CN102469465B

CN102469465B - Method and equipment for controlling coexistence interference coordination in time division multiplex (TDM) equipment

Info

Publication number: CN102469465B
Application number: CN201010538072.3A
Authority: CN
Inventors: 谌丽; 李海涛; 许芳丽
Original assignee: Datang Mobile Communications Equipment Co Ltd
Current assignee: Datang Mobile Communications Equipment Co Ltd
Priority date: 2010-11-05
Filing date: 2010-11-05
Publication date: 2014-12-10
Anticipated expiration: 2030-11-05
Also published as: CN102469465A

Abstract

The embodiment of the invention discloses a method and equipment for controlling coexistence interference coordination in time division multiplex (TDM) equipment. By utilizing the technical scheme of the embodiment, coexistence interference coordination in the TDM equipment can be executed, so the coexistence interference coordination in the TDM equipment adopted by terminal equipment can be guaranteed to adjust immediately according to the variation of signal channels of a long term evolution (LTE) system, variation of a data transmission state and variation of current service demand, while the coexistence transmission performance of multiple wireless systems in the equipment can be guaranteed, and the connection property and systematic performance of the LTE system can be better guaranteed.

Description

Control method and equipment that in TDM equipment, mutual interference is coordinated

Technical field

The present invention relates to communication technical field, control method and equipment that particularly in a kind of TDM equipment, mutual interference is coordinated.

Background technology

The intelligent terminal market demands that increase rapidly are supported multiple wireless technology in an equipment simultaneously, as LTE (Long Time Evolved, Long Term Evolution) and ISM (Industrial, Scientific and Medical), LTE and GPS (Global Positioning System, global positioning system) are integrated on same equipment.The former frequency range that means to distribute to industry, science and medicine of ISM, is the unauthorized frequency range for scientific research, and the technology that refers to use this frequency range at this, comprises the typical radio technology on the wireless terminal such as WLAN and Blue tooth (bluetooth).In equipment, coexisting can be referred to as ICO (in-device coexistence).

In existing frequency planning, part TD-LTE frequency range and the uplink band of FD-LTE and the adjacent frequency bands of ISM, as shown in Figure 1, be the frequency domain planning schematic diagram of the LTE of the prior art frequency range adjacent with ISM, simultaneously a part of LTE frequency range also with GPS adjacent frequency bands.

1.Band 40 (2300MHz-2400MHz) and ISM (e.g.2.4GHz-2.4835GHz for WLAN) are adjacent.

2.Band 7 (2500～2570MHz): FDD UL and ISM are adjacent.

3.Band 13 (777-787MHz, 746-756MHz)/Band 14 (788-798MHz, 758-768MHz) is adjacent with GPS frequency range (e.g.1575.42MHz).

In the time of different wireless technology adjacent frequency bands, the transmit operation meeting of a system causes interference to the reception operation of another system, and its application scenarios as shown in Figure 2.Closely adjacent frequency range, as the high frequency 20MHz (2380-2400MHz) of LTE band40 can cause strong jamming to ISM, the low frequency 20MHz (2400-2420MHz) of ISM can cause strong jamming to LTE, and LTE band 7 low frequency 20MHz (2500-2520MHz) can cause strong jamming to ISM.Non-close frequency range also may have humorous wave interference.

For instance, if Bluetooth technology, in the time of low side band transmission, to the leakage power on TD-LTE frequency band is-50dBm, be designed to-70dBm of TD-LTE received signal power, so before considering that thermal noise and multipath disturb, reach-20dB of LTE system SIR (signal interference ratio).This obviously can not meet transmission requirement.

In equipment, interference coordination pattern has collaborative (Coordinated within UE only) and auxiliary interior collaborative (the Coordinated within UE and with network) three kinds of UE of network side in non-collaborative (Uncoordinated mode), UE.Different patterns has different equipment impacts and signaling impact.

In equipment, mutual interference coordinates to have frequency division (FDM), time-division (TDM) both direction.FDM refers to LTE is adjusted in mutually non-interfering frequency range and worked with other wireless systems, comprises and adjusts LTE frequency range and adjust ISM band two schemes; TDM refers to that LTE system and other system work on interference band in the mode of time-division, only has in a period of time a wireless system carrying out data transmit-receive.

Under FDM, the LTE system of UE and other wireless systems are operated in non-interfering frequency range, and scheduling, measurement, switching and other wireless system work of LTE system are completely independent.Under TDM, LTE system and other wireless systems adopt the mode of time-division to work, the period of LTE work is called dispatching cycle (scheduling period) or unlatching cycle (ON duration), and the period of other wireless system work is called the non-scheduled cycle (unscheduling period) of LTE system or closes the cycle (OFF period) or the working clearance (gap).Under TDM interference coordination mode, the non-scheduled cycle of LTE system can reach 60～100ms.For LTE system, static TDM pattern (being that dispatching cycle and non-scheduled Cycle Length are fixed) has following harmful effect: UE link-quality variation to be detected, when being badly in need of reporting measurement reports with triggering switching, may be due to non-scheduled cycle limit Gains resources transmission in time measurement report; Due to non-scheduled cycle limit, LTE eNB may not send switching command to UE in time, causes UELTE link-quality to worsen, even handoff failure; Due to the variation of business, TDM pattern originally may can not meet time delay and the rate requirement of newly-established LTE business.

In the process that realizes the embodiment of the present invention, applicant finds that prior art at least exists following problem:

In current TDM equipment, interference coordination schemes specifies that UE carries out the transmission of LTE system or other wireless systems according to the dispatching cycle of LTE system and non-scheduled cycle, the non-scheduled cycle of LTE may hinder the transmission of UE and the strict information of LTE eNB delay requirement, as measurement report and switching command, cause UE LTE system cell handoff failure.The QoS that the application in non-scheduled cycle also may affect UE LTE system new business ensures.

Summary of the invention

The embodiment of the present invention provides control method and the equipment that mutual interference is coordinated in a kind of TDM equipment, solves in existing LTE Rel-8/9 PHR MAC CE form to the inapplicable problem of LTE-A system.

For achieving the above object, the embodiment of the present invention provides the control method that in a kind of TDM equipment, mutual interference is coordinated on the one hand, comprising:

Terminal equipment judges the current adjustment that in TDM equipment, mutual interference is coordinated that whether needs to carry out;

If judged result is for needing, described terminal equipment sends to base station the adjustment Indication message that in TDM equipment, mutual interference is coordinated, wherein, described adjustment Indication message sends within non-scheduled cycle of LTE or LTE dispatching cycle, stops the reception of other wireless devices within the moment that sends described adjustment Indication message;

The configuration that in current TDM equipment, mutual interference is coordinated is adjusted in described terminal equipment and described base station.

On the other hand, the embodiment of the present invention also provides a kind of terminal equipment, comprising:

Judge module, for judging the current adjustment that in TDM equipment, mutual interference is coordinated that whether needs to carry out;

Communication module, for in the judged result of described judge module during for needs, send to base station the adjustment Indication message that in TDM equipment, mutual interference is coordinated, wherein, described adjustment Indication message can send within non-scheduled cycle of LTE or LTE dispatching cycle, stops the reception of other wireless devices within the moment that sends described adjustment Indication message;

Adjusting module, for adjusting the configuration that in current TDM equipment, mutual interference is coordinated.

On the other hand, the embodiment of the present invention also provides the control method that in a kind of TDM equipment, mutual interference is coordinated, and comprising:

The adjustment Indication message that in the TDM equipment that base station receiving terminal apparatus sends, mutual interference is coordinated, wherein, described adjustment Indication message is sent within non-scheduled cycle of LTE or LTE dispatching cycle by described terminal equipment, stops the reception of other wireless devices within the moment that sends described adjustment Indication message;

Described base station and described terminal equipment are adjusted the configuration that in current TDM equipment, mutual interference is coordinated.

On the other hand, the embodiment of the present invention also provides a kind of base station, comprising:

Communication module, the adjustment Indication message that in the TDM equipment sending for receiving terminal apparatus, mutual interference is coordinated, wherein, described adjustment Indication message is sent within non-scheduled cycle of LTE or LTE dispatching cycle by described terminal equipment, stops the reception of other wireless devices within the moment that sends described adjustment Indication message;

Base station judges the current adjustment that in TDM equipment, mutual interference is coordinated that whether needs to carry out;

If judged result is for needing, described base station sends to terminal equipment the adjustment Indication message that in TDM equipment, mutual interference is coordinated;

Communication module, for for during for needs, sending to terminal equipment the adjustment Indication message that in TDM equipment, mutual interference is coordinated in the judged result of described judge module;

Terminal equipment receives the adjustment Indication message of the interior mutual interference coordination of TDM equipment of base station transmission;

Receiver module, for receive base station send TDM equipment in mutual interference coordinate adjustment Indication message;

Compared with prior art, the technical scheme that the embodiment of the present invention proposes has the following advantages:

By the technical scheme of the application embodiment of the present invention, can coordinate carrying out in TDM equipment mutual interference, in ensureing transmission performance that multiple wireless system coexists in equipment, in the TDM equipment that guarantee terminal equipment adopts, mutual interference is coordinated in time according to the channel variation of LTE system, the variation of the variation of data transmission state and current business demand is adjusted, and has ensured better connection performance and the systematic function of LTE system.

Brief description of the drawings

Fig. 1 is the frequency domain planning schematic diagram of the frequency range that LTE of the prior art is adjacent with ISM;

Fig. 2 is the schematic diagram of a kind of application scenarios of the prior art;

The schematic flow sheet of the control method that in a kind of TDM equipment that Fig. 3 proposes for the embodiment of the present invention, mutual interference is coordinated;

The schematic flow sheet of the control method that in a kind of TDM equipment that Fig. 4 proposes for the embodiment of the present invention, mutual interference is coordinated;

The control method that in TDM equipment under a kind of concrete application scenarios that Fig. 5 proposes for the embodiment of the present invention one, mutual interference is coordinated is at the schematic flow sheet of base station side;

The control method that in TDM equipment under a kind of concrete application scenarios that Fig. 6 A and 6B propose for the embodiment of the present invention two, mutual interference is coordinated is at the schematic flow sheet of base station side;

The control method that in TDM equipment under a kind of concrete application scenarios that Fig. 7 proposes for the embodiment of the present invention three, mutual interference is coordinated is at the schematic flow sheet of base station side;

The control method that in TDM equipment under a kind of concrete application scenarios that Fig. 8 A and 8B propose for the embodiment of the present invention four, mutual interference is coordinated is at the schematic flow sheet of base station side;

The control method that in TDM equipment under a kind of concrete application scenarios that Fig. 9 proposes for the embodiment of the present invention five, mutual interference is coordinated is at the schematic flow sheet of base station side;

The control method that in TDM equipment under a kind of concrete application scenarios that Figure 10 proposes for the embodiment of the present invention six, mutual interference is coordinated is at the schematic flow sheet of base station side;

The structural representation of a kind of terminal equipment that Figure 11 proposes for the embodiment of the present invention;

The structural representation of a kind of base station that Figure 12 proposes for the embodiment of the present invention;

The structural representation of a kind of base station that Figure 13 proposes for the embodiment of the present invention;

The structural representation of a kind of terminal equipment that Figure 14 proposes for the embodiment of the present invention.

Embodiment

As stated in the Background Art, in existing TDM equipment, in interference coordination schemes, in TDM equipment, the configuration of interference coordination schemes can not be adjusted in time according to the variation of application scenarios and business demand, has affected connection performance and the systematic function of LTE system.

Based on this, the embodiment of the present invention has provided the control method that in a kind of TDM equipment, mutual interference is coordinated, judge the current adjustment that in TDM equipment, mutual interference is coordinated that whether needs to carry out by terminal equipment or base station, and in judged result when being, trigger the adjustment flow process that in TDM equipment, mutual interference is coordinated, the content of adjusting comprises following two aspects:

(1) stop the non-scheduled cycle, stop mutual interference in TDM equipment and coordinate;

(2) adjust mutual interference coodination modes in TDM equipment, the operating time length of amendment UE LTE system and other wireless systems, the i.e. length in UE LTE dispatching cycle and non-scheduled cycle.

According to the difference that judges main body, be divided into following two kinds of methods:

Method one, trigger by terminal equipment the adjustment flow process that in TDM equipment, mutual interference is coordinated.

As shown in Figure 3, the schematic flow sheet of the control method that in a kind of TDM equipment being triggered by terminal equipment proposing for the embodiment of the present invention, mutual interference is coordinated, specifically comprises the following steps:

Step S301, terminal equipment judge the current adjustment that in TDM equipment, mutual interference is coordinated that whether needs to carry out.

If judged result, for needing, performs step S302;

If judged result, for not needing, is returned to step S301, judge according to corresponding determination strategy next time.

In actual application scenarios, terminal equipment judges the current basis for estimation that need to carry out the adjustment that in TDM equipment, mutual interference is coordinated, specifically comprises one or more:

(1) terminal equipment judges current non-scheduled excessive cycle.

(2) terminal equipment judges that current needs measurement reports.

(3) terminal equipment judges that the length in LTE dispatching cycle under coordinating of mutual interference in current TDM equipment and non-scheduled cycle can not meet rate requirement and/or the delay requirement of LTE business.

(4) terminal equipment judges that in terminal equipment, other wireless devices have not had data to need transmission.

(5) terminal equipment judges that the disturbed condition of the inner LTE of terminal equipment and other system changes.

In actual applications, can select according to the actual requirements corresponding basis for estimation, the variation of the concrete basis for estimation not causing due to the difference of basis for estimation of selecting does not affect protection scope of the present invention.

Step S302, terminal equipment send to base station the adjustment Indication message that in TDM equipment, mutual interference is coordinated.

Wherein, adjust Indication message and send within non-scheduled cycle of LTE or LTE dispatching cycle, sending the reception that stops other wireless devices in the moment of adjusting Indication message.

In concrete application scenarios, terminal equipment sends to base station the adjustment Indication message that in TDM equipment, mutual interference is coordinated, and specifically comprises following two types:

(1) terminal equipment sends in TDM equipment the Indication message that stops that mutual interference is coordinated to base station, specifically comprises:

Terminal equipment sends dispatch request within the non-scheduled cycle to base station, specifically comprise that terminal equipment sends dispatch request and carries out dispatch request by random access procedure on dedicated scheduling request resource; Or,

Terminal equipment within the non-scheduled cycle to base station initiating random access procedure; Or

Terminal equipment sends dispatch request to base station, and the measurement report sending on the ascending resource of base station assigns subsequently; Or,

Terminal equipment sends dispatch request to base station, and sends in TDM equipment with MACCE the Indication message that stops that mutual interference is coordinated on the ascending resource of base station assigns subsequently; Or,

Terminal equipment sends dispatch request to base station, and sends in TDM equipment by RRC signaling the Indication message that stops that mutual interference is coordinated on the ascending resource of base station assigns subsequently.

(2) terminal equipment sends to base station the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated, and specifically comprises:

Terminal equipment sends dispatch request to base station, and sends with MACCE the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated on the ascending resource of base station assigns subsequently; Or,

Terminal equipment sends dispatch request to base station, and sends by RRC signaling the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated on the ascending resource of base station assigns subsequently.

The configuration that in current TDM equipment, mutual interference is coordinated is adjusted in step S303, terminal equipment and base station.

When terminal equipment send to base station in TDM equipment that mutual interference is coordinated stop Indication message time, the processing of this step specifically comprises following two kinds of situations:

Situation one, terminal equipment in base station sends TDM equipment, mutual interference is coordinated stop Indication message after, stopping immediately mutual interference in current TDM equipment coordinates, and base station receive that mutual interference in TDM equipment coordinates stop Indication message after, stop mutual interference in current TDM equipment and coordinate.

Situation two, terminal equipment send in TDM equipment the Indication message that stops that mutual interference is coordinated to base station, and receive in the TDM equipment that returns base station that mutual interference is coordinated stop response message after, stopping mutual interference in current TDM equipment coordinates, and base station stops Indication message what receive that in the TDM equipment that terminal equipment sends, mutual interference is coordinated, and in terminal equipment returns to TDM equipment, mutual interference is coordinated stop response message after, stop mutual interference in current TDM equipment and coordinate.

Wherein, it is pointed out that the above-mentioned operating process that in current TDM equipment, mutual interference is coordinated that stops, specifically referring to the work that stops other wireless systems, enter LTE continuous duty.

Need to further be pointed out that; in actual application scenarios; other above-mentioned wireless systems comprise ISM wireless system, Bluetooth system etc.; every wireless system that can be applied to the applicable application scenarios of the embodiment of the present invention all belongs to the concept and range of above-mentioned other wireless systems, and the variation of concrete type of wireless system can't affect protection scope of the present invention.

In follow-up embodiment content description, have equally other above-mentioned wireless systems, specific description content is identical with foregoing description, no longer one by one explanation.

In concrete application scenarios, the above-mentioned response message that stops, specifically comprising:

The dispatching command that base station sends within the non-scheduled cycle; Or,

The dispatching command that base station sends, the dispatch request that dispatching command counterpart terminal equipment sends within the non-scheduled cycle; Or,

What in the TDM equipment that base station sends with MAC CE, mutual interference was coordinated stops Indication message; Or,

What in the TDM equipment that base station sends by RRC signaling, mutual interference was coordinated stops Indication message.

In actual applications, according to the difference of concrete configuration, terminal equipment and base station stop mutual interference in current TDM equipment coordinates, and specifically comprises:

Terminal equipment and base station stop mutual interference in current TDM equipment completely and coordinate; Or,

Terminal equipment and base station are in predetermined period or stop temporarily stopping in the indicated periodic regime of Indication message mutual interference in current TDM equipment and coordinate.

On the other hand, in the time that terminal equipment sends to base station the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated, the processing of this step specifically comprises following two kinds of situations:

After situation one, the terminal equipment adjustment Indication message that mutual interference is coordinated in base station sends TDM equipment, adjust immediately mutual interference coodination modes in current TDM equipment, and base station is after receiving the adjustment Indication message that in TDM equipment, mutual interference is coordinated, adjust mutual interference coodination modes in current TDM equipment.

Situation two, after the terminal equipment adjustment Indication message that mutual interference is coordinated in base station sends TDM equipment, terminal equipment enters LTE continuous transmission mode, and after receiving the mode adjustment response message that in the TDM equipment returning base station, mutual interference is coordinated, adjust mutual interference coodination modes in current TDM equipment, and the base station adjustment Indication message that mutual interference is coordinated in the TDM equipment that receives terminal equipment transmission, and after the mode adjustment response message that mutual interference is coordinated in terminal equipment returns to TDM equipment, adjust mutual interference coodination modes in current TDM equipment.

In concrete application scenarios, above-mentioned mode adjustment response message, specifically comprises:

The mode adjustment Indication message that in the TDM equipment that base station sends with MAC CE, mutual interference is coordinated; Or,

The mode adjustment Indication message that in the TDM equipment that base station sends by RRC signaling, mutual interference is coordinated.

In actual applications, according to the difference of concrete configuration, terminal equipment and base station are adjusted mutual interference in current TDM equipment and are coordinated, and specifically comprise:

Mutual interference coodination modes in current TDM equipment is adjusted according to mutual interference coodination modes information in default TDM equipment in terminal equipment and base station; Or,

Mutual interference coodination modes in current TDM equipment is adjusted according to adjusting mutual interference coodination modes information in the indicated TDM equipment of Indication message in terminal equipment and base station; Or,

Mutual interference coodination modes in current TDM equipment is adjusted according to mutual interference coodination modes information in the indicated TDM equipment of mode adjustment response message in terminal equipment and base station.

Method two, the adjustment flow process of being coordinated by mutual interference in base station triggers TDM equipment.

As shown in Figure 4, be a kind of schematic flow sheet by the control method of mutual interference coordination in the TDM equipment of base station triggers that the embodiment of the present invention proposes, specifically comprise the following steps:

Step S401, base station judge the current adjustment that in TDM equipment, mutual interference is coordinated that whether needs to carry out.

If judged result, for needing, performs step S402;

If judged result, for not needing, is returned to step S401, judge according to corresponding determination strategy next time.

In actual application scenarios, base station judges the current basis for estimation that need to carry out the adjustment that in TDM equipment, mutual interference is coordinated, specifically comprises one or more:

(1) base station needs indicating terminal equipment to carry out community switching.

(2) base station judges that the length in LTE dispatching cycle under coordinating of mutual interference in current TDM equipment and non-scheduled cycle can not meet rate requirement and/or the delay requirement of the LTE business of current terminal equipment.

(3) base station receives other wireless devices in the terminal equipment that terminal equipment sends has not had the notification message of transfer of data.

(4) base station receives the notification message that the disturbed condition of the inner LTE of terminal equipment that terminal equipment sends and other system changes.

Step S402, base station send to terminal equipment the adjustment Indication message that in TDM equipment, mutual interference is coordinated.

Wherein, base station sends to terminal equipment the adjustment Indication message that in TDM equipment, mutual interference is coordinated, and specifically comprises following two types:

(1) base station sends in TDM equipment to terminal equipment the Indication message that stops that mutual interference is coordinated, and specifically comprises:

Base station sends in TDM equipment to terminal equipment the Indication message that stops that mutual interference is coordinated with MAC CE; Or,

Base station sends in TDM equipment to terminal equipment the Indication message that stops that mutual interference is coordinated by RRC signaling.

(2) base station sends to terminal equipment the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated, and specifically comprises:

Base station sends to terminal equipment the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated with MAC CE; Or,

Base station sends to terminal equipment the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated by RRC signaling.

Step S403, base station and terminal equipment are adjusted the configuration that in current TDM equipment, mutual interference is coordinated.

The processing of this step specifically comprises following two kinds of situations:

Situation one, base station in terminal equipment sends TDM equipment, mutual interference is coordinated stop Indication message after, stopping immediately mutual interference in current TDM equipment coordinates, and terminal equipment receive that mutual interference in TDM equipment coordinates stop Indication message after, stopping mutual interference in current TDM equipment coordinates, wherein, stop the operating process that in current TDM equipment, mutual interference is coordinated, specifically refer to the work that stops other wireless systems, enter LTE continuous duty.

In actual applications, according to the difference of concrete configuration, base station and terminal equipment stop mutual interference in current TDM equipment to be coordinated, and specifically comprises:

Base station and terminal equipment stop mutual interference in current TDM equipment completely to be coordinated; Or,

Base station and terminal equipment are in predetermined period or stop temporarily stopping in the indicated periodic regime of Indication message mutual interference in current TDM equipment and coordinate.

After situation two, the base station adjustment Indication message that mutual interference is coordinated in terminal equipment sends TDM equipment, adjust immediately mutual interference coodination modes in current TDM equipment, and terminal equipment is after receiving the adjustment Indication message that in TDM equipment, mutual interference is coordinated, adjust mutual interference coodination modes in current TDM equipment.

In actual applications, according to the difference of concrete configuration, base station and terminal equipment are adjusted mutual interference coodination modes in current TDM equipment, specifically comprise:

Base station and terminal equipment are adjusted mutual interference coodination modes in current TDM equipment according to mutual interference coodination modes information in default TDM equipment; Or,

Base station and terminal equipment are adjusted mutual interference coodination modes in current TDM equipment according to adjusting mutual interference coodination modes information in the indicated TDM equipment of Indication message; Or,

Base station and terminal equipment are adjusted mutual interference coodination modes in current TDM equipment according to mutual interference coodination modes information in the indicated TDM equipment of mode adjustment response message.

Below, in conjunction with concrete application scenarios, the technical scheme that the embodiment of the present invention is proposed describes.

The non-scheduled cycle that embodiment mono-: UE initiates stops

As shown in Figure 5, the control method that in the TDM equipment under a kind of concrete application scenarios proposing for the embodiment of the present invention one, mutual interference is coordinated, at the schematic flow sheet of base station side, specifically comprises the following steps:

Step S501, UE initiate non-scheduled cycle termination request to LTE eNB, also can be called TDM interference coordination and stop request.

This request message can be carried by MAC (Medium Access Control) layer control unit MAC CE (Control Element), also can be carried by the RRC signaling of RRC (Radio Resource Control) layer, can trigger dispatch request, with notice LTE eNB, this request message be carried out to scheduled transmission, dispatch request refers to specific schedule request (if LTE eNB has distributed dedicated scheduling request resource to UE) or random access procedure.

Wherein, UE initiates that non-scheduled cycle stops former because:

(1) detect that the non-scheduled cycle can affect LTE systematic function.

Affect LTE systematic function and refer to following one or more situations: affect UE certainty of measurement; The non-scheduled cycle of LTE hinders UE to carry out in time community switching; The non-scheduled excessive cycle of LTE, causes UE can not meet the delay requirement of LTE business; LTE curtailment dispatching cycle is to meet the transmission rate request of UE LTE business.

(2) in UE, other wireless devices have not had transfer of data.

In actual applications, UE sends the detailed process that non-scheduled cycle stops request and is:

UE sends dispatch request within the non-scheduled cycle;

NB distributes ascending resource;

UE sends a request message on the ascending resource distributing.

This process is consistent with existing uplink scheduling request and transmitting uplink data process.

Another kind of implementation is that UE initiates dispatch request or random access procedure within the non-scheduled cycle, and the UE uplink in the non-scheduled cycle is considered as non-scheduled cycle termination request by LTE eNB.

Request stops the non-scheduled cycle according to UE for step S502, LTE eNB, stops in other words interference coordination in TDM equipment.

Step S503, LTE eNB and UE enter LTE continuous transmission mode, LTE eNB can if having time UE dispatched and transmit.

In step S504, UE announcement apparatus, other system quits work.

In the process of practical application, the technical scheme that the present embodiment proposes also has a kind of implementation method, is only within one or several TDM cycle, to stop the non-scheduled cycle, sends after LTE uplink at UE, if feel not stop completely necessity of TDM, the TDM cycle restarts.

The non-scheduled cycle that embodiment bis-: UE initiates stops

Wherein, UE initiates reason that non-scheduled cycle stops with embodiment mono-, but is with the difference of the technical scheme of embodiment mono-, has the feedback procedure of LTE eNB to UE request in the technical scheme that embodiment bis-proposes.

As shown in Figure 6 A and 6B, the control method that in the TDM equipment under a kind of concrete application scenarios proposing for the embodiment of the present invention two, mutual interference is coordinated, at the schematic flow sheet of base station side, specifically comprises the following steps:

Step S601, UE initiate non-scheduled cycle termination request to LTE eNB, also can be called TDM interference coordination and stop request.

This request message can be carried by MAC (Medium Access Control) layer control unit MAC CE (Control Element), also can be carried by the RRC signaling of RRC (Radio Resource Control) layer, can trigger dispatch request, with notice LTE eNB, this request message be carried out to scheduled transmission;

The detailed process that UE sends non-scheduled cycle termination request is consistent with existing uplink scheduling request and transmitting uplink data process.

Another kind of implementation is that UE initiates dispatch request or random access procedure within the non-scheduled cycle, and LTE eNB regards the UE uplink in the non-scheduled cycle as non-scheduled cycle termination request.

Request stops the non-scheduled cycle according to UE for step S602, LTE eNB, stops in other words interference coordination in TDM equipment.

Step S603, LTE eNB send response to UE, indicate the non-scheduled cycle to stop.

This response message can have MAC layer control unit MAC CE or RRC message to carry, and LTE eNB sends non-scheduled cycle termination response can two kinds of processing modes:

Mode one, as shown in Figure 6A sends within the dispatching cycle of original TDM configuration, and in this case, UE stops still carrying out data transmit-receive by original TDM pattern after request sending the non-scheduled cycle.

Mode two, as shown in Figure 6B sends immediately after the non-scheduled cycle of receiving UE stops request, and in this case, UE stops entering immediately LTE continuous transmission mode after request sending the non-scheduled cycle.

Step S604, LTE eNB and UE enter LTE continuous transmission mode, LTE eNB can if having time UE dispatched and transmit.

Step S605, UE receive after the non-scheduled cycle command of the termination of eNB, and in announcement apparatus, other system quits work.

The TDM mode adjustment that embodiment tri-: UE initiates

As shown in Figure 7, the control method that in the TDM equipment under a kind of concrete application scenarios proposing for the embodiment of the present invention three, mutual interference is coordinated, at the schematic flow sheet of base station side, specifically comprises the following steps:

Step S701, UE send the request of TDM mode adjustment to LTE eNB.

In request, can carry the TDM pattern that 1bit adjusts solicited message and/or suggestion, wherein can comprise dispatching cycle and non-scheduled Cycle Length pattern etc., this request message can be carried by MAC (Medium Access Control) layer control unit MAC CE (Control Element), also can be carried by the RRC signaling of RRC (Radio Resource Control) layer, can trigger dispatch request, with notice LTEeNB, this request message be carried out to scheduled transmission.

Wherein, UE initiate TDM adjust former because:

(1) detect that the non-scheduled cycle can affect LTE systematic function.

(2) in UE, the disturbed condition of LTE system and other wireless systems changes.

In actual applications, UE sends non-scheduled cycle to stop the detailed process of request consistent with existing uplink scheduling request and transmitting uplink data process.

Step S702, LTE eNB ask according to UE, amendment TDM pattern.

If there is no the TDM pattern of suggestion in the TDM mode adjustment request that UE sends, according to the good acquiescence TDM mode transfer of as offered, this acquiescence TDM pattern can be specified by agreement.

Step S703, LTE eNB and UE carry out transfer of data according to new TDM pattern.

In step S704, UE announcement apparatus, other system is according to new TDM work pattern.

The TDM mode adjustment that embodiment tetra-: UE initiates

Wherein, UE initiates reason that TDM adjusts with embodiment tri-, but is with the difference of the technical scheme of embodiment tri-, has the feedback procedure of LTE eNB to UE request in the technical scheme that embodiment tetra-proposes.

As shown in Fig. 8 A and 8B, the control method that in the TDM equipment under a kind of concrete application scenarios proposing for the embodiment of the present invention four, mutual interference is coordinated, at the schematic flow sheet of base station side, specifically comprises the following steps:

Step S801, UE send the request of TDM mode adjustment to LTE eNB.

In request, can carry the TDM pattern of 1bit adjustment solicited message and/or suggestion, comprise dispatching cycle and non-scheduled Cycle Length pattern etc., this request message can be carried by MAC (Medium Access Control) layer control unit MAC CE (Control Element), also can be carried by the RRC signaling of RRC (Radio Resource Control) layer, can trigger dispatch request, with notice LTE eNB, this request message be carried out to scheduled transmission;

Step S802, LTE eNB ask according to UE, in conjunction with business and resource situation, formulate new TDM interference coordination pattern.

This TDM pattern can be with UE request identical or different.

Step S803, LTE eNB send response to UE, indicate new TDM pattern.

This response message can be carried by MAC layer control unit MAC CE or RRC message, and LTE eNB sends response can two kinds of processing modes:

Mode one, as shown in Figure 8 A sends within the dispatching cycle of original TDM configuration, and in this case, UE still carries out data transmit-receive by original TDM pattern sending after TDM adjusts request.

Mode two, as shown in Figure 8 B sends immediately after the TDM that receives UE adjusts request, and in this case, UE temporarily enters LTE continuous transmission mode sending after TDM adjusts request.

Step S804, LTE eNB and UE carry out transfer of data according to new TDM pattern.

In step S805, UE announcement apparatus, other system is according to new TDM work pattern.

Embodiment five: the non-scheduled cycle that LTE eNB initiates stops

As shown in Figure 9, the control method that in the TDM equipment under a kind of concrete application scenarios proposing for the embodiment of the present invention five, mutual interference is coordinated, at the schematic flow sheet of base station side, specifically comprises the following steps:

Step S901, LTE eNB send non-scheduled cycle termination instruction to UE, or are called interference coordination termination instruction in TDM equipment.

This notification message can be carried by MAC layer control unit MAC CE or RRC message;

Wherein, LTE eNB initiates that non-scheduled cycle stops former because:

(1) detect that the non-scheduled cycle can affect LTE systematic function.

Affecting LTE systematic function refers to: the non-scheduled cycle of LTE hinders UE to carry out in time community switching; The non-scheduled excessive cycle of LTE, causes meeting the delay requirement of UE LTE business; LTE curtailment dispatching cycle is to meet the transmission rate request of UE LTE business.

(2) UE notice LTE eNB does not have the necessity of TDM interference coordination

Step S902, UE stop interference coordination in TDM equipment, enter LTE and transmit continuously.

In step S903, UE announcement apparatus, other system quits work.

In the process of practical application, the technical scheme that the present embodiment proposes also has a kind of implementation method, is the non-scheduled cycle that LTE eNB initiates to stop only within one or several TDM cycle, coming into force, and continues to use thereafter the TDM cycle of former configuration.

Embodiment six: the TDM mode adjustment that LTE eNB initiates

As shown in figure 10, the control method that in the TDM equipment under a kind of concrete application scenarios proposing for the embodiment of the present invention six, mutual interference is coordinated, at the schematic flow sheet of base station side, specifically comprises the following steps:

Step S1001, LTE eNB send TDM to UE and adjust instruction, comprise new dispatching cycle and the configuration of non-scheduled cycle.

This notification message can be carried by MAC layer control unit MAC CE or RRC message.

Wherein, LTE eNB initiate TDM adjust former because:

(1) detect that the non-scheduled cycle can affect LTE systematic function.

(2) disturbed condition of the inner LTE of UE notice LTE eNB UE and other system changes.

Step S1002, LTE eNB and UE enter jamming pattern in new TDM equipment.

In step S1003, UE announcement apparatus, other system is according to new TDM work pattern.

The method proposing by the embodiment of the present invention, owing to stopping in time or having adjusted the non-scheduled cycle, UE LTE measurement report can be reported in time, and LTE eNB also can send switching command to UE as early as possible, thereby has ensured the switching performance of UE LTE system.In addition, by timely adjustment TDM pattern, also could ensure delay requirement and the rate requirement of newly-built LTE business.

In order to realize the technical scheme of the embodiment of the present invention, the embodiment of the present invention has also proposed corresponding equipment.

The corresponding aforesaid method one that is triggered the adjustment flow process that in TDM equipment, mutual interference is coordinated by terminal equipment, the embodiment of the present invention has proposed a kind of terminal equipment, and its structural representation as shown in figure 11, specifically comprises:

Judge module 111, for judging the current adjustment that in TDM equipment, mutual interference is coordinated that whether needs to carry out;

Communication module 112, for in the judged result of judge module 111 during for needs, send to base station the adjustment Indication message that in TDM equipment, mutual interference is coordinated, wherein, adjusting Indication message can send within non-scheduled cycle of LTE or LTE dispatching cycle, sending the reception that stops other wireless devices in the moment of adjusting Indication message;

Adjusting module 113, for adjusting the configuration that in current TDM equipment, mutual interference is coordinated.

Wherein, judge module 111 judges the current basis for estimation that need to carry out the adjustment that in TDM equipment, mutual interference is coordinated, specifically comprises:

Current non-scheduled excessive cycle; And/or,

Current needs measurement reports; And/or,

LTE dispatching cycle in current TDM equipment under mutual interference coordination and the length in non-scheduled cycle can not meet rate requirement and/or the delay requirement of LTE business; And/or,

In terminal equipment, other wireless devices have not had data to need transmission; And/or,

The disturbed condition of the inner LTE of terminal equipment and other system changes.

In actual applications, communication module 112, specifically for:

Send in TDM equipment the Indication message that stops that mutual interference is coordinated to base station; Or,

Send to base station the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated.

The scene that stops Indication message that in corresponding above-mentioned TDM equipment, mutual interference is coordinated, communication module 112, specifically for:

Within the non-scheduled cycle, send dispatch request to base station, be specifically included in and on dedicated scheduling request resource, send dispatch request and carry out dispatch request by random access procedure; Or,

Within the non-scheduled cycle to base station initiating random access procedure; Or

Send dispatch request to base station, and the measurement report sending on the ascending resource of base station assigns subsequently; Or,

Send dispatch request to base station, and on the ascending resource of base station assigns subsequently, send the Indication message that stops of mutual interference coordination in TDM equipment with MAC CE; Or,

Send dispatch request to base station, and on the ascending resource of base station assigns subsequently, send the Indication message that stops of mutual interference coordination in TDM equipment by RRC signaling.

The scene of the mode adjustment Indication message that in corresponding above-mentioned TDM equipment, mutual interference is coordinated, communication module 112, specifically for:

Send dispatch request to base station, and send with MAC CE the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated on the ascending resource of base station assigns subsequently; Or,

Send dispatch request to base station, and send by RRC signaling the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated on the ascending resource of base station assigns subsequently.

Wherein, when communication module 112 send to base station in TDM equipment that mutual interference is coordinated stop Indication message time, adjusting module 113, specifically for:

After what mutual interference was coordinated in base station sends TDM equipment in communication module 112 stop Indication message, stop immediately mutual interference in current TDM equipment and coordinate; Or,

Send in TDM equipment the Indication message that stops that mutual interference is coordinated to base station in communication module 112, and receive in the TDM equipment returning base station that mutual interference is coordinated stop response message after, stop mutual interference in current TDM equipment and coordinate.

Wherein, adjusting module 113 stops the operating process that in current TDM equipment, mutual interference is coordinated, and specifically refers to that adjusting module 113 stops the work of other wireless systems, makes terminal equipment enter LTE continuous duty

Further, adjusting module 113 stops mutual interference in current TDM equipment to be coordinated, and specifically comprises:

Stopping mutual interference in current TDM equipment completely coordinates; Or,

In predetermined period or stop temporarily stopping in the indicated periodic regime of Indication message mutual interference in current TDM equipment and coordinate.

On the other hand, in the time that communication module 112 sends to base station the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated, adjusting module 113, specifically for:

After the communication module 112 adjustment Indication message that mutual interference is coordinated in base station sends TDM equipment, adjust immediately mutual interference coodination modes in current TDM equipment; Or,

After the communication module 112 adjustment Indication message that mutual interference is coordinated in base station sends TDM equipment, enter immediately LTE continuous transmission mode, and after the mode adjustment response message that mutual interference is coordinated in communication module 112 receives the TDM equipment returning base station, adjust mutual interference coodination modes in current TDM equipment.

Further, adjusting module 113 is adjusted mutual interference coodination modes in current TDM equipment, specifically comprises:

Adjust mutual interference coodination modes in current TDM equipment according to mutual interference coodination modes information in default TDM equipment; Or,

Adjust mutual interference coodination modes in current TDM equipment according to adjusting mutual interference coodination modes information in the indicated TDM equipment of Indication message; Or,

Adjust mutual interference coodination modes in current TDM equipment according to mutual interference coodination modes information in the indicated TDM equipment of mode adjustment response message.

On the other hand, the corresponding aforesaid method one that is triggered the adjustment flow process that in TDM equipment, mutual interference is coordinated by terminal equipment, the embodiment of the present invention has proposed a kind of base station, and its structural representation as shown in figure 12, specifically comprises:

Communication module 121, the adjustment Indication message that in the TDM equipment sending for receiving terminal apparatus, mutual interference is coordinated, wherein, adjust Indication message and sent within non-scheduled cycle of LTE or LTE dispatching cycle by terminal equipment, sending the reception that stops other wireless devices in the moment of adjusting Indication message;

Adjusting module 122, for adjusting the configuration that in current TDM equipment, mutual interference is coordinated.

In concrete application scenarios, communication module 121, specifically for:

What in the TDM equipment that receiving terminal apparatus sends, mutual interference was coordinated stops Indication message; Or,

The mode adjustment Indication message that in the TDM equipment that receiving terminal apparatus sends, mutual interference is coordinated.

Wherein, when communication module 121 receive terminal equipment send TDM equipment in mutual interference coordinate stop Indication message time, adjusting module 122, specifically for:

After what mutual interference was coordinated in communication module 121 receives TDM equipment stop Indication message, stop mutual interference in current TDM equipment and coordinate; Or,

What in communication module 121 receives the TDM equipment that base station sends, mutual interference was coordinated stops Indication message, and in terminal equipment returns to TDM equipment, mutual interference is coordinated stop response message after, stop mutual interference in current TDM equipment and coordinate;

Wherein, adjusting module 122 stops the operating process that in current TDM equipment, mutual interference is coordinated, and specifically refers to that adjusting module 122 stops the work of other wireless systems, makes base station enter LTE continuous duty.

Stop the scene of response message for existence, communication module 121, specifically for:

The dispatching command sending within the non-scheduled cycle; Or,

The dispatching command sending, the dispatch request that dispatching command counterpart terminal equipment sends within the non-scheduled cycle; Or,

What in the TDM equipment sending with MAC CE, mutual interference was coordinated stops Indication message; Or,

What in the TDM equipment sending by RRC signaling, mutual interference was coordinated stops Indication message.

Further, adjusting module 122 stops mutual interference in current TDM equipment to be coordinated, and specifically comprises:

On the other hand, when communication module 121 receive terminal equipment send TDM equipment in mutual interference coordinate mode adjustment Indication message time, adjusting module 122, specifically for:

After the adjustment Indication message that mutual interference is coordinated in communication module 121 receives TDM equipment, adjust mutual interference coodination modes in current TDM equipment; Or,

Communication module 121 receive base station send TDM equipment in mutual interference coordinate adjustment Indication message, and after the mode adjustment response message that mutual interference is coordinated in terminal equipment returns to TDM equipment, adjust mutual interference coodination modes in current TDM equipment.

For the scene that has mode adjustment response message, communication module 121, specifically for:

The mode adjustment Indication message that in the TDM equipment sending with MAC CE, mutual interference is coordinated; Or,

The mode adjustment Indication message that in the TDM equipment sending by RRC signaling, mutual interference is coordinated

Wherein, adjusting module 122 is adjusted mutual interference coodination modes in current TDM equipment, specifically comprises:

On the other hand, the method two of the corresponding aforesaid adjustment flow process of being coordinated by mutual interference in base station triggers TDM equipment, the embodiment of the present invention has proposed a kind of base station, and its structural representation as shown in figure 13, specifically comprises:

Judge module 131, for judging the current adjustment that in TDM equipment, mutual interference is coordinated that whether needs to carry out;

Communication module 132, for for during for needs, sending to terminal equipment the adjustment Indication message that in TDM equipment, mutual interference is coordinated in the judged result of judge module 131;

Adjusting module 133, for adjusting the configuration that in current TDM equipment, mutual interference is coordinated.

Wherein, judge module 131 judges the current basis for estimation that need to carry out the adjustment that in TDM equipment, mutual interference is coordinated, specifically comprises:

The current indicating terminal equipment that needs carries out community switching; And/or,

LTE dispatching cycle in current TDM equipment under mutual interference coordination and the length in non-scheduled cycle can not meet rate requirement and/or the delay requirement of the LTE business of current terminal equipment; And/or,

Communication module 132 receives other wireless devices in the terminal equipment that terminal equipment sends has not had the notification message of transfer of data; And/or,

Communication module 132 receives the notification message that the disturbed condition of the inner LTE of terminal equipment that terminal equipment sends and other system changes.

In concrete application scenarios, communication module 132, specifically for:

Send in TDM equipment to terminal equipment the Indication message that stops that mutual interference is coordinated; Or,

Send to terminal equipment the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated.

Stop the scene of Indication message for transmission, communication module 132, specifically for:

Send in TDM equipment to terminal equipment the Indication message that stops that mutual interference is coordinated with MAC CE; Or,

Send in TDM equipment to terminal equipment the Indication message that stops that mutual interference is coordinated by RRC signaling.

Adjust the scene of Indication message for sending mode, communication module 132, specifically for::

Send the mode adjustment Indication message of mutual interference coordination in TDM equipment to terminal equipment with MAC CE; Or,

Send the mode adjustment Indication message of mutual interference coordination in TDM equipment to terminal equipment by RRC signaling.

Accordingly, adjusting module 133, specifically for:

After what in communication module 132, in terminal equipment sends TDM equipment, mutual interference was coordinated stop Indication message, stopping immediately mutual interference in current TDM equipment coordinates, wherein, stop the operating process that in current TDM equipment, mutual interference is coordinated, specifically refer to that adjusting module 132 stops the work of other wireless systems, make base station enter LTE continuous duty;

After the communication module 132 adjustment Indication message that mutual interference is coordinated in terminal equipment sends TDM equipment, adjust immediately mutual interference coodination modes in current TDM equipment.

Wherein, adjusting module 133 stops mutual interference in current TDM equipment to be coordinated, and specifically comprises:

On the other hand, adjusting module 133 is adjusted mutual interference coodination modes in current TDM equipment, specifically comprises:

On the other hand, the method two of the corresponding aforesaid adjustment flow process of being coordinated by mutual interference in base station triggers TDM equipment, the embodiment of the present invention has proposed a kind of terminal equipment, and its structural representation as shown in figure 14, specifically comprises:

Receiver module 141, for receive base station send TDM equipment in mutual interference coordinate adjustment Indication message;

Adjusting module 142, for adjusting the configuration that in current TDM equipment, mutual interference is coordinated.

Wherein, receiver module 141, specifically for:

What in the TDM equipment that reception base station sends, mutual interference was coordinated stops Indication message; Or,

Receive the mode adjustment Indication message of the interior mutual interference coordination of TDM equipment of base station transmission.

In concrete application scenarios, adjusting module 142, specifically for:

In receiver module 141 receives TDM equipment mutual interference coordinate stop Indication message after, stopping mutual interference in current TDM equipment coordinates, wherein, stop the operating process that in current TDM equipment, mutual interference is coordinated, specifically refer to that adjusting module 142 stops the work of other wireless systems, make terminal equipment enter LTE continuous duty;

After the adjustment Indication message that mutual interference is coordinated in receiver module 141 receives TDM equipment, adjust mutual interference coodination modes in current TDM equipment.

Further, adjusting module 142 stops mutual interference in current TDM equipment to be coordinated, and specifically comprises:

On the other hand, adjusting module 142 is adjusted mutual interference coodination modes in current TDM equipment, specifically comprises:

By the technical scheme of the application embodiment of the present invention, the up uplink member carrier quantity of reporting power margin and the power headroom type that need to report as required, determine PHR MAC CE and corresponding MAC head, and carry therein PHR MAC CE length information, and/or power headroom type information, and/or whether be the indication informations such as virtual power surplus, so that base station can get the power headroom of each uplink member carrier accurately, thereby, solve in current existing LTE Rel-8/9 PHR MAC CE form to the inapplicable problem of LTE-A system.

Through the above description of the embodiments, those skilled in the art can be well understood to the embodiment of the present invention and can realize by hardware, and the mode that also can add necessary general hardware platform by software realizes.Based on such understanding, the technical scheme of the embodiment of the present invention can embody with the form of software product, it (can be CD-ROM that this software product can be stored in a non-volatile memory medium, USB flash disk, portable hard drive etc.) in, comprise that each implements the method described in scene in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) carry out the embodiment of the present invention in some instructions.

It will be appreciated by those skilled in the art that accompanying drawing is a schematic diagram of preferably implementing scene, the module in accompanying drawing or flow process might not be that the enforcement embodiment of the present invention is necessary.

It will be appreciated by those skilled in the art that the module in the device of implementing in scene can be distributed in the device of implementing scene according to implementing scene description, also can carry out respective change and be arranged in the one or more devices that are different from this enforcement scene.The module of above-mentioned enforcement scene can be merged into a module, also can further split into multiple submodules.

The invention described above embodiment sequence number, just to describing, does not represent the quality of implementing scene.

Disclosed is above only the several concrete enforcement scene of the embodiment of the present invention, and still, the embodiment of the present invention is not limited thereto, and the changes that any person skilled in the art can think of all should fall into the traffic limits scope of the embodiment of the present invention.

Claims

1. the control method that in TDM equipment, mutual interference is coordinated, is characterized in that, comprising:

The configuration that in current TDM equipment, mutual interference is coordinated is adjusted in described terminal equipment and described base station;

Wherein, described terminal equipment sends to base station the adjustment Indication message that in TDM equipment, mutual interference is coordinated, and specifically comprises:

Described terminal equipment sends in TDM equipment the Indication message that stops that mutual interference is coordinated to base station; Or described terminal equipment sends to base station the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated;

What in the TDM equipment that described terminal equipment sends to base station, mutual interference was coordinated stops Indication message, specifically comprises:

Described terminal equipment sends dispatch request to described base station within the non-scheduled cycle, specifically comprises that described terminal equipment sends dispatch request and carries out dispatch request by random access procedure on dedicated scheduling request resource; Or, described terminal equipment within the non-scheduled cycle to described base station initiating random access procedure; Or described terminal equipment sends dispatch request to described base station, and the measurement report sending on the ascending resource of described base station assigns subsequently; Or described terminal equipment sends dispatch request to described base station, and on the ascending resource of described base station assigns subsequently, send the Indication message that stops of mutual interference coordination in TDM equipment with MAC CE; Or described terminal equipment sends dispatch request to described base station, and on the ascending resource of described base station assigns subsequently, send the Indication message that stops of mutual interference coordination in TDM equipment by RRC signaling;

The mode adjustment Indication message that in the TDM equipment that described terminal equipment sends to base station, mutual interference is coordinated, specifically comprises:

Described terminal equipment sends dispatch request to described base station, and sends with MAC CE the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated on the ascending resource of described base station assigns subsequently; Or described terminal equipment sends dispatch request to described base station, and send by RRC signaling the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated on the ascending resource of described base station assigns subsequently.

2. the method for claim 1, is characterized in that, described terminal equipment judges the current basis for estimation that need to carry out the adjustment that in TDM equipment, mutual interference is coordinated, specifically comprises:

Described terminal equipment judges current non-scheduled excessive cycle; And/or,

Described terminal equipment judges that current needs measurement reports; And/or,

Described terminal equipment judges that the length in LTE dispatching cycle under coordinating of mutual interference in current TDM equipment and non-scheduled cycle can not meet rate requirement and/or the delay requirement of LTE business; And/or,

Described terminal equipment judges that in described terminal equipment, other wireless devices have not had data to need transmission; And/or,

Described terminal equipment judges that the disturbed condition of the inner LTE of described terminal equipment and other system changes.

3. the method for claim 1, it is characterized in that, when described terminal equipment send to base station in TDM equipment that mutual interference is coordinated stop Indication message time, the configuration that in current TDM equipment, mutual interference is coordinated is adjusted in described terminal equipment and described base station, specifically comprises:

Described terminal equipment in base station sends TDM equipment, mutual interference is coordinated stop Indication message after, stopping immediately mutual interference in current TDM equipment coordinates, wherein, described base station receive that mutual interference in TDM equipment coordinates stop Indication message after, stop mutual interference in current TDM equipment and coordinate; Or,

Described terminal equipment sends in TDM equipment the Indication message that stops that mutual interference is coordinated to base station, and receive in the TDM equipment that returns described base station that mutual interference is coordinated stop response message after, stopping mutual interference in current TDM equipment coordinates, wherein, described base station is receiving in the TDM equipment that described terminal equipment sends the Indication message that stops that mutual interference is coordinated, and in described terminal equipment returns to TDM equipment, mutual interference is coordinated stop response message after, stop mutual interference in current TDM equipment and coordinate;

Wherein, stop the operating process that in current TDM equipment, mutual interference is coordinated, specifically refer to the work that stops other wireless systems, enter LTE continuous duty.

4. method as claimed in claim 3, it is characterized in that, described base station receives in the TDM equipment that described terminal sends the Indication message that stops that mutual interference is coordinated, and return in the process that stops response message that in TDM equipment, mutual interference is coordinated to described terminal equipment, the described response message that stops, specifically comprising:

The dispatching command that described base station sends within the non-scheduled cycle; Or,

The dispatching command that described base station sends, the dispatch request that the corresponding described terminal equipment of described dispatching command sends within the non-scheduled cycle; Or,

What in the TDM equipment that described base station sends with MAC CE, mutual interference was coordinated stops Indication message; Or,

What in the TDM equipment that described base station sends by RRC signaling, mutual interference was coordinated stops Indication message.

5. method as claimed in claim 3, is characterized in that, described terminal equipment and described base station stop mutual interference in current TDM equipment coordinates, and specifically comprises:

Described terminal equipment and described base station stop mutual interference in current TDM equipment completely and coordinate; Or,

Described terminal equipment and described base station predetermined period or described in stop temporarily stopping in the indicated periodic regime of Indication message mutual interference in current TDM equipment and coordinate.

6. the method for claim 1, it is characterized in that, in the time that described terminal equipment sends to base station the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated, the configuration that in current TDM equipment, mutual interference is coordinated is adjusted in described terminal equipment and described base station, specifically comprises:

After the described terminal equipment adjustment Indication message that mutual interference is coordinated in base station sends TDM equipment, adjust immediately mutual interference coodination modes in current TDM equipment, wherein, mutual interference coodination modes in current TDM equipment, after receiving the adjustment Indication message that in TDM equipment, mutual interference is coordinated, is adjusted in described base station; Or,

After the described terminal equipment adjustment Indication message that mutual interference is coordinated in base station sends TDM equipment, described terminal equipment enters LTE continuous transmission mode, and after receiving the mode adjustment response message that in the TDM equipment returning described base station, mutual interference is coordinated, adjust mutual interference coodination modes in current TDM equipment, wherein, the described base station adjustment Indication message that mutual interference is coordinated in the TDM equipment that receives described terminal equipment transmission, and after the mode adjustment response message that mutual interference is coordinated in described terminal equipment returns to TDM equipment, adjust mutual interference coodination modes in current TDM equipment.

7. method as claimed in claim 6, it is characterized in that, described base station receives the mode adjustment Indication message of the interior mutual interference coordination of TDM equipment of described terminal transmission, and return to described terminal equipment in the process of the mode adjustment response message that in TDM equipment, mutual interference is coordinated, described mode adjustment response message, specifically comprises:

The mode adjustment Indication message that in the TDM equipment that described base station sends with MAC CE, mutual interference is coordinated; Or,

The mode adjustment Indication message that in the TDM equipment that described base station sends by RRC signaling, mutual interference is coordinated.

8. method as claimed in claim 6, is characterized in that, described terminal equipment and described base station are adjusted mutual interference in current TDM equipment and coordinated, and specifically comprise:

Mutual interference coodination modes in current TDM equipment is adjusted according to mutual interference coodination modes information in default TDM equipment in described terminal equipment and described base station; Or,

Mutual interference coodination modes in current TDM equipment is adjusted according to mutual interference coodination modes information in the indicated TDM equipment of described adjustment Indication message in described terminal equipment and described base station; Or,

Mutual interference coodination modes in current TDM equipment is adjusted according to mutual interference coodination modes information in the indicated TDM equipment of described mode adjustment response message in described terminal equipment and described base station.

9. a terminal equipment, is characterized in that, comprising:

Adjusting module, for adjusting the configuration that in current TDM equipment, mutual interference is coordinated;

Wherein, described communication module, specifically for:

Send to base station the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated;

Described communication module sends in TDM equipment the Indication message that stops that mutual interference is coordinated to base station, specifically comprise:

Within the non-scheduled cycle, send dispatch request to described base station, be specifically included in and on dedicated scheduling request resource, send dispatch request and carry out dispatch request by random access procedure; Or, within the non-scheduled cycle to described base station initiating random access procedure; Or send dispatch request to described base station, and the measurement report sending on the ascending resource of described base station assigns subsequently; Or, send dispatch request to described base station, and on the ascending resource of described base station assigns subsequently, send the Indication message that stops of mutual interference coordination in TDM equipment with MAC CE; Or, send dispatch request to described base station, and on the ascending resource of described base station assigns subsequently, send the Indication message that stops of mutual interference coordination in TDM equipment by RRC signaling;

Described communication module sends to base station the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated, and specifically comprises:

Send dispatch request to described base station, and send with MACCE the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated on the ascending resource of described base station assigns subsequently; Or, send dispatch request to described base station, and send by RRC signaling the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated on the ascending resource of described base station assigns subsequently.

10. terminal equipment as claimed in claim 9, is characterized in that, described judge module judges the current basis for estimation that need to carry out the adjustment that in TDM equipment, mutual interference is coordinated, specifically comprises:

Current non-scheduled excessive cycle; And/or,

Current needs measurement reports; And/or,

In described terminal equipment, other wireless devices have not had data to need transmission; And/or,

The disturbed condition of the inner LTE of described terminal equipment and other system changes.

11. terminal equipments as claimed in claim 9, is characterized in that, when described communication module send to base station in TDM equipment that mutual interference is coordinated stop Indication message time, described adjusting module, specifically for:

After what mutual interference was coordinated in base station sends TDM equipment in described communication module stop Indication message, stop immediately mutual interference in current TDM equipment and coordinate; Or,

Send in TDM equipment the Indication message that stops that mutual interference is coordinated to base station in described communication module, and receive in the TDM equipment returning described base station that mutual interference is coordinated stop response message after, stop mutual interference in current TDM equipment and coordinate;

Wherein, described adjusting module stops the operating process that in current TDM equipment, mutual interference is coordinated, and specifically refers to that described adjusting module stops the work of other wireless systems, makes described terminal equipment enter LTE continuous duty.

12. terminal equipments as claimed in claim 11, is characterized in that, described adjusting module stops mutual interference in current TDM equipment to be coordinated, and specifically comprises:

Predetermined period or described in stop temporarily stopping in the indicated periodic regime of Indication message mutual interference in current TDM equipment and coordinate.

13. terminal equipments as claimed in claim 9, is characterized in that, in the time that described communication module sends to base station the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated, and described adjusting module, specifically for:

After the described communication module adjustment Indication message that mutual interference is coordinated in base station sends TDM equipment, adjust immediately mutual interference coodination modes in current TDM equipment; Or,

After the described communication module adjustment Indication message that mutual interference is coordinated in base station sends TDM equipment, enter immediately LTE continuous transmission mode, and after the mode adjustment response message that mutual interference is coordinated in described communication module receives the TDM equipment returning described base station, adjust mutual interference coodination modes in current TDM equipment.

14. terminal equipments as claimed in claim 13, is characterized in that, described adjusting module is adjusted mutual interference coodination modes in current TDM equipment, specifically comprises:

Adjust mutual interference coodination modes in current TDM equipment according to mutual interference coodination modes information in the indicated TDM equipment of described adjustment Indication message; Or,

Adjust mutual interference coodination modes in current TDM equipment according to mutual interference coodination modes information in the indicated TDM equipment of described mode adjustment response message.

The control method that in 15. 1 kinds of TDM equipment, mutual interference is coordinated, is characterized in that, comprising:

Described base station and described terminal equipment are adjusted the configuration that in current TDM equipment, mutual interference is coordinated;

Wherein, the adjustment Indication message that in the TDM equipment that described base station receiving terminal apparatus sends, mutual interference is coordinated, specifically comprises:

Described base station receives in the TDM equipment that described terminal equipment sends the Indication message that stops that mutual interference is coordinated; Or described base station receives the mode adjustment Indication message of the interior mutual interference coordination of TDM equipment of described terminal equipment transmission;

What in the TDM equipment that the described terminal equipment that described base station receives sends, mutual interference was coordinated stops Indication message, specifically comprises:

The mode adjustment Indication message that in the TDM equipment that the described terminal equipment that described base station receives sends, mutual interference is coordinated, specifically comprises:

16. methods as claimed in claim 15, it is characterized in that, when what in described base station receives the TDM equipment that described terminal equipment sends, mutual interference was coordinated stops Indication message, described base station and described terminal equipment are adjusted the configuration that in current TDM equipment, mutual interference is coordinated, and specifically comprise:

Described base station receive that mutual interference in TDM equipment coordinates stop Indication message after, stopping mutual interference in current TDM equipment coordinates, wherein, described terminal equipment in described base station sends TDM equipment, mutual interference is coordinated stop Indication message after, stop immediately mutual interference in current TDM equipment and coordinate; Or,

Described base station is receiving in the TDM equipment that described base station sends the Indication message that stops that mutual interference is coordinated, and in described terminal equipment returns to TDM equipment mutual interference coordinate stop response message after, stopping mutual interference in current TDM equipment coordinates, wherein, described terminal equipment sends in TDM equipment the Indication message that stops that mutual interference is coordinated to described base station, and receive in the TDM equipment that returns described base station that mutual interference is coordinated stop response message after, stop mutual interference in current TDM equipment and coordinate;

17. methods as claimed in claim 16, is characterized in that, what in the TDM equipment that described base station is returned to described terminal equipment, mutual interference was coordinated stops response message, specifically comprises:

18. methods as claimed in claim 16, is characterized in that, described base station and described terminal equipment stop mutual interference in current TDM equipment to be coordinated, and specifically comprises:

Described base station and described terminal equipment stop mutual interference in current TDM equipment completely to be coordinated; Or,

Described base station and described terminal equipment predetermined period or described in stop temporarily stopping in the indicated periodic regime of Indication message mutual interference in current TDM equipment and coordinate.

19. methods as claimed in claim 15, it is characterized in that, when mutual interference is coordinated in described base station receives the TDM equipment that described terminal equipment sends mode adjustment Indication message, described base station and described terminal equipment are adjusted the configuration that in current TDM equipment, mutual interference is coordinated, and specifically comprise:

Described base station is after receiving the adjustment Indication message that in TDM equipment, mutual interference is coordinated, adjust mutual interference coodination modes in current TDM equipment, wherein, after the described terminal equipment adjustment Indication message that mutual interference is coordinated in described base station sends TDM equipment, adjust immediately mutual interference coodination modes in current TDM equipment; Or,

The described base station adjustment Indication message that mutual interference is coordinated in the TDM equipment that receives the transmission of described base station, and after the mode adjustment response message that mutual interference is coordinated in described terminal equipment returns to TDM equipment, adjust mutual interference coodination modes in current TDM equipment, wherein, after the described terminal equipment adjustment Indication message that mutual interference is coordinated in described base station sends TDM equipment, described terminal equipment enters LTE continuous transmission mode, and after receiving the mode adjustment response message that in the TDM equipment returning described base station, mutual interference is coordinated, adjust mutual interference coodination modes in current TDM equipment.

20. methods as claimed in claim 19, is characterized in that, the mode adjustment response message that in the TDM equipment that described base station is returned to described terminal equipment, mutual interference is coordinated, specifically comprises:

21. methods as claimed in claim 19, is characterized in that, described base station and described terminal equipment are adjusted mutual interference in current TDM equipment and coordinated, and specifically comprise:

Described base station and described terminal equipment are adjusted mutual interference coodination modes in current TDM equipment according to mutual interference coodination modes information in default TDM equipment; Or,

Described base station and described terminal equipment are adjusted mutual interference coodination modes in current TDM equipment according to mutual interference coodination modes information in the indicated TDM equipment of described adjustment Indication message; Or,

Described base station and described terminal equipment are adjusted mutual interference coodination modes in current TDM equipment according to mutual interference coodination modes information in the indicated TDM equipment of described mode adjustment response message.

22. 1 kinds of base stations, is characterized in that, comprising:

Wherein, described communication module, specifically for:

Receive in the TDM equipment that described terminal equipment sends the Indication message that stops that mutual interference is coordinated; Or, receive the mode adjustment Indication message that in the TDM equipment that described terminal equipment sends, mutual interference is coordinated;

When what in described communication module receives the TDM equipment that described terminal equipment sends, mutual interference was coordinated stops Indication message, described adjusting module, specifically for:

After what mutual interference was coordinated in described communication module receives TDM equipment stop Indication message, stop mutual interference in current TDM equipment and coordinate; Or, what in described communication module receives the TDM equipment that described base station sends, mutual interference was coordinated stops Indication message, and in described terminal equipment returns to TDM equipment, mutual interference is coordinated stop response message after, stop mutual interference in current TDM equipment and coordinate; Wherein, described adjusting module stops the operating process that in current TDM equipment, mutual interference is coordinated, and specifically refers to that described adjusting module stops the work of other wireless systems, makes described base station enter LTE continuous duty;

When mutual interference is coordinated in described communication module receives the TDM equipment that described terminal equipment sends mode adjustment Indication message, described adjusting module, specifically for:

After the adjustment Indication message that mutual interference is coordinated in described communication module receives TDM equipment, adjust mutual interference coodination modes in current TDM equipment; Or, the adjustment Indication message that mutual interference is coordinated in described communication module receives the TDM equipment that described base station sends, and after the mode adjustment response message that mutual interference is coordinated in described terminal equipment returns to TDM equipment, adjust mutual interference coodination modes in current TDM equipment.

23. base stations as claimed in claim 22, is characterized in that, described communication module, specifically for:

The dispatching command sending within the non-scheduled cycle; Or,

The dispatching command sending, the dispatch request that the corresponding described terminal equipment of described dispatching command sends within the non-scheduled cycle; Or,

24. base stations as claimed in claim 22, is characterized in that, described adjusting module stops mutual interference in current TDM equipment to be coordinated, and specifically comprises:

25. base stations as claimed in claim 22, is characterized in that, described communication module, specifically for:

The mode adjustment Indication message that in the TDM equipment sending by RRC signaling, mutual interference is coordinated.

26. base stations as claimed in claim 22, is characterized in that, described adjusting module is adjusted mutual interference coodination modes in current TDM equipment, specifically comprises:

The control method that in 27. 1 kinds of TDM equipment, mutual interference is coordinated, is characterized in that, comprising:

Wherein, described base station sends to terminal equipment the adjustment Indication message that in TDM equipment, mutual interference is coordinated, and specifically comprises:

Described base station sends in TDM equipment to described terminal equipment the Indication message that stops that mutual interference is coordinated; Or described base station sends to described terminal equipment the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated;

Described base station and described terminal equipment are adjusted the configuration that in current TDM equipment, mutual interference is coordinated, and specifically comprise:

In described terminal equipment sends TDM equipment, mutual interference is coordinated in described base station stop Indication message after, stopping immediately mutual interference in current TDM equipment coordinates, wherein, described terminal equipment receive that mutual interference in TDM equipment coordinates stop Indication message after, stop mutual interference in current TDM equipment and coordinate, wherein, stop the operating process that in current TDM equipment, mutual interference is coordinated, specifically refer to the work that stops other wireless systems, enter LTE continuous duty;

After the adjustment Indication message that mutual interference is coordinated in described terminal equipment sends TDM equipment of described base station, adjust immediately mutual interference coodination modes in current TDM equipment, wherein, described terminal equipment, after receiving the adjustment Indication message that in TDM equipment, mutual interference is coordinated, is adjusted mutual interference coodination modes in current TDM equipment.

28. methods as claimed in claim 27, is characterized in that, described base station judges the current basis for estimation that need to carry out the adjustment that in TDM equipment, mutual interference is coordinated, specifically comprises:

Described base station needs indicating terminal equipment to carry out community switching; And/or,

Described base station judges that the length in LTE dispatching cycle under coordinating of mutual interference in current TDM equipment and non-scheduled cycle can not meet rate requirement and/or the delay requirement of the LTE business of current terminal equipment; And/or,

Described base station receives other wireless devices in the described terminal equipment that terminal equipment sends has not had the notification message of transfer of data; And/or,

Described base station receives the notification message that the disturbed condition of the inner LTE of described terminal equipment that terminal equipment sends and other system changes.

29. methods as claimed in claim 27, is characterized in that, described base station sends in TDM equipment to described terminal equipment the Indication message that stops that mutual interference is coordinated, and specifically comprises:

Described base station sends in TDM equipment to described terminal equipment the Indication message that stops that mutual interference is coordinated with MAC CE; Or,

Described base station sends in TDM equipment to described terminal equipment the Indication message that stops that mutual interference is coordinated by RRC signaling.

30. methods as claimed in claim 27, is characterized in that, described base station sends to described terminal equipment the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated, and specifically comprises:

Described base station sends to described terminal equipment the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated with MAC CE; Or,

Described base station sends to described terminal equipment the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated by RRC signaling.

31. methods as claimed in claim 27, is characterized in that, described base station and described terminal equipment stop mutual interference in current TDM equipment to be coordinated, and specifically comprises:

32. methods as claimed in claim 27, is characterized in that, described base station and described terminal equipment are adjusted mutual interference in current TDM equipment and coordinated, and specifically comprise:

33. 1 kinds of base stations, is characterized in that, comprising:

Communication module, for during for needs, sending to terminal equipment the adjustment Indication message that in TDM equipment, mutual interference is coordinated in the judged result of described judge module;

Wherein, described communication module, specifically for:

Send in TDM equipment to described terminal equipment the Indication message that stops that mutual interference is coordinated; Or, send to described terminal equipment the mode adjustment Indication message that in TDM equipment, mutual interference is coordinated;

Described adjusting module, specifically for:

After what in described communication module, in described terminal equipment sends TDM equipment, mutual interference was coordinated stop Indication message, stopping immediately mutual interference in current TDM equipment coordinates, wherein, stop the operating process that in current TDM equipment, mutual interference is coordinated, specifically refer to that described adjusting module stops the work of other wireless systems, make described base station enter LTE continuous duty;

After the described communication module adjustment Indication message that mutual interference is coordinated in described terminal equipment sends TDM equipment, adjust immediately mutual interference coodination modes in current TDM equipment.

34. base stations as claimed in claim 33, is characterized in that, described judge module judges the current basis for estimation that need to carry out the adjustment that in TDM equipment, mutual interference is coordinated, specifically comprises:

Described communication module receives other wireless devices in the described terminal equipment that terminal equipment sends has not had the notification message of transfer of data; And/or,

Described communication module receives the notification message that the disturbed condition of the inner LTE of described terminal equipment that terminal equipment sends and other system changes.

35. base stations as claimed in claim 33, is characterized in that, described communication module, specifically for:

Send in TDM equipment to described terminal equipment the Indication message that stops that mutual interference is coordinated with MAC CE; Or,

Send in TDM equipment to described terminal equipment the Indication message that stops that mutual interference is coordinated by RRC signaling.

36. base stations as claimed in claim 33, is characterized in that, described communication module, specifically for::

Send the mode adjustment Indication message of mutual interference coordination in TDM equipment to described terminal equipment with MAC CE; Or,

Send the mode adjustment Indication message of mutual interference coordination in TDM equipment to described terminal equipment by RRC signaling.

37. base stations as claimed in claim 33, is characterized in that, described adjusting module stops mutual interference in current TDM equipment to be coordinated, and specifically comprises:

38. base stations as claimed in claim 33, is characterized in that, described adjusting module is adjusted mutual interference coodination modes in current TDM equipment, specifically comprises:

The control method that in 39. 1 kinds of TDM equipment, mutual interference is coordinated, is characterized in that, comprising:

Wherein, described terminal equipment receives the adjustment Indication message of the interior mutual interference coordination of TDM equipment of base station transmission, specifically comprises:

Described terminal equipment receives in the TDM equipment that described base station sends the Indication message that stops that mutual interference is coordinated; Or described terminal equipment receives the mode adjustment Indication message of the interior mutual interference coordination of TDM equipment of described base station transmission;

The configuration that in current TDM equipment, mutual interference is coordinated is adjusted in described terminal equipment and described base station, specifically comprises:

Described terminal equipment receive that mutual interference in TDM equipment coordinates stop Indication message after, stopping mutual interference in current TDM equipment coordinates, wherein, in described terminal equipment sends TDM equipment, mutual interference is coordinated in described base station stop Indication message after, stop immediately mutual interference in current TDM equipment and coordinate, wherein, stop the operating process that in current TDM equipment, mutual interference is coordinated, specifically refer to the work that stops other wireless systems, enter LTE continuous duty;

Described terminal equipment is after receiving the adjustment Indication message that in TDM equipment, mutual interference is coordinated, adjust mutual interference coodination modes in current TDM equipment, wherein, after the adjustment Indication message that mutual interference is coordinated in described terminal equipment sends TDM equipment of described base station, adjust immediately mutual interference coodination modes in current TDM equipment.

40. methods as claimed in claim 39, is characterized in that, described terminal equipment and described base station stop mutual interference in current TDM equipment coordinates, and specifically comprises:

41. methods as claimed in claim 39, is characterized in that, described terminal equipment and described base station are adjusted mutual interference in current TDM equipment and coordinated, and specifically comprise:

42. 1 kinds of terminal equipments, is characterized in that, comprising:

Wherein, described receiver module, specifically for:

Receive in the TDM equipment that described base station sends the Indication message that stops that mutual interference is coordinated; Or, receive the mode adjustment Indication message that in the TDM equipment that described base station sends, mutual interference is coordinated;

Described adjusting module, specifically for:

In described receiver module receives TDM equipment mutual interference coordinate stop Indication message after, stopping mutual interference in current TDM equipment coordinates, wherein, stop the operating process that in current TDM equipment, mutual interference is coordinated, specifically refer to that described adjusting module stops the work of other wireless systems, make described terminal equipment enter LTE continuous duty;

After the adjustment Indication message that mutual interference is coordinated in described receiver module receives TDM equipment, adjust mutual interference coodination modes in current TDM equipment.

43. terminal equipments as claimed in claim 42, is characterized in that, described adjusting module stops mutual interference in current TDM equipment to be coordinated, and specifically comprises:

44. terminal equipments as claimed in claim 42, is characterized in that, described adjusting module is adjusted mutual interference coodination modes in current TDM equipment, specifically comprises: