CN102469465A

CN102469465A - Method and equipment for controlling coexistence interference coordination in time division multiplex (TDM) equipment

Info

Publication number: CN102469465A
Application number: CN2010105380723A
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: 2012-05-23
Anticipated expiration: 2030-11-05
Also published as: CN102469465B

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

The control method and the equipment of coexistence interference coordination in the TDM equipment

Technical field

The present invention relates to communication technical field, the control method and the equipment of coexistence interference coordination in particularly a kind of TDM equipment.

Background technology

The intelligent terminal market demands that increase rapidly are supported multiple wireless technology simultaneously in an equipment; Like 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 the same equipment.The former frequency range of distributing to industry, science and medicine that means of ISM is the unauthorized frequency range that is used for scientific research, in this technology that refers to use this frequency range, comprises the typical radio technology on WLAN and the Blue tooth wireless terminals such as (bluetooths).Coexistence can abbreviate ICO (in-device coexistence) as in the equipment.

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 sketch map of the LTE of the prior art frequency range adjacent with ISM, simultaneously a part of LTE frequency range also with the 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) adjacent with GPS frequency range (e.g.1575.42MHz).

When the different wireless technologies adjacent frequency bands, the transmit operation meeting of a system causes interference to the reception operation of another system, and its application scenarios is as shown in Figure 2.Tight adjacent frequency range; High frequency 20MHz (2380-2400MHz) like 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 has Harmonic Interference.

For instance; If Bluetooth technology is-50dBm that the TD-LTE received signal power is designed to-70dBm to the leakage power on the TD-LTE frequency band when the low side band transmission; Before considering that thermal noise and multipath disturb, LTE system SIR (signal interference ratio) reaches-20dB so.This obviously can not satisfy transmission requirement.

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

The coexistence interference coordination can have frequency division (FDM), time-division (TDM) both direction in the equipment.FDM is meant LTE adjusted on the mutually non-interfering frequency range with other wireless systems and works, and comprises adjustment LTE frequency range and two kinds of schemes of adjustment ISM band; TDM is meant that LTE system and other system work on interference band with the mode of time-division, has only a wireless system carrying out data transmit-receive in a period of time.

Under FDM, the LTE system of UE is operated in non-interfering frequency range with other wireless systems, and the scheduling of LTE system, measurement, switching and other wireless system work are independent fully.Under TDM; The LTE system adopts the mode of time-division to work with other wireless systems; 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-dispatching cycle (unscheduling period) of LTE system or closes the cycle (OFF period) or the working clearance (gap).Under the TDM interference coordination mode, can reach 60～100ms the non-dispatching cycle of LTE system.For the LTE system; Static TDM pattern (be dispatching cycle and non-dispatching cycle length fix) have following harmful effect: UE to detect the link-quality variation; When being badly in need of reporting measurement reports with the triggering switching, maybe be because resource transmission measurement report can not be in time obtained in non-dispatching cycle of restriction; Because non-restriction dispatching cycle, LTE eNB may not in time send switching command to UE, causes the UELTE link-quality to worsen, even handoff failure; Because professional variation, original T DM pattern possibly can not be satisfied newly-established LTE professional time delay and rate requirement.

In the process that realizes the embodiment of the invention, the applicant finds that there is following problem at least in prior art:

Interference coordination schemes regulation UE is according to the dispatching cycle of LTE system with carry out the transmission of LTE system or other wireless systems non-dispatching cycle in the current TDM equipment; LTE possibly hinder the transmission of UE and LTE eNB information with strict time delay requirements non-dispatching cycle; Like measurement report and switching command, cause UE LTE system cell handoff failure.The QoS that the application of non-dispatching cycle also possibly influence UE LTE system new business ensures.

Summary of the invention

The embodiment of the invention provides the control method and the equipment of coexistence interference coordination in a kind of TDM equipment, and PHR MAC CE form is to the inapplicable problem of LTE-A system among the solution existing LTE Rel-8/9.

For achieving the above object, the embodiment of the invention provides the control method of coexistence interference coordination in a kind of TDM equipment on the one hand, comprising:

Terminal equipment is judged the current adjustment that whether need carry out coexistence interference coordination in the TDM equipment;

If judged result is for needing; The adjustment Indication message of said terminal equipment coexistence interference coordination in TDM equipment is sent in the base station; Wherein, Said adjustment Indication message sent in dispatching cycle in non-dispatching cycle of LTE or LTE, in the moment of sending said adjustment Indication message, stopped the reception of other wireless devices;

The configuration of the interior coexistence of the TDM equipment interference coordination that said terminal equipment and the adjustment of said base station are current.

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

Judge module is used to judge the current adjustment that whether need carry out coexistence interference coordination in the TDM equipment;

Communication module; When being used for judged result at said judge module for needs; The adjustment Indication message of coexistence interference coordination in TDM equipment is sent in the base station; Wherein, said adjustment Indication message can send in dispatching cycle in non-dispatching cycle of LTE or LTE, in the moment of sending said adjustment Indication message, stopped the reception of other wireless devices;

Adjusting module is used to adjust the configuration of coexistence interference coordination in the current TDM equipment.

On the other hand, the embodiment of the invention also provides the control method of coexistence interference coordination in a kind of TDM equipment, comprising:

The adjustment Indication message of coexistence interference coordination in the TDM equipment that the base station receiving terminal apparatus sends; Wherein, Said adjustment Indication message is sent in dispatching cycle in non-dispatching cycle of LTE or LTE by said terminal equipment, in the moment of sending said adjustment Indication message, stops the reception of other wireless devices;

The configuration of the interior coexistence of the TDM equipment interference coordination that said base station and the adjustment of said terminal equipment are current.

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

Communication module; The adjustment Indication message that is used for the interior coexistence of the TDM equipment interference coordination of receiving terminal apparatus transmission; Wherein, Said adjustment Indication message is sent in dispatching cycle in non-dispatching cycle of LTE or LTE by said terminal equipment, in the moment of sending said adjustment Indication message, stops the reception of other wireless devices;

The current adjustment that whether need carry out coexistence interference coordination in the TDM equipment of base station judges;

If judged result is for needing the adjustment Indication message of said base station coexistence interference coordination in terminal equipment sends TDM equipment;

Communication module, when being used for judged result at said judge module for needs, the adjustment Indication message of coexistence interference coordination in terminal equipment sends TDM equipment;

Terminal equipment receives the adjustment Indication message of coexistence interference coordination in the TDM equipment that sends the base station;

Receiver module is used to receive the adjustment Indication message of coexistence interference coordination in the TDM equipment that sends the base station;

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

Through using the technical scheme of the embodiment of the invention; Interference coordination can coexist in carrying out TDM equipment; Guarantee in the transmission performance that multiple wireless system coexists in equipment; The coexistence interference coordination is in time according to the channel variation of LTE system in the assurance TDM equipment that terminal equipment adopted, and the variation of the variation of data transmission state and current business demand is adjusted, and has guaranteed the connection performance and the systematic function of LTE system better.

Description of drawings

Fig. 1 is the frequency domain planning sketch map of the LTE of the prior art frequency range adjacent with ISM;

Fig. 2 is the sketch map of a kind of application scenarios of the prior art;

Fig. 3 is the schematic flow sheet of the control method of coexistence interference coordination in a kind of TDM equipment that the embodiment of the invention proposed;

Fig. 4 is the schematic flow sheet of the control method of coexistence interference coordination in a kind of TDM equipment that the embodiment of the invention proposed;

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

Fig. 6 A and 6B are the schematic flow sheet of the control method of coexistence interference coordination in the TDM equipment under a kind of concrete application scenarios that proposed of the embodiment of the invention two in base station side;

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

Fig. 8 A and 8B are the schematic flow sheet of the control method of coexistence interference coordination in the TDM equipment under a kind of concrete application scenarios that proposed of the embodiment of the invention four in base station side;

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

The control method of coexistence interference coordination is at the schematic flow sheet of base station side in the TDM equipment under a kind of concrete application scenarios that Figure 10 is proposed for the embodiment of the invention six;

Figure 11 is the structural representation of a kind of terminal equipment that the embodiment of the invention proposed;

Figure 12 is the structural representation of a kind of base station that the embodiment of the invention proposed;

Figure 13 is the structural representation of a kind of base station that the embodiment of the invention proposed;

Figure 14 is the structural representation of a kind of terminal equipment that the embodiment of the invention proposed.

Embodiment

Of background technology, in the interference coordination schemes, the configuration of interference coordination schemes can not in time be adjusted according to the variation of application scenarios and business demand in the TDM equipment, has influenced the connection performance and the systematic function of LTE system in existing TDM equipment.

Based on this; The embodiment of the invention has provided the control method of coexistence interference coordination in a kind of TDM equipment; Through terminal equipment or the current adjustment that whether need carry out coexistence interference coordination in the TDM equipment of base station judges; And in judged result when being, trigger the adjustment flow process of coexistence interference coordination in the TDM equipment, the content of being adjusted comprises following two aspects:

(1) stops non-dispatching cycle, promptly stop coexistence interference coordination in the TDM equipment;

(2) coexistence interference coordination pattern in the adjustment TDM equipment, the operating time length of modification UE LTE system and other wireless systems, the i.e. length of UE LTE dispatching cycle and non-dispatching cycle.

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

Method one, trigger the adjustment flow process of coexistence interference coordination in the TDM equipment by terminal equipment.

As shown in Figure 3, a kind of schematic flow sheet by the control method of coexistence interference coordination in the TDM equipment of terminal equipment triggering for the embodiment of the invention proposed specifically may further comprise the steps:

Step S301, terminal equipment are judged the current adjustment that whether need carry out coexistence interference coordination in the TDM equipment.

If judged result is for needing execution in step S302;

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

In the application scenarios of reality, terminal equipment judges that current needs carry out the basis for estimation of the adjustment of coexistence interference coordination in the TDM equipment, specifically comprises one or more:

(1) terminal equipment judges that current non-dispatching cycle is long.

(2) terminal equipment judges that current needs carry out measurement and report.

(3) terminal equipment judges that the length of coexistence interference coordination in current TDM equipment LTE dispatching cycle and non-dispatching cycle down can not satisfy the rate requirement and/or the delay requirement of LTE business.

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

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

In practical application, can select the corresponding judgment foundation according to the actual requirements, because the variation of the concrete basis for estimation that the difference of the basis for estimation of selecting does not cause does not influence protection scope of the present invention.

The adjustment Indication message of step S302, terminal equipment coexistence interference coordination in TDM equipment is sent in the base station.

Wherein, the adjustment Indication message sent in dispatching cycle in non-dispatching cycle of LTE or LTE, in the moment of sending the adjustment Indication message, stopped the reception of other wireless devices.

In concrete application scenarios, the adjustment Indication message of terminal equipment coexistence interference coordination in TDM equipment is sent in the base station specifically comprises following two types:

(1) terminal equipment in TDM equipment is sent in the base station coexistence interference coordination stop Indication message, specifically comprise:

Terminal equipment sends dispatch request to the base station in non-dispatching cycle, comprise that specifically terminal equipment sends dispatch request and carries out dispatch request through random access procedure on the specific schedule request resource; Or,

Terminal equipment is initiated random access procedure to the base station in non-dispatching cycle; Or

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

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

Terminal equipment sends dispatch request to the base station, and on the ascending resource of base station assigns subsequently, sends the Indication message that stops of coexistence interference coordination in the TDM equipment with the RRC signaling.

(2) the mode adjustment Indication message of terminal equipment coexistence interference coordination in TDM equipment is sent in the base station specifically comprises:

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

Terminal equipment sends dispatch request to the base station, and on the ascending resource of base station assigns subsequently, sends the mode adjustment Indication message of coexistence interference coordination in the TDM equipment with the RRC signaling.

The configuration of the interior coexistence of the TDM equipment interference coordination that step S303, terminal equipment and base station adjustment are current.

When terminal equipment in TDM equipment is sent in the base station coexistence interference coordination stop Indication message the time, the processing of this step specifically comprises following two kinds of situation:

Situation one, terminal equipment the stopping after the Indication message of coexistence interference coordination in TDM equipment is sent in the base station; Stop coexistence interference coordination in the current TDM equipment immediately; And base station the stopping after the Indication message of interference coordination that in receiving TDM equipment, coexist stops coexistence interference coordination in the current TDM equipment.

Situation two, terminal equipment in TDM equipment is sent in the base station coexistence interference coordination stop Indication message; And receive the stopping after the response message of coexistence interference coordination in the TDM equipment that returns the base station; Stop coexistence interference coordination in the current TDM equipment; And the base station in receiving the TDM equipment that terminal equipment sends the coexistence interference coordination stop Indication message; And in terminal equipment returns TDM equipment coexistence the stopping after the response message of interference coordination, stop coexistence interference coordination in the current TDM equipment.

Wherein, it is pointed out that the above-mentioned operating process that stops coexistence interference coordination in the current TDM equipment, specifically be meant the work that stops other wireless systems, get into the LTE continuous duty.

Need further be pointed out that; In the application scenarios of reality; Other above-mentioned wireless systems comprise ISM wireless system, Bluetooth system etc.; Every wireless system that can be applied to the application scenarios that the embodiment of the invention is suitable for all belongs to the concept and range of above-mentioned other wireless systems, and the variation of concrete type of wireless system can't influence protection scope of the present invention.

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

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

The dispatching command that sent in non-dispatching cycle the base station; Or,

The dispatching command that send the base station, the dispatch request that dispatching command counterpart terminal equipment sent in non-dispatching cycle; Or,

The base station is with the Indication message that stops of coexistence interference coordination in the TDM equipment of MAC CE transmission; Or,

The base station is with the Indication message that stops of coexistence interference coordination in the TDM equipment of RRC signaling transmission.

In practical application, according to the difference of concrete configuration, terminal equipment and base station stop coexistence interference coordination in the current TDM equipment, specifically comprise:

Terminal equipment and base station stop coexistence interference coordination in the current TDM equipment fully; Or,

Terminal equipment and base station are in predetermined period or stop temporarily to stop in the indicated periodic regime of Indication message the interference coordination that coexists in the current TDM equipment.

On the other hand, when the mode adjustment Indication message of terminal equipment coexistence interference coordination in TDM equipment is sent in the base station, the processing of this step specifically comprises following two kinds of situation:

After the adjustment Indication message of situation one, terminal equipment coexistence interference coordination in TDM equipment is sent in the base station; Adjust coexistence interference coordination pattern in the current TDM equipment immediately; And the base station coexists in receiving TDM equipment after the adjustment Indication message of interference coordination, adjusts coexistence interference coordination pattern in the current TDM equipment.

After the adjustment Indication message of situation two, terminal equipment coexistence interference coordination in TDM equipment is sent in the base station; Terminal equipment gets into the LTE continuous transmission mode; And after the mode adjustment response message of the interference coordination that in receiving the TDM equipment that returns the base station, coexists; Adjust coexistence interference coordination pattern in the current TDM equipment; And the adjustment Indication message of base station coexistence interference coordination in the TDM equipment that receives the terminal equipment transmission, and after the mode adjustment response message of the interference coordination that in terminal equipment returns TDM equipment, coexists, adjust coexistence interference coordination pattern in the current TDM equipment.

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

The base station is with the mode adjustment Indication message of coexistence interference coordination in the TDM equipment of MAC CE transmission; Or,

The base station is with the mode adjustment Indication message of coexistence interference coordination in the TDM equipment of RRC signaling transmission.

In practical application, according to the difference of concrete configuration, the interior coexistence of the TDM equipment interference coordination that terminal equipment and base station adjustment are current specifically comprises:

Terminal equipment and base station are according to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the preset TDM equipment; Or,

Terminal equipment and base station are according to adjusting coexistence interference coordination pattern in the current TDM equipment of the interference coordination pattern information adjustment that coexists in the indicated TDM equipment of Indication message; Or,

Terminal equipment and base station are according to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the indicated TDM equipment of mode adjustment response message.

Method two, by in the base station triggers TDM equipment coexistence interference coordination the adjustment flow process.

As shown in Figure 4, a kind of schematic flow sheet by the control method of coexistence interference coordination in the TDM equipment of base station triggers for the embodiment of the invention proposed specifically may further comprise the steps:

Step S401, the current adjustment that whether need carry out coexistence interference coordination in the TDM equipment of base station judges.

If judged result is for needing execution in step S402;

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

In the application scenarios of reality, the current needs of base station judges carry out the basis for estimation of the adjustment of coexistence interference coordination in the TDM equipment, specifically comprise one or more:

(1) base station needs indicating terminal equipment to carry out the sub-district switching.

(2) length of LTE dispatching cycle under the interior coexistence of the current TDM equipment of the base station judges interference coordination and non-dispatching cycle can not satisfy the professional rate requirement and/or the delay requirement of LTE of current terminal equipment.

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

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

The adjustment Indication message of step S402, base station coexistence interference coordination in terminal equipment sends TDM equipment.

Wherein, the adjustment Indication message of base station coexistence interference coordination in terminal equipment sends TDM equipment specifically comprises following two types:

(1) base station in terminal equipment sends TDM equipment the coexistence interference coordination stop Indication message, specifically comprise:

The base station with MAC CE in terminal equipment sends TDM equipment the coexistence interference coordination stop Indication message; Or,

The base station with the RRC signaling in terminal equipment sends TDM equipment the coexistence interference coordination stop Indication message.

(2) the mode adjustment Indication message of base station coexistence interference coordination in terminal equipment sends TDM equipment specifically comprises:

The base station is with the mode adjustment Indication message of MAC CE coexistence interference coordination in terminal equipment sends TDM equipment; Or,

The base station is with the mode adjustment Indication message of RRC signaling coexistence interference coordination in terminal equipment sends TDM equipment.

The configuration of the interior coexistence of the TDM equipment interference coordination that step S403, base station and terminal equipment adjustment are current.

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

Situation one, base station the stopping after the Indication message of coexistence interference coordination in terminal equipment sends TDM equipment; Stop coexistence interference coordination in the current TDM equipment immediately, and terminal equipment the stopping after the Indication message of interference coordination that in receiving TDM equipment, coexist, interference coordination stops to coexist in the current TDM equipment; Wherein, Stop the operating process of coexistence interference coordination in the current TDM equipment, specifically be meant the work that stops other wireless systems, get into the LTE continuous duty.

In practical application, according to the difference of concrete configuration, base station and terminal equipment stop coexistence interference coordination in the current TDM equipment, specifically comprise:

Base station and terminal equipment stop coexistence interference coordination in the current TDM equipment fully; Or,

Base station and terminal equipment are in predetermined period or stop temporarily to stop in the indicated periodic regime of Indication message the interference coordination that coexists in the current TDM equipment.

After the adjustment Indication message of situation two, base station coexistence interference coordination in terminal equipment sends TDM equipment; Adjust coexistence interference coordination pattern in the current TDM equipment immediately; And terminal equipment coexists in receiving TDM equipment after the adjustment Indication message of interference coordination, adjusts coexistence interference coordination pattern in the current TDM equipment.

In practical application, according to the difference of concrete configuration, the interior coexistence of the TDM equipment interference coordination pattern that base station and terminal equipment adjustment are current specifically comprises:

Base station and terminal equipment are according to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the preset TDM equipment; Or,

Base station and terminal equipment are according to adjusting coexistence interference coordination pattern in the current TDM equipment of the interference coordination pattern information adjustment that coexists in the indicated TDM equipment of Indication message; Or,

Base station and terminal equipment are according to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the indicated TDM equipment of mode adjustment response message.

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

Embodiment one: stop the non-dispatching cycle that UE initiates

As shown in Figure 5, the control method of coexistence interference coordination specifically may further comprise the steps at the schematic flow sheet of base station side in the TDM equipment under a kind of concrete application scenarios that is proposed for the embodiment of the invention one:

Step S501, UE initiate to stop request non-dispatching cycle to LTE eNB, also can be called the 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 carry by the RRC signaling of RRC (Radio Resource Control) layer; Can trigger dispatch request and with notice LTE eNB this request message carried out scheduled transmission, dispatch request is meant specific schedule request (if LTE eNB has distributed the specific schedule request resource to UE) or random access procedure.

Wherein, UE initiate to stop non-dispatching cycle former because:

(1) detects and to influence the LTE systematic function non-dispatching cycle.

Influence the LTE systematic function and be meant following one or more situation: influence the UE certainty of measurement; LTE hinders UE in time to carry out the sub-district switching non-dispatching cycle; LTE is non-, and dispatching cycle is long, causes UE can not satisfy the professional delay requirement of LTE; LTE curtailment dispatching cycle is to satisfy UE LTE traffic transmission rate requirement.

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

In practical application, the detailed process that UE sends the request that stops non-dispatching cycle is:

UE sends dispatch request in non-dispatching cycle;

NB distributes ascending resource;

UE sends a request message on the ascending resource that distributes.

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 in non-dispatching cycle, and LTE eNB is regarded as the request that stops non-dispatching cycle with the UE uplink in non-dispatching cycle.

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

Step S503, LTE eNB and UE get into the LTE continuous transmission mode, and promptly LTE eNB can dispatch UE and transmits in institute if having time.

Other system quits work in step S504, the UE announcement apparatus.

In the process of practical application; The technical scheme that present embodiment proposed also has a kind of implementation method, is only to stop non-dispatching cycle in the cycle at one or several TDM, after UE has sent the LTE uplink; If feel not stop fully necessity of TDM, the TDM cycle restarts.

Embodiment two: stop the non-dispatching cycle that UE initiates

Wherein, the reason that UE initiates to stop non-dispatching cycle is with embodiment one, but is with the difference of the technical scheme of embodiment one, has the feedback procedure of LTE eNB to the UE request in the technical scheme that embodiment two is proposed.

Shown in Fig. 6 A and 6B, the control method of coexistence interference coordination specifically may further comprise the steps at the schematic flow sheet of base station side in the TDM equipment under a kind of concrete application scenarios that is proposed for the embodiment of the invention two:

Step S601, UE initiate to stop request non-dispatching cycle to LTE eNB, also can be called the 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 carry, can trigger dispatch request and this request message carried out scheduled transmission with notice LTE eNB by the RRC signaling of RRC (Radio Resource Control) layer;

The detailed process that UE sends the request that stops non-dispatching cycle 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 in non-dispatching cycle, and LTE eNB regards the UE uplink in non-dispatching cycle as the request that stops non-dispatching cycle.

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

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

This response message can have MAC layer control unit MAC CE or RRC message to carry, and LTE eNB sends and stops responding that two kinds of processing modes can be arranged non-dispatching cycle:

Mode one, shown in Fig. 6 A, in the dispatching cycle of original TDM configuration, send, in this case, UE stops still carrying out data transmit-receive by original T DM pattern after the request sending non-dispatching cycle.

Mode two, shown in Fig. 6 B, after stopping request the non-dispatching cycle of receiving UE, send immediately, in this case, UE stops getting into the LTE continuous transmission mode immediately after the request sending non-dispatching cycle.

Step S604, LTE eNB and UE get into the LTE continuous transmission mode, and promptly LTE eNB can dispatch UE and transmits in institute if having time.

After step S605, UE received non-order dispatching cycle of the termination of eNB, other system quit work in the announcement apparatus.

Embodiment three: the TDM mode adjustment that UE initiates

As shown in Figure 7, the control method of coexistence interference coordination specifically may further comprise the steps at the schematic flow sheet of base station side in the TDM equipment under a kind of concrete application scenarios that is proposed for the embodiment of the invention three:

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

Can carry the TDM pattern of 1bit adjustment solicited message and/or suggestion in the request; Wherein can comprise dispatching cycle and non-dispatching cycle length pattern etc.; This request message can be carried by MAC (Medium Access Control) layer control unit MAC CE (Control Element); Also can carry, can trigger dispatch request and this request message carried out scheduled transmission with notice LTEeNB by the RRC signaling of RRC (Radio Resource Control) layer.

Wherein, UE initiate the former of TDM adjustment because:

(1) detects and to influence the LTE systematic function non-dispatching cycle.

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

In practical application, the detailed process that UE sends the request that stops non-dispatching cycle is consistent with existing uplink scheduling request and transmitting uplink data process.

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

If there is not the TDM pattern of suggestion in the TDM mode adjustment request that UE sends, then according to the good acquiescence TDM mode transfer of as offered, this acquiescence TDM pattern can be stipulated by agreement.

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

Other system is according to new TDM pattern work in step S704, the UE announcement apparatus.

Embodiment four: the TDM mode adjustment that UE initiates

Wherein, UE initiates the reason of TDM adjustment with embodiment three, but is with the difference of the technical scheme of embodiment three, has the feedback procedure of LTE eNB to the UE request in the technical scheme that embodiment four is proposed.

Shown in Fig. 8 A and 8B, the control method of coexistence interference coordination specifically may further comprise the steps at the schematic flow sheet of base station side in the TDM equipment under a kind of concrete application scenarios that is proposed for the embodiment of the invention four:

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

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

Step S802, LTE eNB ask according to UE, and joint business and resource situation are formulated 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 have two kinds of processing modes:

Mode one, shown in Fig. 8 A, in the dispatching cycle of original TDM configuration, send, in this case, UE still carries out data transmit-receive by original T DM pattern after sending TDM adjustment request.

Mode two, shown in Fig. 8 B, after the TDM adjustment request of receiving UE, send immediately, in this case, UE is sending the TDM adjustment request back temporary transient LTE of entering continuous transmission mode.

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

Other system is according to new TDM pattern work in step S805, the UE announcement apparatus.

Embodiment five: stop the non-dispatching cycle that LTE eNB initiates

As shown in Figure 9, the control method of coexistence interference coordination specifically may further comprise the steps at the schematic flow sheet of base station side in the TDM equipment under a kind of concrete application scenarios that is proposed for the embodiment of the invention five:

Step S901, LTE eNB send to UE and stop indication non-dispatching cycle, perhaps are called interference coordination termination indication in the TDM equipment.

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

Wherein, LTE eNB initiate to stop non-dispatching cycle former because:

(1) detects and to influence the LTE systematic function non-dispatching cycle.

Influencing the LTE systematic function is meant: LTE hinders UE in time to carry out the sub-district switching non-dispatching cycle; LTE is non-, and dispatching cycle is long, causes satisfying the professional delay requirement of UE LTE; LTE curtailment dispatching cycle is to satisfy UE LTE traffic transmission rate requirement.

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

Step S902, UE stop interference coordination in the TDM equipment, get into LTE and transmit continuously.

Other system quits work in step S903, the UE announcement apparatus.

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

Embodiment six: the TDM mode adjustment that LTE eNB initiates

Shown in figure 10, the control method of coexistence interference coordination specifically may further comprise the steps at the schematic flow sheet of base station side in the TDM equipment under a kind of concrete application scenarios that is proposed for the embodiment of the invention six:

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

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

Wherein, LTE eNB initiate the former of TDM adjustment because:

(1) detects and to influence the LTE systematic function non-dispatching cycle.

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

Step S1002, LTE eNB and UE get into jamming pattern in the new TDM equipment.

Other system is according to new TDM pattern work in step S1003, the UE announcement apparatus.

Through the method that the embodiment of the invention proposed, owing in time stop or adjusted non-dispatching cycle, UE LTE measurement report can in time be reported, and LTE eNB also can send switching command to UE as early as possible, thereby has guaranteed the switching performance of UE LTE system.In addition, through timely adjustment TDM pattern, also could ensure delay requirement and rate requirement that newly-built LTE is professional.

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

Corresponding aforesaid method one by the adjustment flow process of coexistence interference coordination in the terminal equipment triggering TDM equipment, the embodiment of the invention has proposed a kind of terminal equipment, and its structural representation is shown in figure 11, specifically comprises:

Judge module 111 is used to judge the current adjustment that whether need carry out coexistence interference coordination in the TDM equipment;

Communication module 112; When being used for judged result at judge module 111 for needs; The adjustment Indication message of coexistence interference coordination in TDM equipment is sent in the base station; Wherein, the adjustment Indication message can send in dispatching cycle in non-dispatching cycle of LTE or LTE, in the moment of sending the adjustment Indication message, stopped the reception of other wireless devices;

Adjusting module 113 is used to adjust the configuration of coexistence interference coordination in the current TDM equipment.

Wherein, judge module 111 judges that current needs carry out the basis for estimation of the adjustment of coexistence interference coordination in the TDM equipment, specifically comprise:

Current non-dispatching cycle is long; And/or,

Current needs carry out measurement and report; And/or,

LTE dispatching cycle in the current TDM equipment under the coexistence interference coordination and the length of non-dispatching cycle can not satisfy LTE professional rate requirement and/or delay requirement; And/or,

Other wireless devices have not had data to need transmission in the terminal equipment; And/or,

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

In practical application, communication module 112 specifically is used for:

The coexistence interference coordination stops Indication message in TDM equipment is sent in the base station; Or,

The mode adjustment Indication message of coexistence interference coordination in TDM equipment is sent in the base station.

The scene that stops Indication message of coexistence interference coordination in the corresponding above-mentioned TDM equipment, communication module 112 specifically is used for:

In non-dispatching cycle, send dispatch request, specifically be included in and send dispatch request on the specific schedule request resource and carry out dispatch request through random access procedure to the base station; Or,

In non-dispatching cycle, initiate random access procedure to the base station; Or

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

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

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

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

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

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

Wherein, when communication module 112 in TDM equipment is sent in the base station coexistence interference coordination stop Indication message the time, adjusting module 113 specifically is used for:

Communication module 112 in TDM equipment is sent in the base station coexistence interference coordination stop to stop coexistence interference coordination in the current TDM equipment immediately after the Indication message; Or,

Communication module 112 in TDM equipment is sent in the base station coexistence interference coordination stop Indication message, and receive the stopping after the response message of coexistence interference coordination in the TDM equipment that returns the base station, stop coexistence interference coordination in the current TDM equipment.

Wherein, adjusting module 113 stops the operating process of coexistence interference coordination in the current TDM equipment, is meant that specifically adjusting module 113 stops the work of other wireless systems, makes terminal equipment get into the LTE continuous duty

Further, adjusting module 113 stops coexistence interference coordination in the current TDM equipment, specifically comprises:

Stop coexistence interference coordination in the current TDM equipment fully; Or,

In predetermined period or stop temporarily to stop in the indicated periodic regime of Indication message the interference coordination that coexists in the current TDM equipment.

On the other hand, when the mode adjustment Indication message of communication module 112 coexistence interference coordination in TDM equipment is sent in the base station, adjusting module 113 specifically is used for:

After the adjustment Indication message of communication module 112 coexistence interference coordination in TDM equipment is sent in the base station, adjust coexistence interference coordination pattern in the current TDM equipment immediately; Or,

After the adjustment Indication message of communication module 112 coexistence interference coordination in TDM equipment is sent in the base station; Get into the LTE continuous transmission mode immediately; And after the mode adjustment response message of the interference coordination that in communication module 112 receives the TDM equipment that returns the base station, coexists, adjust coexistence interference coordination pattern in the current TDM equipment.

Further, the interior coexistence of the TDM equipment interference coordination pattern that adjusting module 113 adjustment are current specifically comprises:

According to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the preset TDM equipment; Or,

According to adjusting coexistence interference coordination pattern in the current TDM equipment of the interference coordination pattern information adjustment that coexists in the indicated TDM equipment of Indication message; Or,

According to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the indicated TDM equipment of mode adjustment response message.

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

Communication module 121; The adjustment Indication message that is used for the interior coexistence of the TDM equipment interference coordination of receiving terminal apparatus transmission; Wherein, The adjustment Indication message is sent in dispatching cycle in non-dispatching cycle of LTE or LTE by terminal equipment, in the moment of sending the adjustment Indication message, stops the reception of other wireless devices;

Adjusting module 122 is used to adjust the configuration of coexistence interference coordination in the current TDM equipment.

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

The Indication message that stops of the interior interference coordination that coexists of the TDM equipment that receiving terminal apparatus sends; Or,

The mode adjustment Indication message of coexistence interference coordination in the TDM equipment that receiving terminal apparatus sends.

Wherein, in communication module 121 receives the TDM equipment that terminal equipment sends the coexistence interference coordination stop Indication message the time, adjusting module 122 specifically is used for:

Coexistence the stopping after the Indication message of interference coordination in communication module 121 receives TDM equipment stops coexistence interference coordination in the current TDM equipment; Or,

In communication module 121 receives the TDM equipment that sends the base station coexistence interference coordination stop Indication message, and in terminal equipment returns TDM equipment the stopping after the response message of coexistence interference coordination, stop coexistence interference coordination in the current TDM equipment;

Wherein, adjusting module 122 stops the operating process of coexistence interference coordination in the current TDM equipment, is meant that specifically adjusting module 122 stops the work of other wireless systems, makes the base station get into the LTE continuous duty.

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

The dispatching command that in non-dispatching cycle, sends; Or,

The dispatching command that sends, the dispatch request that dispatching command counterpart terminal equipment sent in non-dispatching cycle; Or,

The Indication message that stops with coexistence interference coordination in the TDM equipment of MAC CE transmission; Or,

The Indication message that stops with coexistence interference coordination in the TDM equipment of RRC signaling transmission.

Further, adjusting module 122 stops coexistence interference coordination in the current TDM equipment, specifically comprises:

On the other hand, during the mode adjustment Indication message of coexistence interference coordination, adjusting module 122 specifically is used in communication module 121 receives the TDM equipment that terminal equipment sends:

, communication module 121 after the adjustment Indication message of coexistence interference coordination, adjusts coexistence interference coordination pattern in the current TDM equipment in receiving TDM equipment; Or,

The adjustment Indication message of coexistence interference coordination in communication module 121 receives the TDM equipment that sends the base station; And after the mode adjustment response message of the interference coordination that in terminal equipment returns TDM equipment, coexists, adjust coexistence interference coordination pattern in the current TDM equipment.

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

Mode adjustment Indication message with coexistence interference coordination in the TDM equipment of MAC CE transmission; Or,

Mode adjustment Indication message with coexistence interference coordination in the TDM equipment of RRC signaling transmission

Wherein, the interior coexistence of the TDM equipment interference coordination pattern that adjusting module 122 adjustment are current specifically comprises:

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

Judge module 131 is used to judge the current adjustment that whether need carry out coexistence interference coordination in the TDM equipment;

Communication module 132, when being used for judged result at judge module 131 for needs, the adjustment Indication message of coexistence interference coordination in terminal equipment sends TDM equipment;

Adjusting module 133 is used to adjust the configuration of coexistence interference coordination in the current TDM equipment.

Wherein, judge module 131 judges that current needs carry out the basis for estimation of the adjustment of coexistence interference coordination in the TDM equipment, specifically comprise:

The current indicating terminal equipment that needs carries out the sub-district switching; And/or,

LTE dispatching cycle in the current TDM equipment under the coexistence interference coordination and the length of non-dispatching cycle can not satisfy the professional rate requirement and/or the delay requirement of LTE of current terminal equipment; And/or,

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

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

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

The coexistence interference coordination stops Indication message in terminal equipment sends TDM equipment; Or,

The mode adjustment Indication message of coexistence interference coordination in terminal equipment sends TDM equipment.

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

With MAC CE in terminal equipment sends TDM equipment the coexistence interference coordination stop Indication message; Or,

With the RRC signaling in terminal equipment sends TDM equipment the coexistence interference coordination stop Indication message.

For the scene of sending mode adjustment Indication message, communication module 132 specifically is used for::

Mode adjustment Indication message with MAC CE coexistence interference coordination in terminal equipment sends TDM equipment; Or,

Mode adjustment Indication message with RRC signaling coexistence interference coordination in terminal equipment sends TDM equipment.

Accordingly, adjusting module 133 specifically is used for:

Communication module 132 the stopping after the Indication message of coexistence interference coordination in terminal equipment sends TDM equipment; Stop coexistence interference coordination in the current TDM equipment immediately; Wherein, Stop the operating process of coexistence interference coordination in the current TDM equipment, be meant that specifically adjusting module 132 stops the work of other wireless systems, make the base station get into the LTE continuous duty;

After the adjustment Indication message of communication module 132 coexistence interference coordination in terminal equipment sends TDM equipment, adjust coexistence interference coordination pattern in the current TDM equipment immediately.

Wherein, adjusting module 133 stops coexistence interference coordination in the current TDM equipment, specifically comprises:

On the other hand, the interior coexistence of the TDM equipment interference coordination pattern that adjusting module 133 adjustment are current specifically comprises:

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

Receiver module 141 is used to receive the adjustment Indication message of coexistence interference coordination in the TDM equipment that sends the base station;

Adjusting module 142 is used to adjust the configuration of coexistence interference coordination in the current TDM equipment.

Wherein, receiver module 141 specifically is used for:

Receive the Indication message that stops of the interference coordination that coexists in the TDM equipment that sends the base station; Or,

Receive the mode adjustment Indication message of coexistence interference coordination in the TDM equipment that sends the base station.

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

The coexistence interference coordination stops after the Indication message in receiver module 141 receives TDM equipment; Stop coexistence interference coordination in the current TDM equipment; Wherein, Stop the operating process of coexistence interference coordination in the current TDM equipment, be meant that specifically adjusting module 142 stops the work of other wireless systems, make terminal equipment get into the LTE continuous duty;

, receiver module 141 after the adjustment Indication message of coexistence interference coordination, adjusts coexistence interference coordination pattern in the current TDM equipment in receiving TDM equipment.

Further, adjusting module 142 stops coexistence interference coordination in the current TDM equipment, specifically comprises:

On the other hand, the interior coexistence of the TDM equipment interference coordination pattern that adjusting module 142 adjustment are current specifically comprises:

Through using the technical scheme of the embodiment of the invention; The up uplink member carrier quantity of reporting power margin and the power headroom type that need report as required; Confirm PHR MAC CE and corresponding MAC head; And carry PHR MAC CE length information and/or power headroom type information therein and/or whether be indication informations such as virtual power surplus; So that the base station can get access to the power headroom of each uplink member carrier accurately, thereby, PHR MAC CE form solved among the present existing LTE Rel-8/9 to the inapplicable problem of LTE-A system.

Through the description of above execution mode, those skilled in the art can be well understood to the embodiment of the invention and can realize through hardware, also can realize by the mode that software adds necessary general hardware platform.Based on such understanding; The technical scheme of the embodiment of the invention can be come out with the embodied of software product, this software product can be stored in a non-volatile memory medium (can be CD-ROM, USB flash disk; Portable hard drive etc.) in; Comprise some instructions with so that computer equipment (can be personal computer, server, the perhaps network equipment etc.) each implements the described method of scene to carry out the embodiment of the invention.

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

It will be appreciated by those skilled in the art that the module in the device of implementing in the 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 a plurality of submodules.

The invention described above embodiment sequence number is not represented the quality of implementing scene just to description.

More than the disclosed several practical implementation scenes that are merely the embodiment of the invention, still, the embodiment of the invention is not limited thereto, any those skilled in the art can think variation all should fall into the traffic limits scope of the embodiment of the invention.

Claims

1. the control method of the interior coexistence of a TDM equipment interference coordination is characterized in that, comprising:

2. the method for claim 1 is characterized in that, said terminal equipment judges that current needs carry out the basis for estimation of the adjustment of coexistence interference coordination in the TDM equipment, specifically comprise:

Said terminal equipment judges that current non-dispatching cycle is long; And/or,

Said terminal equipment judges that current needs carry out measurement and report; And/or,

Said terminal equipment judges that the length of coexistence interference coordination in current TDM equipment LTE dispatching cycle and non-dispatching cycle down can not satisfy the rate requirement and/or the delay requirement of LTE business; And/or,

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

Said terminal equipment judges that the disturbed condition of inner LTE of said terminal equipment and other system changes.

3. the method for claim 1 is characterized in that, the adjustment Indication message of said terminal equipment coexistence interference coordination in TDM equipment is sent in the base station specifically comprises:

Said terminal equipment in TDM equipment is sent in the base station coexistence interference coordination stop Indication message; Or,

The mode adjustment Indication message of said terminal equipment coexistence interference coordination in TDM equipment is sent in the base station.

4. method as claimed in claim 3 is characterized in that, said terminal equipment in the TDM equipment that send the base station coexistence interference coordination stop Indication message, specifically comprise:

Said terminal equipment sends dispatch request to said base station in non-dispatching cycle, comprise that specifically said terminal equipment sends dispatch request and carries out dispatch request through random access procedure on the specific schedule request resource; Or,

Said terminal equipment is initiated random access procedure to said base station in non-dispatching cycle; Or

Said terminal equipment sends dispatch request to said base station, and the measurement report that on the ascending resource of said base station assigns subsequently, sends; Or,

Said terminal equipment sends dispatch request to said base station, and on the ascending resource of said base station assigns subsequently, sends the Indication message that stops of the interference coordination that coexists in the TDM equipment with MAC CE; Or,

Said terminal equipment sends dispatch request to said base station, and on the ascending resource of said base station assigns subsequently, sends the Indication message that stops of the interference coordination that coexists in the TDM equipment with the RRC signaling.

5. method as claimed in claim 3; It is characterized in that; When said terminal equipment in TDM equipment is sent in the base station coexistence interference coordination stop Indication message the time, the configuration of coexistence interference coordination in the current TDM equipment of said terminal equipment and the adjustment of said base station specifically comprises:

Said terminal equipment the stopping after the Indication message of coexistence interference coordination in TDM equipment is sent in the base station; Stop coexistence interference coordination in the current TDM equipment immediately; Wherein, Said base station the stopping after the Indication message of interference coordination that in receiving TDM equipment, coexist stops coexistence interference coordination in the current TDM equipment; Or,

Said terminal equipment in TDM equipment is sent in the base station coexistence interference coordination stop Indication message; And receive the stopping after the response message of coexistence interference coordination in the TDM equipment that returns said base station; Stop coexistence interference coordination in the current TDM equipment; Wherein, Said base station in receiving the TDM equipment that said terminal equipment sends the coexistence interference coordination stop Indication message, and in said terminal equipment returns TDM equipment the stopping after the response message of coexistence interference coordination, stop coexistence interference coordination in the current TDM equipment;

Wherein, stop the operating process of coexistence interference coordination in the current TDM equipment, specifically be meant the work that stops other wireless systems, get into the LTE continuous duty.

6. method as claimed in claim 5; It is characterized in that; Said base station receives the Indication message that stops of the interference coordination that coexists in the TDM equipment that sends at said terminal; And in the process that stops response message of the interference coordination that in said terminal equipment returns TDM equipment, coexists, the said response message that stops specifically to comprise:

The dispatching command that sent in non-dispatching cycle said base station; Or,

The dispatching command that send said base station, the dispatch request that the corresponding said terminal equipment of said dispatching command sent in non-dispatching cycle; Or,

Said base station is with the Indication message that stops of coexistence interference coordination in the TDM equipment of MAC CE transmission; Or,

Said base station is with the Indication message that stops of coexistence interference coordination in the TDM equipment of RRC signaling transmission.

7. method as claimed in claim 5 is characterized in that, said terminal equipment and said base station stop coexistence interference coordination in the current TDM equipment, specifically comprise:

Said terminal equipment and said base station stop coexistence interference coordination in the current TDM equipment fully; Or,

Said terminal equipment and said base station are in predetermined period or saidly stop temporarily to stop in the indicated periodic regime of Indication message the interference coordination that coexists in the current TDM equipment.

8. method as claimed in claim 3 is characterized in that, the mode adjustment Indication message of said terminal equipment coexistence interference coordination in the TDM equipment that send the base station specifically comprises:

Said terminal equipment sends dispatch request to said base station, and on the ascending resource of said base station assigns subsequently, sends the mode adjustment Indication message of the interference coordination that coexists in the TDM equipment with MAC CE; Or,

Said terminal equipment sends dispatch request to said base station, and on the ascending resource of said base station assigns subsequently, sends the mode adjustment Indication message of the interference coordination that coexists in the TDM equipment with the RRC signaling.

9. method as claimed in claim 3; It is characterized in that; When the mode adjustment Indication message of said terminal equipment coexistence interference coordination in TDM equipment is sent in the base station, the configuration of coexistence interference coordination in the current TDM equipment of said terminal equipment and the adjustment of said base station specifically comprises:

After the adjustment Indication message of said terminal equipment coexistence interference coordination in TDM equipment is sent in the base station; Adjust coexistence interference coordination pattern in the current TDM equipment immediately; Wherein, Said base station coexists in receiving TDM equipment after the adjustment Indication message of interference coordination, adjusts coexistence interference coordination pattern in the current TDM equipment; Or,

After the adjustment Indication message of said terminal equipment coexistence interference coordination in TDM equipment is sent in the base station; Said terminal equipment gets into the LTE continuous transmission mode; And after the mode adjustment response message of the interference coordination that in receiving the TDM equipment that returns said base station, coexists; Adjust coexistence interference coordination pattern in the current TDM equipment, wherein, the adjustment Indication message of said base station coexistence interference coordination in the TDM equipment that receives said terminal equipment transmission; And after the mode adjustment response message of the interference coordination that in said terminal equipment returns TDM equipment, coexists, adjust coexistence interference coordination pattern in the current TDM equipment.

10. method as claimed in claim 9; It is characterized in that; Said base station receives the mode adjustment Indication message of coexistence interference coordination in the TDM equipment that sends at said terminal; And in the process of the mode adjustment response message of the interference coordination that in said terminal equipment returns TDM equipment, coexists, said mode adjustment response message specifically comprises:

Said base station is with the mode adjustment Indication message of coexistence interference coordination in the TDM equipment of MAC CE transmission; Or,

Said base station is with the mode adjustment Indication message of coexistence interference coordination in the TDM equipment of RRC signaling transmission.

11. method as claimed in claim 9 is characterized in that, the interior coexistence of the TDM equipment interference coordination that said terminal equipment and the adjustment of said base station are current specifically comprises:

Said terminal equipment and said base station are according to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the preset TDM equipment; Or,

Said terminal equipment and said base station are according to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the indicated TDM equipment of said adjustment Indication message; Or,

Said terminal equipment and said base station are according to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the indicated TDM equipment of said mode adjustment response message.

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

13. terminal equipment as claimed in claim 12 is characterized in that, said judge module judges that current needs carry out the basis for estimation of the adjustment of coexistence interference coordination in the TDM equipment, specifically comprise:

Current non-dispatching cycle is long; And/or,

Current needs carry out measurement and report; And/or,

Other wireless devices have not had data to need transmission in the said terminal equipment; And/or,

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

14. terminal equipment as claimed in claim 12 is characterized in that, said communication module specifically is used for:

15. terminal equipment as claimed in claim 14 is characterized in that, said communication module specifically is used for:

In non-dispatching cycle, send dispatch request, specifically be included in and send dispatch request on the specific schedule request resource and carry out dispatch request through random access procedure to said base station; Or,

In non-dispatching cycle, initiate random access procedure to said base station; Or

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

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

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

16. terminal equipment as claimed in claim 14 is characterized in that, when said communication module in TDM equipment is sent in the base station coexistence interference coordination stop Indication message the time, said adjusting module specifically is used for:

Said communication module in TDM equipment is sent in the base station coexistence interference coordination stop to stop coexistence interference coordination in the current TDM equipment immediately after the Indication message; Or,

Said communication module in TDM equipment is sent in the base station coexistence interference coordination stop Indication message, and receive the stopping after the response message of coexistence interference coordination in the TDM equipment that returns said base station, stop coexistence interference coordination in the current TDM equipment;

Wherein, said adjusting module stops the operating process of coexistence interference coordination in the current TDM equipment, is meant that specifically said adjusting module stops the work of other wireless systems, makes said terminal equipment get into the LTE continuous duty.

17. terminal equipment as claimed in claim 16 is characterized in that, said adjusting module stops coexistence interference coordination in the current TDM equipment, specifically comprises:

In predetermined period or saidly stop temporarily to stop in the indicated periodic regime of Indication message the interference coordination that coexists in the current TDM equipment.

18. terminal equipment as claimed in claim 14 is characterized in that, said communication module specifically is used for:

Send dispatch request to said base station, and on the ascending resource of said base station assigns subsequently, send the mode adjustment Indication message of coexistence interference coordination in the TDM equipment with MACCE; Or,

Send dispatch request to said base station, and on the ascending resource of said base station assigns subsequently, send the mode adjustment Indication message of the interference coordination that coexists in the TDM equipment with the RRC signaling.

19. terminal equipment as claimed in claim 14 is characterized in that, when the mode adjustment Indication message of said communication module coexistence interference coordination in TDM equipment is sent in the base station, said adjusting module specifically is used for:

After the adjustment Indication message of said communication module coexistence interference coordination in TDM equipment is sent in the base station, adjust coexistence interference coordination pattern in the current TDM equipment immediately; Or,

After the adjustment Indication message of said communication module coexistence interference coordination in TDM equipment is sent in the base station; Get into the LTE continuous transmission mode immediately; And after the mode adjustment response message of the interference coordination that in said communication module receives the TDM equipment that returns said base station, coexists, adjust coexistence interference coordination pattern in the current TDM equipment.

20. terminal equipment as claimed in claim 19 is characterized in that, the interior coexistence of the TDM equipment interference coordination pattern that said adjusting module adjustment is current specifically comprises:

According to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the indicated TDM equipment of said adjustment Indication message; Or,

According to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the indicated TDM equipment of said mode adjustment response message.

21. the control method of the interior coexistence of a TDM equipment interference coordination is characterized in that, comprising:

22. method as claimed in claim 21 is characterized in that, the adjustment Indication message of coexistence interference coordination in the TDM equipment that said base station receiving terminal apparatus sends specifically comprises:

Said base station receives the Indication message that stops of the interior interference coordination that coexists of TDM equipment of said terminal equipment transmission; Or,

Said base station receives the mode adjustment Indication message of the interior coexistence of the TDM equipment interference coordination of said terminal equipment transmission.

23. method as claimed in claim 22 is characterized in that, the Indication message that stops of the interference coordination that coexists in the TDM equipment that the said terminal equipment that said base station receives sends specifically comprises:

24. method as claimed in claim 22; It is characterized in that; In said base station receives the TDM equipment that said terminal equipment sends the coexistence interference coordination stop Indication message the time, the configuration of coexistence interference coordination in the current TDM equipment of said base station and the adjustment of said terminal equipment specifically comprises:

Said base station the stopping after the Indication message of interference coordination that in receiving TDM equipment, coexist; Stop coexistence interference coordination in the current TDM equipment; Wherein, Said terminal equipment the stopping after the Indication message of coexistence interference coordination in TDM equipment is sent in said base station stops coexistence interference coordination in the current TDM equipment immediately; Or,

Said base station in receiving the TDM equipment that said base station sends the coexistence interference coordination stop Indication message; And in said terminal equipment returns TDM equipment coexistence the stopping after the response message of interference coordination; Stop coexistence interference coordination in the current TDM equipment; Wherein, Said terminal equipment in TDM equipment is sent in said base station the coexistence interference coordination stop Indication message, and receive the stopping after the response message of coexistence interference coordination in the TDM equipment that returns said base station, stop coexistence interference coordination in the current TDM equipment;

25. method as claimed in claim 24 is characterized in that, in the TDM equipment that said terminal equipment returns, the coexist response message that stops of interference coordination of said base station specifically comprises:

26. method as claimed in claim 24 is characterized in that, said base station and said terminal equipment stop coexistence interference coordination in the current TDM equipment, specifically comprise:

Said base station and said terminal equipment stop coexistence interference coordination in the current TDM equipment fully; Or,

Said base station and said terminal equipment are in predetermined period or saidly stop temporarily to stop in the indicated periodic regime of Indication message the interference coordination that coexists in the current TDM equipment.

27. method as claimed in claim 22 is characterized in that, the mode adjustment Indication message of coexistence interference coordination in the TDM equipment that the said terminal equipment that said base station receives sends specifically comprises:

28. method as claimed in claim 22; It is characterized in that; In said base station receives the TDM equipment that said terminal equipment sends during the mode adjustment Indication message of coexistence interference coordination; The configuration of the interior coexistence of the TDM equipment interference coordination that said base station and the adjustment of said terminal equipment are current specifically comprises:

Said base station coexists in receiving TDM equipment after the adjustment Indication message of interference coordination; Adjust coexistence interference coordination pattern in the current TDM equipment; Wherein, After the adjustment Indication message of said terminal equipment coexistence interference coordination in TDM equipment is sent in said base station, adjust coexistence interference coordination pattern in the current TDM equipment immediately; Or,

The adjustment Indication message of said base station coexistence interference coordination in receiving the TDM equipment that sends said base station; And after the mode adjustment response message of the interference coordination that in said terminal equipment returns TDM equipment, coexists; Adjust coexistence interference coordination pattern in the current TDM equipment; Wherein, after the adjustment Indication message of said terminal equipment coexistence interference coordination in TDM equipment is sent in said base station, said terminal equipment gets into the LTE continuous transmission mode; And after the mode adjustment response message of the interference coordination that in receiving the TDM equipment that returns said base station, coexists, adjust coexistence interference coordination pattern in the current TDM equipment.

29. method as claimed in claim 28 is characterized in that, in the TDM equipment that said terminal equipment returns, the coexist mode adjustment response message of interference coordination of said base station specifically comprises:

30. method as claimed in claim 28 is characterized in that, the interior coexistence of the TDM equipment interference coordination that said base station and the adjustment of said terminal equipment are current specifically comprises:

Said base station and said terminal equipment are according to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the preset TDM equipment; Or,

Said base station and said terminal equipment are according to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the indicated TDM equipment of said adjustment Indication message; Or,

Said base station and said terminal equipment are according to coexistence interference coordination pattern in the current TDM equipment of coexistence interference coordination pattern information adjustment in the indicated TDM equipment of said mode adjustment response message.

31. a base station is characterized in that, comprising:

32. base station as claimed in claim 31 is characterized in that, said communication module specifically is used for:

Receive the Indication message that stops of the interior interference coordination that coexists of TDM equipment of said terminal equipment transmission; Or,

Receive the mode adjustment Indication message of the interior coexistence of the TDM equipment interference coordination of said terminal equipment transmission.

33. base station as claimed in claim 32 is characterized in that, in said communication module receives the TDM equipment that said terminal equipment sends the coexistence interference coordination stop Indication message the time, said adjusting module specifically is used for:

Coexistence the stopping after the Indication message of interference coordination in said communication module receives TDM equipment stops coexistence interference coordination in the current TDM equipment; Or,

The coexistence interference coordination stops Indication message in said communication module receives the TDM equipment that said base station sends; And in said terminal equipment returns TDM equipment coexistence the stopping after the response message of interference coordination, stop coexistence interference coordination in the current TDM equipment;

Wherein, said adjusting module stops the operating process of coexistence interference coordination in the current TDM equipment, is meant that specifically said adjusting module stops the work of other wireless systems, makes said base station get into the LTE continuous duty.

34. base station as claimed in claim 33 is characterized in that, said communication module specifically is used for:

The dispatching command that in non-dispatching cycle, sends; Or,

The dispatching command that sends, the dispatch request that the corresponding said terminal equipment of said dispatching command sent in non-dispatching cycle; Or,

35. base station as claimed in claim 33 is characterized in that, said adjusting module stops coexistence interference coordination in the current TDM equipment, specifically comprises:

36. base station as claimed in claim 32 is characterized in that, during the mode adjustment Indication message of coexistence interference coordination, said adjusting module specifically is used in said communication module receives the TDM equipment that said terminal equipment sends:

, said communication module after the adjustment Indication message of coexistence interference coordination, adjusts coexistence interference coordination pattern in the current TDM equipment in receiving TDM equipment; Or,

The adjustment Indication message of coexistence interference coordination in said communication module receives the TDM equipment that sends said base station; And after the mode adjustment response message of the interference coordination that in said terminal equipment returns TDM equipment, coexists, adjust coexistence interference coordination pattern in the current TDM equipment.

37. base station as claimed in claim 36 is characterized in that, said communication module specifically is used for:

Mode adjustment Indication message with coexistence interference coordination in the TDM equipment of RRC signaling transmission.

38. base station as claimed in claim 36 is characterized in that, the interior coexistence of the TDM equipment interference coordination pattern that said adjusting module adjustment is current specifically comprises:

39. the control method of the interior coexistence of a TDM equipment interference coordination is characterized in that, comprising:

40. method as claimed in claim 39 is characterized in that, the current needs of said base station judges carry out the basis for estimation of the adjustment of coexistence interference coordination in the TDM equipment, specifically comprise:

Said base station needs indicating terminal equipment to carry out the sub-district switching; And/or,

LTE dispatching cycle in the current TDM equipment of said base station judges under the coexistence interference coordination and the length of non-dispatching cycle can not satisfy the professional rate requirement and/or the delay requirement of LTE of current terminal equipment; And/or,

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

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

41. method as claimed in claim 39 is characterized in that, the adjustment Indication message of said base station coexistence interference coordination in terminal equipment sends TDM equipment specifically comprises:

Said base station in said terminal equipment sends TDM equipment the coexistence interference coordination stop Indication message; Or,

The mode adjustment Indication message of said base station coexistence interference coordination in said terminal equipment sends TDM equipment.

42. method as claimed in claim 41 is characterized in that, said base station in said terminal equipment sends TDM equipment the coexistence interference coordination stop Indication message, specifically comprise:

Said base station with MAC CE in said terminal equipment sends TDM equipment the coexistence interference coordination stop Indication message; Or,

Said base station with the RRC signaling in said terminal equipment sends TDM equipment the coexistence interference coordination stop Indication message.

43. method as claimed in claim 41 is characterized in that, the mode adjustment Indication message of said base station coexistence interference coordination in said terminal equipment sends TDM equipment specifically comprises:

Said base station is with the mode adjustment Indication message of MAC CE coexistence interference coordination in said terminal equipment sends TDM equipment; Or,

Said base station is with the mode adjustment Indication message of RRC signaling coexistence interference coordination in said terminal equipment sends TDM equipment.

44. method as claimed in claim 41 is characterized in that, the configuration of the interior coexistence of the TDM equipment interference coordination that said base station and the adjustment of said terminal equipment are current specifically comprises:

Said base station the stopping after the Indication message of coexistence interference coordination in said terminal equipment sends TDM equipment stops coexistence interference coordination in the current TDM equipment, wherein immediately; Said terminal equipment the stopping after the Indication message of interference coordination that in receiving TDM equipment, coexist; Stop coexistence interference coordination in the current TDM equipment, wherein, stop the operating process of coexistence interference coordination in the current TDM equipment; Specifically be meant the work that stops other wireless systems, get into the LTE continuous duty;

After the adjustment Indication message of said base station coexistence interference coordination in said terminal equipment sends TDM equipment; Adjust coexistence interference coordination pattern in the current TDM equipment immediately; Wherein, Said terminal equipment coexists in receiving TDM equipment after the adjustment Indication message of interference coordination, adjusts coexistence interference coordination pattern in the current TDM equipment.

45. method as claimed in claim 44 is characterized in that, said base station and said terminal equipment stop coexistence interference coordination in the current TDM equipment, specifically comprise:

46. method as claimed in claim 44 is characterized in that, the interior coexistence of the TDM equipment interference coordination that said base station and the adjustment of said terminal equipment are current specifically comprises:

47. a base station is characterized in that, comprising:

48. base station as claimed in claim 47 is characterized in that, said judge module judges that current needs carry out the basis for estimation of the adjustment of coexistence interference coordination in the TDM equipment, specifically comprise:

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

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

49. base station as claimed in claim 47 is characterized in that, said communication module specifically is used for:

The coexistence interference coordination stops Indication message in said terminal equipment sends TDM equipment; Or,

The mode adjustment Indication message of coexistence interference coordination in said terminal equipment sends TDM equipment.

50. base station as claimed in claim 49 is characterized in that, said communication module specifically is used for:

With MAC CE in said terminal equipment sends TDM equipment the coexistence interference coordination stop Indication message; Or,

With the RRC signaling in said terminal equipment sends TDM equipment the coexistence interference coordination stop Indication message.

51. base station as claimed in claim 49 is characterized in that, said communication module specifically is used for::

Mode adjustment Indication message with MAC CE coexistence interference coordination in said terminal equipment sends TDM equipment; Or,

Mode adjustment Indication message with RRC signaling coexistence interference coordination in said terminal equipment sends TDM equipment.

52. base station as claimed in claim 49 is characterized in that, said adjusting module specifically is used for:

Said communication module the stopping after the Indication message of coexistence interference coordination in said terminal equipment sends TDM equipment; Stop coexistence interference coordination in the current TDM equipment immediately; Wherein, Stop the operating process of coexistence interference coordination in the current TDM equipment, be meant that specifically said adjusting module stops the work of other wireless systems, make said base station get into the LTE continuous duty;

After the adjustment Indication message of said communication module coexistence interference coordination in said terminal equipment sends TDM equipment, adjust coexistence interference coordination pattern in the current TDM equipment immediately.

53. base station as claimed in claim 52 is characterized in that, said adjusting module stops coexistence interference coordination in the current TDM equipment, specifically comprises:

54. base station as claimed in claim 52 is characterized in that, the interior coexistence of the TDM equipment interference coordination pattern that said adjusting module adjustment is current specifically comprises:

55. the control method of the interior coexistence of a TDM equipment interference coordination is characterized in that, comprising:

56. method as claimed in claim 55 is characterized in that, said terminal equipment receives the adjustment Indication message of coexistence interference coordination in the TDM equipment that sends the base station, specifically comprises:

Said terminal equipment receives the Indication message that stops of the interference coordination that coexists in the TDM equipment that sends said base station; Or,

Said terminal equipment receives the mode adjustment Indication message of coexistence interference coordination in the TDM equipment that sends said base station.

57. method as claimed in claim 56 is characterized in that, the configuration of the interior coexistence of the TDM equipment interference coordination that said terminal equipment and the adjustment of said base station are current specifically comprises:

Said terminal equipment the stopping after the Indication message of interference coordination that in receiving TDM equipment, coexist stops coexistence interference coordination in the current TDM equipment, wherein; Said base station the stopping after the Indication message of coexistence interference coordination in said terminal equipment sends TDM equipment; Stop coexistence interference coordination in the current TDM equipment immediately, wherein, stop the operating process of coexistence interference coordination in the current TDM equipment; Specifically be meant the work that stops other wireless systems, get into the LTE continuous duty;

Said terminal equipment coexists in receiving TDM equipment after the adjustment Indication message of interference coordination; Adjust coexistence interference coordination pattern in the current TDM equipment; Wherein, After the adjustment Indication message of said base station coexistence interference coordination in said terminal equipment sends TDM equipment, adjust coexistence interference coordination pattern in the current TDM equipment immediately.

58. method as claimed in claim 57 is characterized in that, said terminal equipment and said base station stop coexistence interference coordination in the current TDM equipment, specifically comprise:

59. method as claimed in claim 57 is characterized in that, the interior coexistence of the TDM equipment interference coordination that said terminal equipment and the adjustment of said base station are current specifically comprises:

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

61. terminal equipment as claimed in claim 60 is characterized in that, said receiver module specifically is used for:

Receive the Indication message that stops of the interference coordination that coexists in the TDM equipment that sends said base station; Or,

Receive the mode adjustment Indication message of coexistence interference coordination in the TDM equipment that sends said base station.

62. terminal equipment as claimed in claim 61 is characterized in that, said adjusting module specifically is used for:

The coexistence interference coordination stops after the Indication message in said receiver module receives TDM equipment; Stop coexistence interference coordination in the current TDM equipment; Wherein, Stop the operating process of coexistence interference coordination in the current TDM equipment, be meant that specifically said adjusting module stops the work of other wireless systems, make said terminal equipment get into the LTE continuous duty;

, said receiver module after the adjustment Indication message of coexistence interference coordination, adjusts coexistence interference coordination pattern in the current TDM equipment in receiving TDM equipment.

63. terminal equipment as claimed in claim 62 is characterized in that, said adjusting module stops coexistence interference coordination in the current TDM equipment, specifically comprises:

64. terminal equipment as claimed in claim 62 is characterized in that, the interior coexistence of the TDM equipment interference coordination pattern that said adjusting module adjustment is current specifically comprises: