby when the up-downgoing business proportion demand in the sub-district dynamically changes, can obtain the configuration information of adjacent area, improve systematic function; Further, improved the renewal speed of subframe configuration information, avoided operation, between cell base station, do not had network interface to support more dynamic sub-frame allocation and corresponding the interference, perhaps particularly effective in the scene that the network interface time-delay is bigger.

Because embodiment of the invention network equipment according to the control signaling of the containing type information of receiving, is determined the type of each subframe in this sub-district radio frames, and the subframe in this sub-district radio frames is configured, realize adjacent area interference coexistence.

Description of drawings

Figure 1A is a TD-LTE system frame structure schematic diagram;

Figure 1B cross time-slot when using identical TDD carrier wave disturbs schematic diagram;

Fig. 1 C cross time-slot when using adjacent TDD carrier wave disturbs schematic diagram;

Fig. 2 is the system configuration schematic diagram of embodiment of the invention configuration subframe;

Fig. 3 is the structural representation of first kind of network equipment of the embodiment of the invention;

Fig. 4 is the structural representation of second kind of network equipment of the embodiment of the invention;

Fig. 5 is an embodiment of the invention method of transmitting information schematic flow sheet;

Fig. 6 is the method flow schematic diagram of embodiment of the invention configuration subframe.

Embodiment

Embodiment of the invention network equipment is determined type information according to the subframe in the radio frames of this cell configuration; Network equipment sends the control signaling that contains type information by the network equipment of air interface to adjacent sub-district.Because the embodiment of the invention sends to adjacent sub-district by air interface with the control signaling of this sub-district, thereby when the up-downgoing business proportion demand in the sub-district dynamically changes, can obtain the configuration information of adjacent area, improve systematic function.

Embodiment of the invention network equipment is according to the control signaling that comprises adjacent cell type information that receives by air interface from the network equipment of adjacent sub-district, subframe in this sub-district radio frames is configured, and wherein type information is that the network equipment of adjacent sub-district is determined according to the subframe in the radio frames of configuration.Because embodiment of the invention network equipment according to the control signaling of the containing type information of receiving, is determined the type of each subframe in this sub-district radio frames, and the subframe in this sub-district radio frames is configured, realize adjacent area interference coexistence.

Wherein, the embodiment of the invention can be applied to (such as the TD-LTE system) in the TDD system, also can be applied to other needs dynamically to adjust in the system of subframe uplink-downlink configuration, for example TD-SCDMA system and follow-up evolution system thereof, WiMAX (Worldwide Interoperability for Microwave Access, micro-wave access global inter communication) system and follow-up evolution system thereof etc.

In the declarative procedure below, implement to describe from the cooperation of network side and end side earlier, describe from the enforcement of network side and end side respectively at last, but this does not also mean that the two must cooperate enforcement, in fact, separate when implementing, also solved respectively in network side, the existing problem of end side when network side and end side, when just the two is used in combination, can obtain better technique effect.

Below in conjunction with Figure of description the embodiment of the invention is described in further detail.

As shown in Figure 2, the system of embodiment of the invention configuration subframe comprises: first network equipment 10 and second network equipment 20.

First network equipment 10 is used for the subframe according to the radio frames of this cell configuration, determines type information, sends the control signaling that contains type information by the network equipment of air interface to adjacent sub-district.

Receive second network equipment 20 of control signaling, be used for according to adjacent cell type information, the subframe in this sub-district radio frames being configured by the control signaling that comprises adjacent cell type information of air interface reception from the network equipment of adjacent sub-district.

Wherein, the adjacent sub-district here is co-frequency neighbor cell or iso-frequency adjacent community; This sub-district can be in same TDD network or different TDD network with adjacent sub-district.

In force, can set in advance the specific time-frequency position of some specific sub-frame in radio frames, first network equipment 10 can send control signaling by the specific time-frequency position of specific sub-frame in the radio frames.Which time-frequency position of concrete which subframe can be used as the specific time-frequency position of specific sub-frame and can stipulate also can notify first network equipment 10 by high level in agreement.

Accordingly, second network equipment 20 receives the control signaling by the specific time-frequency position of specific sub-frame in the radio frames.

The mode that the specific time-frequency position of first network equipment 10 by specific sub-frame in the radio frames sends control signaling has a variety of, enumerates several below.

Mode one, first network equipment 10 send control signaling by system broadcasts, such as MIB (the Master Information Block in broadcasting by cell system, Master Information Block) message or SIB (SystemInformation Block, system information block) message sends control signaling, and also can send control signaling by new system broadcast message.

Mode two, first network equipment 10 send control signaling by the subframe that is fixed as downlink transfer.One or more such as in subframe 0, subframe 1, subframe 5 and the subframe 6.

Mode three, first network equipment 10 send control signaling by the specific resources position of the descending pilot frequency time slot in the special subframe or the specific resources position of the protection time slot in the special subframe.

Mode four, first network equipment 10 send control signaling by the specific resources position of descending sub frame.

Need to prove that the embodiment of the invention is not limited to above-mentioned four kinds of modes, other can send the control means of signaling that contains type information by eating dishes without rice or wine and all be suitable for the embodiment of the invention.

Preferable, first network equipment 10 is to send control signaling in the cycle by air interface with every N radio frames; Wherein N is a positive integer.Such as N is 5, then can calculate the quantity of unlimited frame, just sends to the 5th radio frames and once controls signaling; Zero clearing continues to calculate then.

How many N specifically gets and can stipulate in agreement as required or be notified by high level.

Need to prove that no matter adopt the value of which kind of send mode and N what are, transmit leg and recipient need to be consistent.Specifically can be in agreement regulation or transmit leg and recipient consult to determine or all notify by high level.

If adopt transmit leg and recipient to consult to determine, preferable a kind of mode is first network equipment 10 sends a transmission information from the resource of bearer control signalling to second network equipment 20.

The transport packet is here drawn together but is not limited at least a in the following message:

The resource location information of the position of the subframe of bearer control signalling, the cycle that sends control signaling, bearer control signalling, OFDM (Orthogonal Frequency Division Multiplexing, OFDM) resource informations such as symbol, subcarrier in frequency domain, PRB (Physical Resource Block, Physical Resource Block), code channel.

Wherein, the send mode of transmission information has a lot.Such as by network interface (OAM (Operations﹠amp for example; Maintenance, operation and safeguard) interface) read transmission information; Directly read the high-level signaling that carries transmission information and obtain transmission information.

Need to prove that the embodiment of the invention is not limited to above-mentioned several mode, other modes that can send transmission information all are suitable for the embodiment of the invention.

Preferable, second network equipment 20 can also carry out down-going synchronous with first network equipment 10 before receiving the control signaling, reads the system broadcast information of adjacent sub-district then, thereby knows the information of adjacent sub-district.

If first network equipment 10 just can controlled signaling when then second network equipment 20 reads the system broadcast information of adjacent sub-district by the system broadcast information control channel.Otherwise, read after the system broadcast information of adjacent sub-district, receive the control signaling.

Wherein, the radio frames of the embodiment of the invention comprises that variable subframe and/or the changeless fixedly subframe of transmission direction that transmission direction is variable represent three kinds of situations.1, the subframe in the radio frames is variable subframe entirely; 2, the subframe in the radio frames is fixing subframe entirely; 3, the subframe in the radio frames has variable subframe and fixing subframe.

Variable subframe is that can carry out as required can dynamic-configuration.It is descending to be such as current period that the up next cycle just might become, and fixedly subframe is the subframe that transmission direction can not change.

It is a variety of that first network equipment 10 determines that the mode of type information has, and enumerates several below.

Mode one, first network equipment 10 are provided with in the certain hour length fixedly first sign of subframe corresponding bit position in type bitmap (bit map), and second sign that the corresponding bit position in type bitmap of variable subframe in the time span is set, and with type bitmap as type information.

In force, type bitmap can only represent in the certain hour length the fixedly type information of subframe.

Suppose that time span is 10ms (i.e. radio frames length), subframe 0, subframe 1, subframe 2, subframe 5, subframe 6 and subframe 7 are fixing subframes.First sign is represented fixedly subframe with " 1 ", and second sign is represented variable subframe with " 0 ", and is then as shown in table 1:

Table 1

Concrete type bitmap is 1110011100.Be that type information is 1110011100.

Accordingly, after second network equipment 20 receives 1110011100, just known the type of each subframe according to the subframe of each bit correspondence among the type bitmap and the implication of each bit corresponding identification.

In force, type bitmap can only represent the type information of variable subframe in the certain hour length.

Suppose that time span is 10ms (i.e. radio frames length), subframe 3, subframe 4, subframe 8 and subframe 9 are variable subframes." 1 " expression is subframe fixedly, and " 0 " represents variable subframe, and is then as shown in table 2:

Table 2

Concrete type bitmap is 0001100011.

Accordingly, after second network equipment 20 receives 0001100011, just known the type of each subframe according to the subframe of each bit correspondence among the type bitmap and the implication of each bit corresponding identification.

Concrete duration can be stipulated in agreement, also can be notified by high level.Can also the duration of setting be upgraded as required.

Particular type bitmap represents that the implication of the subframe of which subframe, each bit correspondence and each bit sign can stipulate in agreement, can also be notified by high level.

Mode two, first network equipment 10 are according to the corresponding relation of the type configuration pattern and first sequence number, determine first sequence number of the type configuration pattern correspondence of fixedly subframe in the certain hour length and variable subframe, and first sequence number that will determine is as type information.

The corresponding relation of the type configuration pattern and first sequence number can be referring to table 3.

Table 3

Suppose that time span is 10ms (i.e. radio frames length), subframe 3, subframe 4, subframe 8 and subframe 9 are variable subframes; Subframe 0, subframe 1, subframe 2, subframe 5, subframe 6 and subframe 7 are fixing subframes.Just can determine that according to table 3 first sequence number is 1.

Accordingly, second network equipment 20 has just been known the type of each subframe according to table 3 after receiving first sequence number 2.

The corresponding relation of the type configuration pattern and first sequence number can be stipulated in agreement in advance, also can be notified by high level.Can also the corresponding relation of configuration format and sequence number be upgraded as required.

Since when being not dynamic assignment, uplink-downlink configuration information that network interface is mutual.Therefore, if notify certain subframe to be fixing subframe in force, the indicated implication of its transmission direction and the uplink-downlink configuration information of having notified is identical; If notifying certain subframe is variable subframe, the indicated implication of its transmission direction and the uplink-downlink configuration information of having notified has nothing to do.

Preferable, first network equipment 10 can also place transmission direction information the control signaling.Each subframe of transmission direction information representation is uplink or downlink transfer.

Concrete, first network equipment 10 can be determined transmission direction information according to the subframe in the radio frames of this cell configuration.

It is a variety of that first network equipment 10 determines that the mode of transmission direction information has, and enumerates several below.

Mode one, first network equipment 10 are provided with in the certain hour length fixedly the 3rd sign of subframe corresponding bit position in transmission direction bitmap, and the 4th sign that variable subframe corresponding bit position in transmission direction bitmap in the time span is set, and with transmission direction bitmap as transmission direction information.

Suppose that time span is 10ms (i.e. radio frames length).The transmission direction of subframe 2, subframe 7, subframe 8 and subframe 9 is up." 1 " expression transmission direction is up, and " 0 " expression transmission direction is descending, and is then as shown in table 4:

Table 4

Concrete transmission direction bitmap is 0010000111.

Accordingly, after second network equipment 20 receives 0010000111, just known the transmission direction of each subframe according to the subframe of each bit correspondence among the transmission direction bitmap and the implication of each bit corresponding identification.

Concrete transmission direction bitmap represents that the subframe of which subframe, each bit correspondence and the implication of each bit sign can stipulate in agreement, can also be notified by high level.

Mode two, first network equipment 10 are according to the corresponding relation of the transmission direction configuration format and second sequence number, determine second sequence number of the transmission direction configuration format correspondence of fixedly subframe in the certain hour length and variable subframe, and second sequence number that will determine is as transmission direction information.

The corresponding relation of the transmission direction configuration format and second sequence number can be referring to table 5.

(D represents descending table 5; U represents up)

Suppose that time span is 10ms (i.e. radio frames length), the transmission direction of subframe 2, subframe 3, subframe 4 and subframe 7 is up; The transmission direction of subframe 0, subframe 1, subframe 5, subframe 6, subframe 8 and subframe 9 is descending.Just can determine that according to table 5 first sequence number is 3.

Accordingly, second network equipment 20 has just been known the type of each subframe according to table 5 after receiving first sequence number 3.

Wherein, first network equipment 10 can send with type information transmission direction information by two different control signalings; Also transmission direction information and type information all can be placed same control signaling.

If first network equipment 10 all places same control signaling with transmission direction information and type information, then first network equipment 10 is combined into configuration information with transmission direction information and type information, and configuration information is placed the control signaling.

Concrete configuration information can be type bitmap+ transmission direction bitmap; Type bitmap+ second sequence number; First sequence number+transmission direction bitmap; A kind of in first sequence number+second sequence number.

The sort of can in agreement, the regulation of concrete employing; Can also notify by high level.

If configuration information can be type bitmap+ transmission direction bitmap, can first half be type bitmap, latter half is transmission direction bitmap; Can first half be transmission direction bitmap also, latter half be type bitmap; Type bitmap and transmission direction bitmap can also be mixed.

If type bitmap and transmission direction bitmap are mixed, can be directly the type information of each subframe and transmission direction information be used more than a bit information to be notified to adjacent sub-district.

Suppose that time span is 10ms (i.e. radio frames length), subframe 0, subframe 1, subframe 2, subframe 5, subframe 6 and subframe 7 are fixing subframes, subframe 3, subframe 4, subframe 8 and subframe 9 are fixedly subframes of variable subframe " 1 " expression, and " 0 " represents variable subframe; Subframe 2, subframe 7, subframe 8 and subframe 9 transmission directions are up, and subframe 0, subframe 1, subframe 3, subframe 4, subframe 5 and subframe 6 transmission directions are descending, 1 " represent that transmission direction is up, and " 0 " expression transmission direction is descending, and is then as shown in table 6:

Table 6

Concrete configuration information is 00000110100000011111.

Accordingly, after second network equipment 20 receives 00000110100000011111, according to just having known the type of each subframe and transmission direction according to the implication of the subframe of each bit correspondence among type bitmap and the transmission direction bitmap and each bit corresponding identification respectively.

Wherein, network equipment can also place in the following message one or more control signaling as required:

The cell ID of the cell ID of this sub-district, the PLMN of this sub-district (Public Land Mobile Network, Public Land Mobile Nerwork) sign and adjacent sub-district.

Second network equipment 20 is determined the type of each subframe in this sub-district radio frames according to the control signaling of the containing type information of receiving, then the subframe in this sub-district radio frames is configured.

Preferable, second network equipment 20 can also judge whether to detect this sub-district and the adjacent sub-district that sends control signaling between interference strength.

The interference strength here includes but not limited to down a kind of in the train value:

RSRP (Reference signal received power, Reference Signal Received Power) value, RIP (Received Interference Power, the interference received power) value, CQI (Channel QualityIndicator, the channel quality indication) value and RSRQ (Reference Signal Received Quality, Reference Signal Received Quality) value.

During interference strength between the adjacent sub-district of determining to detect this sub-district and sending control signaling, Pei Zhi subframe is variable subframe in adjacent sub-district if desired, and then second network equipment 20 does not use this subframe or reduces the use priority of this subframe.

Concrete, second network equipment 20 can be mixed with obsolete subframe MBSFN (MBSFNMulticast Broadcast Single Frequency Network, Multicast Broadcast Single Frequency Network) subframe or ABS (Almost Blank Subframe, blank subframe) or sub-frame of uplink but do not carry out uplink scheduling.

If the control signaling comprises transmission direction information, and the interference strength between the adjacent sub-district of determining to detect this sub-district and sending control signaling, when Pei Zhi subframe was variable subframe in adjacent sub-district if desired, the subframe type that second network equipment 20 can dispose was identical with the subframe type and the transmission direction of same subframe sign in the adjacent sub-district with transmission direction.

Such as subframe 7 and subframe 8 are variable subframes, then the subframe 7 of this sub-district can be configured to the transmission direction identical with the subframe 7 of adjacent sub-district; The subframe 8 of this sub-district is configured to the transmission direction identical with the subframe 8 of adjacent sub-district.

Interference strength between the adjacent sub-district of determining to detect this sub-district and sending control signaling, Pei Zhi subframe is fixing subframe in adjacent sub-district if desired, and the subframe type that second network equipment 20 can dispose is identical with the subframe type and the transmission direction of same subframe sign in the adjacent sub-district with transmission direction.

Because fixedly the transmission direction of subframe can be determined according to predefined information or uplink-downlink configuration information,, also can know the fixedly transmission direction of subframe if do not comprise transmission direction information in the control signaling.Certainly, if comprise transmission direction information in the control signaling, then be as the criterion with the transmission direction information in the control signaling.

Wherein, if the interference strength between second network equipment, the 20 definite adjacent sub-districts that can detect this sub-district and send control signaling then further compares interference strength and threshold value.The setting of concrete threshold value can rule of thumb be worth or simulation result is stipulated in agreement or notified by high level.The threshold value that different interference strengths is corresponding different.

If interference strength is not less than threshold value, and when needing the subframe of configuration to be variable subframe in adjacent sub-district, second network equipment 20 does not use this subframe or reduces the use priority of this subframe.Do not use the concrete mode of subframe identical, do not repeat them here with the above-mentioned mode of subframe of not using.

If interference strength is not less than threshold value, no matter be variable subframe or fixing subframe, second network equipment 20 can be configured the subframe in this sub-district radio frames according to default configuration information, or the subframe in this sub-district radio frames is configured according to the unified configuration information that network side issues, or when control also comprises transmission direction information in the signaling, the subframe in this sub-district radio frames is configured according to the control signaling of receiving.

If interference strength is less than threshold value, no matter be variable subframe or fixing subframe, second network equipment 20 independently is configured the subframe in this sub-district radio frames.

When autonomous configuration, second network equipment 20 can be considered a kind of in the situations such as business demand, channel load, terminal quantity, also can consider multiplely, as the case may be the subframe in this sub-district radio frames is configured then.

Overweight such as ascending load, can put sub-frame of uplink by polygamy; Downlink business is too much, can deposit capable subframe etc. by polygamy.

Need to prove that above-mentioned table 1～table 6 just illustrates, do not represent that the embodiment of the invention necessarily according to the content of table 1～table 6, also can not adopt the form and the content of table 1～table 6, and adopt other modes to realize.

Wherein, first network equipment 10 of the embodiment of the invention and second network equipment 20 can be base station (such as macro base stations, little base station, Home eNodeB etc.), also can be RN (relaying) equipment, can also be other network equipments.

Based on same inventive concept, the method of two kinds of network equipments and method of transmitting information and configuration subframe also is provided in the embodiment of the invention, because principle that these equipment and method are dealt with problems and the system similarity that disposes subframe, therefore the enforcement of these equipment and method can repeat part and repeat no more referring to the enforcement of system.

As shown in Figure 3, first of the embodiment of the invention kind of network equipment comprises: information determination module 100 and sending module 110.

Information determination module 100 is used for the subframe according to the radio frames of this cell configuration, determines type information;

Sending module 110 is used for sending the control signaling that contains type information by the network equipment of air interface to adjacent sub-district.

Preferable, sending module 110 sends control signaling by the specific time-frequency position of specific sub-frame in the radio frames.

The mode that the specific time-frequency position of sending module 110 by specific sub-frame in the radio frames sends control signaling has a variety of.

Preferable, sending module 110 sends control signaling by system broadcasts.

Preferable, sending module 110 sends control signaling by MIB message or SIB message.

Preferable, a kind of the sending control signaling in the specific resources position of the specific resources position of the subframe of sending module 110 by being fixed as downlink transfer, the descending pilot frequency time slot in the special subframe, the specific resources position of the protection time slot in the special subframe and descending sub frame.

Sending module 110 can be to send control signaling in the cycle with every N radio frames by air interface; Wherein N is a positive integer.

Preferable, before sending module 110 sends control signaling, send the transmission information of the resource of bearer control signalling to the network equipment of adjacent sub-district.

Preferable, the radio frames of the embodiment of the invention comprises variable subframe and/or the changeless fixedly subframe of transmission direction that transmission direction is variable.

Preferable, information determination module 100 is provided with in the certain hour length fixedly first sign of subframe corresponding bit position in type bitmap, and second sign that the corresponding bit position in type bitmap of variable subframe in the time span is set, and with type bitmap as type information; Or, determine first sequence number of the type configuration pattern correspondence of fixedly subframe in the certain hour length and variable subframe, and first sequence number that will determine is as type information according to the corresponding relation of the type configuration pattern and first sequence number.

Preferable, the control signaling also comprises transmission direction information; Information determination module 100 is determined transmission direction information according to the subframe in the radio frames of this cell configuration.

Preferable, information determination module 100 equipment are provided with in the certain hour length fixedly the 3rd sign of subframe corresponding bit position in transmission direction bitmap, and the 4th sign that variable subframe corresponding bit position in transmission direction bitmap in the time span is set, and with transmission direction bitmap as transmission direction information; Or, determine second sequence number of the transmission direction configuration format correspondence of fixedly subframe in the certain hour length and variable subframe, and second sequence number that will determine is as transmission direction information according to the corresponding relation of the transmission direction configuration format and second sequence number.

Preferable, information determination module 100 is combined into configuration information with transmission direction information and type information, and configuration information is placed the control signaling.

As shown in Figure 4, second of the embodiment of the invention kind of network equipment comprises: processing module 200 and configuration module 210

Processing module 200 is used for receiving the control signaling that comprises adjacent cell type information from the network equipment of adjacent sub-district by air interface, and wherein type information is that the network equipment of adjacent sub-district is determined according to the subframe in the radio frames of configuration;

Configuration module 210 is used for according to adjacent cell type information the subframe in this sub-district radio frames being configured.

Preferable, processing module 200 receives the control signaling by the specific time-frequency position of specific sub-frame in the radio frames.

Preferable, processing module 200 receives before the control signalings, carry out down-going synchronous with the network equipment of adjacent sub-district after, read the system broadcast message of adjacent sub-district.

Preferable, processing module 200 receives before the control signaling, obtains transmission information by network interface or high-level signaling, determines the resource of bearer control signalling according to transmission information.

Preferable, the radio frames of the embodiment of the invention comprises variable subframe and/or fixing subframe, and variable subframe is the variable subframe of transmission direction, and fixedly subframe is the changeless subframe of transmission direction.

Preferable, configuration module 210 the interference strength between the adjacent sub-district that can not detect this sub-district and send control signaling maybe can detect this sub-district and the adjacent sub-district that sends control signaling between interference strength, and when interference strength is not less than threshold value, Pei Zhi subframe is variable subframe in adjacent sub-district if desired, does not use this subframe or reduces the use priority of this subframe.

Concrete, configuration module 210 is mixed with MBSFN subframe or ABS subframe or sub-frame of uplink with obsolete subframe but does not carry out uplink scheduling.

If the control signaling comprises transmission direction information, during the interference strength of configuration module 210 between the adjacent sub-district that can not detect this sub-district and send control signaling, the subframe type of configuration is identical with the subframe type and the transmission direction of same subframe sign in the adjacent sub-district with transmission direction.

Preferable, the interference strength of configuration module 210 between the adjacent sub-district that can detect this sub-district and send control signaling, and during the threshold value of interference strength sub-district, independently the subframe in this sub-district radio frames is configured; Interference strength between the adjacent sub-district that can detect this sub-district and send control signaling, and interference strength is not during the threshold value of sub-district, according to default configuration information the subframe in this sub-district radio frames is configured, or the subframe in this sub-district radio frames is configured according to the unified configuration information that network side issues, or when control also comprises transmission direction information in the signaling, the subframe in this sub-district radio frames is configured according to the control signaling of receiving.

In force, first kind of network equipment also may be as the recipient.Second kind of network equipment also may be as transmit leg, so the function of first network equipment and second network equipment can be combined in (promptly the module of first network equipment and second network equipment is in an entity) in the entity, select to use the function of first network equipment or the function of second network equipment as required.

As shown in Figure 5, embodiment of the invention method of transmitting information comprises the following steps:

Step 501, network equipment are determined type information according to the subframe in the radio frames of this cell configuration.

Step 502, network equipment send the control signaling that contains type information by the network equipment of air interface to adjacent sub-district.

In force, can set in advance the specific time-frequency position of some specific sub-frame in radio frames, in the step 502, network equipment can send control signaling by the specific time-frequency position of specific sub-frame in the radio frames.The specific time-frequency position which time-frequency position of concrete which subframe can be used as specific sub-frame can be stipulated in agreement also can be by high-rise informing network side apparatus.

The mode that the specific time-frequency position of network equipment by specific sub-frame in the radio frames sends control signaling has a variety of, enumerates several below.

Mode one, network equipment send control signaling by system broadcasts, such as sending control signaling by MIB message or SIB message in the cell system broadcasting, also can send control signaling by new system broadcast message.

Mode two, network equipment send control signaling by the subframe that is fixed as downlink transfer.One or more such as in subframe 0, subframe 1, subframe 5 and the subframe 6.

Mode three, network equipment send control signaling by the specific resources position of the descending pilot frequency time slot in the special subframe or the specific resources position of the protection time slot in the special subframe.

Mode four, network equipment send control signaling by the specific resources position of descending sub frame.

Preferable, network equipment is to send control signaling in the cycle by air interface with every N radio frames; Wherein N is a positive integer.Such as N is 5, then can calculate the quantity of unlimited frame, just sends to the 5th radio frames and once controls signaling; Zero clearing continues to calculate then.

If adopt transmit leg and recipient to consult to determine that preferable a kind of mode is before network equipment sends control signaling, send the transmission information of the resource of bearer control signalling to the network equipment of adjacent sub-district.

Resource informations such as the resource location information of the position of the subframe of bearer control signalling, the cycle that sends control signaling, bearer control signalling, OFDM symbol, subcarrier in frequency domain, PRB, code channel.

Wherein, the send mode of transmission information has a lot.Such as (for example OAM reads transmission information by network interface; Directly read the high-level signaling that carries transmission information and obtain transmission information.

In the step 501, it is a variety of that network equipment determines that the mode of type information has, and enumerates several below.

Mode one, network equipment are provided with in the certain hour length fixedly first sign of subframe corresponding bit position in type bitmap (bit map), and second sign that the corresponding bit position in type bitmap of variable subframe in the time span is set, and with type bitmap as type information.

Suppose that time span is 10ms (i.e. radio frames length), subframe 0, subframe 1, subframe 2, subframe 5, subframe 6 and subframe 7 are fixing subframes." 1 " expression is subframe fixedly, and " 0 " represents variable subframe, and is then as shown in table 1, and concrete type bitmap is 1110011100.

Suppose that time span is 10ms (i.e. radio frames length), subframe 3, subframe 4, subframe 8 and subframe 9 are variable subframes." 1 " expression is subframe fixedly, and " 0 " represents variable subframe, and is then as shown in table 2, and concrete type bitmap is 0001100011.

Mode two, network equipment be according to the corresponding relation of the type configuration pattern and first sequence number, determine first sequence number of the type configuration pattern correspondence of fixedly subframe in the certain hour length and variable subframe, and first sequence number that will determine is as type information.

Preferable, network equipment can also place transmission direction information the control signaling.Each subframe of transmission direction information representation is uplink or downlink transfer

Concrete, in the step 501, network equipment can also be determined transmission direction information according to the subframe in the radio frames of this cell configuration.

It is a variety of that network equipment determines that the mode of transmission direction information has, and enumerates several below.

Mode one, network equipment are provided with in the certain hour length fixedly the 3rd sign of subframe corresponding bit position in transmission direction bitmap, and the 4th sign that variable subframe corresponding bit position in transmission direction bitmap in the time span is set, and with transmission direction bitmap as transmission direction information.

Suppose that time span is 10ms (i.e. radio frames length).The transmission direction of subframe 2, subframe 7, subframe 8 and subframe 9 is up." 1 " expression transmission direction is up, and " 0 " expression transmission direction is descending, and then as shown in table 4, concrete transmission direction bitmap is 0010000111.

Mode two, network equipment are according to the corresponding relation of the transmission direction configuration format and second sequence number, determine second sequence number of the transmission direction configuration format correspondence of fixedly subframe in the certain hour length and variable subframe, and second sequence number that will determine is as transmission direction information.

In the step 502, network equipment can send with type information transmission direction information by two different control signalings; Also transmission direction information and type information all can be placed same control signaling.

If network equipment all places same control signaling with transmission direction information and type information, then network equipment is combined into configuration information with transmission direction information and type information, and configuration information is placed the control signaling.

Suppose that time span is 10ms (i.e. radio frames length), subframe 0, subframe 1, subframe 2, subframe 5, subframe 6 and subframe 7 are fixing subframes, subframe 3, subframe 4, subframe 8 and subframe 9 are fixedly subframes of variable subframe " 1 " expression, and " 0 " represents variable subframe; Subframe 2, subframe 7, subframe 8 and subframe 9 transmission directions are up, and subframe 0, subframe 1, subframe 3, subframe 4, subframe 5 and subframe 6 transmission directions are descending, 1 " represent that transmission direction is up, and " 0 " expression transmission direction is descending, and is then as shown in table 6.Concrete configuration information is 00000110100000011111.

The cell ID of the cell ID of this sub-district, the PLMN of this sub-district sign and adjacent sub-district.

As shown in Figure 6, the method for embodiment of the invention configuration subframe comprises the following steps:

Step 601, network equipment receive the control signaling that comprises adjacent cell type information from the network equipment of adjacent sub-district by air interface, and wherein type information is that the network equipment of adjacent sub-district is determined according to the subframe in the radio frames of configuration.

Step 602, network equipment are configured the subframe in this sub-district radio frames according to adjacent cell type information.

In the step 601, network equipment receives the control signaling by the specific time-frequency position of specific sub-frame in the radio frames.

The resource transmission informational needs transmit leg and the recipient of concrete bearer control signalling are consistent.Specifically can be in agreement regulation or transmit leg and recipient consult to determine or all notify by high level.

If adopt transmit leg and recipient to consult to determine, preferable a kind of mode is before the step 601, and network equipment receives the transmission information of the resource of the bearer control signalling that the network equipment of adjacent sub-district sends.

Wherein, the send mode of transmission information has a lot.Such as reading transmission information by network interface (for example OAM interface); Directly read the high-level signaling that carries transmission information and obtain transmission information.

Preferable, network equipment can also carry out down-going synchronous with the network equipment of adjacent sub-district before receiving the control signaling, reads the system broadcast information of adjacent sub-district then, thereby knows the information of adjacent sub-district.

If the network equipment of adjacent sub-district just can controlled signaling when then network equipment reads the system broadcast information of adjacent sub-district by the system broadcast information control channel.Otherwise, read after the system broadcast information of adjacent sub-district, receive the control signaling.

Wherein, the radio frames of the embodiment of the invention comprise variable subframe and/or fixedly subframe represent three kinds of situations.1, the subframe in the radio frames is variable subframe entirely; 2, the subframe in the radio frames is fixing subframe entirely; 3, the subframe in the radio frames has variable subframe and fixing subframe.

Preferable, network equipment can also judge whether to detect this sub-district and the adjacent sub-district that sends control signaling between interference strength.

RSRP value, RIP value, CQI value and RSRQ value.

During interference strength between the adjacent sub-district of determining to detect this sub-district and sending control signaling, Pei Zhi subframe is variable subframe in adjacent sub-district if desired, and then network equipment does not use this subframe or reduces the use priority of this subframe.

Concrete, network equipment can be mixed with MBSFN subframe or ABS or sub-frame of uplink with obsolete subframe but not carry out uplink scheduling.

If the control signaling comprises transmission direction information, and the interference strength between the adjacent sub-district of determining to detect this sub-district and sending control signaling, when Pei Zhi subframe was variable subframe in adjacent sub-district if desired, the subframe type that network equipment can dispose was identical with the subframe type and the transmission direction of same subframe sign in the adjacent sub-district with transmission direction.

Interference strength between the adjacent sub-district of determining to detect this sub-district and sending control signaling, Pei Zhi subframe is fixing subframe in adjacent sub-district if desired, and the subframe type that network equipment can dispose is identical with the subframe type and the transmission direction of same subframe sign in the adjacent sub-district with transmission direction.

Wherein, if the interference strength between the definite adjacent sub-district that can detect this sub-district and send control signaling of network equipment then further compares interference strength and threshold value.The setting of concrete threshold value can rule of thumb be worth or simulation result is stipulated in agreement or notified by high level.The threshold value that different interference strengths is corresponding different.

If interference strength is not less than threshold value, and when needing the subframe of configuration to be variable subframe in adjacent sub-district, network equipment does not use this subframe or reduces the use priority of this subframe.Do not use the concrete mode of subframe identical, do not repeat them here with the above-mentioned mode of subframe of not using.

If interference strength is not less than threshold value, no matter be variable subframe or fixing subframe, network equipment can be configured the subframe in this sub-district radio frames according to default configuration information, or the subframe in this sub-district radio frames is configured according to the unified configuration information that network side issues, or when control also comprises transmission direction information in the signaling, the subframe in this sub-district radio frames is configured according to the control signaling of receiving.

If interference strength is less than threshold value, no matter be variable subframe or fixing subframe, network equipment independently is configured the subframe in this sub-district radio frames.

When autonomous configuration, network equipment can be considered a kind of in the situations such as business demand, channel load, terminal quantity, also can consider multiplely, as the case may be the subframe in this sub-district radio frames is configured then.

Wherein, Fig. 5 and Fig. 6 can synthesize a flow process, form the method for a new configuration subframe, promptly first execution in step 501 and step 502, execution in step 601 and step 602 again.

Those skilled in the art should understand that embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware embodiment, complete software implementation example or in conjunction with the form of the embodiment of software and hardware aspect.And the present invention can adopt the form that goes up the computer program of implementing in one or more computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) that wherein include computer usable program code.

The present invention is that reference is described according to the flow chart and/or the block diagram of method, equipment (system) and the computer program of the embodiment of the invention.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or the block diagram and/or square frame and flow chart and/or the block diagram and/or the combination of square frame.Can provide these computer program instructions to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, make the instruction of carrying out by the processor of computer or other programmable data processing device produce to be used for the device of the function that is implemented in flow process of flow chart or a plurality of flow process and/or square frame of block diagram or a plurality of square frame appointments.

These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, make the instruction that is stored in this computer-readable memory produce the manufacture that comprises command device, this command device is implemented in the function of appointment in flow process of flow chart or a plurality of flow process and/or square frame of block diagram or a plurality of square frame.

These computer program instructions also can be loaded on computer or other programmable data processing device, make on computer or other programmable devices and to carry out the sequence of operations step producing computer implemented processing, thereby the instruction of carrying out on computer or other programmable devices is provided for being implemented in the step of the function of appointment in flow process of flow chart or a plurality of flow process and/or square frame of block diagram or a plurality of square frame.

Although described the preferred embodiments of the present invention, in a single day those skilled in the art get the basic creative notion of cicada, then can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the scope of the invention.

Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.

Claims

1. the method for subframe configuration information notice is characterized in that this method comprises:

2. the method for claim 1 is characterized in that, described network equipment sends described control signaling and comprises:

Described network equipment sends described control signaling by the specific time-frequency position of specific sub-frame in the radio frames.

3. method as claimed in claim 2 is characterized in that, described network equipment sends described control signaling and comprises:

Described network equipment sends described control signaling by system broadcasts.

4. method as claimed in claim 3 is characterized in that, described network equipment sends described control signaling and comprises:

Described network equipment sends described control signaling by Master Information Block MIB message or system information block SIB message.

5. method as claimed in claim 2 is characterized in that, described network equipment sends described control signaling and comprises:

The described control signaling of a kind of transmission in the specific resources position of the specific resources position of the subframe of described network equipment by being fixed as downlink transfer, the descending pilot frequency time slot in the special subframe, the specific resources position of the protection time slot in the special subframe and descending sub frame.

6. method as claimed in claim 5 is characterized in that, the described subframe that is fixed as downlink transfer is one or more in subframe 0, subframe 1, subframe 5 and the subframe 6.

7. as the arbitrary described method of claim 1～6, it is characterized in that described network equipment sends described control signaling and comprises:

Described network equipment is to send described control signaling the cycle by air interface with every N radio frames;

Wherein N is a positive integer.

8. as the arbitrary described method of claim 1～6, it is characterized in that described network equipment also comprises before sending described control signaling:

Described network equipment sends the transmission information of the resource of bearer control signalling to the network equipment of adjacent sub-district.

9. the method for claim 1 is characterized in that, described radio frames comprises variable subframe and/or the changeless fixedly subframe of transmission direction that transmission direction is variable.

10. method as claimed in claim 9 is characterized in that, described network equipment determines that type information comprises:

Described network equipment is provided with in the certain hour length fixedly first sign of subframe corresponding bit position in type bit bitmap bitmap, and first sign that the corresponding bit position in type bitmap of variable subframe in the described time span is set, and with type bitmap as type information; Or

Described network equipment is according to the corresponding relation of the type configuration pattern and first sequence number, determine first sequence number of the type configuration pattern correspondence of fixedly subframe in the certain hour length and variable subframe, and first sequence number that will determine is as type information.

11. method as claimed in claim 9 is characterized in that, described control signaling also comprises transmission direction information;

Before sending control signaling, described network equipment also comprises:

Described network equipment is determined transmission direction information according to the subframe in the radio frames of this cell configuration.

12. method as claimed in claim 11 is characterized in that, described network equipment determines that transmission direction information comprises:

Described network equipment is provided with in the certain hour length fixedly the 3rd sign of subframe corresponding bit position in transmission direction bitmap, and the 4th sign that variable subframe corresponding bit position in transmission direction bitmap in the described time span is set, and with transmission direction bitmap as transmission direction information; Or

Described network equipment is according to the corresponding relation of the transmission direction configuration format and second sequence number, determine second sequence number of the transmission direction configuration format correspondence of fixedly subframe in the certain hour length and variable subframe, and second sequence number that will determine is as transmission direction information.

13. method as claimed in claim 11 is characterized in that, described network equipment is determined after the transmission direction information, also comprises before sending control signaling:

Described network equipment is combined into configuration information with described transmission direction information and described type information, and configuration information is placed described control signaling.

14. the method for a sub-frame configuration is characterized in that, this method comprises:

15. method as claimed in claim 14 is characterized in that, described network equipment receives described control signaling and comprises:

Described network equipment receives described control signaling by the specific time-frequency position of specific sub-frame in the radio frames.

16. method as claimed in claim 15 is characterized in that, described network equipment also comprises before receiving described control signaling:

The network equipment of described network equipment and described adjacent sub-district carries out down-going synchronous, reads the system broadcast message of described adjacent sub-district.

17., it is characterized in that described network equipment also comprises before receiving described control signaling as the arbitrary described method of claim 14～16:

Described network equipment obtains transmission information by network interface or high-level signaling;

Described network equipment is determined the resource of bearer control signalling according to described transmission information.

18., it is characterized in that described radio frames comprises variable subframe and/or fixing subframe as the arbitrary described method of claim 14～16, variable subframe is the variable subframe of transmission direction, fixedly subframe is the changeless subframe of transmission direction.

19. the equipment of subframe configuration information notice is characterized in that this equipment comprises:

20. equipment as claimed in claim 19 is characterized in that, described sending module specifically is used for:

Specific time-frequency position by specific sub-frame in the radio frames sends described control signaling.

21. equipment as claimed in claim 19 is characterized in that, described sending module specifically is used for:

Send described control signaling by system broadcasts.

22. equipment as claimed in claim 19 is characterized in that, described sending module specifically is used for:

Send described control signaling by MIB message or SIB message.

23. equipment as claimed in claim 19 is characterized in that, described sending module specifically is used for:

The described control signaling of a kind of transmission in the specific resources position of the specific resources position of the subframe by being fixed as downlink transfer, the descending pilot frequency time slot in the special subframe, the protection time slot in the special subframe and the specific resources position of descending sub frame.

24., it is characterized in that described sending module specifically is used for as the arbitrary described equipment of claim 18～23:

Is to send described control signaling the cycle by air interface with every N radio frames;

Wherein N is a positive integer.

25., it is characterized in that described sending module also is used for as the arbitrary described equipment of claim 18～23:

Send before the described control signaling, send the transmission information of the resource of bearer control signalling to the network equipment of adjacent sub-district.

26. equipment as claimed in claim 18 is characterized in that, described radio frames comprises variable subframe and/or the changeless fixedly subframe of transmission direction that transmission direction is variable.

27. equipment as claimed in claim 26 is characterized in that, described information determination module specifically is used for:

Fixedly first sign of subframe corresponding bit position in type bitmap is set in the certain hour length, and second sign that variable subframe corresponding bit position in type bitmap in the described time span is set, and with type bitmap as type information; Or, determine first sequence number of the type configuration pattern correspondence of fixedly subframe in the certain hour length and variable subframe, and first sequence number that will determine is as type information according to the corresponding relation of the type configuration pattern and first sequence number.

28. equipment as claimed in claim 26 is characterized in that, described control signaling also comprises transmission direction information;

Described information determination module also is used for:

According to the subframe in the radio frames of this cell configuration, determine transmission direction information.

29. equipment as claimed in claim 28 is characterized in that, described information determination module specifically is used for:

Equipment is provided with in the certain hour length fixedly the 3rd sign of subframe corresponding bit position in transmission direction bitmap, and the 4th sign that variable subframe corresponding bit position in transmission direction bitmap in the described time span is set, and with transmission direction bitmap as transmission direction information; Or, determine second sequence number of the transmission direction configuration format correspondence of fixedly subframe in the certain hour length and variable subframe, and second sequence number that will determine is as transmission direction information according to the corresponding relation of the transmission direction configuration format and second sequence number.

30. equipment as claimed in claim 28 is characterized in that, described information determination module also is used for:

Described transmission direction information and described type information are combined into configuration information, and configuration information is placed described control signaling.

31. the equipment of a sub-frame configuration is characterized in that, this equipment comprises:

32. equipment as claimed in claim 31 is characterized in that, described processing module specifically is used for:

Specific time-frequency position by specific sub-frame in the radio frames receives described control signaling.

33. equipment as claimed in claim 32 is characterized in that, described processing module also is used for:

Receive before the described control signaling, carry out down-going synchronous with the network equipment of described adjacent sub-district after, read the system broadcast message of described adjacent sub-district.

34., it is characterized in that described processing module specifically is used for as the arbitrary described equipment of claim 31～33:

Receive before the described control signaling, obtain transmission information, determine the resource of bearer control signalling according to described transmission information by network interface or high-level signaling.

35., it is characterized in that described radio frames comprises variable subframe and/or fixing subframe as the arbitrary described equipment of claim 31～33, variable subframe is the variable subframe of transmission direction, fixedly subframe is the changeless subframe of transmission direction.

36. the system of a sub-frame configuration is characterized in that, this system comprises: