CN104159301B - A kind of bearing mode selection method and device - Google Patents
A kind of bearing mode selection method and device Download PDFInfo
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- CN104159301B CN104159301B CN201410390116.0A CN201410390116A CN104159301B CN 104159301 B CN104159301 B CN 104159301B CN 201410390116 A CN201410390116 A CN 201410390116A CN 104159301 B CN104159301 B CN 104159301B
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Abstract
The invention provides a kind of bearing mode selection method and device, to realize that the message transmission rate according to user equipment is user equipment reasonable selection bearing mode, and then expand network capacity, improve wireless resource utility efficiency to the demand of carrying.The inventive method includes：The higher uplink bit rate and downlink transmission data rate of single business of user equipment (UE) are detected respectively；Using the higher uplink bit rate of all business of the UE and value be used as the total speed of the transmitting uplink data of the UE, using the downlink transmission data rate of all business of the UE and be worth as the total speed of the downlink data transmission of the UE；According to the total speed of the transmitting uplink data of the UE and the total speed of downlink data transmission, and default message transmission rate thresholding, bearing mode is selected for the UE.
Description
Technical field
The present invention relates to the communications field, more particularly to a kind of bearing mode selection method and device.
Background technology
At present in communications user equipment, packet-switched domain (Packet Switched, PS) number of user equipment is circuit
Many times of switching domain (Circuit Switched, CS) number of user equipment, and PS business growth rate increases than CS business
Speed is rapid.The small rate business such as QQ, wechat proportion shared in PS business is very high, and this kind of small rate business account for it is total
The proportion of data traffic is but very low, has a strong impact on network capacity.
Because the user equipment of small rate business supports forward access channel (Forward Access Channel, FACH)
Bearing mode or frame divide bearing mode, and both bearing modes, which all have, to be saved dedicated channel resource, expands network carrying energy
Power.Therefore, can be by selecting FACH bearing modes or frame to divide bearing mode for the user equipment of small rate business, to reduce
The user equipment of small rate business expands network capacity, so that the user equipment of big rate business to the occupancy of channel resource
There are more channel resources to utilize, increase network utilization.Wherein, FACH bearing modes are not take up dedicated channel resource,
Suitable for the relatively low user equipment of total speed ratio of all business, but the finite capacity of FACH carryings, causing can in each cell
With limited using the number of user equipment of FACH bearing modes；Frame divides bearing mode to save part private resource, to expand
Network capacity, wireless resource utility efficiency is improved, suitable for the service rate demand user equipment more applicable than FACH bearing mode
The higher user equipment of service rate.
Can be that user equipment selects loading side according to preset strategy when carrying out small rate business detection to user equipment
Formula, detection mode are user device service speed detection judgement.If by user equipment single business rate threshold to user
Equipment carries out small rate business detection, when the single service rate of user equipment meets the rate threshold condition of single business,
FACH bearing modes are selected for the user equipment；But the user equipment for including multiple business, even if the user equipment is every
Individual service rate respectively meets single service rate threshold condition, but total speed of all business of the user equipment compares
Greatly, be not suitable for using FACH bearing modes.Small speed is carried out to user equipment according to total rate threshold of all business of user equipment
When rate business detects, if total rate threshold setting of all business is too high, meet the user of FACH bearing mode alternative conditions
Number of devices is excessive, because FACH bearer caps are limited, causes certain customers' equipment can not select FACH bearing modes, Jin Erying
Ring FACH bearing capacitys；If total rate threshold setting of all business is too low, meet that frame divides the use of bearing mode alternative condition
Family number of devices is excessive so that part is adapted to frame to divide the user equipment of bearing mode can not divide bearing mode using frame, and then drops
The utilization rate of low Internet resources.
In summary, prior art is used to select bearing mode for the user equipment of small rate business, due to selection scheme
Irrationality, it will reduce the utilization rate of Internet resources.
The content of the invention
The invention provides a kind of bearing mode selection method and device, to realize the data transfer according to user equipment
Speed is user equipment reasonable selection bearing mode, and then expand network capacity, improve Radio Resource utilization to the demand of carrying
Rate.
A kind of bearing mode selection method provided in an embodiment of the present invention, this method include：
The higher uplink bit rate and downlink transmission data rate of single business of user equipment (UE) are detected respectively；
Using the higher uplink bit rate of all business of the UE and value as the total speed of the transmitting uplink data of the UE,
Using the downlink transmission data rate of all business of the UE and value as the total speed of the downlink data transmission of the UE；
According to the total speed of the transmitting uplink data of the UE and the total speed of downlink data transmission, and default data transfer speed
Rate thresholding, bearing mode is selected for the UE.
From the above as can be seen that the higher uplink bit rate and downlink data transmission of single business by detecting UE
Speed, and the total speed of transmitting uplink data and the total speed of downlink data transmission of the UE are determined, passed according to the upstream data of the UE
Defeated total speed and the total speed of downlink data transmission, and default message transmission rate thresholding, bearing mode is selected for the UE, real
The message transmission rate according to UE is showed to the demand of carrying, has been UE reasonable selection bearing modes, and then expand network capacity, carry
High wireless resource utility efficiency.
It is preferred that the total rate threshold of transmitting uplink data of default message transmission rate thresholding including all business of UE and
The total rate threshold of downlink data transmission.
So, so as to the total speed of transmitting uplink data and the total speed of downlink data transmission according to UE, and default number
According to transmission rate thresholding, bearing mode is selected for the UE.
It is preferred that according to the total speed of transmitting uplink data and the total speed of downlink data transmission of the UE, and default number
According to transmission rate thresholding, bearing mode is selected for the UE, including：
Respectively by under the total speed of the transmitting uplink data of the UE and the total rate threshold of default transmitting uplink data, the UE
The total speed of row data transfer is compared with the total rate threshold of default downlink data transmission；
When the total speed of the transmitting uplink data of the UE is less than or equal to the total rate threshold of default transmitting uplink data, and/
Or, downlink data transmission total speed of the UE is selected for the UE when being less than or equal to the total rate threshold of default downlink data transmission
Select forward access channel FACH bearing modes.
The message transmission rate according to UE is so just realized to the demand of carrying, is UE reasonable selection bearing modes, enters
And expand network capacity, improve wireless resource utility efficiency.
It is preferred that default message transmission rate thresholding also including UE single business higher uplink bit rate thresholding and
Downlink transmission data rate thresholding；
According to the total speed of the transmitting uplink data of the UE and the total speed of downlink data transmission, and default data transfer speed
Rate thresholding, bearing mode is selected for the UE, in addition to：
Respectively by the higher uplink bit rate of the higher uplink bit rate of single business of the UE and default single business,
The downlink transmission data rate of single business of the UE is compared with the downlink transmission data rate thresholding of default single business；
When the total speed of the transmitting uplink data of the UE is more than the total rate threshold of default transmitting uplink data, and under the UE
When the total speed of row data transfer is more than default downlink data transmission total rate threshold, if the upstream data of single business of the UE passes
Defeated speed is less than or equal to the higher uplink bit rate thresholding of default single business, and/or, the lower line number of single business of the UE
It is less than or equal to the downlink transmission data rate thresholding of default single business according to transmission rate, then selects frame to divide loading side for the UE
Formula；Otherwise, continuous resource bearing mode is selected for the UE.
The message transmission rate according to UE is so just realized to the demand of carrying, is UE reasonable selection bearing modes, enters
And expand network capacity, improve wireless resource utility efficiency.
It is preferred that the higher uplink bit rate and downlink transmission data rate of UE single business are detected respectively, including：
The wireless spread-spectrum technology rlc protocol data cell PDU total lengths from the logic interfacing IUB single business received are detected,
Using the RLC PDU total lengths received from IUB and higher uplink bit rate of the quotient as single business of the UE for detecting duration；
Detect the RLC PDU total lengths from the logic interfacing IUB single business sent, the RLC PDU overall lengths that will be sent from IUB
Degree is with detecting downlink transmission data rate of the quotient of duration as single business of the UE.
So, so as to the higher uplink bit rate and downlink transmission data rate of single business according to UE, the UE is determined
The total speed of transmitting uplink data and the total speed of downlink data transmission, and then according to the total speed of transmitting uplink data of the UE and under
The total speed of row data transfer, and default message transmission rate thresholding, bearing mode is selected for the UE.
A kind of bearing mode selection device provided in an embodiment of the present invention, the device include：
Rate detecting unit, higher uplink bit rate and lower line number for single business for detecting user equipment (UE) respectively
According to transmission rate；
Rate processing unit, for using the higher uplink bit rate of all business of the UE and value as the UE's
The total speed of row data transfer, the downlink transmission data rate of all business of the UE is passed with value as the downlink data of the UE
Defeated total speed；
Selecting unit is carried, for the total speed of transmitting uplink data and the total speed of downlink data transmission according to the UE, with
And default message transmission rate thresholding, select bearing mode for the UE.
It is preferred that the device also includes：
Rate threshold setting unit, for pre-setting message transmission rate thresholding；
Default message transmission rate thresholding includes the total rate threshold of transmitting uplink data of all business of UE and lower line number
According to the total rate threshold of transmission.
So, to carry transmitting uplink data total speed and downlink data transmission total speed of the selecting unit according to UE,
And default message transmission rate thresholding, select bearing mode for the UE.
It is preferred that carrying selecting unit is specifically used for：
Respectively by under the total speed of the transmitting uplink data of the UE and the total rate threshold of default transmitting uplink data, the UE
The total speed of row data transfer is compared with the total rate threshold of default downlink data transmission；
When the total speed of the transmitting uplink data of the UE is less than or equal to the total rate threshold of default transmitting uplink data, and/
Or, downlink data transmission total speed of the UE is selected for the UE when being less than or equal to the total rate threshold of default downlink data transmission
Select forward access channel FACH bearing modes.
The message transmission rate according to UE is so just realized to the demand of carrying, is UE reasonable selection bearing modes, enters
And expand network capacity, improve wireless resource utility efficiency.
It is preferred that default message transmission rate thresholding also including UE single business higher uplink bit rate thresholding and
Downlink transmission data rate thresholding；
Carrying selecting unit is additionally operable to：
Respectively by the higher uplink bit rate of the higher uplink bit rate of single business of the UE and default single business,
The downlink transmission data rate of single business of the UE is compared with the downlink transmission data rate thresholding of default single business；
When the total speed of the transmitting uplink data of the UE is more than the total rate threshold of default transmitting uplink data, and under the UE
When the total speed of row data transfer is more than default downlink data transmission total rate threshold, if the upstream data of single business of the UE passes
Defeated speed is less than or equal to the higher uplink bit rate thresholding of default single business, and/or, the lower line number of single business of the UE
It is less than or equal to the downlink transmission data rate thresholding of default single business according to transmission rate, then selects frame to divide loading side for the UE
Formula；Otherwise, continuous resource bearing mode is selected for the UE.
The message transmission rate according to UE is so just realized to the demand of carrying, is UE reasonable selection bearing modes, enters
And expand network capacity, improve wireless resource utility efficiency.
It is preferred that rate detecting unit is specifically used for：
The wireless spread-spectrum technology rlc protocol data cell PDU total lengths from the logic interfacing IUB single business received are detected,
Using the RLC PDU total lengths received from IUB and higher uplink bit rate of the quotient as single business of the UE for detecting duration；
Detect the RLC PDU total lengths from the logic interfacing IUB single business sent, the RLC PDU overall lengths that will be sent from IUB
Degree is with detecting downlink transmission data rate of the quotient of duration as single business of the UE.
So, so that rate processing unit is according to higher uplink bit rate and the downlink data transmission speed of UE single business
Rate, the total speed of transmitting uplink data and the total speed of downlink data transmission of the UE are determined, and then carry selecting unit according to the UE
The total speed of transmitting uplink data and the total speed of downlink data transmission, and default message transmission rate thresholding, selected for the UE
Select bearing mode.
Brief description of the drawings
Fig. 1 is a kind of bearing mode selection method schematic flow sheet provided in an embodiment of the present invention；
Fig. 2 is a kind of bearing mode selection method schematic flow sheet provided in an embodiment of the present invention；
Fig. 3 is a kind of bearing mode selection method schematic flow sheet provided in an embodiment of the present invention；
Fig. 4 is a kind of bearing mode selection device structural representation provided in an embodiment of the present invention.
Embodiment
The embodiments of the invention provide a kind of bearing mode selection method and device, to realize the number according to user equipment
Demand according to transmission rate to carrying, it is user equipment reasonable selection bearing mode, and then expands network capacity, improves wireless money
Source utilization rate.
User equipment (User Equipment, UE) is divided into single service user device and multi-service user equipment, single business
User equipment refers to the user equipment for including a data service, and multi-service user equipment refers to the use for including multiple data services
Family equipment.Because UE message transmission rate is different to the demand of carrying so that bearing mode applicable UE is different, such as FACH
Bearing mode is applied to the less UE of total speed ratio of all business transmission data, and frame divides bearing mode to be more suitable for single industry
The smaller UE of the message transmission rate of business., can be with the embodiments of the invention provide a kind of bearing mode selection method and device
Demand according to UE message transmission rate to carrying, it is neatly the suitable bearing mode of different UE selections.
As shown in figure 1, the embodiments of the invention provide a kind of bearing mode selection method, this method includes：
The higher uplink bit rate and downlink transmission data rate of S11, respectively single business of detection user equipment (UE)；
S12, using the higher uplink bit rate of all business of the UE and value it is total as the transmitting uplink data of the UE
Speed, using the downlink transmission data rate of all business of the UE and value as the total speed of the downlink data transmission of the UE；
S13, the total speed of transmitting uplink data and the total speed of downlink data transmission according to the UE, and default data pass
Defeated rate threshold, bearing mode is selected for the UE.
It is preferred that before step S11, this method also includes：
Pre-set message transmission rate thresholding；
Default message transmission rate thresholding includes the total rate threshold of transmitting uplink data of all business of UE and lower line number
According to the total rate threshold of transmission；
Wherein, the total rate threshold of transmitting uplink data and the total rate threshold of downlink data transmission of all business of UE, is root
According to what is pre-set using channel bearing capacity during forward access channel FACH bearing modes.
It is preferred that step S13 method includes：
Respectively by under the total speed of the transmitting uplink data of the UE and the total rate threshold of default transmitting uplink data, the UE
The total speed of row data transfer is compared with the total rate threshold of default downlink data transmission；
When the total speed of the transmitting uplink data of the UE is less than or equal to the total rate threshold of default transmitting uplink data, and/
Or, downlink data transmission total speed of the UE is selected for the UE when being less than or equal to the total rate threshold of default downlink data transmission
Select FACH bearing modes.
It is preferred that before step S11, the upstream data of default message transmission rate thresholding also single business including UE
Transmission rate thresholding and downlink transmission data rate thresholding；Wherein, the higher uplink bit rate thresholding of UE single business is with
Row message transmission rate thresholding, it is to divide channel bearing capacity during bearing mode to pre-set according to using frame；
Step S13 method also includes：
Respectively by the higher uplink bit rate of the higher uplink bit rate of single business of the UE and default single business,
The downlink transmission data rate of single business of the UE is compared with the downlink transmission data rate thresholding of default single business；
When the total speed of the transmitting uplink data of the UE is more than the total rate threshold of default transmitting uplink data, and under the UE
When the total speed of row data transfer is more than default downlink data transmission total rate threshold, if the upstream data of single business of the UE passes
Defeated speed is less than or equal to the higher uplink bit rate thresholding of default single business, and/or, the lower line number of single business of the UE
It is less than or equal to the downlink transmission data rate thresholding of default single business according to transmission rate, then selects frame to divide loading side for the UE
Formula；Otherwise, continuous resource bearing mode is selected for the UE.
It is preferred that step S11 method includes：
Detect wireless spread-spectrum technology (the Radio Link Control RLC) association from the logic interfacing IUB single business received
Data cell (Protocol Data Unit PDU) total length is discussed, by the RLCPDU total lengths received from IUB and detection duration
Higher uplink bit rate of the quotient as single business of the UE；
Detect the RLC PDU total lengths from the logic interfacing IUB single business sent, the RLC PDU overall lengths that will be sent from IUB
Degree is with detecting downlink transmission data rate of the quotient of duration as single business of the UE.
Illustrate a kind of bearing mode selection method provided in an embodiment of the present invention with reference to instantiation, the present invention is implemented
Operating main body is the entity of network side in example, such as radio network controller (Radio Network of network side
Controller, RNC), as shown in Fig. 2 being that UE selects the process of bearing mode such as by method provided in an embodiment of the present invention
Under：
S201, pre-set message transmission rate thresholding；
Wherein, the higher uplink bit rate thresholding of single business of default message transmission rate thresholding including UE and descending
Message transmission rate thresholding, and the total speed door of the total rate threshold of transmitting uplink data and downlink data transmission of all business of UE
Limit；
The higher uplink bit rate thresholding and downlink transmission data rate thresholding of UE single business, it is according to using frame point
What channel bearing capacity during bearing mode was pre-set；Such as 2 times of frame timesharing, the higher uplink bit rate of UE single business
Thresholding and downlink transmission data rate thresholding could be arranged to 8K.
The total rate threshold of transmitting uplink data and the total rate threshold of downlink data transmission of all business of UE, are according to use
What channel bearing capacity during FACH bearing modes was pre-set, it can also believe in the embodiment of the present invention according to using Stochastic accessing
Channel bearing capacity during road (Random Access Channel, RACH) bearing mode, pre-sets the upper of all business of UE
The total rate threshold of row data transfer and the total rate threshold of downlink data transmission；
For example, during using FACH bearing modes, in the range of the permission of channel bearing capacity, according to wireless simulation result,
For all UE overall average speed in 30K or so, the UE of carrying is more, and for single UE, the upstream data of all business of the UE passes
Defeated total rate threshold and the total rate threshold of downlink data transmission set it is lower, when the UE of carrying is at 5 or so, all industry of UE
The total rate threshold of transmitting uplink data and the total rate threshold of downlink data transmission of business could be arranged to 6K；When according to using RACH
Channel bearing capacity during bearing mode, pre-set the total rate threshold of transmitting uplink data and downlink data of all business of UE
When transmitting total rate threshold, in the range of the permission of channel bearing capacity, according to wireless simulation result, all UE overall average speed
For rate in 20K or so, the UE of carrying is more, for single UE, the total rate threshold of transmitting uplink data of all business of the UE and under
The total rate threshold of row data transfer is set lower, when the UE of carrying is at 5 or so, the transmitting uplink data of all business of UE
Total rate threshold and the total rate threshold of downlink data transmission could be arranged to 4K.
The higher uplink bit rate and downlink transmission data rate of S202, respectively single business of detection user equipment (UE)；
Specifically, after UE normally accesses network, network side is initiated periodic message transmission rate to each UE and detected,
Network side includes to the message transmission rate detection method that UE is initiated：
The RLC PDU total lengths received from logic interfacing IUB are detected, by the RLC PDU total lengths received from IUB and detection
Higher uplink bit rate of the quotient of duration as single business of the UE；Wherein, RLC PDU total lengths are all PS of the UE
(data volume includes retransmitting data the data volume that RAB (Radio Access Bearer, RAB) receives from IUB
Amount), and the signaling data amount received, a length of network side is pre-set during detection.
Detect the RLC PDU total lengths from the logic interfacing IUB single business sent, the RLC PDU overall lengths that will be sent from IUB
Degree is with detecting downlink transmission data rate of the quotient of duration as single business of the UE；Wherein, RLC PDU total lengths are the UE
The data volumes (data volume include retransmit data volume) that are sent from IUB of all PS RAB, and the signaling data amount received, inspection
A length of network side is pre-set during survey.
S203, the total speed of transmitting uplink data and the total speed of downlink data transmission for determining the UE；
Specifically, the transmitting uplink data with value as the UE using the higher uplink bit rate of all business of the UE
Total speed, using the downlink transmission data rate of all business of the UE and value as the total speed of the downlink data transmission of the UE.
S204, according to the higher uplink bit rate and downlink transmission data rate of single business of the UE, the UE it is up
The total speed of data transfer and the total speed of downlink data transmission, and default message transmission rate thresholding, select to carry for the UE
Mode；
Specifically, as shown in figure 3, step S204 method is as follows：
S301, by UE message transmission rate compared with corresponding default message transmission rate thresholding；
Step S301 is specifically included：Respectively by the higher uplink bit rate of single business of the UE and default single business
Higher uplink bit rate, the downlink transmission data rate of single business of the UE and the downlink data transmission speed of default single business
Rate thresholding is compared, respectively by the total speed of the transmitting uplink data of the UE and the total rate threshold of default transmitting uplink data,
The total speed of downlink data transmission of the UE is compared with the total rate threshold of default downlink data transmission.
S302, judge that comparative result meets condition 1 or condition 2；
When the condition 1 of satisfaction, step S303 is performed；
Wherein, it is always fast that the total speed of transmitting uplink data that condition 1 is the UE is less than or equal to default transmitting uplink data
Rate thresholding, and/or, the total speed of downlink data transmission of the UE is less than or equal to the total rate threshold of default downlink data transmission.
When the condition 2 of satisfaction, step S304 is performed；
Wherein, condition 2 is that the total speed of transmitting uplink data of the UE is more than the total rate threshold of default transmitting uplink data,
And the total speed of downlink data transmission of the UE is more than the total rate threshold of default downlink data transmission.
S303, it is that the UE selects FACH bearing modes；
S304, judge whether to meet condition 3；
If meeting condition 3, step S305 is performed；Otherwise, step S306 is performed；
Wherein, condition 3 is that the higher uplink bit rate of single business of the UE is less than or equal to the upper of default single business
Row message transmission rate thresholding, and/or, the downlink transmission data rate of single business of the UE is less than or equal to default single business
Downlink transmission data rate thresholding；
S305, it is that the UE selects frame to divide bearing mode；
S306, it is that the UE selects continuous resource bearing mode.
In embodiments of the present invention, speed mark can also be carried out data transmission to UE according to step S301 and S302.Example
Such as, when the total speed of UE transmitting uplink data is less than or equal to the total rate threshold of default transmitting uplink data, and under the UE
When the total speed of row data transfer is less than or equal to default downlink data transmission total rate threshold, by the message transmission rate of the UE
Mark is designated as two-way small speed UE；When the total speed of UE transmitting uplink data is always fast less than or equal to default transmitting uplink data
Rate thresholding, or when the total speed of downlink data transmission of the UE is less than or equal to default downlink data transmission total rate threshold, will
The message transmission rate mark of the UE is designated as unidirectional small speed UE；When the total speed of UE transmitting uplink data is more than default up
The total rate threshold of data transfer, and the total speed of downlink data transmission of the UE is more than the total rate threshold of default downlink data transmission
When, if the higher uplink bit rate of single business of the UE is less than or equal to the higher uplink bit rate door of default single business
Limit, and the downlink transmission data rate of single business of the UE is less than or equal to the downlink transmission data rate door of default single business
Limit, then the message transmission rate mark of the UE is designated as two-way small rate business；If the transmitting uplink data of single business of the UE
Speed is less than or equal to the higher uplink bit rate thresholding of default single business, or the downlink data transmission of single business of the UE
Speed is less than or equal to the downlink transmission data rate thresholding of default single business, then the message transmission rate of the UE is identified into note
For unidirectional small rate business；Otherwise, the message transmission rate mark of the UE is designated as big speed UE；
After speed mark note is carried out data transmission to UE, identified according to UE message transmission rate, for UE selection carryings
Mode.The UE that the small speed UE of two-way small speed UE or unidirectional are designated as message transmission rate mark selects FACH bearing modes, is
Message transmission rate mark is designated as two-way small rate business or the UE selection frames of unidirectional small rate business divide bearing mode, is data
Transmission rate mark is designated as big speed UE UE selection continuous resource bearing modes.
In the embodiment of the present invention, for the cell carrier of two-way (uplink and downlink) H resources, due to H Bearer traffic channels
For sharing mode, UR divides bearing mode to improve network capacity using frame, it is impossible to wireless network resource utilization rate is improved, except logical
Cross method provided in an embodiment of the present invention to select outside bearing mode for UE, other algorithms that by dynamic frame can also grade enter UE
Row frame point, wherein it is possible to support UE to carry out frame point by way of parameter setting.For unidirectional (upstream or downstream) H carrier waves
Cell, non-H resources direction and DPCH (Dedicated Physical Channel, DPCH) resource direction, lead to
When crossing method provided in an embodiment of the present invention and selecting bearing mode for UE, whether H directions support frame point with channel, can pass through
The method of parameter setting is identified.
In the embodiment of the present invention, because the message transmission rate detection that network side is initiated each UE is periodically to carry out
, therefore, UE message transmission rate mark may change.The UE not changed for message transmission rate mark
Keep current bearing mode；The UE to be changed for message transmission rate mark, the side provided according to embodiments of the present invention
Method is that UE selects new bearing mode, if UE can not be moved in new carrying, UE keeps original bearing mode.
As shown in figure 4, a kind of bearing mode selection device provided in an embodiment of the present invention, the device include：
Rate detecting unit 41, for the higher uplink bit rate of single business for detecting user equipment (UE) respectively and descending
Message transmission rate；
Rate processing unit 42, for using the higher uplink bit rate of all business of the UE and value as the UE's
The total speed of transmitting uplink data, using the downlink data with value as the UE of the downlink transmission data rate of all business of the UE
Transmit total speed；
Selecting unit 43 is carried, for the total speed of transmitting uplink data and the total speed of downlink data transmission according to the UE,
And default message transmission rate thresholding, select bearing mode for the UE.
It is preferred that the device also includes：
Rate threshold setting unit 44, for pre-setting message transmission rate thresholding；
Default message transmission rate thresholding includes the total rate threshold of transmitting uplink data of all business of UE and lower line number
According to the total rate threshold of transmission.
It is preferred that carrying selecting unit 43 is specifically used for：
Respectively by under the total speed of the transmitting uplink data of the UE and the total rate threshold of default transmitting uplink data, the UE
The total speed of row data transfer is compared with the total rate threshold of default downlink data transmission；
When the total speed of the transmitting uplink data of the UE is less than or equal to the total rate threshold of default transmitting uplink data, and/
Or, downlink data transmission total speed of the UE is selected for the UE when being less than or equal to the total rate threshold of default downlink data transmission
Select forward access channel FACH bearing modes.
It is preferred that default message transmission rate thresholding also including UE single business higher uplink bit rate thresholding and
Downlink transmission data rate thresholding；
Carrying selecting unit 43 is additionally operable to：
Respectively by the higher uplink bit rate of the higher uplink bit rate of single business of the UE and default single business,
The downlink transmission data rate of single business of the UE is compared with the downlink transmission data rate thresholding of default single business；
When the total speed of the transmitting uplink data of the UE is more than the total rate threshold of default transmitting uplink data, and under the UE
When the total speed of row data transfer is more than default downlink data transmission total rate threshold, if the upstream data of single business of the UE passes
Defeated speed is less than or equal to the higher uplink bit rate thresholding of default single business, and/or, the lower line number of single business of the UE
It is less than or equal to the downlink transmission data rate thresholding of default single business according to transmission rate, then selects frame to divide loading side for the UE
Formula；Otherwise, continuous resource bearing mode is selected for the UE.
It is preferred that rate detecting unit 41 is specifically used for：
The wireless spread-spectrum technology rlc protocol data cell PDU total lengths from the logic interfacing IUB single business received are detected,
Using the RLC PDU total lengths received from IUB and higher uplink bit rate of the quotient as single business of the UE for detecting duration；
Detect the RLC PDU total lengths from the logic interfacing IUB single business sent, the RLC PDU overall lengths that will be sent from IUB
Degree is with detecting downlink transmission data rate of the quotient of duration as single business of the UE.
Specifically, rate detecting unit 41, rate processing unit 42, carrying selecting unit 43 and rate threshold are set
Unit 44 can be realized that the present invention is not limited to realize the entity of these modules by entities such as processors.
It should be understood by those skilled in the art that, embodiments of the invention can be provided as method, apparatus or computer program
Product.Therefore, the present invention can use the reality in terms of complete hardware embodiment, complete software embodiment or combination software and hardware
Apply the form of example.Moreover, the present invention can use the computer for wherein including computer usable program code in one or more
The shape for the computer program product that usable storage medium is implemented on (including but is not limited to magnetic disk storage and optical memory etc.)
Formula.
The present invention is the flow with reference to method according to embodiments of the present invention, equipment (device) and computer program product
Figure and/or block diagram describe.It should be understood that can be by every first-class in computer program instructions implementation process figure and/or block diagram
Journey and/or the flow in square frame and flow chart and/or block diagram and/or the combination of square frame.These computer programs can be provided
The processors of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing devices is instructed to produce
A raw machine so that produced by the instruction of computer or the computing device of other programmable data processing devices for real
The device for the function of being specified in present one flow of flow chart or one square frame of multiple flows and/or block diagram or multiple square frames.
These computer program instructions, which may be alternatively stored in, can guide computer or other programmable data processing devices with spy
Determine in the computer-readable memory that mode works so that the instruction being stored in the computer-readable memory, which produces, to be included referring to
Make the manufacture of device, the command device realize in one flow of flow chart or multiple flows and/or one square frame of block diagram or
The function of being specified in multiple square frames.
These computer program instructions can be also loaded into computer or other programmable data processing devices so that counted
Series of operation steps is performed on calculation machine or other programmable devices to produce computer implemented processing, so as in computer or
The instruction performed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram one
The step of function of being specified in individual square frame or multiple square frames.
Obviously, those skilled in the art can carry out the essence of various changes and modification without departing from the present invention to the present invention
God and scope.So, if these modifications and variations of the present invention belong to the scope of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to comprising including these changes and modification.
Claims (10)
1. a kind of bearing mode selection method, it is characterised in that this method includes：
The higher uplink bit rate and downlink transmission data rate of single business of user equipment (UE) are detected respectively；
Using the higher uplink bit rate of all business of the UE and value as the total speed of the transmitting uplink data of the UE, by this
Total speed of the downlink data transmission downlink transmission data rate of UE all business and that value is as the UE；
According to the total speed of the transmitting uplink data of the UE and the total speed of downlink data transmission, and default message transmission rate door
Limit, bearing mode is selected for the UE.
2. the method as described in claim 1, it is characterised in that the default message transmission rate thresholding includes all industry of UE
The total rate threshold of transmitting uplink data and the total rate threshold of downlink data transmission of business.
3. method as claimed in claim 2, it is characterised in that according to the total speed of the transmitting uplink data of the UE and downlink data
Total speed, and default message transmission rate thresholding are transmitted, bearing mode is selected for the UE, including：
Respectively by the total speed of the transmitting uplink data of the UE compared with the total rate threshold of default transmitting uplink data, the UE
The total speed of downlink data transmission compared with the total rate threshold of default downlink data transmission；
When the total speed of the transmitting uplink data of the UE is less than or equal to the total rate threshold of default transmitting uplink data, and/or, should
When the UE total speed of downlink data transmission is less than or equal to default downlink data transmission total rate threshold, for before UE selections to
Access channel FACH bearing modes.
4. method as claimed in claim 3, it is characterised in that the default message transmission rate thresholding also includes UE list
The higher uplink bit rate thresholding and downlink transmission data rate thresholding of business；
According to the total speed of the transmitting uplink data of the UE and the total speed of downlink data transmission, and default message transmission rate door
Limit, bearing mode is selected for the UE, in addition to：
The higher uplink bit rate of the higher uplink bit rate of single business of the UE and default single business is carried out respectively
Compare, the downlink transmission data rate of single business of the UE and the downlink transmission data rate thresholding of default single business are compared
Compared with；
When the total speed of the transmitting uplink data of the UE is more than the total rate threshold of default transmitting uplink data, and the lower line number of the UE
During rate threshold total more than default downlink data transmission according to the total speed of transmission, if the transmitting uplink data speed of single business of the UE
Rate is less than or equal to the higher uplink bit rate thresholding of default single business, and/or, the downlink data of single business of the UE passes
Defeated speed is less than or equal to the downlink transmission data rate thresholding of default single business, then selects frame to divide bearing mode for the UE；
Otherwise, continuous resource bearing mode is selected for the UE.
5. the method as described in claim 1, it is characterised in that respectively detect UE single business higher uplink bit rate and
Downlink transmission data rate, including：
The wireless spread-spectrum technology rlc protocol data cell PDU total lengths from the logic interfacing IUB single business received are detected, by institute
State from the RLC PDU total lengths that IUB is received with detecting higher uplink bit rate of the quotient of duration as single business of the UE；
The RLC PDU total lengths from the logic interfacing IUB single business sent are detected, by the RLC PDU overall lengths sent from IUB
Degree is with detecting downlink transmission data rate of the quotient of duration as single business of the UE.
6. a kind of bearing mode selection device, it is characterised in that the device includes：
Rate detecting unit, for the higher uplink bit rate and downlink data biography of the single business for detecting user equipment (UE) respectively
Defeated speed；
Rate processing unit, for using the higher uplink bit rate of all business of the UE and value as the UE upper line number
It is according to the total speed of transmission, the downlink transmission data rate of all business of the UE and value is total as the downlink data transmission of the UE
Speed；
Selecting unit is carried, for the total speed of transmitting uplink data and the total speed of downlink data transmission according to the UE, and in advance
If message transmission rate thresholding, for the UE select bearing mode.
7. device as claimed in claim 6, it is characterised in that the device also includes：
Rate threshold setting unit, for pre-setting message transmission rate thresholding；
The default message transmission rate thresholding includes the total rate threshold of transmitting uplink data of all business of UE and lower line number
According to the total rate threshold of transmission.
8. device as claimed in claim 7, it is characterised in that the carrying selecting unit is specifically used for：
Respectively by the total speed of the transmitting uplink data of the UE compared with the total rate threshold of default transmitting uplink data, the UE
The total speed of downlink data transmission compared with the total rate threshold of default downlink data transmission；
When the total speed of the transmitting uplink data of the UE is less than or equal to the total rate threshold of default transmitting uplink data, and/or, should
When the UE total speed of downlink data transmission is less than or equal to default downlink data transmission total rate threshold, for before UE selections to
Access channel FACH bearing modes.
9. device as claimed in claim 8, it is characterised in that the default message transmission rate thresholding also includes UE list
The higher uplink bit rate thresholding and downlink transmission data rate thresholding of business；
The carrying selecting unit is additionally operable to：
The higher uplink bit rate of the higher uplink bit rate of single business of the UE and default single business is carried out respectively
Compare, the downlink transmission data rate of single business of the UE and the downlink transmission data rate thresholding of default single business are compared
Compared with；
When the total speed of the transmitting uplink data of the UE is more than the total rate threshold of default transmitting uplink data, and the lower line number of the UE
During rate threshold total more than default downlink data transmission according to the total speed of transmission, if the transmitting uplink data speed of single business of the UE
Rate is less than or equal to the higher uplink bit rate thresholding of default single business, and/or, the downlink data of single business of the UE passes
Defeated speed is less than or equal to the downlink transmission data rate thresholding of default single business, then selects frame to divide bearing mode for the UE；
Otherwise, continuous resource bearing mode is selected for the UE.
10. device as claimed in claim 6, it is characterised in that the rate detecting unit is specifically used for：
The wireless spread-spectrum technology rlc protocol data cell PDU total lengths from the logic interfacing IUB single business received are detected, by institute
State from the RLC PDU total lengths that IUB is received with detecting higher uplink bit rate of the quotient of duration as single business of the UE；
The RLC PDU total lengths from the logic interfacing IUB single business sent are detected, by the RLC PDU overall lengths sent from IUB
Degree is with detecting downlink transmission data rate of the quotient of duration as single business of the UE.
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| CN104581784B (en) * | 2014-12-29 | 2018-12-14 | 大唐移动通信设备有限公司 | A kind of resource seizing method and device of PS business |
| CN109644375B (en) * | 2016-09-29 | 2024-03-12 | 苹果公司 | AT command for cellular internet of things rate control |
Citations (3)
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|---|---|---|---|---|
| CN101500243A (en) * | 2008-02-03 | 2009-08-05 | 普天信息技术研究院有限公司 | Bearing mode selection method for packet data service |
| CN103313272A (en) * | 2012-03-12 | 2013-09-18 | 中国移动通信集团公司 | Method and equipment for determining data service bearing mode |
| CN103747488A (en) * | 2014-01-28 | 2014-04-23 | 大唐移动通信设备有限公司 | Carrier balancing method, device and system |
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| CN100413370C (en) * | 2004-12-13 | 2008-08-20 | 上海贝尔阿尔卡特股份有限公司 | Method and apparatus for transmitting multimedia broadcast/multicast service apprized indication |
| CN102158883A (en) * | 2010-02-11 | 2011-08-17 | 普天信息技术研究院有限公司 | Method and device for retrieving radio access bearer |
| CN103458373B (en) * | 2012-06-05 | 2017-09-01 | 电信科学技术研究院 | A kind of clustering service implementation methods and its device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101500243A (en) * | 2008-02-03 | 2009-08-05 | 普天信息技术研究院有限公司 | Bearing mode selection method for packet data service |
| CN103313272A (en) * | 2012-03-12 | 2013-09-18 | 中国移动通信集团公司 | Method and equipment for determining data service bearing mode |
| CN103747488A (en) * | 2014-01-28 | 2014-04-23 | 大唐移动通信设备有限公司 | Carrier balancing method, device and system |
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