CN103987124A

CN103987124A - Configuration dispatch method and equipment

Info

Publication number: CN103987124A
Application number: CN201410191262.0A
Authority: CN
Inventors: 吴昱民; 张大钧
Original assignee: China Academy of Telecommunications Technology CATT
Current assignee: China Academy of Telecommunications Technology CATT; Datang Mobile Communications Equipment Co Ltd
Priority date: 2014-05-07
Filing date: 2014-05-07
Publication date: 2014-08-13
Anticipated expiration: 2034-05-07
Also published as: WO2015169228A1; CN103987124B

Abstract

The embodiment of the invention relates to the technical field of wireless communication, in particular to a configuration dispatch method and equipment. The configuration dispatch method and equipment are used for solving the problem that under the dual-connection condition, when one base station carries out activation or deactivation on UE and configures or de-configures a frequency point, due to interruption, packet loss conditions will occur on frequency points managed by other base stations in the prior art. According to the configuration dispatch method and equipment, the UE is not dispatched within duration for configuring the frequency point of the UE, and therefore under the dual-connection condition, when one base station carries out activation or deactivation on the UE and configures or de-configures the frequency point, the phenomenon that due to interruption, the packet loss conditions occur on the frequency points managed by other base stations can be avoided; the transmission efficiency and the system performance are further improved.

Description

A kind of method and apparatus of configuration schedules

Technical field

The present invention relates to wireless communication technology field, particularly a kind of method and apparatus of configuration schedules.

Background technology

Along with the deployment of numerous local nodes such as increasing Home eNodeB, Microcell, relaying, traditional will progressively develop into the network architecture that more polymorphic type base station coexists taking macro base station as the main network architecture, and the network coverage of more multi-layered time is provided.In order to improve the correlated performance under the co-existin networks framework of polymorphic type base station, a kind of network architecture that realizes many cooperation between base stations/polymerizations by imperfect link is suggested.

Under this framework, UE (User Equipment, subscriber equipment) part carrying RB (Radio Bearer, radio bearer) at MeNB (Master eNB, dominant base) MCell (Master Cell, main plot) of management is upper, and this part RB comprises chain of command SRB (Signaling Radio Bearer, Signaling Radio Bearer) and user's face DRB (Data Radio Bearer, Data Radio Bearer).And the other part carrying (comprising SRB and DRB) of same UE is on the SCell (Secondary Cell, secondary community) of SeNB (Secondary eNB, slave base stations) management.

At a kind of possible multitiered network overlay environment shown in Figure 1A.Under this scene, carry respectively the community (SCell) that the community (MCell) that multiple RB of UE can control by MeNB respectively and SeNB control.The RB that is wherein separated to SeNB can comprise DRB and/or SRB.

Current bearing separation structure has two kinds:

Framework 1 (as shown in Figure 1B):

UE has independently carrying at MeNB and SeNB, and UE has independently PDCP (Packet Data Convergence Protocol, PDCP) entity on each eNB.

Framework 2 (as shown in Figure 1 C):

The connection of UE on MeNB can have independently carrying.UE is by (the Evolved Packet System of the same EPS on MeNB in the connection of SeNB, evolved packet system) a part of data distribution of carrying is to the upper transmission of SeNB, this EPS carrying PDCP (Packet Data Convergence Protocol, packet data polymerized agreement) entity is still at MeNB, and on SeNB, be to have independently RLC (Radio Link Control, wireless link control) entity.

Under dual link, have SCG (being controlled by SeNB) and two cell set of MCG (being controlled by SeNB).Under MCG, have PCell and multiple SCell, PCell after configuration always in state of activation, can be activated/deexcitation of SCell and configuration/configure.Under SCG, have special cell and multiple SCell, special cell after configuration always in state of activation, can be activated/deexcitation of SCell and configuration/configure.

SCell under MCG can only be by the MAC CE activation/deactivation of MeNB, and the SCell under SCG can only be by the MAC CE activation/deactivation of SeNB.MCG HeSCGXia community can only be configured and configure by the RRC of MeNB (Radio Resource Control, Radio Resource control) message.

In the time that activation/deactivation and configuration/configure are carried out to UE in a base station, UE need to carry out the adjustment of transceiver frequency, the data transmit-receive that can produce like this service frequency interrupts, if other base stations and UE have transfer of data, interrupt there will be packet loss on the frequency of other BTS managements owing to producing.

In sum, in dual link situation, in the time that activation/deactivation and a frequency of configuration/configure are carried out to UE in a base station, interrupt there will be packet drop on the frequency of other BTS managements owing to producing at present.

Summary of the invention

The embodiment of the present invention provides a kind of method and apparatus of configuration schedules, in order to solve in prior art, exist in dual link situation, in the time that activation/deactivation and a frequency of configuration/configure are carried out to UE in a base station, owing to producing the problem of interrupting there will be packet drop on the frequency of other BTS managements.

The method of a kind of configuration schedules that the embodiment of the present invention provides, the method comprises:

First network side apparatus is determined need to be to the transmission configuration frequency order of the subscriber equipment in dual link;

Described first network side apparatus sends the first configuration information to the second network side apparatus being connected with described subscriber equipment, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and in definite duration, do not dispatch described subscriber equipment.

Preferably, described the first configuration information comprise in following partly or entirely:

The state of configuration frequency order;

Configuration frequency order eat dishes without rice or wine to issue the moment;

The time interval of eating dishes without rice or wine to issue of configuration frequency order;

Do not allow the time interval of descending scheduling.

Preferably, described first network side apparatus also comprises before sending the first configuration information to the second network side apparatus being connected with described subscriber equipment:

Described first network side apparatus determines that according to the receiving ability of UE configuration can produce service frequency when frequency and interrupt, and needs described second network side apparatus to stop scheduling within service frequency break period.

Preferably, if described first network side apparatus is MeNB, described second network side apparatus is SeNB;

If described first network side apparatus is SeNB, described second network side apparatus is MeNB.

The method of a kind of configuration schedules that the embodiment of the present invention provides, comprising:

The second network side apparatus being connected with the subscriber equipment of dual link receives the first configuration information from the first network side apparatus being connected with described subscriber equipment, and wherein said the first configuration information is that described first network side apparatus is being determined and need to after the transmission configuration frequency order of the subscriber equipment in dual link, sent;

Described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and in definite duration, does not dispatch described subscriber equipment.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Preferably, described second network side apparatus also comprises after receiving the first configuration information from the first network side apparatus being connected with described subscriber equipment:

If described second network side apparatus need to send the order of configuration frequency to described subscriber equipment, and described the first configuration information comprise the order of configuration frequency eat dishes without rice or wine to issue the moment; Described second network side apparatus eats dishes without rice or wine to issue the moment according to the order of described configuration frequency, sends the order of configuration frequency; Or

If described second network side apparatus need to send the order of configuration frequency to described subscriber equipment, and described the first configuration information comprises the time interval of eating dishes without rice or wine to issue of configuration frequency order, described second network side apparatus, according to the time interval of eating dishes without rice or wine to issue of described configuration frequency order, sends the order of configuration frequency.

Receive the configuration frequency order of the first network side apparatus of connection in the subscriber equipment of dual link;

Described subscriber equipment sends the second configuration information to the second network side apparatus connecting, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and in definite duration, do not dispatch described subscriber equipment.

Preferably, described the second configuration information comprise in following partly or entirely:

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

The second network side apparatus being connected with the subscriber equipment of dual link receives the second configuration information from described subscriber equipment, and wherein said the second configuration information is that described subscriber equipment sends after the configuration frequency order of receiving the first network side apparatus being connected with described subscriber equipment;

Described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and in definite duration, does not dispatch described subscriber equipment.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

The first network side apparatus of a kind of configuration schedules that the embodiment of the present invention provides, this first network side apparatus comprises:

Determination module, need to be to the transmission configuration frequency order of the subscriber equipment in dual link for determining;

Sending module, for sending the first configuration information to the second network side apparatus being connected with described subscriber equipment, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and in definite duration, do not dispatch described subscriber equipment.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Preferably, described sending module also for:

While determining configuration frequency according to the receiving ability of UE, can produce service frequency interrupts, and need described second network side apparatus to stop, after scheduling, sending the first configuration information to the second network side apparatus being connected with described subscriber equipment within service frequency break period.

The second network side apparatus of a kind of configuration schedules that the embodiment of the present invention provides, described second network side apparatus is connected with the subscriber equipment of dual link, and this second network side apparatus comprises:

The first receiver module, for receiving the first configuration information from the first network side apparatus being connected with described subscriber equipment, wherein said the first configuration information is that described first network side apparatus is being determined and need to after the transmission configuration frequency order of the subscriber equipment in dual link, sent;

The first processing module for determine the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and is not dispatched described subscriber equipment in definite duration.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Preferably, described the first processing module also for:

After described second network side apparatus receives the first configuration information from the first network side apparatus being connected with described subscriber equipment, if described second network side apparatus need to send the order of configuration frequency to described subscriber equipment, and described the first configuration information comprise configuration frequency order eat dishes without rice or wine to issue the moment, according to the order of described configuration frequency eat dishes without rice or wine to issue the moment, send configuration frequency order; Or

After described second network side apparatus receives the first configuration information from the first network side apparatus being connected with described subscriber equipment, if described second network side apparatus need to send the order of configuration frequency to described subscriber equipment, and described the first configuration information comprises the time interval of eating dishes without rice or wine to issue of configuration frequency order, according to the time interval of eating dishes without rice or wine to issue of described configuration frequency order, send the order of configuration frequency.

The subscriber equipment of a kind of configuration schedules that the embodiment of the present invention provides, described subscriber equipment is in dual link, and this subscriber equipment comprises:

The second receiver module, for receiving the configuration frequency order of first network side apparatus of connection;

Sending module, for sending the second configuration information to the second network side apparatus connecting, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and in definite duration, do not dispatch described subscriber equipment.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

The 3rd receiver module, for receiving the second configuration information from described subscriber equipment, wherein said the second configuration information is that described subscriber equipment sends after the configuration frequency order of receiving the first network side apparatus being connected with described subscriber equipment;

The second processing module for determine the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and is not dispatched described subscriber equipment in definite duration.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Embodiment of the present invention the first scheme first network side apparatus is determined need to be after the transmission configuration frequency order of the subscriber equipment in dual link, send the first configuration information to the second network side apparatus being connected with described subscriber equipment, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and in definite duration, do not dispatch described subscriber equipment.

Embodiment of the present invention first scheme receives in the subscriber equipment of dual link after the configuration frequency order of first network side apparatus of connection, send the second configuration information to the second network side apparatus connecting, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and in definite duration, do not dispatch described subscriber equipment.

Owing to not dispatching described subscriber equipment in the duration of frequency that configures described subscriber equipment, thereby in dual link situation, in the time that activation/deactivation and a frequency of configuration/configure are carried out to UE in a base station, avoid interrupting occurring packet drop on the frequency of other BTS managements owing to producing; Efficiency of transmission and systematic function are further improved.

Brief description of the drawings

Figure 1A is multitiered network overlay environment schematic diagram in background technology;

Figure 1B is the first bearing separation structure schematic diagram in background technology;

Fig. 1 C is the second bearing separation structure schematic diagram in background technology;

Fig. 2 A is the system configuration schematic diagram of the embodiment of the present invention one configuration schedules;

Fig. 2 B is the schematic diagram one of embodiment of the present invention configuration schedules;

Fig. 2 C is the schematic diagram two of embodiment of the present invention configuration schedules;

Fig. 3 is the structural representation of first network side apparatus in the system of the embodiment of the present invention two configuration schedules;

Fig. 4 is the structural representation of second network side apparatus in the system of the embodiment of the present invention three configuration schedules;

Fig. 5 is the structural representation of first network side apparatus in the system of the embodiment of the present invention four configuration schedules;

Fig. 6 is the structural representation of second network side apparatus in the system of the embodiment of the present invention five configuration schedules;

Fig. 7 is the method flow schematic diagram of the embodiment of the present invention six configuration schedules;

Fig. 8 is the method flow schematic diagram of the embodiment of the present invention seven configuration schedules;

Fig. 9 A is the system configuration schematic diagram of the embodiment of the present invention eight configuration schedules;

Fig. 9 B is the schematic diagram three of embodiment of the present invention configuration schedules;

Figure 10 is the structural representation of subscriber equipment in the system of the embodiment of the present invention nine configuration schedules;

Figure 11 is the structural representation of second network side apparatus in the system of the embodiment of the present invention ten configuration schedules;

Figure 12 is the structural representation of subscriber equipment in the system of the embodiment of the present invention 11 configuration schedules;

Figure 13 is the structural representation of second network side apparatus in the system of the embodiment of the present invention 12 configuration schedules;

Figure 14 is the method flow schematic diagram of the embodiment of the present invention 13 configuration schedules;

Figure 15 is the method flow schematic diagram of the embodiment of the present invention 14 configuration schedules.

Embodiment

Wherein, the configuration frequency order of the embodiment of the present invention includes but not limited to the one in following order:

Activation command, deexcitation order, configuration order and configure order.

The embodiment of the present invention provides two schemes, and wherein Fig. 2～Fig. 8 is the first scheme, between network equipment, notifies; Fig. 9～Figure 15 is first scheme, i.e. notification of user equipment network equipment.This two schemes can coexist in force, selects as required to carry out which kind of scheme.

Be introduced respectively below.

Scheme one:

As shown in Figure 2 A, the system of the embodiment of the present invention one configuration schedules comprises: first network side apparatus 20, second network side apparatus 21 and subscriber equipment 22.

First network side apparatus 20, need to, to the transmission configuration frequency order of the subscriber equipment 22 in dual link, send the first configuration information to the second network side apparatus being connected with described subscriber equipment for determining;

The second network side apparatus 21 being connected with the subscriber equipment of dual link, for receiving the first configuration information from the first network side apparatus being connected with described subscriber equipment, determine the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and in definite duration, do not dispatch described subscriber equipment.

Wherein, if described first network side apparatus is MeNB, described second network side apparatus is SeNB;

In force, described the first configuration information comprise but be not limited in following partly or entirely:

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Wherein, the state of configuration frequency order comprise in following partly or entirely:

Activating frequency points, deexcitation frequency, configuration frequency and configure frequency.

The time interval that does not allow descending scheduling can be the zero hour and one section of duration, can also be the time interval that does not allow descending scheduling, or other can represent the information of time interval.

The different break periods that the different conditions of the configuration frequency order that second network side apparatus specifies according to agreement produces, from receiving the state moment of configuration frequency order, in agreement official hour, UE is not carried out to data dispatch.

The eating dishes without rice or wine of configuration frequency order issues time interval and represents can send and configure frequency order this interval in.

If second network side apparatus receive configuration frequency order eat dishes without rice or wine to issue the moment, second network side apparatus eats dishes without rice or wine to issue the moment from this order, in the first duration of agreement regulation, UE is not carried out to data dispatch.

If second network side apparatus is received the time interval of eating dishes without rice or wine to issue of configuration frequency order, second network side apparatus, from the zero hour of eating dishes without rice or wine to issue time interval of configuration frequency order, does not carry out data dispatch to UE in the second duration of agreement regulation.

Wherein, the second duration that agreement specifies is not less than eats dishes without rice or wine to issue time interval.

If second network side apparatus is received the state of configuration frequency order, second network side apparatus does not carry out data dispatch to UE from receiving the state moment of configuration frequency order in the 3rd duration of agreement regulation.

If second network side apparatus is received the time interval that does not allow descending scheduling of configuration frequency order, and the time interval that does not allow descending scheduling comprises that actual UE carries out the time of RF adjustment, and second network side apparatus does not carry out data dispatch to UE in the time interval that does not allow descending scheduling.

If second network side apparatus is received the time interval that does not allow descending scheduling of configuration frequency order, and the time interval that does not allow descending scheduling is, and UE processes the time that this order itself needs, and do not comprise that actual UE carries out the time of RF adjustment, second network side apparatus does not carry out data dispatch to UE in the time interval that does not allow descending scheduling, and after not allowing the time interval of descending scheduling, in the 3rd duration of agreement regulation, UE is not carried out to data dispatch.

Due to be not configure at every turn frequency all can produce service frequency interrupt, neither configure frequency all needs to dispatch at every turn, thus one preferably mode be:

First network side apparatus can produce service frequency while determining configuration frequency according to the receiving ability of UE and interrupt, and while needing described second network side apparatus to stop dispatching within service frequency break period, first network side apparatus sends the first configuration information to second network side apparatus.

In force, the receiving ability of UE include but not limited in following ability partly or entirely:

Whether support multi-transceiver, such as multi-transceiver can not produce the interruption that frequency is adjusted, do not need to interrupt data dispatch;

Whether need to, according to configuring frequency order, when adjusting frequency, produce the interruption of serving frequency, such as UE knows according to the RF ability of oneself whether oneself can produce interruption at which frequency;

Whether need network side to stop scheduling receiving the order of configuration frequency, such as UE knows ownly which frequency whether can produce interruption at according to own RF ability, and judge whether to need network to stop dispatching according to the length of break period.

If second network side apparatus receive configuration frequency order eat dishes without rice or wine to issue the moment, and described second network side apparatus need to send the order of configuration frequency to described subscriber equipment, described second network side apparatus according to the order of described configuration frequency eat dishes without rice or wine to issue the moment, send configuration frequency order;

If second network side apparatus is received the time interval of eating dishes without rice or wine to issue of configuration frequency order, and described second network side apparatus need to send the order of configuration frequency to described subscriber equipment, described second network side apparatus, according to the time interval of eating dishes without rice or wine to issue of described configuration frequency order, sends the order of configuration frequency.

For scheme one, enumerate several examples below.

Example 1: network side MeNB notice activation/deactivation order.

Step 1:MeNB issues before activation/deactivation order to UE, is sent the state (as certain SCell activates or deexcitation) of this activation/deactivation order and eats dishes without rice or wine to issue the moment (or time interval) to SeNB by inter-base station interface.

Step 2:SeNB receives after the information that in step 1, MeNB sends, if what SeNB received is " state of activation/deactivation order and eat dishes without rice or wine to issue the moment (or time interval) ", SeNB is not carrying out data dispatch to UE from the eating dishes without rice or wine to issue the moment of this order (maybe starting the zero hour of eating dishes without rice or wine to issue time interval of this order) in agreement official hour.

The time interval that stops scheduling is the time interval between " ti " shown in Fig. 2 B and " tj ".

Step 3:MeNB issues activation/deactivation order (" cell status adjustment order " shown in Fig. 2 B) to UE, starts UE not to be carried out to data dispatch in agreement official hour from the moment that issues of this order.The time interval that stops scheduling is the time interval between " ti " shown in Fig. 2 B and " tj ".

Step 4:UE receives after the activation/deactivation order of step 4, and activation/deactivation operation is carried out in corresponding community, adjusts transceiver simultaneously.The time interval that UE processes this order is the time interval between " ti " shown in Fig. 2 B and " tj ".

Another kind of mode is:

Before step 1, UE also can report its transceiver capabilities;

MeNB can judge whether to send the first configuration information to SeNB according to the ability of UE.

If SeNB issues activation/deactivation order to UE, the first configuration information transmitting between base station can be to issue MeNB from SeNB, and MeNB does not dispatch described subscriber equipment according to the first configuration information of SeNB in definite duration.

Example 2: network side MeNB notice configuration/configure order.

Step 1:MeNB issues before the order of configuration/configure to UE, is sent the state (as certain SCell activates or deexcitation) of configuration/configure order and eats dishes without rice or wine to issue the moment (or time interval) to SeNB by inter-base station interface.

Step 2:SeNB receives after the information that in step 1, MeNB sends, if what SeNB received is " state of configuration/configure order and eat dishes without rice or wine to issue the moment (or time interval) ", SeNB is not carrying out data dispatch to UE from the eating dishes without rice or wine to issue the moment of this order (maybe starting the zero hour of eating dishes without rice or wine to issue time interval of this order) in agreement official hour.

Step 3:MeNB issues configuration/configure order (" cell status adjustment order " shown in Fig. 2 B) to UE, starts UE not to be carried out to data dispatch in agreement official hour from the moment that issues of this order.The time interval that stops scheduling is the time interval between " ti " shown in Fig. 2 B and " tj ".

Step 4:UE receives after configuration/configure order of step 4, to the operation of be configured/configure of corresponding community, adjusts transceiver simultaneously.The time interval that UE processes this order is the time interval between " ti " shown in Fig. 2 B and " tj ".

Another kind of mode is:

Before step 1, UE also can report its transceiver capabilities;

If SeNB issues the order of configuration/configure to UE, the first configuration information transmitting between base station can be to issue MeNB from SeNB, and MeNB does not dispatch described subscriber equipment according to the first configuration information of SeNB in definite duration.

Example 3: network side SeNB notice configuration/configure order.

Step 1:SeNB, in needs configuration/configure Yi Ge community, is sent the state (if certain SCell is configuration or configure) of configuration/configure order and eats dishes without rice or wine to issue the moment (or time interval) to MeNB by inter-base station interface; Or the time interval that does not allow descending scheduling of this configuration/configure order of the actual execution of this UE.This first configuration information is " cell status adjustment information " as shown in Figure 2 C.

If what SeNB sent is " state of this configuration/configure order and eat dishes without rice or wine to issue moment (or time interval) ", SeNB does not carry out data dispatch to UE issue (maybe starting the zero hour that issues time interval of this order) the moment from this order in agreement official hour.

If what SeNB sent is " state of actual disposition/configure of this UE and beginning and complete the moment ", and do not comprise that actual UE carries out the time of RF adjustment, SeNB is according to UE not being carried out to data dispatch in the time interval that does not allow descending scheduling of this configuration/configure order of the actual execution of this UE, and after not allowing the time interval of descending scheduling, in the duration specifying in agreement, UE is not carried out to data dispatch.The time interval that stops scheduling is the time interval between " ti " shown in Fig. 2 C and " tj ".

Step 2:MeNB receives after the information that in step 1, SeNB sends, if what MeNB received is " state of configuration/configure order and eat dishes without rice or wine to issue the moment (or time interval) ", MeNB sends the configuration/configure order from SeNB in the moment (the maybe any time that issues time interval of this order) that issues from this order to UE, and starts UE not to be carried out to data dispatch in agreement official hour from sending the moment of ordering.

If what MeNB received is " state of actual disposition/configure of this UE and beginning and complete the moment ", and do not comprise that actual UE carries out the time of RF adjustment, MeNB is according to UE not being carried out to data dispatch in the time interval that does not allow descending scheduling of this configuration/configure order of the actual execution of this UE, and after not allowing the time interval of descending scheduling, in the duration specifying in agreement, UE is not carried out to data dispatch.The time interval that stops scheduling is the time interval between " ti " shown in Fig. 2 C and " tj ".

Step 4:UE receives after configuration/configure order of step 4, to the operation of be configured/configure of corresponding community, adjusts transceiver simultaneously.The time interval that UE processes this order is the time interval between Fig. 2 C " ti " and " tj ".

Another kind of mode is:

Before step 1, UE also can report its transceiver capabilities;

SeNB can judge whether to send the first configuration information to MeNB according to the ability of UE.

As shown in Figure 3, the first network side apparatus in the system of the embodiment of the present invention two configuration schedules comprises: determination module 300 and sending module 310.

Determination module 300, need to be to the transmission configuration frequency order of the subscriber equipment in dual link for determining;

Sending module 310, for sending the first configuration information to the second network side apparatus being connected with described subscriber equipment, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and in definite duration, do not dispatch described subscriber equipment.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Preferably, described sending module 310 also for:

As shown in Figure 4, the second network side apparatus in the system of the embodiment of the present invention three configuration schedules, described second network side apparatus is connected with the subscriber equipment of dual link, and this second network side apparatus comprises: the first receiver module 400 and the first processing module 410.

The first receiver module 400, for receiving the first configuration information from the first network side apparatus being connected with described subscriber equipment, wherein said the first configuration information is that described first network side apparatus is being determined and need to after the transmission configuration frequency order of the subscriber equipment in dual link, sent;

The first processing module 410 for determine the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and is not dispatched described subscriber equipment in definite duration.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Preferably, described the first processing module 410 also for:

As shown in Figure 5, the first network side apparatus in the system of the embodiment of the present invention four configuration schedules comprises:

Processor 500, need to be to the transmission configuration frequency order of the subscriber equipment in dual link for determining, send the first configuration information by transceiver 510 to the second network side apparatus being connected with described subscriber equipment, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and in definite duration, do not dispatch described subscriber equipment;

Transceiver 510, for receiving and send data under the control at processor 500.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Preferably, described processor 500 also for:

Wherein, in Fig. 5, bus architecture can comprise interconnected bus and the bridge of any amount, and the various electrical chains of the memory that the one or more processors that specifically represented by processor 500 and memory 520 represent are connected together.Bus architecture can also be connected together various other electrical chains such as ancillary equipment, pressurizer and management circuit etc., and these are all known in the field, therefore, no longer it are described further herein.Bus interface provides interface.Transceiver 510 can be multiple elements, comprises transmitter and transceiver, is provided for the unit of communicating by letter with various other devices on transmission medium.Processor 500 is in charge of bus architecture and common processing, the data that memory 520 can storage of processor 500 uses in the time of executable operations.

Processor 500 is in charge of bus architecture and common processing, the data that memory 520 can storage of processor 500 uses in the time of executable operations.

As shown in Figure 6, the second network side apparatus in the system of the embodiment of the present invention five configuration schedules, described second network side apparatus is connected with the subscriber equipment of dual link, and this second network side apparatus comprises:

Processor 600, for receiving the first configuration information from the first network side apparatus being connected with described subscriber equipment by transceiver 610, wherein said the first configuration information is that described first network side apparatus is being determined and need to after the transmission configuration frequency order of the subscriber equipment in dual link, sent; Determine the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and in definite duration, do not dispatch described subscriber equipment;

Transceiver 610, for receiving and send data under the control at processor 600.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Preferably, described processor 600 also for:

Wherein, in Fig. 6, bus architecture can comprise interconnected bus and the bridge of any amount, and the various electrical chains of the memory that the one or more processors that specifically represented by processor 600 and memory 620 represent are connected together.Bus architecture can also be connected together various other electrical chains such as ancillary equipment, pressurizer and management circuit etc., and these are all known in the field, therefore, no longer it are described further herein.Bus interface provides interface.Transceiver 610 can be multiple elements, comprises transmitter and transceiver, is provided for the unit of communicating by letter with various other devices on transmission medium.Processor 600 is in charge of bus architecture and common processing, the data that memory 620 can storage of processor 600 uses in the time of executable operations.

Processor 600 is in charge of bus architecture and common processing, the data that memory 620 can storage of processor 600 uses in the time of executable operations.

Based on same inventive concept, the method of configuration schedules is also provided in the embodiment of the present invention, because equipment corresponding to the method for the embodiment of the present invention is the equipment in Fig. 2 A embodiment of the present invention configuration schedules system, and the principle that method is dealt with problems is similar to system, can be referring to the enforcement of system because of the enforcement of the method, repeat part and repeat no more.

As shown in Figure 7, the method for the embodiment of the present invention six configuration schedules comprises:

Step 700, first network side apparatus are determined need to be to the transmission configuration frequency order of the subscriber equipment in dual link;

Step 701, described first network side apparatus send the first configuration information to the second network side apparatus being connected with described subscriber equipment, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and in definite duration, do not dispatch described subscriber equipment.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

As shown in Figure 8, the method for the embodiment of the present invention seven configuration schedules comprises:

Step 800, the second network side apparatus being connected with the subscriber equipment of dual link receive the first configuration information from the first network side apparatus being connected with described subscriber equipment, and wherein said the first configuration information is that described first network side apparatus is being determined and need to after the transmission configuration frequency order of the subscriber equipment in dual link, sent;

Step 801, described second network side apparatus are determined the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and in definite duration, do not dispatch described subscriber equipment.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Scheme two:

As shown in Figure 9 A, the system of the embodiment of the present invention eight configuration schedules comprises: subscriber equipment 90, first network side apparatus 91 and second network side apparatus 92.

Subscriber equipment 90 in dual link, for receiving the configuration frequency order of first network side apparatus 91 of connection; Send the second configuration information to the second network side apparatus 92 connecting;

The second network side apparatus 92 being connected with the subscriber equipment of dual link, for receiving the second configuration information from described subscriber equipment 90, determine the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and in definite duration, do not dispatch described subscriber equipment 90.

In force, described the second configuration information comprise but be not limited in following partly or entirely:

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

For scheme two, enumerate several examples below.

The order of example 1:UE notice activation/deactivation.

Step 1:MeNB issues activation/deactivation order (" cell status adjustment order " shown in Fig. 9 B) by eating dishes without rice or wine to UE, and starts MeNB in agreement official hour and UE is not carried out to data dispatch from the moment that issues of this order.

Because UE need to just carry out transceiver adjustment after notice SeNB, therefore MeNB stop scheduled transmission time can from the actual moment of carrying out transceiver adjustment of UE start till complete transceiver adjust moment, and this UE can be the actual zero hour of carrying out transceiver adjustment agreement regulation the moment that receives order (shown in Fig. 9 B t) after (the ti=t+i shown in Fig. 9 B sometime, i can be 5 milliseconds etc.), and the moment (ti=t+i+j shown in Fig. 9 B that the moment that completes transceiver adjustment can be agreement to be specified, j can be 10 milliseconds etc.).

Step 2: according to step 1, UE, after the activation/deactivation order that receives MeNB, notifies SeNB by space interface signaling, the state of this activation/deactivation order; Or the time interval that does not allow descending scheduling of this activation/deactivation order of the actual execution of this UE.The supplementary that UE sends is " the cell status adjustment information " shown in Fig. 9 B.The time interval that UE processes this order is the time interval between " ti " shown in Fig. 9 B and " tj ".

Step 3: according to step 2, SeNB is after the supplementary receiving from UE.If what SeNB received is " state of this activation/deactivation order ", SeNB started UE not to be carried out to data dispatch in agreement official hour in the moment that issues from this order.

If what SeNB received is " time interval that does not allow descending scheduling of this activation/deactivation order of the actual execution of this UE ", and does not comprise that actual UE carries out the time of RF adjustment, S _enB is according to UE not being carried out to data dispatch in the time interval that does not allow descending scheduling of this configuration/configure order of the actual execution of this UE, and after not allowing the time interval of descending scheduling, in the duration specifying, UE do not carried out to data dispatch in agreement.The time interval that stops scheduling is the time interval between " ti " shown in Fig. 9 B and " tj ".

If SeNB issues the order of configuration/configure to UE, the second configuration information can be to send to MeNB from UE, and MeNB does not dispatch described subscriber equipment in definite duration according to the second configuration information.

The order of example 2:UE notice configuration/configure.

Step 1:MeNB issues configuration/configure order (" cell status adjustment order " shown in Fig. 9 B) by eating dishes without rice or wine to UE, and starts MeNB in agreement official hour and UE is not carried out to data dispatch from the moment that issues of this order.

Step 2: according to step 1, UE, after the configuration/configure order that receives MeNB, notifies SeNB by space interface signaling, the state of this configuration/configure order; Or the time interval that does not allow descending scheduling of this configuration/configure order of the actual execution of this UE.The supplementary that UE sends is " the cell status adjustment information " shown in Fig. 9 B.The time interval that UE processes this order is the time interval between " ti " shown in Fig. 9 B and " tj ".

Step 3: according to step 2, SeNB is after the supplementary receiving from UE.If what SeNB received is " state of this configuration/configure order ", SeNB started UE not to be carried out to data dispatch in agreement official hour in the moment that issues from this order.

If what SeNB received is " time interval that does not allow descending scheduling of this configuration/configure order of the actual execution of this UE ", and do not comprise that actual UE carries out the time of RF adjustment, SeNB is according to UE not being carried out to data dispatch in the time interval that does not allow descending scheduling of this configuration/configure order of the actual execution of this UE, and after not allowing the time interval of descending scheduling, in the duration specifying in agreement, UE is not carried out to data dispatch.The time interval that stops scheduling is the time interval between " ti " shown in Fig. 9 B and " tj ".

As shown in figure 10, the subscriber equipment in the system of the embodiment of the present invention nine configuration schedules, described subscriber equipment, in dual link, comprising: the second receiver module 1000 and sending module 1010.

The second receiver module 1000, for receiving the configuration frequency order of first network side apparatus of connection;

Sending module 1010, for sending the second configuration information to the second network side apparatus connecting, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and in definite duration, do not dispatch described subscriber equipment.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

As shown in figure 11, the second network side apparatus in the system of the embodiment of the present invention ten configuration schedules, described second network side apparatus is connected with the subscriber equipment of dual link, and this second network side apparatus comprises:

The 3rd receiver module 1100 and the second processing module 1110.

The 3rd receiver module 1100, for receiving the second configuration information from described subscriber equipment, wherein said the second configuration information is that described subscriber equipment sends after the configuration frequency order of receiving the first network side apparatus being connected with described subscriber equipment;

The second processing module 1110 for determine the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and is not dispatched described subscriber equipment in definite duration.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

As shown in figure 12, the subscriber equipment in the system of the embodiment of the present invention nine configuration schedules, described subscriber equipment, in dual link, comprising:

Processor 1200, for receiving the configuration frequency order of first network side apparatus of connection by transceiver 1210; Send the second configuration information to the second network side apparatus connecting, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and in definite duration, do not dispatch described subscriber equipment;

Transceiver 1210, for receiving and send data under the control at processor 1200.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Wherein, in Figure 12, bus architecture can comprise interconnected bus and the bridge of any amount, and the various electrical chains of the memory that the one or more processors that specifically represented by processor 1200 and memory 1220 represent are connected together.Bus architecture can also be connected together various other electrical chains such as ancillary equipment, pressurizer and management circuit etc., and these are all known in the field, therefore, no longer it are described further herein.Bus interface provides interface.Transceiver 1210 can be multiple elements, comprises transmitter and transceiver, is provided for the unit of communicating by letter with various other devices on transmission medium.For different subscriber equipmenies, user interface 1230 can also be to connect the interface that needs equipment in can be external, and the equipment of connection includes but not limited to keypad, display, loud speaker, microphone, joystick etc.

Processor 1200 is in charge of bus architecture and common processing, the data that memory 1220 can storage of processor 1200 uses in the time of executable operations.

As shown in figure 13, the second network side apparatus in the system of the embodiment of the present invention ten configuration schedules, described second network side apparatus is connected with the subscriber equipment of dual link, and this second network side apparatus comprises:

Processor 1300, for receiving the second configuration information from described subscriber equipment by transceiver 1310, wherein said the second configuration information is that described subscriber equipment sends after the configuration frequency order of receiving the first network side apparatus being connected with described subscriber equipment; Determine the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and in definite duration, do not dispatch described subscriber equipment;

Transceiver 1310, for receiving and send data under the control at processor 1300.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

Wherein, in Figure 13, bus architecture can comprise interconnected bus and the bridge of any amount, and the various electrical chains of the memory that the one or more processors that specifically represented by processor 1300 and memory 1320 represent are connected together.Bus architecture can also be connected together various other electrical chains such as ancillary equipment, pressurizer and management circuit etc., and these are all known in the field, therefore, no longer it are described further herein.Bus interface provides interface.Transceiver 1310 can be multiple elements, comprises transmitter and transceiver, is provided for the unit of communicating by letter with various other devices on transmission medium.Processor 1300 is in charge of bus architecture and common processing, the data that memory 1320 can storage of processor 1300 uses in the time of executable operations.

Processor 1300 is in charge of bus architecture and common processing, the data that memory 1320 can storage of processor 1300 uses in the time of executable operations.

In force, for different scenes selection scheme one or scheme two as required, and can be the first network equipment for different scene SeNB and MeNB, also can be second network side apparatus, so the module of Fig. 3, Fig. 4 and Figure 11 can be combined in an equipment, the module of Fig. 5, Fig. 6 and Figure 13 can be combined in an equipment, as required module corresponding to choice for use.

Based on same inventive concept, the method of configuration schedules is also provided in the embodiment of the present invention, because equipment corresponding to the method for the embodiment of the present invention is the equipment in Fig. 9 A embodiment of the present invention configuration schedules system, and the principle that method is dealt with problems is similar to system, can be referring to the enforcement of system because of the enforcement of the method, repeat part and repeat no more.

As shown in figure 14, the method for the embodiment of the present invention 13 configuration schedules comprises:

Step 1400, receive the configuration frequency order of the first network side apparatus of connection in the subscriber equipment of dual link;

Step 1410, described subscriber equipment send the second configuration information to the second network side apparatus connecting, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and in definite duration, do not dispatch described subscriber equipment.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

As shown in figure 15, the method for the embodiment of the present invention 14 configuration schedules comprises:

Step 1500, the second network side apparatus being connected with the subscriber equipment of dual link receive the second configuration information from described subscriber equipment, and wherein said the second configuration information is that described subscriber equipment sends after the configuration frequency order of receiving the first network side apparatus being connected with described subscriber equipment;

Step 1510, described second network side apparatus are determined the duration of the frequency of the described subscriber equipment of configuration according to described the second configuration information, and in definite duration, do not dispatch described subscriber equipment.

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

It can be seen from the above: embodiment of the present invention the first scheme first network side apparatus is determined need to be after the transmission configuration frequency order of the subscriber equipment in dual link, send the first configuration information to the second network side apparatus being connected with described subscriber equipment, so that described second network side apparatus is determined the duration of the frequency of the described subscriber equipment of configuration according to described the first configuration information, and in definite duration, do not dispatch described subscriber equipment.

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

The present invention is with reference to describing according to flow chart and/or the block diagram of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or the combination of square frame.Can provide these computer program instructions to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction that makes to carry out by the processor of computer or other programmable data processing device produces the device for realizing the function of specifying at flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.

These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of specifying in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.

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

Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and amendment to these embodiment.So claims are intended to be interpreted as comprising preferred embodiment and fall into all changes and the amendment of the scope of the invention.

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

Claims

1. a method for configuration schedules, is characterized in that, the method comprises:

2. the method for claim 1, is characterized in that, described the first configuration information comprise in following partly or entirely:

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

3. the method for claim 1, is characterized in that, described first network side apparatus also comprises before sending the first configuration information to the second network side apparatus being connected with described subscriber equipment:

4. the method as described in as arbitrary in claim 1～3, is characterized in that, if described first network side apparatus is dominant base MeNB, described second network side apparatus is slave base stations SeNB;

5. a method for configuration schedules, is characterized in that, the method comprises:

6. method as claimed in claim 5, is characterized in that, described the first configuration information comprise in following partly or entirely:

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

7. method as claimed in claim 6, is characterized in that, described second network side apparatus also comprises after receiving the first configuration information from the first network side apparatus being connected with described subscriber equipment:

8. the method as described in as arbitrary in claim 5～7, is characterized in that, if described first network side apparatus is MeNB, described second network side apparatus is SeNB;

9. a method for configuration schedules, is characterized in that, the method comprises:

10. method as claimed in claim 9, is characterized in that, described the second configuration information comprise in following partly or entirely:

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

11. methods as described in claim 9 or 10, is characterized in that, if described first network side apparatus is MeNB, described second network side apparatus is SeNB;

The method of 12. 1 kinds of configuration schedules, is characterized in that, the method comprises:

13. methods as claimed in claim 12, is characterized in that, described the second configuration information comprise in following partly or entirely:

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

14. methods as described in claim 12 or 13, is characterized in that, if described first network side apparatus is MeNB, described second network side apparatus is SeNB;

The first network side apparatus of 15. 1 kinds of configuration schedules, is characterized in that, this first network side apparatus comprises:

16. first network side apparatus as claimed in claim 15, is characterized in that, described the first configuration information comprise in following partly or entirely:

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

17. first network side apparatus as claimed in claim 15, is characterized in that, described sending module also for:

18. first network side apparatus as described in as arbitrary in claim 15～17, is characterized in that, if described first network side apparatus is MeNB, described second network side apparatus is SeNB;

The second network side apparatus of 19. 1 kinds of configuration schedules, is characterized in that, described second network side apparatus is connected with the subscriber equipment of dual link, and this second network side apparatus comprises:

20. second network side apparatus as claimed in claim 19, is characterized in that, described the first configuration information comprise in following partly or entirely:

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

21. second network side apparatus as claimed in claim 20, is characterized in that, described the first processing module also for:

22. second network side apparatus as described in as arbitrary in claim 19～21, is characterized in that, if described first network side apparatus is MeNB, described second network side apparatus is SeNB;

The subscriber equipment of 23. 1 kinds of configuration schedules, is characterized in that, described subscriber equipment is in dual link, and this subscriber equipment comprises:

24. subscriber equipmenies as claimed in claim 23, is characterized in that, described the second configuration information comprise in following partly or entirely:

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

25. subscriber equipmenies as described in claim 23 or 24, is characterized in that, if described first network side apparatus is MeNB, described second network side apparatus is SeNB;

The second network side apparatus of 26. 1 kinds of configuration schedules, is characterized in that, described second network side apparatus is connected with the subscriber equipment of dual link, and this second network side apparatus comprises:

27. second network side apparatus as claimed in claim 26, is characterized in that, described the second configuration information comprise in following partly or entirely:

The state of configuration frequency order;

Do not allow the time interval of descending scheduling.

28. second network side apparatus as described in claim 26 or 27, is characterized in that, if described first network side apparatus is MeNB, described second network side apparatus is SeNB;