CN102448050B - Method and network equipment for determining mode configuration for users - Google Patents
Method and network equipment for determining mode configuration for users Download PDFInfo
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- CN102448050B CN102448050B CN201010298159.8A CN201010298159A CN102448050B CN 102448050 B CN102448050 B CN 102448050B CN 201010298159 A CN201010298159 A CN 201010298159A CN 102448050 B CN102448050 B CN 102448050B
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Abstract
An embodiment of this invention discloses a method and network equipment for determining a mode configuration for the users. The method for determining the configuration mode for the users mainly comprises the step of: determining the mode for the users under an MC mode and an MIMO mode according to the network condition, wherein either MC mode or MIMO mode but not both can be configured to the user. By the method and equipment disclosed by the embodiment, the mode can be reasonably and flexibly configured to the user based on actual network condition.
Description
Technical field
The present invention relates to the communication technology, particularly a kind of technology of configure user pattern.
Background technology
3G (Third Generation) Moblie collaborative project group (3rd Generation Partnership Project, being called for short 3GPP) Release8 introduces double small district (Dual Cell, be called for short DC) characteristic, by this characteristic, user can use the local resource of two contiguous carrier frequency simultaneously, thus the satisfaction of user can be improved, strengthen the continuity of customer service.After introducing DC characteristic, occur supporting Multiinputoutput (Multi-Input Multi-Output, be called for short MIMO) user's (being called MIMO user) of pattern, also occurred supporting the user of DC pattern (being called DC user), some user can support MIMO mode and DC pattern simultaneously.
DC user can use power and the code resource of two carrier waves, thus can the balanced resource using Liang Ge community, increases the resource utilization of system.And MIMO user can only use the resource of a community, but its spectrum efficiency is the twice of DC user, and namely MIMO user's peak rate of 10Mbps bandwidth is the twice of DC user's peak rate.
Under normal circumstances, for can support MIMO mode and DC pattern simultaneously, but the user simultaneously adopting MIMO mode and DC pattern can not be configured to, the control appliance of network side can select arbitrarily a pattern to come to configure to user when business is set up, and just remain unchanged after a kind of pattern of selection, visible, the method for prior art can not realize the reasonable disposition to user model.
Summary of the invention
Embodiments provide and a kind ofly determine to the method for user configured pattern, can rationally, configure user pattern neatly.
On the one hand, embodiments provide one, mainly comprise:
Determine to user configured pattern according to network condition in multiple cell (MC) pattern and Multiinputoutput (MIMO) pattern, described user for not only can be configured to MC pattern but also can be configured to many MIMO mode, but can not be configured to the user simultaneously adopting MIMO mode and MC pattern.
On the other hand, the embodiment of the present invention additionally provides a kind of network equipment, mainly comprises:
Determination module, for determining to user configured pattern according to network condition in multiple cell (MC) pattern and Multiinputoutput (MIMO) pattern, wherein said user for not only can be configured to MC pattern but also can be configured to many MIMO mode, but can not be configured to the user simultaneously adopting MIMO mode and MC pattern.
Method and the network equipment of user configured pattern are given in determination in the embodiment of the present invention, can realize rationally and flexibly configuring user model according to the network condition of reality.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide a further understanding of the present invention, forms a application's part, does not form limitation of the invention.
Fig. 1 is the flow chart of the configure user mode method that one embodiment of the invention provides;
Fig. 2 is the flow chart of the configure user mode method that another embodiment of the present invention provides;
The flow chart of the configure user mode method that Fig. 3 provides for another embodiment of the present invention;
The flow chart of the configure user mode method that Fig. 4 provides for another embodiment of the present invention;
Fig. 5 is the structural representation of the network equipment of one embodiment of the invention;
Fig. 6 is the structural representation of the network equipment of another embodiment of the present invention.
Embodiment
For making the object, technical solutions and advantages of the present invention clearly understand, below in conjunction with accompanying drawing, the embodiment of the present invention is described in further detail.At this, schematic description and description of the present invention is for explaining the present invention, but not as a limitation of the invention.
DC user namely supports the user of DC pattern, allows Liang Ge community to send data to this DC user simultaneously.Be understandable that, also the user that other can support to receive from more community data can be there is, such as three community users, in various embodiments of the present invention, to support that the user receiving data from least Liang Ge community is referred to as multiple cell (Multi-Cell, be called for short MC) user, namely supports the user of MC pattern.
For being not only configured to MC pattern but also can MIMO mode be configured to, but the user simultaneously adopting MIMO mode and MC pattern can not be configured to, no matter be when user initially accesses or after user's access, the method that can be provided by the present embodiment, determines that in MC pattern and MIMO mode a suitable pattern is configured for user.
One embodiment of the invention provides a kind ofly to be determined to the method for user configured pattern, the method can comprise following content: determine in MC pattern and MIMO mode to user configured pattern according to network condition, described user for not only can be configured to MC pattern but also can be configured to many MIMO mode, but can not be configured to the user simultaneously adopting MIMO mode and MC pattern.
In the present embodiment, can determine to user configured pattern by the base station of network side, also can be determined to user configured pattern by the control appliance of network side.Method in the present embodiment, determine to user configured pattern by the base station of network side or control appliance according to network condition, no matter be when user initially accesses or after user's access, rationally and flexibly configuring user model can be realized according to the network condition of reality.
Further, when determining after for user configured pattern, by the control appliance of network side according to the result determined, the pattern that relevant configuration messages carrys out configure user can be sent, such as, can send radio bearer configuration messages to user by radio network controller.
In addition, when be determined to user configured pattern by base station time, another embodiment of the present invention additionally provides a kind ofly to be determined to the method for user configured pattern, and as shown in Figure 1, the method can comprise:
S101, base station is determined to user configured pattern according to network condition in MC pattern and MIMO mode, described user for not only can be configured to MC pattern but also can be configured to MIMO mode, but can not be configured to the user simultaneously adopting MIMO mode and MC pattern.
S102, base station send comprise determine to the message of the information of user configured pattern to the control appliance of network side.
Wherein, when base station is determined after to user configured pattern according to network condition, can by base station to the control appliance of network side send comprise determine to the message of the information of user configured pattern, thus make the control appliance of network side can complete configuration to user model with reference to this message.Particularly, this message can, for newly-increased message, also can be utilize existing message to expand, as long as the control appliance sending to network side to the information of user configured pattern that can will determine, the present embodiment does not limit this.Such as, the control appliance that can come informing network side by comprising MIMO and MC model selection (MIMO and MC Mode Selection) cell at radio link parameter update instruction (RADIO LINK PARAMETER UPDATE INDICATION) carries out the configuration of user model, such as, when MIMO and MC Mode Selection cell is set to MIMO, expression will be MIMO mode to user configured pattern, when MIMO and MC Mode Selection cell is set to MC, expression will be MC pattern to user configured pattern.Wherein, MIMO and MC model selection (MIMO and MC Mode Selection) cell can be newly-increased cell also can be existing cell, such as, high speed can be indicated to share a newly-increased cell in data channel Frequency Division Duplexing (FDD) lastest imformation (HS-DSCH FDD Update Information) at radio link parameter update.
And for the scene of cross-Iur interface (RNC is used for the interface carrying out signaling and data interaction with other RNC), Iub interface (interface between RNC and base station) can be passed through in base station and send RADIO LINK PARAMETER UPDATE INDICATION to target radio network controller (DRNC), then by DRNC by Iur interface notification source radio network controller (SRNC).
In the present embodiment, the parameters in network can be known with comparalive ease due to base station, also with regard to more clearly network condition, so realized determining to user configured pattern according to network condition by base station, with regard to configuration that is fairly simple, that directly achieve user model, save signaling, also can realize the configuration to user model rationally, neatly.
In addition, the message of network side can be sent to by user, message that such as wireless heterogeneous networks connection establishment completes (RRC CONNECTION SETUP COMPLETE), judge the support situation of user to MIMO mode or MC pattern.Such as, when the bit value that the high speed shared data channel physical layer classification of RRC CONNECTION SETUP COMPLETE message expands (HS-DSCH physical layer category extension) cell is 15 ~ 20, represent that user can support MIMO mode, when the bit value of HS-DSCH physical layer category extension2 is 21 ~ 24, represent that user can support MC pattern, represent that the pattern that user can not support to configure simultaneously is MC pattern and MIMO mode when HS-DSCH physical layer category extension3 is NULL in RRC CONNECTION SETUP COMPLETE.So network side just can identify the support situation of user to each pattern according to this message, such as can complete this identification by the control appliance of network side, if the control appliance of network side completes this identification, relevant message informing base station can be passed through about the support situation of user to each pattern so further by the control appliance of network side, thus base station can according to this information for not only can be configured to MC pattern but also can be configured to many MIMO mode, but can not be configured to adopt the user of MIMO mode and MC pattern to determine the pattern of configuration simultaneously.Wherein, relevant message informing base station is passed through about the support situation of user to each pattern by the control appliance of network side, can be each user of the direct informing base station of network side whether be not only can be configured to MC pattern but also many MIMO mode can be configured to, but the user simultaneously adopting MIMO mode and MC pattern can not be configured to.And relevant message can be existing message, increasing corresponding cell wherein, also can be newly-increased message, as long as by this message informing base station about the support situation of user to each pattern.Such as, can prepare to increase corresponding cell in message and carry out informing base station about the support situation of user to each pattern by increasing request message or link reconfigure newly at existing request for building link message, link.
Particularly, for being not only configured to MC pattern but also many MIMO mode can be configured to, but the user simultaneously adopting MIMO mode and MC pattern can not be configured to, no matter that base station or the control appliance of network side are when determining to user configured pattern according to network condition, according to actual needs, the parameter of one or more reflection network condition can be considered, such as channel quality etc., the present embodiment does not limit this, in order to understand the scheme of the present embodiment better, high-speed slender body theory (the High Speed Downlink Packet Access of the following examples Zhong Jiangyi community, be called for short HSDPA) user's number, the wireless channel conditions of HSDPA user, the parameter of these reflection network condition of community HSDPA available resources is that example is described.Another embodiment of the present invention provides a kind ofly to be determined to the method for user configured pattern, and as shown in Figure 2, the method can comprise following content.
S201, obtains the first parameter, and wherein this first parameter is HSDPA user's number of community, the wireless channel conditions of HSDPA user, the parameter that the priority in the HSDPA available resources of community is the highest.
Network side is when determining to user configured pattern, HSDPA user's number of community can be considered, the wireless channel conditions of HSDPA user, any one or more parameters in the HSDPA available resources of community, when considering multiple parameter, different priority orders can be had between parameters, high can the paying the utmost attention to of priority, and the priority between this multiple factor can be configured according to actual needs, the present embodiment does not limit.
Wherein, above-mentioned HSDPA user is the HSDPA user of broad sense.The HSDPA user of so-called broad sense can comprise 64 quadrature amplitude modulation (the Quadrature Amplitude Modulation of common HSDPA user, HSPA+, be called for short QAM) user, MIMO user, the pattern simultaneously configured is the user of MIMO mode and 64QAM pattern, and MC user and the pattern simultaneously configured are the user of MC pattern and 64QAM pattern.
The statistics of HSDPA user can be carried out in the radio network controller of network side or base station, and this statistical can with reference to mode of the prior art, and the present embodiment does not repeat.
(Channel Quality Indicator can be indicated by the channel quality of reporting of user, be called for short CQI) or the Ec/N0 (chip energy and interference and the ratio of noise) of reporting of user determine the wireless channel conditions of HSDPA user, when there being multiple HSDPA user, the wireless channel conditions of HSDPA user can be represented by the average of CQI or Ec/N0 of multiple HSDPA user.
And community HSDPA available resources can be represented by power resource or code resource etc.Network side can safeguard the resource consumption situation of community, so in conjunction with total resource situation, just can know the available resources of community.Can with reference to mode of the prior art for the mode how obtaining community HSDPA available resources, the present embodiment does not repeat.
After acquisition first parameter, just can be configured user model according to the relation of the first parameter and respective threshold.Namely perform S202, it should be noted that, for the first different parameters, may be different, specific as follows to the mode of user model configuration.
S202, at least determines to user configured pattern in MC pattern and MIMO mode according to the first parameter.
Particularly, at least determine according to the first parameter and can to comprise to user configured pattern:
If the first parameter is HSDPA user's number of community, one in the wireless channel conditions of HSDPA user, if this first parameter is less than or equal to corresponding first low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or,
If the first parameter is community HSDPA available resources, if this first parameter is less than or equal to corresponding first low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
Herein, under different scenes, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be that MC pattern has different implications simultaneously:
For the scene when business is set up, namely for the user of initial access, if this user initially accessed is for not only can be configured to MC pattern but also can be configured to MIMO mode, but the user simultaneously adopting MIMO mode and MC pattern can not be configured to, can determine the pattern configurations of this user to be MC pattern.
Later scene has been set up for business, the situation of reshuffling of pattern is namely carried out for the user accessed, can determine that by the pattern configurations of the user of at least one the non-MC pattern accessed in described community be MC pattern, wherein, the user of the non-MC pattern of at least one access described for not only can be configured to MC pattern but also can be configured to MIMO mode, but can not be configured to the non-MC mode user simultaneously adopting MIMO mode and MC pattern.
It should be noted that, at least one user in the user of the non-MC pattern accessed can be selected arbitrarily to be configured to MC pattern, also at least one user in the user of the non-MC pattern accessed can be selected to be configured to MC pattern according to certain demand, such as can selective channel condition poor, such as channel condition is configured to MC pattern lower than the user of the one or more non-MC pattern of pre-determined threshold; Also can be that the user selecting buffer memory to be greater than the one or more non-MC pattern of certain thresholding (namely buffer memory is sufficient) is configured to MC pattern; Also binding cache and channel condition two factors can carry out the selection of user, such as, select buffer memory sufficient and user that the is one or more non-MC pattern that channel condition is poor is configured to MC pattern.
It should be noted that, the above thresholding adopted when judging channel condition and the buffer memory of user can be arranged according to actual needs, and the present embodiment does not limit this.
More than determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be that the mode of MC pattern is equally applicable to other each embodiments of the present invention simultaneously.
Herein, under different scenes, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be that MIMO mode has different implications simultaneously:
For the scene when business is set up, namely for the user of initial access, if this user initially accessed is for not only can be configured to MC pattern but also can be configured to MIMO mode, but the user simultaneously adopting MIMO mode and MC pattern can not be configured to, this user can be configured to MIMO mode.
Later scene has been set up for business, the situation of reshuffling of pattern is namely carried out for the user accessed, the user of at least one the non-MIMO mode accessed in described community can be configured to MIMO mode, wherein, the user of the non-MIMO mode of at least one access described for not only can be configured to MC pattern but also can be configured to MIMO mode, but can not be configured to the non-MIMO mode user simultaneously adopting MIMO mode and MC pattern.Particularly, at least one user in the user of the non-MIMO mode accessed can be selected arbitrarily to be configured to MIMO mode, also at least one user in the user of the non-MIMO mode accessed can be selected to be configured to MIMO mode according to certain demand, such as can selective channel condition good, such as CQI is configured to MIMO mode higher than the user of the one or more non-MIMO mode of pre-determined threshold; Also can be that the user selecting buffer memory to be greater than the one or more non-MC pattern of certain thresholding (namely buffer memory is sufficient) is configured to MC pattern; Also binding cache and channel condition two factors can carry out the selection of user, such as, select that buffer memory is sufficient and the user of the good one or more non-MC pattern of channel condition is configured to MC pattern.
More than determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be that the mode of MIMO mode is equally applicable to other each embodiments of the present invention simultaneously.
Be understandable that, when the first parameter is different parameter, the value of the first low threshold is different.
By the method for above-described embodiment, can realize being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user of MIMO mode and MC pattern to carry out the flexible configuration of pattern simultaneously, thus larger system throughput can be obtained.
Further, if the first parameter is HSDPA user's number of community, one that priority in the wireless channel conditions of HSDPA user is higher, when this first parameter is greater than corresponding first low threshold, relevant treatment can also be carried out to the method for user configured pattern by the determination of another embodiment of the present invention, as shown in Figure 3, the method can comprise following content.
S301, obtains the first parameter, and wherein this first parameter is HSDPA user's number of community, the wireless channel conditions of HSDPA user, the parameter that the priority in the HSDPA available resources of community is the highest.
Wherein, the mode obtaining the first parameter with reference to the associated description at S201 place, can repeat no more herein.
S302, if this first parameter is more than or equal to corresponding first high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
Wherein, the first high threshold can be greater than or equal to the first low threshold, and generally, in order to avoid ping-pong phenomenon, the value of the first high threshold is greater than the value of the first low threshold.
Further, when the first high threshold is greater than the first low threshold, and if this first parameter is between corresponding first low threshold and the first high threshold, at least can determine how configure user pattern according to priority lower than the situation of the second parameter of the first parameter further, wherein, this second parameter is HSDPA user's number of community, the wireless channel conditions of HSDPA user, the secondary high parameter of community HSDPA available resources medium priority.The method of the present embodiment can also comprise:
S303, if the second parameter is HSDPA user's number, one that the wireless channel conditions medium priority of HSDPA user is lower, when the second parameter is less than or equal to corresponding second low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; If the second parameter is community HSDPA available resources, when the second parameter is less than or equal to corresponding second low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
This first parameter is between corresponding first low threshold and the second high threshold, and that is the first parameter is greater than the first low threshold and is less than the first high threshold.
It should be noted that, when the first parameter equals the first low threshold or the first parameter equals the first high threshold, the mode of S203 also can be adopted to process.
If the second parameter is HSDPA user's number, one that the wireless channel conditions medium priority of HSDPA user is lower, when the second parameter is greater than the second low threshold, can also process further by the mode of such as S304 or S305.
S304, if this second parameter is more than or equal to corresponding second high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
Wherein, the second high threshold can be greater than or equal to the second low threshold, and generally, in order to avoid ping-pong phenomenon, the value of the second high threshold is greater than the value of the second low threshold.
S305, if this second parameter is between the second low threshold and the second high threshold, and the 3rd parameter is less than or equal to corresponding 3rd low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously, wherein, 3rd parameter is HSDPA user's number of community, the wireless channel conditions of HSDPA user, the parameter that community HSDPA available resources medium priority is minimum, for the situation of the present embodiment, 3rd parameter i.e. community HSDPA available resources.
It should be noted that, when the second parameter equals the second low threshold or the second parameter equals the second high threshold, the mode of S305 also can be adopted to process.
And if the 3rd parameter is greater than corresponding 3rd low threshold, can also be processed by the mode of such as S306.
S306, if the 3rd parameter is more than or equal to corresponding third high thresholding, determines to being not only configured to MC pattern but also can be configured to MIMO mode, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously.
For the situation that the second parameter is community HSDPA available resources, when the second parameter is greater than the second low threshold, can also be processed by following S307 or S308 mode.
S307, if this second parameter is more than or equal to corresponding second high threshold, determines to being not only configured to MC pattern but also can be configured to MIMO mode, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously.
S308, if this second parameter is between the second low threshold and the second high threshold, and the 3rd parameter is less than or equal to corresponding 3rd low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously, wherein, 3rd parameter is HSDPA user's number of community, the wireless channel conditions of HSDPA user, the parameter that community HSDPA available resources medium priority is minimum, for the situation of the present embodiment, 3rd parameter is HSDPA user's number of community, one that the wireless channel conditions medium priority of HSDPA user is lower.
And if the 3rd parameter is greater than corresponding 3rd low threshold, can also be processed by the mode of such as S309.
S309, if the 3rd parameter is more than or equal to corresponding third high thresholding, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
Method in above embodiment, when carrying out the configuration of user model, having taken into full account multiple factor, can realize the flexible configuration to user model, can obtain larger power system capacity further.
If when the first parameter is community HSDPA available resources, when this first parameter is greater than corresponding first low threshold, can also carry out relevant treatment to the method for user configured pattern by the determination of yet another embodiment of the invention, as shown in Figure 4, the method can comprise following content.
S401, obtains community HSDPA available resources.
Wherein, the mode obtaining community HSDPA available resources with reference to the associated description at S201 place, can repeat no more herein.
S402, if community HSDPA available resources are greater than or equal to corresponding first high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously.
Further, if community HSDPA available resources are between corresponding first low threshold and the first high threshold, the method for the present embodiment can also comprise:
S403, when the second parameter is less than or equal to corresponding second low threshold, determines to being not only configured to MC pattern but also can be configured to MIMO mode, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously.
Wherein the priority of the second parameter is less than the first parameter, and the second parameter is HSDPA user's number, one that the priority in the wireless channel conditions of HSDPA user is higher.
When the second parameter is greater than the second low threshold, can also process further by the mode of such as S404 or S405.
S404, if this second parameter is more than or equal to corresponding second high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
S405, if this second parameter is between the second low threshold and the second high threshold, and the 3rd parameter is less than or equal to corresponding 3rd low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously.Wherein, the 3rd parameter is HSDPA user's number, one that the priority in the wireless channel conditions of HSDPA user is lower.
And if the 3rd parameter is greater than corresponding 3rd low threshold, can also be processed by the mode of such as S406.
S406, if the 3rd parameter is more than or equal to corresponding third high thresholding, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
Further, more than the present invention each embodiment of the method basis on realize once to after the configuration of user model, after certain predetermined period, just can also carry out the configuration of user model according to the mode of the above any embodiment of the present invention, thus continuous print can be avoided to cross adjustment.This predetermined period can be arranged according to actual needs, and be such as 5s, the present embodiment does not limit this.
One embodiment of the invention additionally provides a kind of network equipment, this network equipment can comprise: determination module, for determining in MC pattern and MIMO mode to user configured pattern according to network condition, wherein this user is for not only can be configured to MC pattern but also can be configured to many MIMO mode, but can not be configured to the user simultaneously adopting MIMO mode and MC pattern.
The determination module of the present embodiment can be arranged in a base station, also can be arranged in the control appliance of network side.The network equipment in the present embodiment is determined to user configured pattern according to network condition, no matter is when user initially accesses or after user's access, can realizes rationally and flexibly configuring user model according to the network condition of reality.
Particularly, when determination module is arranged in base station, additionally provide a kind of network equipment by another embodiment of the present invention, as shown in Figure 5, this network equipment can comprise:
Determination module 501, for determining in MC pattern and MIMO mode to user configured pattern according to network condition, wherein this user is for not only can be configured to MC pattern but also can be configured to many MIMO mode, but can not be configured to the user simultaneously adopting MIMO mode and MC pattern;
Sending module 502, for send comprise that determination module 501 determines to the message of the information of user configured pattern.
About with reference to the related content in previous embodiment, can repeating no more to the description of the message of the information of user configured pattern of comprising that determination module 501 determines herein.
Further, the network equipment in the present embodiment can also comprise receiver module 503, represent that user is to the message of the support situation of pattern for receiving, wherein said expression user to the message of the support situation of pattern for representing whether user is not only can be configured to MC pattern but also can be configured to many MIMO mode, but the user simultaneously adopting MIMO mode and MC pattern can not be configured to.This receiver module 503 can be receive the message sent from the control appliance of network side.
Further, the network equipment in the present embodiment can also comprise control module 504, for determine according to determination module 501 carry out the configuration of user model to user configured pattern, particularly, control module 504 can carry out the configuration of user model by radio bearer configuration messages.
And for the scene of cross-Iur interface, RADIO LINK PARAMETER UPDATE INDICATION can sent to target radio network controller (DRNC) by Iub interface (interface between RNC and base station) by sending module, then by DRNC by Iur interface notification source radio network controller (SRNC).
In the present embodiment, the parameters in network can be known with comparalive ease due to base station, also with regard to more clearly network condition, so realized determining to user configured pattern according to network condition by base station, with regard to configuration that is fairly simple, that directly achieve user model, save signaling, also can realize the configuration to user model rationally, neatly.
Particularly, for being not only configured to MC pattern but also many MIMO mode can be configured to, but the user simultaneously adopting MIMO mode and MC pattern can not be configured to, no matter that base station or the control appliance of network side are when determining to user configured pattern according to network condition, according to actual needs, the parameter of one or more reflection network condition can be considered, such as channel quality etc., the present embodiment does not limit this, in order to understand the scheme of the present embodiment better, HSDPA user's number of the following examples Zhong Jiangyi community, the wireless channel conditions of HSDPA user, the parameter of these reflection network condition of community HSDPA available resources is that example is described.
Another embodiment of the present invention provides a kind of network equipment, and this network equipment comprises the determination module in above-mentioned arbitrary network equipment enforcement, and further, this determination module can comprise:
Obtain submodule 601, for obtaining the first parameter, wherein said first parameter is HSDPA user's number of community, the parameter that the priority in the wireless channel conditions of HSDPA user and community HSDPA available resources is the highest;
Determine submodule 602, at least determining to user configured pattern in MC pattern and MIMO mode according to the first parameter obtaining submodule 601 acquisition.
Wherein, obtain submodule 601 obtain the mode of the first parameter can the associated description at reference method embodiment place, repeat no more herein.
Determine that submodule 601 can be specifically for: if the first parameter is HSDPA user's number of community, one in the wireless channel conditions of HSDPA user, if the first parameter is less than or equal to corresponding first low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or, if described first parameter is community HSDPA available resources, if described first parameter is less than or equal to corresponding first low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
And when the first parameter is greater than the first low threshold, particularly, be the situation of different parameters for the first parameter, the present embodiment will be described respectively.
A: if the first parameter is HSDPA user's number of community, one in the wireless channel conditions of HSDPA user, determine that submodule 602 can also be specifically for, if the first parameter is more than or equal to corresponding first high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
When the first parameter is greater than the first low threshold, determine that submodule 602 can also comprise the first determining unit 6021, if for HSDPA user's number that the first parameter is community, one in the wireless channel conditions of HSDPA user, if the first parameter is between corresponding first low threshold and the first high threshold, at least determine in MC pattern and MIMO mode to user configured pattern according to the second parameter, wherein, second parameter is HSDPA user's number, the wireless channel conditions of HSDPA user and the secondary high parameter of community HSDPA available resources medium priority.
Further, if the second parameter is HSDPA user's number of community, one that the wireless channel conditions medium priority of HSDPA user is lower, the first determining unit 6021 can comprise:
First configuration subelement 6021a, for when the second parameter is less than or equal to corresponding second low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or,
Second configuration subelement 6021b, for when the second parameter is more than or equal to corresponding second high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or,
3rd configuration subelement 6021c, for when the second parameter is between the second low threshold and the second high threshold, determines to user configured pattern according to described community HSDPA available resources.
Further, 3rd configuration subelement 6021c specifically for, if community HSDPA available resources are less than or equal to corresponding 3rd low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or, if HSDPA available resources are more than or equal to corresponding third high thresholding, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously.
In addition, if the second parameter is community HSDPA available resources, the first determining unit 6021 can comprise:
4th configuration subelement 6021d, for when the second parameter is less than or equal to corresponding second low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or,
5th configuration subelement 6021e, for when the second parameter is more than or equal to corresponding second high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or,
6th configuration subelement 6021f, for when the second parameter is between the second low threshold and the second high threshold, determine to user configured pattern according to the 3rd parameter, described 3rd parameter is HSDPA user's number of community, one that the wireless channel conditions medium priority of HSDPA user is lower.
Further, 6th configuration subelement 6021f specifically may be used for, if the 3rd parameter is less than or equal to corresponding 3rd low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or, if the 3rd parameter is more than or equal to corresponding third high thresholding, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
B: if described first parameter is community HSDPA available resources, determine that submodule 602 can also be specifically for, if described first parameter is more than or equal to corresponding first high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously.
In addition, determine that submodule 602 can also comprise: the second determining unit 6022, if be community HSDPA available resources for the first parameter, if the first parameter is between corresponding first low threshold and the first high threshold, the at least pattern of user according to the second parameter configuration, wherein, the second parameter is HSDPA user's number, the parameter that the wireless channel conditions priority of HSDPA user is higher.
Further, the second determining unit 6022 can comprise:
7th configuration subelement 6022a, for when the second parameter is less than or equal to corresponding second low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or,
8th configuration subelement 6022b, for when described second parameter is more than or equal to corresponding second high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or,
9th configuration subelement 6022c, for when described second parameter is between the second low threshold and the second high threshold, the pattern of user according to the 3rd parameter configuration, wherein said 3rd parameter is HSDPA user's number of community, one that the wireless channel conditions medium priority of HSDPA user is lower.
Further, 9th configuration subelement 6022c specifically for, if described 3rd parameter is less than or equal to corresponding 3rd low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or, if described 3rd parameter is more than or equal to corresponding third high thresholding, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
In above embodiment, determine that submodule 602 is determined to being not only configured to MC pattern but also can be configured to MIMO mode, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be that MC pattern comprises: under the scene when business is set up simultaneously, not only can be configured to MC pattern but also can MIMO mode be configured to by what initially access, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or, under business has set up later scene, be MC pattern by the user configured pattern of at least one the non-MC pattern accessed in community, wherein, the user of the non-MC pattern of at least one access described for not only can be configured to MC pattern but also can be configured to MIMO mode, but can not be configured to the non-MC mode user simultaneously adopting MIMO mode and MC pattern.
Further, determine that submodule 602 can also comprise the first selected cell, for selecting arbitrarily the user of at least one non-MC pattern in the described user accessed; Or, in the described user accessed selective channel condition lower than the user of at least one non-MC pattern of pre-determined threshold; Or, in the described user accessed, select buffer memory to be greater than the user of at least one non-MC pattern of certain thresholding; Or, in the described user accessed, select buffer memory to be greater than certain thresholding and channel condition lower than the user of at least one non-MC pattern of pre-determined threshold.
Determine that submodule 602 is determined to being not only configured to MC pattern but also can be configured to MIMO mode, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be that MIMO mode comprises: under the scene when business is set up simultaneously, not only can be configured to MC pattern but also can MIMO mode be configured to by what initially access, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or, under business has set up later scene, be MIMO mode by the user configured pattern of at least one the non-MIMO mode accessed in community, wherein, the user of the non-MIMO mode of at least one access described for not only can be configured to MC pattern but also can be configured to MIMO mode, but can not be configured to the non-MIMO mode user simultaneously adopting MIMO mode and MC pattern.
Further, determination module 602 can also comprise the second selected cell, for selecting arbitrarily the user of at least one non-MIMO mode in the described user accessed; Or, in the described user accessed selective channel condition higher than the user of at least one non-MIMO mode of pre-determined threshold; Or, in the described user accessed, select buffer memory to be greater than the user of at least one non-MIMO mode of certain thresholding; Or, in the described user accessed, select buffer memory to be greater than certain thresholding and channel condition higher than the user of at least one non-MIMO mode of pre-determined threshold.
In addition, the network equipment more than the present invention in each embodiment can also comprise: trigger module, for after predetermined period arrives, triggers determination module and determines to user configured pattern in MC pattern and MIMO mode according to network condition.This predetermined period can be arranged according to actual needs.
It should be noted that, the specific implementation of modules, submodule and unit in each network equipment embodiment of the present invention and processing procedure can descriptions in reference method embodiment.
Device described above or system embodiment are only schematic, the wherein said unit illustrated as separating component or can may not be and physically separates, parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of module wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.Those of ordinary skill in the art, when not paying creative work, are namely appreciated that and implement.
It should be noted that, method and the network equipment of user configured pattern are given in the determination of above various embodiments of the present invention, go for the different communication systems that there is Similar Problems, the such as evolution HSPA+ of high-speed packet access, Long Term Evolution (Long Term Evolution, referred to as LTE) system etc., when being applied in HSPA+ system, in various embodiments of the present invention, base station can be NodeB, the control appliance of network side can be radio network controller (RNC), when being applied in LTE system, base station in various embodiments of the present invention and network controls equipment can be referred to as eNodeB.
It should be noted that, in this article, the such as relational terms of first and second grades and so on is only used for an entity or operation to separate with another entity or operating space, and not necessarily requires or imply the relation that there is any this reality between these entities or operation or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the process of a series of key element, method, article or equipment and not only comprise those key elements, but also comprise other key elements clearly do not listed, or also comprise by the intrinsic key element of this process, method, article or equipment.When not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment comprising described key element and also there is other identical element.
One of ordinary skill in the art will appreciate that all or part of step realized in above-described embodiment method is that the hardware that can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium mentioned can be read-only memory, disk or CD etc.
Above-described embodiment; object of the present invention, technical scheme and beneficial effect are further described; be understood that; the foregoing is only the specific embodiment of the present invention; the protection range be not intended to limit the present invention; within the spirit and principles in the present invention all, any amendment made, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (30)
1. determine, to a method for user configured pattern, to it is characterized in that,
The control appliance of base station or network side, determine to user configured pattern according to network condition in multiple cell (MC) pattern and Multiinputoutput (MIMO) pattern, described user for not only can be configured to MC pattern but also can be configured to MIMO mode, but can not be configured to the user simultaneously adopting MIMO mode and MC pattern;
Wherein, described determining in MC pattern and MIMO mode according to network condition comprises to user configured pattern: obtain the first parameter, wherein said first parameter is high-speed slender body theory (HSDPA) the user number of community, the parameter that the priority in the wireless channel conditions of HSDPA user and community HSDPA available resources is the highest;
If described first parameter is HSDPA user's number of community, one in the wireless channel conditions of HSDPA user, if described first parameter is between corresponding first low threshold and the first high threshold, at least determine in MC pattern and MIMO mode to user configured pattern according to the second parameter, wherein, described second parameter is HSDPA user's number, the wireless channel conditions of HSDPA user and the secondary high parameter of community HSDPA available resources medium priority.
2. method according to claim 1, is characterized in that, determines that, to user configured pattern, described method also comprises by base station:
Described base station send comprise determine to the message of the information of user configured pattern to the control appliance of network side.
3. method according to claim 2, is characterized in that, described in comprise what determine be radio link parameter update instruction to the message of information of user configured pattern.
4. method according to claim 3, is characterized in that, described base station sends and comprises comprising to the control appliance of network side to the message of the information of user configured pattern of determining:
Described base station notifies the control appliance of described network side by radio link parameter update instruction, wherein, the instruction of described radio link parameter update comprises MIMO and MC model selection cell, described MIMO and MC model selection cell represent determine to user configured pattern.
5. the method according to any one of claim 2-4, it is characterized in that, the control appliance of described network side is target radio network controller, and described method also comprises: described target radio network controller sends to source radio network controller by Iur interface by comprising the described message to the information of user configured pattern.
6. method according to claim 1, it is characterized in that, if described second parameter is HSDPA user's number of community, one that the wireless channel conditions medium priority of HSDPA user is lower, described at least determining in MC pattern and MIMO mode according to the second parameter comprises to user configured pattern:
When described second parameter is less than or equal to corresponding second low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or,
When described second parameter is more than or equal to corresponding second high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or,
When described second parameter is between the second low threshold and the second high threshold, determine to user configured pattern according to described community HSDPA available resources.
7. method according to claim 6, is characterized in that, described determining according to described community HSDPA available resources comprises to user configured pattern:
If described community HSDPA available resources are less than or equal to corresponding 3rd low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or,
If described HSDPA available resources are more than or equal to corresponding third high thresholding, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously.
8. method according to claim 1, is characterized in that, if described second parameter is community HSDPA available resources, described at least determining according to the second parameter comprises to user configured pattern:
When described second parameter is less than or equal to corresponding second low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or,
When described second parameter is more than or equal to corresponding second high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or,
When described second parameter is between the second low threshold and the second high threshold, determine to user configured pattern according to the 3rd parameter, described 3rd parameter is HSDPA user's number of community, one that the wireless channel conditions medium priority of HSDPA user is lower.
9. method according to claim 8, described determining according to the 3rd parameter comprises to user configured pattern:
If described 3rd parameter is less than or equal to corresponding 3rd low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or,
If described 3rd parameter is more than or equal to corresponding third high thresholding, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously.
10. according to claim 1-4, method described in any one of 6-9, it is characterized in that, described in determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be that MC pattern comprises simultaneously:
Under scene when business is set up, determine and not only can be configured to MC pattern but also can MIMO mode be configured to initial access, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or,
Under business has set up later scene, determine that to the user configured pattern of at least one the non-MC pattern accessed in community be MC pattern, wherein, the user of the non-MC pattern of at least one access described for not only can be configured to MC pattern but also can be configured to MIMO mode, but can not be configured to the non-MC mode user simultaneously adopting MIMO mode and MC pattern.
11. methods according to claim 10, is characterized in that,
The user of at least one non-MC pattern described is the user of at least one non-MC pattern optional in the described user accessed; Or,
The user of at least one non-MC pattern described be in the described user accessed channel condition lower than the user of at least one non-MC pattern of pre-determined threshold; Or,
The user of at least one non-MC pattern described is the user that in the described user accessed, buffer memory is greater than at least one non-MC pattern of certain thresholding; Or,
The user of at least one non-MC pattern described be in the described user accessed buffer memory be greater than certain thresholding and channel condition lower than the user of at least one non-MC pattern of pre-determined threshold.
12. according to claim 1-4, method described in any one of 6-9, it is characterized in that, described in determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be that MIMO mode comprises simultaneously:
Under scene when business is set up, not only can be configured to MC pattern but also can MIMO mode be configured to by what initially access, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or,
Under business has set up later scene, be MIMO mode by the user configured pattern of at least one the non-MIMO mode accessed in community, wherein, the user of the non-MIMO mode of at least one access described for not only can be configured to MC pattern but also can be configured to MIMO mode, but can not be configured to the non-MIMO mode user simultaneously adopting MIMO mode and MC pattern.
13. methods according to claim 12, is characterized in that,
The user of at least one non-MIMO mode described is optional in the described user accessed; Or,
The user of at least one non-MIMO mode described be in the described user accessed channel condition higher than the user of at least one non-MIMO mode of pre-determined threshold; Or,
The user of at least one non-MIMO mode described is the user that in the described user accessed, buffer memory is greater than at least one non-MIMO mode of certain thresholding; Or,
The user of at least one non-MIMO mode described be in the described user accessed buffer memory be greater than certain thresholding and channel condition higher than the user of at least one non-MIMO mode of pre-determined threshold.
14. methods according to claim 1, is characterized in that, described method also comprises:
After predetermined period arrives, perform and describedly to determine to the step of user configured pattern in MC pattern and MIMO mode according to network condition.
15. methods according to claim 1 and 2, is characterized in that, described method also comprises:
The control appliance of network side is according to the configuration carrying out user model to user configured pattern determined, wherein, the control appliance of described network side carries out the configuration of user model by radio bearer configuration messages.
16. methods according to any one of claim 2-4, it is characterized in that, described method also comprises:
The expression user that the control appliance that base station receives network side sends is to the message of the support situation of pattern; Described expression user to the message of the support situation of pattern for representing whether user is not only can be configured to MC pattern but also can be configured to MIMO mode, but the user simultaneously adopting MIMO mode and MC pattern can not be configured to.
17. methods according to claim 16, it is characterized in that, the message of described expression user to the support situation of pattern comprises: request for building link message, link increase request message newly or link reconfigure prepares message, and in described request for building link message, link increases request message newly or link reconfigure preparation message comprises expression user to the cell of the support situation of pattern.
18. 1 kinds of network equipments, is characterized in that, the described network equipment is the control appliance of base station or network side, comprising:
Determination module, for determining to user configured pattern according to network condition in multiple cell (MC) pattern and Multiinputoutput (MIMO) pattern, wherein said user for not only can be configured to MC pattern but also can be configured to MIMO mode, but can not be configured to the user simultaneously adopting MIMO mode and MC pattern; Wherein, described determination module comprises:
Obtain submodule, for obtaining the first parameter, wherein said first parameter is high-speed slender body theory (HSDPA) the user number of community, the parameter that the priority in the wireless channel conditions of HSDPA user and community HSDPA available resources is the highest;
Determine submodule, the first parameter at least obtaining according to described acquisition submodule is determined to user configured pattern in MC pattern and MIMO mode, describedly determine that submodule comprises the first determining unit, if for HSDPA user's number that described first parameter is community, one in the wireless channel conditions of HSDPA user, if described first parameter is between corresponding first low threshold and the first high threshold, at least determine in MC pattern and MIMO mode to user configured pattern according to the second parameter; Wherein, described second parameter is HSDPA user's number, the wireless channel conditions of HSDPA user and the secondary high parameter of community HSDPA available resources medium priority.
19. network equipments according to claim 18, is characterized in that, described determination module is arranged in a base station, and the described network equipment also comprises: sending module, for send comprise that described determination module determines to the message of the information of user configured pattern.
20. network equipments according to claim 18, is characterized in that, if described second parameter is HSDPA user's number of community, one that the wireless channel conditions medium priority of HSDPA user is lower, described first determining unit comprises:
First configuration subelement, for when described second parameter is less than or equal to corresponding second low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or,
Second configuration subelement, for when described second parameter is more than or equal to corresponding second high threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or,
3rd configuration subelement, for when described second parameter is between the second low threshold and the second high threshold, determines to user configured pattern according to described community HSDPA available resources.
21. network equipments according to claim 20, it is characterized in that, described 3rd configuration subelement specifically for, if described community HSDPA available resources are less than or equal to corresponding 3rd low threshold, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or,
If described HSDPA available resources are more than or equal to corresponding third high thresholding, determine to being not only configured to MC pattern but also can MIMO mode be configured to, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously.
22. network equipments according to any one of claim 18-21, it is characterized in that, describedly determine that submodule is determined to being not only configured to MC pattern but also can be configured to MIMO mode, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be that MC pattern comprises simultaneously:
Under scene when business is set up, not only can be configured to MC pattern but also can MIMO mode be configured to by what initially access, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MC pattern simultaneously; Or,
Under business has set up later scene, be MC pattern by the user configured pattern of at least one the non-MC pattern accessed in community, wherein, the user of the non-MC pattern of at least one access described for not only can be configured to MC pattern but also can be configured to MIMO mode, but can not be configured to the non-MC mode user simultaneously adopting MIMO mode and MC pattern.
23. network equipments according to claim 22, is characterized in that, describedly determine that submodule also comprises the first selected cell, for selecting arbitrarily the user of at least one non-MC pattern in the described user accessed; Or selective channel condition is lower than the user of at least one non-MC pattern of pre-determined threshold in the described user accessed; Or, in the described user accessed, select buffer memory to be greater than the user of at least one non-MC pattern of certain thresholding; Or, in the described user accessed, select buffer memory to be greater than certain thresholding and channel condition lower than the user of at least one non-MC pattern of pre-determined threshold.
24. network equipments according to any one of claim 18-21, it is characterized in that, describedly determine that submodule is determined to being not only configured to MC pattern but also can be configured to MIMO mode, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be that MIMO mode comprises simultaneously:
Under scene when business is set up, not only can be configured to MC pattern but also can MIMO mode be configured to by what initially access, but can not be configured to adopt the user configured pattern of MIMO mode and MC pattern to be MIMO mode simultaneously; Or,
Under business has set up later scene, be MIMO mode by the user configured pattern of at least one the non-MIMO mode accessed in community, wherein, the user of the non-MIMO mode of at least one access described for not only can be configured to MC pattern but also can be configured to MIMO mode, but can not be configured to the non-MIMO mode user simultaneously adopting MIMO mode and MC pattern.
25. network equipments according to claim 24, is characterized in that, describedly determine that submodule also comprises the second selected cell, for selecting arbitrarily the user of at least one non-MIMO mode in the described user accessed; Or selective channel condition is higher than the user of at least one non-MIMO mode of pre-determined threshold in the described user accessed; Or, in the described user accessed, select buffer memory to be greater than the user of at least one non-MIMO mode of certain thresholding; Or, in the described user accessed, select buffer memory to be greater than certain thresholding and channel condition higher than the user of at least one non-MIMO mode of pre-determined threshold.
26. network equipments according to claim 18, it is characterized in that, the described network equipment also comprises: trigger module, for after predetermined period arrives, triggers described determination module and determines to user configured pattern in MC pattern and MIMO mode according to network condition.
27. network equipments according to claim 18 or 19, it is characterized in that, the described network equipment also comprises control module, for the configuration carrying out user model to user configured pattern determined according to described determination module.
28. network equipments according to claim 27, it is characterized in that, described control module comprises target radio network controller and source radio network controller, described target radio network controller by Iur interface by comprise determine send to described source radio network controller to the message of information of user configured pattern.
29. network equipments according to claim 27, is characterized in that, described control module carries out the configuration of user model by radio bearer configuration messages.
30. network equipments according to claim 19, is characterized in that, the described network equipment also comprises:
Receiver module, represent that user is to the message of the support situation of pattern for receiving, wherein said expression user to the message of the support situation of pattern for representing whether user is not only can be configured to MC pattern but also can be configured to MIMO mode, but the user simultaneously adopting MIMO mode and MC pattern can not be configured to.
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