CN103002475B - A kind of collocation method and system of HSDPA service medias Access Control window - Google Patents
A kind of collocation method and system of HSDPA service medias Access Control window Download PDFInfo
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- CN103002475B CN103002475B CN201110273139.XA CN201110273139A CN103002475B CN 103002475 B CN103002475 B CN 103002475B CN 201110273139 A CN201110273139 A CN 201110273139A CN 103002475 B CN103002475 B CN 103002475B
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Abstract
The invention discloses a kind of collocation method of high-speed slender body theory (HSDPA) service media Access Control window, methods described includes：Radio network controller (RNC) is by message by the HSDPA service medias Access Control of the single carrier/Access Control of enhancing HSDPA service medias (MAC hs/MAC ehs) window, and/or the MAC hs/MAC ehs windows of multicarrier, it is allocated to node B (NodeB)；NodeB carries out decision-making to service bearer, and the MAC hs/MAC ehs window sizes used are returned into RNC.The invention also discloses a kind of configuration system of high-speed slender body theory (HSDPA) service media Access Control window, pass through the above method and system, NodeB is enabled to integrate the MAC hs/MAC ehs windows of single carrier, and/or the MAC hs/MAC ehs windows of multicarrier carry out decision-making, optimal MAC hs/MAC ehs windows configuration is obtained.
Description
Technical field
The present invention relates to multicarrier binding high-speed slender body theory (High Speed Downlink Packet
Access, HSDPA) technology, particularly relate to a kind of collocation method and system of HSDPA service medias Access Control window.
Background technology
Time division multiple access (Time Division-Synchronous Code Division Multiple
Access, TD-SCDMA) after system introduces HSDPA, can further improve the handling capacity of downlink data traffic makes
With, 16 quadrature amplitude modulations (16 Quadrature Amplitude Modulation, 16QAM) mode, its single carrier limit
Handling capacity is 2.8M bit/s.Fast development however as data service, the data service to downlink are applied continuous
Increase has greatly promoted the demand of HSDPA multicarrier bundled technologies.
Terminal needs to carry out the reception of downlink service data simultaneously over a number of carriers simultaneously.For supporting multicarrier binding
Terminal, it would be preferable to support the HSDPA service medias Access Control of single carrier/enhancing HSDPA service media Access Controls (MAC-
Hs/MAC-ehs) the MAC-hs/MAC-ehs windows of window and multicarrier configure.But generally for support multicarrier binding
Terminal is actual to be assigned as single carrier HSDPA business, it is only necessary to it is sufficient to be configured to the MAC-hs/MAC-ehs windows of single carrier,
In order to avoid waste terminal and NodeB internal memory.And HSDPA business is bundled for multicarrier, because the mixing on binding carrier wave is automatic
(Hybrid Automatic Repeat Request, the HARQ) process of re-transmission is independent, same Transmission Time Interval
The data transmitted on (Transmission Time Interval, TTI) are also the several times of single carrier HSDPA business, therefore are needed
Data transfer could be met by wanting the MAC-hs/MAC-ehs windows of allocating multiple carrier, otherwise the nothing in the case where channel condition is poor
Method carries out multiple physical layer data re-transmission, and high-speed is unable to reach so as to cause higher layer retransmission.
Fig. 1 is the schematic flow sheet that present standard protocol flow configures MAC-hs/MAC-ehs window sizes, such as Fig. 1 institutes
Show, the flow includes：
Step 101, radio network controller (Radio Network Controller, RNC) by wireless link/
Radio link reconfiguration preparation/wireless link increasing request message/radio link reconfiguration request, configures MAC-hs/ehs windows
The multi-carrier capability of size and terminal (UE) is to NodeB；
Step 102, node B (NodeB) judges whether business is carried as multicarrier binding HSDPA business, if it is, distribution
Multicarrier bundlees HSDPA binding frequency group, responded by wireless link/radio link reconfiguration gets out/radio chains
Road increase response/radio link reconfiguration response message carries, and is sent to RNC；
Step 103, RNC establish/reconfigure in radio bearer (Radio Bearer, RB)/cell update confirmation message in,
MAC-hs/ehs window sizes are configured to UE, wherein the MAC-hs/ehs window sizes to UE configurations need and configured to NodeB
It is consistent；
Step 104, UE preserves the configuration of MAC-hs/ehs window sizes, sends RB and establishes/reconfigure completion message to RNC.
It can be seen that the distribution of multicarrier binding HSDPA resources is determined by NodeB from flow.For supporting overloading
Ripple bundlees HSDPA terminal, and RNC can only distribute DPCH (the Dedicated Physical of master control carrier wave
Channel, DPCH) resource, if distribution multicarrier binding HSDPA resources and binding carrier wave all by NodeB in radio chains
Road establish response/radio link reconfiguration be ready to/Radio Link increase response/radio link reconfiguration response message in bring
RNC.Therefore RNC only just can determine that whether present terminal can be by service bearer in multicarrier after NodeB message is received
Bundle in HSDPA resources.But MAC-hs/MAC-ehs window sizes need RNC in wireless link/wireless link reconfigured
Put in preparation/wireless link increasing request message/radio link reconfiguration request and bring NodeB, now RNC is not due to knowing end
Final be carried in single carrier HSDPA resources or multicarrier binding HSDPA resources in end and can not decision-making go out optimal MAC-hs/
MAC-ehs windows configure.The purpose of the present invention is exactly to solve this problem.
The content of the invention
In view of this, it is a primary object of the present invention to provide a kind of configuration of HSDPA service medias Access Control window
Method and system, solves RNC due to not knowing that terminal is finally carried on single carrier HSDPA resources or multicarrier binding
Can not decision-making the problem of going out optimal MAC-hs/MAC-ehs windows configuration in HSDPA resources.
To reach above-mentioned purpose, the technical proposal of the invention is realized in this way：
The invention provides a kind of collocation method of HSDPA service medias Access Control window, methods described includes：
RNC is by message by the MAC-hs/MAC-ehs windows of the MAC-hs/MAC-ehs windows of single carrier, and/or multicarrier
Mouthful, it is allocated to NodeB；
NodeB carries out decision-making to service bearer, and the MAC-hs/MAC-ehs window sizes used are returned into RNC.
Wherein, the RNC by message by the MAC-hs/MAC-ehs windows of single carrier, and/or the MAC-hs/ of multicarrier
MAC-ehs windows, are allocated to before NodeB, and methods described also includes：
Request message is established in the RRC connections that RNC is sent according to UE, judges whether UE supports multicarrier to bundle HSDPA, if
It is then to carry the MAC-hs/MAC-ehs window sizes of two single carriers, or the MAC-hs/ of a single carrier in the message
The MAC-hs/MAC-ehs window sizes of MAC-ehs window sizes and a multicarrier, a single load is otherwise carried in the message
The MAC-hs/MAC-ehs window sizes of ripple.
Wherein, the MAC-hs/MAC-ehs window sizes for carrying two single carriers in the message, it is specially：By two
The MAC-hs/MAC-ehs window sizes of single carrier, the priority query Priority Queue of distribution are filled in respectively
MAC-hs Window Size for single frequency and MAC-hs Window Size in Information；
The MAC-hs/MAC-ehs window sizes of one single carrier of the carrying in the message and the MAC- of a multicarrier
Hs/MAC-ehs window sizes, it is specially：By the MAC-hs/MAC-ehs window sizes of single carrier, the priority of distribution is filled in
MAC-hs WindowSize for single frequency in queue Priority Queue Information, will be more
The MAC-hs/MAC-ehs window sizes of carrier wave, fill in the priority query Priority Queue Information of distribution
In MAC-hs Window Size；
The MAC-hs/MAC-ehs window sizes for carrying a single carrier in the message, it is specially：By single carrier
MAC-hs/MAC-ehs window sizes, fill in the priority query Priority Queue Information of distribution
MAC-hs Window Size。
Wherein, after the MAC-hs/MAC-ehs window sizes used are returned to RNC by the NodeB, methods described is also
Including：The MAC-hs/MAC-ehs window sizes that RNC returns according to NodeB configure UE by RRC information.
Wherein, the message includes：Wireless link message or radio link reconfiguration prepare message or radio chains
Road increases request message or radio link reconfiguration request message.
Wherein, the NodeB carries out decision-making to service bearer, and the MAC-hs/MAC-ehs window sizes used are returned to
RNC, it is specially：After the HSDPA service bearers that NodeB goes out according to decision-making is single carrier HSDPA or multicarrier binding HSDPA, really
Surely corresponding MAC-hs/MAC-ehs window sizes are used, and MAC-hs/MAC-ehs window sizes are passed through into wireless link
Response message or radio link reconfiguration prepare good news or Radio Link increase response message or radio link reconfiguration is rung
Message is answered to return to RNC.
Present invention also offers a kind of configuration system of HSDPA service medias Access Control window, the system includes：
RNC and NodeB；Wherein,
The RNC, for by message by the MAC-hs/MAC-ehs windows of single carrier, and/or the MAC-hs/ of multicarrier
MAC-ehs windows are allocated to NodeB；
The NodeB, for carrying out decision-making to service bearer, the MAC-hs/MAC-ehs window sizes used are returned to
RNC。
Wherein, the system also includes：UE；The RNC, it is additionally operable to be allocated to by MAC-hs/MAC-ehs windows
Before NodeB, request message is established according to the UE RRC connections sent, judges whether UE supports multicarrier to bundle HSDPA, if
It is then to carry the MAC-hs/MAC-ehs window sizes of two single carriers, or the MAC-hs/ of a single carrier in the message
The MAC-hs/MAC-ehs window sizes of MAC-ehs window sizes and a multicarrier, a single load is otherwise carried in the message
The MAC-hs/MAC-ehs window sizes of ripple.
Wherein, the RNC, it is additionally operable to after the MAC-hs/MAC-ehs window sizes of NodeB returns are received, according to
The MAC-hs/MAC-ehs window sizes that NodeB is returned configure UE by RRC information.
Wherein, the message includes：Wireless link message or radio link reconfiguration prepare message or radio chains
Road increases request message or radio link reconfiguration request message.
Wherein, the NodeB carries out decision-making to service bearer, and the MAC-hs/MAC-ehs window sizes used are returned to
RNC, it is specially：After the HSDPA service bearers that NodeB goes out according to decision-making is single carrier HSDPA or multicarrier binding HSDPA, really
Surely corresponding MAC-hs/MAC-ehs window sizes are used, and MAC-hs/MAC-ehs window sizes are passed through into wireless link
Response message or radio link reconfiguration prepare good news or Radio Link increase response message or radio link reconfiguration is rung
Message is answered to return to RNC.
The collocation method and system of HSDPA service medias Access Control window provided by the present invention, RNC will by message
The MAC-hs/MAC-ehs windows of single carrier, and/or the MAC-hs/MAC-ehs windows of multicarrier, are allocated to NodeB；NodeB
Decision-making is carried out to service bearer, the MAC-hs/MAC-ehs window sizes used are returned into RNC.NodeB is integrated
The MAC-hs/MAC-ehs windows of single carrier, and/or the MAC-hs/MAC-ehs windows of multicarrier carry out decision-making, obtain optimal
MAC-hs/MAC-ehs windows configure.
Brief description of the drawings
Fig. 1 is the schematic flow sheet that present standard protocol flow configures MAC-hs/MAC-ehs window sizes；
Fig. 2 is a kind of collocation method schematic flow sheet of HSDPA service medias Access Control window of the present invention；
Fig. 3 is the flow that present invention RNC by taking wireless link message as an example configures MAC-hs/MAC-ehs window sizes
Schematic diagram；
Fig. 4 is a kind of configuration system structure diagram of HSDPA service medias Access Control window of the present invention.
Embodiment
The present invention basic thought be：RNC is by message by the MAC-hs/MAC-ehs windows of single carrier, and/or overloading
The MAC-hs/MAC-ehs windows of ripple, are allocated to NodeB；NodeB carries out decision-making, the MAC-hs/ that will be used to service bearer
MAC-ehs window sizes return to RNC.
The technical solution of the present invention is further elaborated with specific embodiment below in conjunction with the accompanying drawings.
Fig. 2 is a kind of collocation method schematic flow sheet of HSDPA service medias Access Control window of the present invention, such as Fig. 2 institutes
Show, the described method comprises the following steps：
Step 201, RNC by message by the MAC-hs/MAC-ehs windows of single carrier, and/or the MAC-hs/ of multicarrier
MAC-ehs windows, are allocated to NodeB；
Specifically, the message includes：Wireless link message or radio link reconfiguration prepare message or wireless
Link increases request message or radio link reconfiguration request message.
Further, before step 201, methods described also includes：The wireless heterogeneous networks that RNC is sent according to UE
(RRC) request message is established in connection, judges whether UE supports multicarrier to bundle HSDPA, if it is, carrying two in the message
The MAC-hs/MAC-ehs window sizes of single carrier, or MAC-hs/MAC-ehs window sizes of single carrier and more than one
The MAC-hs/MAC-ehs window sizes of carrier wave, the MAC-hs/MAC-ehs windows for otherwise carrying a single carrier in the message are big
It is small.
Specifically, the MAC-hs/MAC-ehs window sizes for carrying two single carriers in the message, are specially：By two
The MAC-hs/MAC-ehs window sizes of individual single carrier, the priority query Priority Queue of distribution are filled in respectively
MAC-hs Window Size for single frequency and MAC-hs Window Size in Information.It is right
When the multicarrier binding HSDPA HSDPA business of terminal is supported, RNC can also be in MAC-hs Window Size and MAC-
The MAC-hs/ of terminal two 6 bits of configuration is bundled in hs Window Size for single frequency for multicarrier
MAC-ehs window sizes are respectively that multicarrier binding business and single carrier business use.Wherein MAC-hs Window Size are
6 larger bit windows, bundle business for multicarrier and use.
The MAC-hs/MAC-ehs window sizes of one single carrier of the carrying in the message and the MAC- of a multicarrier
Hs/MAC-ehs window sizes, it is specially：By the MAC-hs/MAC-ehs window sizes of single carrier, the priority of distribution is filled in
MAC-hs Window Size for single frequency in queue Priority Queue Information, will
The MAC-hs/MAC-ehs window sizes of multicarrier, fill in the priority query Priority Queue of distribution
MAC-hs Window Size in Information.
The MAC-hs/MAC-ehs window sizes for carrying a single carrier in the message, it is specially：By single carrier
MAC-hs/MAC-ehs window sizes, fill in the priority query Priority QueueInformation of distribution
MAC-hs Window Size。
Step 202, NodeB carries out decision-making to service bearer, and the MAC-hs/MAC-ehs window sizes used are returned to
RNC。
Specifically, the NodeB carries out decision-making to service bearer, the MAC-hs/MAC-ehs window sizes used are returned
To RNC, it is specially：After the HSDPA service bearers that NodeB goes out according to decision-making is single carrier HSDPA or multicarrier binding HSDPA,
It is determined that built using corresponding MAC-hs/MAC-ehs window sizes, and by MAC-hs/MAC-ehs window sizes by Radio Link
Vertical response message or radio link reconfiguration prepare good news or Radio Link increase response message or radio link reconfiguration
Response message returns to RNC.
Further, after step 202, methods described also includes：The MAC-hs/MAC- that RNC returns according to NodeB
Ehs window sizes configure UE by wireless heterogeneous networks (RRC) message.
Specifically, the MAC-hs/MAC-ehs window sizes that the RNC returns according to NodeB are configured by RRC information
UE, it is specially：The MAC-hs/MAC-ehs window sizes that NodeB is returned are carried to establish in RB by RNC is sent to UE in message, UE
Complete, with postponing, to return to RB to RNC and establish response message according to MAC-hs/MAC-ehs window sizes.
Fig. 3 is the flow that present invention RNC by taking wireless link message as an example configures MAC-hs/MAC-ehs window sizes
Schematic diagram, as shown in figure 3, the flow includes：
Step 301, RNC judges that terminal can support multicarrier to bundle HSDPA, and decision-making terminal may be carried as multicarrier bundle
, it is necessary to MAC-hs Window in filling in the priority query Priority Queue Information of distribution when tying up HSDPA
Size and MAC-hs Window Size for single frequency, RNC send the wireless link filled in and finished
Message is to NodeB；
Wherein, MAC-hs Window Size be multicarrier MAC-hs/MAC-ehs window sizes, MAC-hs Window
Size for single frequency are the MAC-hs/MAC-ehs window sizes of single carrier.
Wherein, if RNC judges that terminal can not support multicarrier to bundle HSDPA, it can only support single carrier HSDPA, RNC only
Need to fill in the MAC-hs/MAC- that the MAC-hs Window Size in Priority Queue Information are single carrier
Ehs window sizes, it is not necessary to fill in MAC-hs Window Size for single frequency.
Step 302, NodeB determines whether terminal traffic is carried on multicarrier binding HSDPA, when RNC is configured with MAC-
Hs Window Size and MAC-hs Window Size for single frequency, if Nodeb judgements terminal is held
Carry as single carrier HSDPA, the then MAC-hs/ configured using MAC-hs Window Size for single frequency
MAC-ehs window sizes；If Nodeb judgements terminal is carried as multicarrier binding HSDPA, it is necessary to distribute the carrier wave of binding, and
And return to wireless link using the MAC-hs/MAC-ehs window sizes configured in MAC-hs Window Size, NodeB
Response message；
Specifically, if being carried as multicarrier binding HSDPA needs to carry the binding carrier resource of distribution and finally makes
MAC-hs/MAC-ehs window sizes bring RNC by wireless link response message.
Step 303, the MAC-hs/MAC-ehs window sizes and binding carrier resource that RNC returns according to NodeB are filled in
Radio Bear Setup message, send RB and establish message to UE；
Step 304, UE is established in message according to RB MAC-hs Window Size configure MAC-hs/MAC-ehs windows
Mouth size.And return to RB and establish response message to RNC.
Need further exist for explanation, existing wireless link message or radio link reconfiguration prepare message or
Do not have MAC-hsWindow Size in wireless link increasing request message or radio link reconfiguration request message
Single frequency, therefore the MAC-hs/ in HS-DSCH MAC-d Flows Information cells is needed accordingly
MAC-hsWindow Size for single frequency are added in MAC-ehs window size configuration informations.
Table 1 is MAC-hs/MAC-ehs windows in amended HS-DSCH MAC-d Flows Information cells
Size configuration information, as shown in table 1：
Wherein, in HS-DSCH Information and HS-DSCH Information To Modify HS-DSCH
MAC-hs Window Size for single frequency cells are added in MAC-d Flows Information to match somebody with somebody
The MAC-hs/MAC-ehs window sizes of corresponding single carrier when putting multicarrier binding HSDPA business.
Wherein, for not supporting multicarrier binding HSDPA and supporting multicarrier binding HSDPA terminal traffic, carrying out
MAC-hs Window Size still represent to be matched somebody with somebody in wireless link/radio link reconfiguration message during HSDPA business configurations
Put MAC-hs/MAC-ehs window sizes corresponding to single carrier/multicarrier.
Wherein, for not supporting multicarrier binding HSDPA terminal, during single carrier HSDPA business, it is only necessary to fill in HS-
DSCH Information and HS-DSCH Information To Modify HS-DSCH MAC-d Flows
MAC-hs Window Size cells in Information；Terminal for supporting multicarrier binding HSDPA business, is assigned as
Need to fill in during HSDPA business MAC-hs Window Size in HS-DSCH MAC-d Flows Information and
Newly-increased MAC-hs Window Size for singlefrequency cells, wherein MAC-hs Window Size for
Single frequency represent the MAC-hs/MAC-ehs window sizes of single carrier.
When wherein, for supporting that multicarrier bundlees the HSDPA business of HSDPA terminal, RNC can also be in MAC-hs
In Window Size and MAC-hs Window Size for single frequency terminal configuration two is bundled for multicarrier
The MAC-hs/ehs window sizes of individual 6 bit are respectively that multicarrier binding business and single carrier business use.Wherein MAC-hs
Window Size are 6 larger bit windows, and bundling business for multicarrier uses.
Wherein, if RNC is only configured with MAC-hs Window Size, NodeB then using MAC-hsWindow Size's
Value is used as MAC-hs/MAC-ehs window sizes.
Table 1
Fig. 4 is a kind of configuration system structure diagram of HSDPA service medias Access Control window of the present invention, such as Fig. 4 institutes
Show, the system includes：RNC41 and NodeB42；Wherein,
The RNC41, for by message by the MAC-hs/MAC-ehs windows of single carrier, and/or the MAC- of multicarrier
Hs/MAC-ehs windows are allocated to NodeB42；
Specifically, the message includes：Wireless link message or radio link reconfiguration prepare message or wireless
Link increases request message or radio link reconfiguration request message.
The NodeB42, for carrying out decision-making to service bearer, the MAC-hs/MAC-ehs window sizes used are returned
To RNC41.
Specifically, the NodeB42 carries out decision-making to service bearer, the MAC-hs/MAC-ehs window sizes used are returned
Back to RNC, it is specially：The HSDPA service bearers that NodeB42 goes out according to decision-making bundle HSDPA for single carrier HSDPA or multicarrier
Afterwards, it is determined that passing through radio chains using corresponding MAC-hs/MAC-ehs window sizes, and by MAC-hs/MAC-ehs window sizes
Response message is established on road or radio link reconfiguration prepares good news or Radio Link increase response message or Radio Link weight
Configuration response message returns to RNC41
Further, the system also includes：UE43；The RNC41, it is additionally operable to match somebody with somebody by MAC-hs/MAC-ehs windows
Put to before NodeB, request message is established according to the UE43 RRC connections sent, judges whether UE43 supports multicarrier to bundle
HSDPA, if it is, the MAC-hs/MAC-ehs window sizes of two single carriers are carried in the message, or a single carrier
MAC-hs/MAC-ehs window sizes and a multicarrier MAC-hs/MAC-ehs window sizes, otherwise carry in the message
The MAC-hs/MAC-ehs window sizes of one single carrier.
Specifically, the MAC-hs/MAC-ehs window sizes for carrying two single carriers in the message, are specially：By two
The MAC-hs/MAC-ehs window sizes of individual single carrier, the priority query Priority Queue of distribution are filled in respectively
MAC-hs Window Size for single frequency and MAC-hs Window Size in Information.It is right
When the multicarrier binding HSDPA HSDPA business of terminal is supported, RNC can also be in MAC-hs Window Size and MAC-
The MAC-hs/ of terminal two 6 bits of configuration is bundled in hs Window Size for single frequency for multicarrier
MAC-ehs window sizes are respectively that multicarrier binding business and single carrier business use.Wherein MAC-hs Window Size are
6 larger bit windows, bundle business for multicarrier and use.
The MAC-hs/MAC-ehs window sizes of one single carrier of the carrying in the message and the MAC- of a multicarrier
Hs/MAC-ehs window sizes, it is specially：By the MAC-hs/MAC-ehs window sizes of single carrier, the priority of distribution is filled in
MAC-hs Window Size for single frequency in queue Priority Queue Information, will
The MAC-hs/MAC-ehs window sizes of multicarrier, fill in the priority query Priority Queue of distribution
MAC-hs Window Size in Information.
The MAC-hs/MAC-ehs window sizes for carrying a single carrier in the message, it is specially：By single carrier
MAC-hs/MAC-ehs window sizes, fill in the priority query Priority Queue Information of distribution
MAC-hs Window Size。
The RNC41, be further additionally operable to receive NodeB42 return MAC-hs/MAC-ehs window sizes it
Afterwards, UE43 is configured by RRC information according to the NodeB42 MAC-hs/MAC-ehs window sizes returned.
Specifically, the RNC41 according to the MAC-hs/MAC-ehs window sizes that NodeB42 is returned by RRC information come
UE43 is configured, is specially：The MAC-hs/MAC-ehs window sizes that NodeB42 is returned are carried and established in RB in message by RNC41
UE43 is sent to, UE43 completes, with postponing, to establish response to RNC41 returns RB and disappear according to MAC-hs/MAC-ehs window sizes
Breath.
The foregoing is only a preferred embodiment of the present invention, is not intended to limit the scope of the present invention.
Claims (11)
1. a kind of collocation method of high-speed downlink packet access HSDPA service media Access Control window, it is characterised in that described
Method includes：
Radio network controller (RNC) is by message by the HSDPA service medias Access Control of single carrier/enhancing HSDPA business matchmakers
Body access control MAC-hs/MAC-ehs windows, and/or the MAC-hs/MAC-ehs windows of multicarrier, are allocated to node B
NodeB；
NodeB carries out decision-making to service bearer, and the MAC-hs/MAC-ehs window sizes used are returned into RNC.
2. according to the method for claim 1, it is characterised in that the RNC is by message by the MAC-hs/MAC- of single carrier
Ehs windows, and/or the MAC-hs/MAC-ehs windows of multicarrier, are allocated to before NodeB, methods described also includes：
Request message is established in the radio resource control RRC connection that RNC is sent according to terminal UE, judges whether UE supports multicarrier to tie
HSDPA is tied up, if it is, the MAC-hs/MAC-ehs window sizes of two single carriers are carried in the message, or a single load
The MAC-hs/MAC-ehs window sizes of the MAC-hs/MAC-ehs window sizes of ripple and a multicarrier, otherwise take in the message
MAC-hs/MAC-ehs window sizes with a single carrier.
3. according to the method for claim 2, it is characterised in that the MAC-hs/ for carrying two single carriers in the message
MAC-ehs window sizes, it is specially：By the MAC-hs/MAC-ehs window sizes of two single carriers, distribution is filled in respectively
MAC-hs Window Size for single in priority query Priority Queue Information
Frequency and MAC-hs Window Size；
The MAC-hs/MAC-ehs window sizes of one single carrier of the carrying in the message and the MAC-hs/ of a multicarrier
MAC-ehs window sizes, it is specially：By the MAC-hs/MAC-ehs window sizes of single carrier, the priority team of distribution is filled in
The MAC-hs Window Size for single frequency in Priority Queue Information are arranged, will be more
The MAC-hs/MAC-ehs window sizes of carrier wave, fill in the priority query Priority Queue Information of distribution
In MAC-hs Window Size；
The MAC-hs/MAC-ehs window sizes for carrying a single carrier in the message, it is specially：By the MAC- of single carrier
Hs/MAC-ehs window sizes, the MAC-hs filled in the priority query Priority Queue Information of distribution
Window Size。
4. method according to claim 1 or 2, it is characterised in that the MAC-hs/MAC-ehs windows that the NodeB will be used
After mouth size returns to RNC, methods described also includes：The MAC-hs/MAC-ehs window sizes that RNC returns according to NodeB lead to
RRC information is crossed to configure UE.
5. method according to claim 1 or 2, it is characterised in that the message includes：Wireless link message or
Radio link reconfiguration prepares message or wireless link increasing request message or radio link reconfiguration request message.
6. method according to claim 1 or 2, it is characterised in that the NodeB carries out decision-making to service bearer, will make
MAC-hs/MAC-ehs window sizes return to RNC, are specially：The HSDPA service bearers that NodeB goes out according to decision-making are single
After carrier HSDPA or multicarrier binding HSDPA, it is determined that using corresponding MAC-hs/MAC-ehs window sizes, and by MAC-hs/
MAC-ehs window sizes prepare good news or Radio Link by wireless link response message or radio link reconfiguration
Increase response message or radio link reconfiguration response message return to RNC.
7. a kind of configuration system of HSDPA service medias Access Control window, it is characterised in that the system includes：RNC and
NodeB；Wherein,
The RNC, for by message by the MAC-hs/MAC-ehs windows of single carrier, and/or the MAC-hs/MAC- of multicarrier
Ehs windows are allocated to NodeB；
The NodeB, for carrying out decision-making to service bearer, the MAC-hs/MAC-ehs window sizes used are returned into RNC.
8. system according to claim 7, it is characterised in that the system also includes：UE；The RNC, it is additionally operable to inciting somebody to action
MAC-hs/MAC-ehs windows are allocated to before NodeB, are established request message according to the UE RRC connections sent, whether are judged UE
Multicarrier binding HSDPA is supported, if it is, the MAC-hs/MAC-ehs window sizes of two single carriers are carried in the message,
Or the MAC-hs/MAC-ehs window sizes of single carrier and the MAC-hs/MAC-ehs window sizes of a multicarrier, it is no
The MAC-hs/MAC-ehs window sizes of a single carrier are then carried in the message.
9. the system according to claim 7 or 8, it is characterised in that the RNC, be additionally operable to receiving NodeB returns
After MAC-hs/MAC-ehs window sizes, according to NodeB return MAC-hs/MAC-ehs window sizes by RRC information come
Configure UE.
10. the system according to claim 7 or 8, it is characterised in that the message includes：Wireless link message or
Radio link reconfiguration prepares message or wireless link increasing request message or radio link reconfiguration request message.
11. the system according to claim 7 or 8, it is characterised in that the NodeB carries out decision-making to service bearer, will make
MAC-hs/MAC-ehs window sizes return to RNC, are specially：The HSDPA service bearers that NodeB goes out according to decision-making are single
After carrier HSDPA or multicarrier binding HSDPA, it is determined that using corresponding MAC-hs/MAC-ehs window sizes, and by MAC-hs/
MAC-ehs window sizes prepare good news or Radio Link by wireless link response message or radio link reconfiguration
Increase response message or radio link reconfiguration response message return to RNC.
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