CN1972506A - A configuration method for high-speed downlink packet access HSDPA - Google Patents
A configuration method for high-speed downlink packet access HSDPA Download PDFInfo
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- CN1972506A CN1972506A CNA2005101280725A CN200510128072A CN1972506A CN 1972506 A CN1972506 A CN 1972506A CN A2005101280725 A CNA2005101280725 A CN A2005101280725A CN 200510128072 A CN200510128072 A CN 200510128072A CN 1972506 A CN1972506 A CN 1972506A
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Abstract
This invention discloses one high speed down set interface HSDPA set method, which comprises the following steps: service wireless network controller SRNC into user terminal end prepare area station or user end to send one piece of HSDPA align information portable with HSDP set information and indication information; prepare area station or user terminal sets HSDPA according to the set information and setting the user terminal HSDPA into non-activation status for local user terminal.
Description
Technical field
The present invention relates to field of wireless communication, relate in particular to a kind of collocation method of high-speed downlink packet access HSDPA.
Background technology
From Release 5, third generation co-operative project (3rd Generation Partnership Project, (High Speed Downlink Packet Access, HSDPA) mechanism is in order to provide the downlink grouped high-speed transfer of interface aloft 3GPP) to provide the high speed downlink packet access.It is by high-speed downlink shared transmission channel (High Speed Downlink Shared Channel, HS-DSCH), high-speed downstream Physical Shared Channel (High Speed Physical Downlink Shared Channel, HS-PDSCH), downlink high-speed shared control channel (Shared Control Channel for HS-DSCH, HS-SCCH) and HS-DSCH dedicated uplink physical control channel (Dedicated Physical Control Channel (uplink) forHS-DSCH HS-DPCCH) interacts and to realize.Its mechanism is: by cell base station Node B conditions associated according to current downlink channel resource situation and user equipment (UE), implement dispatching algorithm, if decision scheduling shared channel resources is given certain UE, just transmitting scheduling information (comprising HS-DPSCH channel allocation, packet size, error protection mode etc.) is given this UE on the good HS-SCCH that belongs to this UE of configured in advance; Subsequently scheduling to the HS-PDSCH channel of this UE on according to the indication of schedule information transmission HS-DSCH data; After UE received schedule information, the form according to the schedule information indication on the specified HS-PDSCH channel of schedule information received the HS-DSCH data; Last UE feeds back to Node B with reception result and downlink wireless channel quality condition on HS-DPCCH; Node B is according to feedback information decision scheduling and transmission next time.
Realize in the channel of HSDPA, except HS-PDSCH information is to be carried in real time to the UE by the schedule information of HS-SCCH channel, other channel information all is by special Radio Resource control (Radio Resource Control, RRC) message is by radio network controller (Radio NetworkController, RNC) through Node B, interface transmission aloft and configuration are given UE's.And these channel informations can be in the process of operation be changed by RNC and the RRC reconfiguration message by correspondence is transferred to UE, reconfigure the channel information of renewal, thisly reshuffle when generally occurring in the sub-district and switching or resource reschedules the situation that waits other to reconfigure.
In the process that switch service HS-DSCH sub-district,, adopt the way of pre-configured HSDPA relevant information in the candidate cell of UE in order to accelerate handoff procedure.Have a plurality of candidate cells and all disposed HSDPA information, but have only the service HS-DSCH sub-district of this UE that HSDPA is provided transfer of data.The selection of candidate cell in the prior art, generally is the sub-district in the Active Set of UE.When UE carries out channel measurement to neighbor cell, satisfy the sub-district of measurement triggering condition 1A, if realize the soft handover of dedicated channel DCH, this sub-district will be added in the Active Set by RNC, and increases a wireless links (wherein disposing DCH) between this sub-district and this UE.For this sub-district is added the HSDPA candidate cell, the RRC message that RNC also reshuffles by radio bearer simultaneously disposes the HSDPA information of this sub-district for this UE, its flow process as shown in Figure 1:
Among Fig. 1, step 1 is the pre-configured flow process of HSDPA information to step 8, is described below:
Step 2, SRNC decision are added this sub-district in the sub-district Active Set of this UE, by send Node B applying portion (Node B Application Part to target Node B, NBAP) message: Radio Link is set up (Radio Link Setup) message, carry the dedicated channel configuration information, notice Node B is a UE configure dedicated channel;
The HSDPA candidate cell of this sub-district to this UE added in step 3-4, SRNC decision, by sending NBAP message: radio link reconfiguration (Radio Link ReconfigurationPrepare) message to target Node B, carry the HSDPA preconfigured information, notification target Node B is the pre-configured HSDPA of UE, but do not activate HSDPA, be the data transport service that target Node B does not provide HSDPA, the data transport service of HSDPA still is provided by source Node B;
Step 5-6, SRNC is by sending RRC message to UE: activating set updating (Active Set Update) message, carry dedicated channel configuration information (the dedicated channel configuration information that sends to Target cell with SRNC in the step 2 is identical), notice UE configure dedicated channel;
Step 7-8, SRNC are by sending RRC message to UE: radio bearer is reshuffled (Radio BearerReconfiguration) message, carry HSDPA preconfigured information (the HSDPA preconfigured information that sends to Target cell with SRNC among the step 3-4 is identical), notice UE configuration HSDPA, but do not activate HSDPA;
Among Fig. 1, step 9 to step 13 for UE serves HS-DSCH sub-district switching flow, be described below:
Step 9, after UE measures the best cell information converting, send measurement report to RNC (measurement event is 1D);
The switching of HS-DSCH sub-district is served in step 10, SRNC decision, send NBAP message to target Node B: radio link reconfiguration is submitted (Radio Link Reconfiguration Commit) message to, and notification target Node B activates its HSDPA for this UE configuration;
Step 11-12, SRNC send RRC message to UE: radio bearer is reshuffled (Radio BearerReconfiguration) message, activates the HSDPA of the Target cell on the UE;
Step 13, SRNC send NBAP message to source Node B: radio link reconfiguration message (RadioLink Reconfiguration Prepare message or Radio Link Reconfiguration Request message), the HSDPA configuration information of this UE in the notification source Node B deletion cell-of-origin.
In the pre-configured process of HSDPA, when the sub-district is chosen as dedicated channel Active Set sub-district, generally also can be chosen as the HSDPA candidate cell.Prior art need dispose the dedicated channel and the HSDPA of candidate cell by two NBAP message (Radio Link Setup and Radio Link Reconfiguration) respectively on target Node B; Also need two RRC message (Active Setup Update and Radio BearerReconfiguration) to give this UE configure dedicated channel and HSDPA respectively simultaneously.Because NBAP message RadioLink Setup and RRC message Active Setup Update can not be made as unactivated state with HSDPA, also needing NBAP message Radio Link Reconfiguration and RRC message Radio BearerReconfiguration that HSDPA is set is unactivated state.Therefore, multiple messages of the prior art has increased the transmission bandwidth load, causes the waste of channel resource, handles complexity between RNC and UE, RNC and the Node B and improves, and is configured to power and reduces, and the configuration time delay strengthens, thereby reduces systematic function.
In the HSDPA reconfiguration course, a RRC message (Radio Bearer Reconfiguration) once can only be reshuffled the HSDPA of a sub-district, in the time need reshuffling the HSDPA of a plurality of sub-districts simultaneously, need send many RRC message to UE, this has increased the load of wave point, reduce the probability of configuration successful, increase the processing complexity of UE and RNC.
Because the order of deexcitation HSDPA is not set among the NBAP message Radio Link Reconfiguration, so need to delete the HSDPA configuration information of cell-of-origin after switching, like this, if user terminal switches go back to the cell-of-origin once more, because this sub-district also rests in the Active Set, do not have UE and report the 1A measurement report, SRNC need reconfigure this sub-district after receiving the 1D measurement report HSDPA gives this UE, this can strengthen handover delay, reduces systematic function.
If will serving the HS-DSCH sub-district when sending Active Set Update message, SRNC switches, prior art will be in above-mentioned process step 5, in Active Set Update message, add the information of new Serving cell, but this message is not cancelled the signaling of switching preceding source service HS-DSCH sub-district, will cause the processing behavior of UE to expect.
Summary of the invention
The invention provides the collocation method of kind of high-speed downlink packet access HSDPA, HSDPA configuration messages data volume is big in the prior art, channel resource is wasted in order to solve, be configured to power reduces, and the big problem of configuration time delay.
The inventive method comprises: service wireless network controller SRNC gives user terminal candidate cell base station respectively or/and user terminal sends a message of carrying out the HSDPA configuration, carries HSDPA configuration information and indication information;
Described candidate cell base station is or/and user terminal disposes HSDPA according to described HSDPA configuration information, and according to described indication information, this locality is set to unactivated state for the HSDPA of this user terminal configuration.
According to said method of the present invention, SRNC sends the Radio Link that carries described indication information and HSDPA configuration information to the candidate cell base station of user terminal and sets up request message Radio Link SetupRequest; Described HSDPA configuration information in the message is set up according to described Radio Link in described candidate cell base station, is described user terminal configuration HSDPA, and is set to unactivated state by described indication information this locality for the HSDPA that this user terminal disposes; Or/and
SRNC sends activating set updating message Active Set Update to user terminal, and carries described HSDPA configuration information; Described user terminal is according to described HSDPA configuration information configuration HSDPA, and the described HSDPA of this locality configuration is set to unactivated state.
According to said method of the present invention, set up increase by one cell in the message at described Radio Link, carry the indication information that described candidate cell is non-service high-speed downlink shared transmission channel HS-DSCH sub-district;
Described candidate cell base station receives after this Radio Link sets up message, set up HSDPA configuration information configuration HSDPA in the message according to described Radio Link, and according to described indication information, the HSDPA of this locality configuration is set to unactivated state.
According to said method of the present invention, in described activating set updating message, increase by two cells, a cell carries described HSDPA configuration information, and another cell carries the indication information that described candidate cell is non-service HS-DSCH sub-district;
After described user terminal is received this activating set updating message, dispose local HSDPA, and according to described indication information, the HSDPA of this locality configuration is set to unactivated state according to described HSDPA configuration information.
According to said method of the present invention, if need serving the HS-DSCH sub-district when user terminal sends activating set updating message, SRNC switches, then in described activating set updating message, also carry Serving cell cancellation information;
The source Serving cell of appointment is set to non-service cell in this Serving cell cancellation information of described user terminal.
In described activating set updating message, increase by a cell, carry described Serving cell cancellation information, in this Serving cell cancellation information, indicate the service HS-DSCH sub-district that needs cancellation.
According to said method of the present invention, when user terminal is served the switching of HS-DSCH sub-district, SRNC is respectively to the radio link reconfiguration message of target cell base station and source cell base station sending node B applying portion NBAP, carry indication information, activate the HSDPA message scheduling of this destination service HS-DSCH sub-district, the HSDPA message scheduling of service HS-DSCH sub-district, deexcitation source; Or
SRNC sends radio link reconfiguration message to source service HS-DSCH cell base station, carries indication information, the HSDPA scheduling of service HS-DSCH sub-district, deexcitation source; Or
SRNC carries indication information in sending to the RRC reconfiguration message of user terminal, activate the HSDPA of destination service HS-DSCH sub-district, the HSDPA of service HS-DSCH sub-district, deexcitation source.
SRNC is in sending to the RRC reconfiguration message of user terminal, in downlink information element Downlink information for each radio link of each Radio Link of source service HS-DSCH sub-district correspondence, serve HS-DSCH Radio Link indication Serving HS-DSCH radio link indicator and be set to vacation, and in the downlink information element of each Radio Link of destination service HS-DSCH sub-district correspondence, serve the HS-DSCH Radio Link and indicate and be set to very; After user terminal was received described RRC reconfiguration message, the source was served the HS-DSCH sub-district and is set to non-activation, and destination service HS-DSCH sub-district is set to activate.
According to said method of the present invention, the radio link reconfiguration message of described NBAP is that radio link reconfiguration is prepared message Radio Link Reconfiguration Prepare or radio link reconfiguration request message Radio Link Reconfiguration Request;
Prepare to increase in message or the radio link reconfiguration request message cell in described radio link reconfiguration; Prepare in message or the radio link reconfiguration request message in the radio link reconfiguration that sends to target cell base station, this increase cell carries the indication information of Target cell for service HS-DSCH sub-district; Prepare in message or the radio link reconfiguration request message in the radio link reconfiguration that sends to source cell base station, this increase cell carries the indication information that the cell-of-origin is non-service HS-DSCH sub-district;
Described target cell base station activates the HSDPA message scheduling according to described indication information; Described source cell base station is according to described indication information, deexcitation HSDPA message scheduling.
According to said method of the present invention, SRNC sends the RRC reconfiguration message to described user terminal, carries the HSDPA configuration information and the indication information of one or more sub-districts; After described user terminal is received this message, reconfigure the HSDPA of one or more sub-districts according to described HSDPA reconfiguration information; And the described HSDPA that disposes according to described indication information this locality is set to unactivated state.
Described RRC reconfiguration message comprises Radio Link carrying reconfiguration message Radio BearerReconfiguration or transmission channel reconfiguration message Transport Channel Reconfiguration or physical channel reconfiguration message Physical Channel Reconfiguration.
In downlink information element Downlinkinformation for each radio link of each Radio Link of SRNC in Radio Link carrying reconfiguration message, transmission channel reconfiguration message or physical channel reconfiguration message that described user terminal sends, increase by a cell, carry and the pairing HSDPA information of this information element corresponding district; Service HS-DSCH Radio Link indication Serving HS-DSCH radio link indicator in the downlink information element of described each Radio Link is set to vacation, and the described HSDPA of indication this locality configuration is set to unactivated state.
Beneficial effect of the present invention is as follows:
(1) the present invention is in the pre-configured process of HSDPA, SRNC sets up message by a wireless links and is implemented in Target cell configure dedicated channel and HSDPA, reduced RNC carries out the HSDPA information configuration with target cell base station message number, thereby reduced the coffret load, reduced system complexity, improve the configuration successful probability, improved system reliability and systematic function.
(2) the present invention is in the pre-configured process of HSDPA, SRNC is implemented in user terminal configure dedicated channel and HSDPA by an activating set updating message, reduce RNC with the message number between the user terminal, thereby reduced the air interface load, saved interface-free resources.
(3) the present invention is in the HSDPA reconfiguration course, SRNC is a plurality of cell configuration HSDPA by wireless links carrying reconfiguration message, transmission channel reconfiguration message or physical channel reconfiguration message informing user terminal, thereby reduced the wave point load, reduce the processing complexity of UE and RNC, improved the configuration successful probability.
(4) the present invention is by increase information in radio link reconfiguration message, realize that user terminal switches to the HSDPA of deexcitation source Serving cell behind the Target cell, thereby the HSDPA in the reservation cell-of-origin has improved the speed of follow-up switching, the raising system performance and call successful rate.
(5) the present invention is by increase information in activating set updating message, be implemented in and cancel old Serving cell when adding new Serving cell, make user terminal only keep a Serving cell, solved SRNC user terminal when sending activating set updating message and served the problem that the HS-DSCH sub-district exists the behavior of user terminal to expect simultaneously.
Description of drawings
Fig. 1 when the pre-configured of the HSDPA information of prior art and service HS-DSCH sub-district switching HSDPA information reshuffle flow chart;
Fig. 2 when HSDPA information of the present invention pre-configured and service HS-DSCH sub-district switching HSDPA information reshuffle one of flow chart;
Fig. 3 when HSDPA information of the present invention pre-configured and service HS-DSCH sub-district switching HSDPA information reshuffle two of flow chart;
Fig. 4 when HSDPA information of the present invention pre-configured and service HS-DSCH sub-district switching HSDPA information reshuffle three of flow chart;
Fig. 5 when HSDPA information of the present invention pre-configured and service HS-DSCH sub-district switching HSDPA information reshuffle four of flow chart.
Embodiment
The present invention is by revising existing 3GPP standard TS25.331[1] with TS25.433[2] in relevant RRC message and the content of NBAP message, promptly increase new cell therein, thereby reshuffle flow process when changing HSDPA information configuration flow process and switching.Respectively the modification situation of each message is described in detail below.
Make SRNC pass through a NBAP message Radio Link Setup notification target cell configuration dedicated channel and HSDPA in order to reach, and the purpose that this HSDPA is a unactivated state is set, the present invention increases the cell of a Boolean type newly in RadioLink Setup message: service HS-DSCH sub-district indication (ServingHS-DSCH Radio Link Indicator) cell.When SRNC decision is provided with Target cell for the Serving cell of this UE, this indication information element value is set for true, otherwise be vacation.
Following table one is Radio Link Setup Request message content (this table is at TS25.433[2] definition tables of corresponding message in increased the cell content that the present invention need increase newly), and wherein italicized item is the cell that increases newly:
Table one:
| Cell/group name claims | Necessity | Span | Value type or with reference to cell | Describe | Importance | Fault processing |
| ?Message ?Discriminator | Essential | 9.2.1.45 | - | |||
| ?Message?Type | Essential | 9.2.1.46 | Be | Refusal | ||
| ?Transaction?ID | Essential | 9.2.1.62 | - | |||
| ?NodeB ?Communication ?Context?ID | Essential | 9.2.1.48 | Retention " All NBCC " does not re-use | Be | Refusal | |
| Omit the part that has nothing to do with the present invention ... .. | ||||||
| ?HS-DSCH ?Information | Optional | High speed descending sharing channel Frequency Division Duplexing (FDD) part (HS-DSCH FDD) information 9.2.2.18D | Be | Refusal | ||
| ?Serving?HS-DSCH ?Radio?Link ?Indicator | Optional | Boolean type | If service HS-DSCH is arranged in the Radio Link of purpose sub-district, it then is set for true, otherwise is false | Be | Refusal | |
| ?HS-DSCH ?Information?To ?Modify | Optional | 9.2.1.31H | Be | Refusal | ||
| ?HS-DSCH-RNTI | According to the HSDSCH Radio Link | 92.1.31J | Be | Refusal | ||
| ?HS-PDSCH?RL?ID | Optional | Radio Link sign (RL ID) 9.2.1.53 | Be | Refusal | ||
| Omit the part that has nothing to do with the present invention ... .. | ||||||
Make SRNC pass through a RRC message Active Set Update informing user terminal configure dedicated channel and HSDPA in order to reach, do not activate the purpose of this HSDPA, the present invention's original Radio Link in Active Set Update message increases the cell that increases a relevant HSDPA information in the information cell (Radio Link Addition Information) newly: descending HS-PDSCH information cell (DownlinkHS-PDSCH Information), the HSDPA information of this cell configuration appointment is in the Radio Link of appointment.In Active Set Update message, also increase the service HS-DSCH sub-district indication information element (Serving HS-DSCH Radio LinkIndicator) of a Boolean type in original Radio Link Addition Information cell, SRNC judges when the purpose sub-district is the Serving cell of this UE, this value is set for true, otherwise is set to vacation.Above-mentioned cell is at TS25.331[1] in define, the Radio Link that the present invention adds it to Active SetUpdate message increases in the information cell.
Following table two is the content of the Radio Link Addition Information cell in the Active Set Update message, wherein the cell that increases newly for the present invention of italicized item:
Table two:
| Cell/group name claims | Necessity | Many-valued | Value type or with reference to cell | Describe | Version |
| Primary?CPICH info | Essential | Primary Common Pilot Channel information 10.3.6.60 | |||
| Cell?ID | Optional | Cell ID 10.3.2.2 | REL-4 | ||
| CHOICE?DPCH info | Essential | REL-6 | |||
| ＞Downlink?DPCH info?for?each?RL | Essential | Each Radio Link downward special physical channel information 10.3.6.21 | |||
| ＞Downlink F-DPCH?info?for each?RL | Essential | The descending burst DPCH of each Radio Link (F-DPCH) information 10.3.6.23ob | REL-6 | ||
| E-HICH Information | Optional | E-HICH information 10.3.6.101 | REL-6 | ||
| E-RGCH Information | Optional | E-RGCH information 10.3.6.102 | REL-6 | ||
| Downlink HS-PDSCH Information | Optional | Descending HS-PDSCH information 10.3.6.23a | Configuration HSDPA information arrives Radio Link, but does not activate | REL-6 | |
| Serving HS-DSCH?radio link?indicator | Optional, but when comprising Downlink HS-PDSCH Information cell in the message, this cell is essential | Boolean type | When the Radio Link of Target cell is service HS-DSCH link, this value is set for true, otherwise is false | REL-6 |
Make SRNC pass through the purpose that a RRC reconfiguration message informing user terminal disposes the HSDPA of a plurality of sub-districts in order to arrive, the present invention is at Radio Bearer Reconfiguration, in the downlink information cell of original each Radio Link in Transport ChannelReconfiguration or the Physical Channel Reconfiguration message (Downlink information for each radio link) (the corresponding sub-district of each cell), increase the cell of a HSDPA configuration information newly: descending HS-PDSCH information cell (Downlink HS-PDSCH Information).The HSDPA information of this cell configuration appointment is in the Radio Link of appointment.This cell is at TS25.433[1] in define, the present invention adds it in the downlink information cell of Radio Link of above-mentioned 3 message to.
Following table three is Downlink information for each radio link cell content, and italicized item is the cell that increases newly:
Table three:
| Cell/group name claims | Necessity | Many-valued | Value type or with reference to cell | Describe | Version |
| Choice?mode | Essential | ||||
| ＞FDD | |||||
| ＞＞Primary?CPICH info | Essential | Primary Common Pilot Channel information 10.3.6.60 | |||
| ＞＞Cell?ID | Optional | Cell ID 10.3.2.2 | REL-4 | ||
| ＞＞Serving HS-DSCH?radio link?indicator | Essential | Boolean type | When this Radio Link is service HS-DSCH Radio Link, this value is set for true, otherwise is false | REL-5 | |
| ＞＞Serving?E-DCH radio?link | Essential | Boolean type | When this Radio Link is service E-DCH Radio Link, this value is set for true, otherwise is false | REL-6 | |
| ＞TDD | |||||
| ＞＞Primary?CCPCH info | Essential | Primary Common Pilot Channel information 10.3.6.57 | |||
| CHOICE?DPCH info | Optional | REL-6 | |||
| ＞Downlink?DPCH info?for?each?RL | Essential | The descending DPCH information of each Radio Link 10.3.6.21 | |||
| ＞Downlink?F-DPCH info?for?each?RL | Essential | The descending F-DPCH information of each Radio Link 10.3.6.23ob | REL-6 | ||
| Downlink HS-PDSCH Information | Optional | Descending HS-PDSCH information 10.3.6.23a | REL-6 | ||
| E-AGCH?Info | Essential | E-AGCH information 10.3.6.100 | REL-6 | ||
| E-HICH?Information | Essential | E-HICH information 10.3.6.101 | REL-6 | ||
| E-RGCH Information | Essential | E-RGCH information 10.3.6.102 | REL-6 |
In order to reach the purpose that makes SRNC pass through radio link reconfiguration message notification source service HS-DSCH sub-district deexcitation HSDPA, the present invention has increased the cell of a Boolean type newly in Radio Link Reconfiguration Prepare message and RadioLink Reconfiguration Request message: service HS-DSCH sub-district indication information element (Serving HS-DSCH Radio Link Indicator).SRNC judges when the purpose sub-district be the service HS-DSCH sub-district of this UE that it is very that this value is set, otherwise is set to vacation, and this table is at TS25.433[2] in increased the cell that the present invention increases newly in the definition tables of corresponding message.
Radio Link Reconfiguration Prepare message content is shown in following table four, and wherein italicized item is the cell that increases newly:
Table four:
| Cell/group name claims | Necessity | Span | Value type or with reference to cell | Describe | Importance | Fault processing |
| Message Discriminator | Essential | 9.2.1.45 | - | |||
| Message?Type | Essential | 9.2.1.46 | Be | Refusal | ||
| Transaction?ID | Essential | 9.2.1.62 | - | |||
| Node?B Communication Context?ID | Essential | 9.2.1.48 | Retention " All NBCC " does not re-use | Be | Refusal | |
| Omit the part that has nothing to do with the present invention ... .. | ||||||
| HS-DSCH Information | Optional | High speed descending sharing channel Frequency Division Duplexing (FDD) section H S-DSCH FDD Information 9.2.2.18D | Be | Refusal | ||
| Serving HS-DSCH?Radio Link?Indicator | Optional | Boolean type | If service HS-DSCH is arranged in the Radio Link of purpose sub-district, it then is set for true, otherwise is false | Be | Refusal | |
| HS-DSCH Information?To Modify | Optional | 9.2.1.31H | Be | Refusal | ||
| HS-DSCH?MAC-d Flows?To?Add | Optional | HS-DSCH MAC-d stream information 9.2.1.31IA | Be | Refusal | ||
| HS-DSCH?MAC-d Flows?To?Delete | Optional | 9.2.1.31IB | Be | Refusal | ||
| HS-DSCH-RNTI | According to the HSDSCH Radio Link | 9.2.1.31J | Be | Refusal | ||
| HS-PDSCH?RL?ID | Optional | Radio Link sign 9.2.1.53 | Be | Refusal | ||
| Omit the part that has nothing to do with the present invention ... .. | ||||||
Radio Link Reconfiguration Request message content is shown in following table five, and wherein italicized item is the cell that increases newly:
Table five:
| Cell/group name claims | Necessity | Span | Value type or with reference to cell | Describe | Importance | Fault processing |
| Message Discriminator | Necessary | 9.2.1.45 | - | |||
| Message?Type | Necessary | 9.2.1.46 | Be | Refusal | ||
| Transaction?ID | Necessary | 9.2.1.62 | - | |||
| Node?B Communication Context?ID | Necessary | 9.2.1.48 | Retention " All NBCC " does not re-use | Be | Refusal | |
| Omit the part that has nothing to do with the present invention ... .. | ||||||
| HS-DSCH Information | Optional | High speed descending sharing channel Frequency Division Duplexing (FDD) section H S-DSCH FDD Information 9.2.2.18D | Be | Refusal | ||
| Serving HS-DSCH?Radio Link?Indicator | Optional | Boolean type | If service HS-DSCH is arranged in the Radio Link of purpose sub-district, it then is set for true, otherwise is false | Be | Refusal | |
| HS-DSCH Information?To Modify Unsynchronised | Optional | 9.2.1.31HA | Be | Refusal | ||
| HS-DSCH?MAC-d Flows?To?Add | Optional | HS-DSCH MAC-d stream information 9.2.1.31IA | Be | Refusal | ||
| HS-DSCH?MAC-d Flows?To?Delete | Optional | 9.2.1.31IB | Be | Refusal | ||
| HS-DSCH-RNTI | According to the HSDSCH Radio Link | 9.2.1.31J | Be | Refusal | ||
| HS-PDSCH?RL?ID | Optional | Radio Link sign 9.2.1.53 | Be | Refusal | ||
| Omit the part that has nothing to do with the present invention ... .. | ||||||
Make SRNC in the pre-configured process of HSDPA in order to reach, when sending Active Set Update message, take place under the situation of Serving cell switching, the purpose of cancellation source Serving cell, the present invention increases a cell newly in ActiveSet Update message: service HS-DSCH sub-district cancellation information cell (ServingHS-DSCH cell cancel information), Active Set Update cell thes contents are as follows shown in the table six, and italicized item is the cell that increases newly:
Table six:
| Cell/group name claims | Necessity | Span | Value type or with reference to cell | Describe | Version |
| Message?Type | Essential | Type of message | |||
| UE?information elements | |||||
| RRC?transaction identifier | Essential | RRC transaction identifier 10.3.3.36 | |||
| Integrity?check?info | The historical conditions decision | Integrity check information 10.3.3.16 | |||
| Activation?time | Default | Activationary time 10.3.3.1 | Default value is " Row " | ||
| New?U-RNTI | Optional | U-RNTI 10.3.3.47 | |||
| New?H-RNTI | Optional | H-RNTI 10.3.3.14a | REL-6 | ||
| New?Primary?E-RNTI | Optional | E-RNTI 10.3.3.10a | REL-6 | ||
| New?Secondary E-RNTI | Optional | E-RNTI 10.3.3.10a | REL-6 | ||
| CN?information elements | |||||
| CN?Information?info | Optional | CN information 10.3.1.3 | |||
| Phy?CH?information elements | |||||
| Uplink?radio resources | |||||
| Maximum?allowed ULTX?power | Default | Uplink transmission power (UL TX power) | Default value is current " maximum UL TX power. |
| Cell/group name claims | Necessity | Span | Value type or with reference to cell | Describe | Version |
| Maximum permissible value 10.3.6.39 | |||||
| Downlink?radio resources | |||||
| Radio?link?addition information | Optional | 1?to <maxRL-1 > | The Radio Link that each Radio Link requires to set up is set up information | ||
| ＞Radio?link?addition information | Essential | Radio Link is set up information 10.3.6.68 | |||
| Radio?link?removal information | Optional | 1?to <maxRL> | Each Radio Link requires the Radio Link deletion information of deletion | ||
| ＞Radio?link?removal information | Essential | Radio Link deletion information 10.3.6.69 | |||
| TX?Diversity?Mode | The historical conditions decision | TX otherness pattern 10.3.6.86 | Default value is in the TX diversity of the current use of all or part of Active Set pattern | ||
| DPC?Mode | Optional | Enumerated (Single?TPC TPC?triplet?in soff) | ″Single?TPC″is?DPC_Mode＝0 and″TPC?triplet?in?soft″is DPC_mode＝1?in[29]. | REL-5 | |
| Serving?HS-DSCH cell?information | Optional | Service HS-DSCH cell information 10.3.6.74a | REL-6 | ||
| Serving?HS-DSCH cell?cancel information | Optional | Service HS-DSCH sub-district cancellation information 10.3.6.xx | Cancel old service HS-DSCH sub-district, and it is set for non-service cell | REL-6 | |
| Scheduling?E-DCH cell?information | Optional | Dispatch E-DCH cell information 10.3.6.69a | The dispatch E-DCH cell information |
Wherein, theing contents are as follows shown in the table of Serving HS-DSCH cell cancel information cell:
| Serving?HS-DSCH cell?cancel information | Optional | 1?to <maxRL > | Be the old service HS-DSCH of each Radio Link cancellation sub-district, and it is set is non-service cell | REL-6 | |
| ＞Primary?CPICH ?info | Essential | Primary Common Pilot Channel information 10.3.6.60 | REL-6 |
The present invention only demonstrates the modification form of code division multiple access FDD message, and the message of time division multiple access TDD is also carried out same modification.
With four typical embodiment HSDPA configuration flow of the present invention is described in detail below.
Embodiment one: SRNC sends to the ActiveLink Setup message of cell base station in the pre-configured flow process of modification HSDPA, keeps other steps same as the prior art, the pre-configured flow process of its HSDPA and service HS-DSCH sub-district switching flow, as shown in Figure 2:
Step 2, SRNC decision are added this sub-district in the sub-district Active Set of this UE, and the HSDPA candidate cell set that arrives this UE, set up (Radio LinkSetup) message by sending Radio Link to target Node B, carry dedicated channel information and HSDPA preconfigured information, notification target Node B is this UE configure dedicated channel and pre-configured HSDPA, but does not activate HSDPA; After target Node B received this message, at local configure dedicated channel and HSDPA, and this HSDPA is set was unactivated state;
In this step, SRNC judges that the sub-district of this target Node B is not the current service HS-DSCH sub-district of this user terminal, and then the Boolean type ServingHS-DSCH radio link indicator that new reinforcement adds in the Radio Link Setup message is set to vacation; After target Node B receives Radio Link Setup message, find that Serving HS-DSCH radio link indicator value is false, then its HSDPA for the user terminal configuration is set to unactivated state;
If the HSDPA candidate cell set of this sub-district to this UE do not added in SRNC decision, just not be used in Radio Link and set up and carry the HSDPA configuration information in the signaling.
Step 3-4, SRNC carries dedicated channel information (the dedicated channel information that sends to Target cell with SRNC in the step 2 is identical), informing user terminal configure dedicated channel by sending activating set updating (Active Set Update) message to UE; After user terminal is received this message, at local configure dedicated channel;
Step 5-6, SRNC reshuffle (Radio BearerReconfiguration) message by sending radio bearer to UE, carry HSDPA preconfigured information (the HSDPA preconfigured information that sends to Target cell with SRNC in the step 2 is identical), informing user terminal configuration HSDPA, but do not activate; After user terminal is received this message,, and be set to unactivated state at this locality configuration HSDPA;
Step 9-13 in step 7-11, difference corresponding diagram 1 flow process is for UE serves HS-DSCH sub-district switching flow.
Embodiment two: SRNC sends to the Active SetUpdate message of user terminal in the pre-configured flow process of modification HSDPA, keeps other steps same as the prior art, the pre-configured flow process of its HSDPA information and service HS-DSCH sub-district switching flow, as shown in Figure 3:
Step 2, SRNC decision are added this sub-district in the sub-district Active Set of this UE, set up (Radio Link Setup) message by sending Radio Link to target NodeB, carry the dedicated channel configuration information, and notice Node B is a UE configure dedicated channel; After target Node B receives this message, at local configure dedicated channel;
The HSDPA candidate cell of this sub-district to this UE added in step 3-4, SRNC decision, by sending radio link reconfiguration (Radio Link Reconfiguration Prepare) message to target Node B, carry the HSDPA preconfigured information, notification target Node B is the pre-configured HSDPA of UE, but does not activate; After target Node B received this message, at this locality configuration HSDPA, and HSDPA is set was unactivated state;
Step 5-6, SRNC are by sending activating set updating (Active Set Update) message to UE, carry dedicated channel information and HSDPA preconfigured information (the dedicated channel information that sends to Target cell with SRNC in the above-mentioned steps is identical with the HSDPA preconfigured information), also carry the indication information that HSDPA is a unactivated state is set; After user terminal was received this message, at local configure dedicated channel and HSDPA, and HSDPA is set was unactivated state;
In this step, SRNC adds the HSDPA preconfigured information in the descending HS-PDSCH information cell (Downlink HS-PDSCH Information) that Active Set Update message increases newly, this HSDPA information of specified configuration is in this user's dedicated channel; Simultaneously SRNC judges that this HSDPA preconfigured information corresponding district is not the current service HS-DSCH sub-district of this user terminal, and then the Boolean type Serving HS-DSCH radio link indicator that increases newly of Active SetUpdate message is set to vacation; After user terminal is received this Active Set Update message, the HSDPA preconfigured information of carrying according to descending HS-PDSCH information cell disposes HSDPA in this locality, and be false according to Serving HS-DSCH radio linkindicator value, this HSDPA is set to unactivated state.
If SRNC decision interpolation Target cell just not be used in the Radio Link increase information in the above-mentioned activating set updating signaling and carries DownlinkHS-PDSCH Information configuration information to the HSDPA candidate cell set of this UE.
Step 9-13 in step 7-11, difference corresponding diagram 1 flow process is for UE serves HS-DSCH sub-district switching flow.
Embodiment three: SRNC sends to the Active Link Setup message of cell base station and the Active Set Update message that SRNC sends to user terminal in the pre-configured flow process of modification HDSPA information, keep other steps same as the prior art, pre-configured and the service HS-DSCH sub-district switching flow of its HSDPA information, as shown in Figure 4:
Step 2, SRNC decision are added this sub-district in the sub-district Active Set of this UE, and the HSDPA candidate cell set that arrives this UE, set up (Radio LinkSetup) message by sending Radio Link to target Node B, carry dedicated channel information and HSDPA preconfigured information, notification target Node B is this UE configure dedicated channel and pre-configured HSDPA, but does not activate HSDPA; After target Node B received this message, at local configure dedicated channel and HSDPA, and this HSDPA is set was unactivated state;
In this step, SRNC judges that the sub-district of this target Node B is not the current service HS-DSCH sub-district of this user terminal, and then the Boolean type ServingHS-DSCH radio link indicator that new reinforcement adds in the Radio Link Setup message is set to vacation; After target Node B receives Radio Link Setup message, find that Serving HS-DSCH radio link indicator value is false, then its HSDPA for the user terminal configuration is set to unactivated state;
Step 3-4, SRNC are by sending activating set updating (Active Set Update) message to UE, carry dedicated channel information and HSDPA preconfigured information (the dedicated channel information that sends to Target cell with SRNC in the above-mentioned steps is identical with the HSDPA preconfigured information), also carry the indication information that HSDPA is a unactivated state is set; After user terminal was received this message, at local configure dedicated channel and HSDPA, and HSDPA is set was unactivated state;
In this step, SRNC adds the HSDPA preconfigured information in the descending HS-PDSCH information cell (Downlink HS-PDSCH Information) that Active Set Update message increases newly, this HSDPA information of specified configuration is in this user's dedicated channel; Simultaneously SRNC judges that this HSDPA preconfigured information corresponding district is not the current service HS-DSCH sub-district of this user terminal, and then the Boolean type Serving HS-DSCH radio link indicator that increases newly of Active SetUpdate message is set to vacation; After user terminal is received this Active Set Update message, the HSDPA preconfigured information of carrying according to descending HS-PDSCH information cell disposes HSDPA in this locality, and be false according to Serving HS-DSCH radio linkindicator value, this HSDPA is set to unactivated state.
Step 9-13 in step 5-9, difference corresponding diagram 1 flow process is for UE serves the flow process that switch the HS-DSCH sub-district.
Embodiment four: revise SRNC in the pre-configured flow process of HSDPA and send to the ActiveLink Setup message of cell base station and Active Set Update message that SRNC sends to user terminal, revise the Radio Link Reconfiguration message that SRNC sends to cell base station in the switching flow simultaneously, pre-configured and the service HS-DSCH sub-district switching flow of its HSDPA information, as shown in Figure 5:
Step 2, SRNC decision are added this sub-district in the sub-district Active Set of this UE, and the HSDPA candidate cell set that arrives this UE, set up (Radio LinkSetup) message by sending Radio Link to target Node B, carry dedicated channel information and HSDPA preconfigured information, notification target Node B is this UE configure dedicated channel and pre-configured HSDPA, but does not activate HSDPA; After target Node B received this message, at local configure dedicated channel and HSDPA, and this HSDPA is set was unactivated state;
In this step, SRNC judges that the sub-district of this target Node B is not the current service HS-DSCH sub-district of this user terminal, and the Boolean type ServingHS-DSCH radio link indicator that then increases newly in the Radio Link Setup message is set to vacation; After target Node B receives Radio Link Setup message, find that Serving HS-DSCH radio link indicator value is false, then its HSDPA for the user terminal configuration is set to unactivated state;
Step 3-4, SRNC are by sending activating set updating (Active Set Update) message to UE, carry dedicated channel information and HSDPA preconfigured information (the dedicated channel information that sends to Target cell with SRNC in the above-mentioned steps is identical with the HSDPA preconfigured information), also carry the indication information that HSDPA is a unactivated state is set; After user terminal was received this message, at local configure dedicated channel and HSDPA, and HSDPA is set was unactivated state;
In this step, SRNC adds the HSDPA preconfigured information in the descending HS-PDSCH information cell (Downlink HS-PDSCH Information) that Active Set Update message increases newly, this HSDPA information of specified configuration is in this user's dedicated channel; Simultaneously SRNC judges that this HSDPA preconfigured information corresponding district is not the current service HS-DSCH sub-district of this user terminal, and then the Boolean type Serving HS-DSCH radio link indicator that increases newly of Active SetUpdate message is set to vacation; After user terminal is received this Active Set Update message, the HSDPA preconfigured information of carrying according to descending HS-PDSCH information cell disposes HSDPA in this locality, and be false according to Serving HS-DSCH radio linkindicator value, this HSDPA is set to unactivated state.
Step 5, after UE measures the best cell information converting, send measurement report to SRNC (measurement event is 1D);
The switching of HS-DSCH sub-district is served in step 6, SRNC decision, to the reconfiguration message that target Node B sends Radio Link, carries the service HS-DSCH sub-district of Target cell and indicates, the HSDPA of this UE in the notification target Node B activation Target cell;
The reconfiguration message of the Radio Link of this step can be Radio Link Reconfiguration Prepare message or Radio Link Reconfiguration Request message, SRNC judges that this Target cell is the current service HS-DSCH sub-district of user terminal, and then the Boolean type Serving HS-DSCHradio link indicator that increases newly in Radio Link Reconfiguration Prepare message or the Radio Link Reconfiguration Request message is set to very; After target Node B receives the reconfiguration message of this Radio Link, be true according to Serving HS-DSCH radio link indicator value, target Node B is that the HSPDA of user terminal configuration is set to state of activation.
This message will be very short, because only need activate the HSDPA of Target cell, so Node B processing is also very fast.
Step 7-8, SRNC send radio bearer to UE and reshuffle (Radio Bearer Reconfiguration) message, carry the service HS-DSCH sub-district indication information of Target cell and the service HS-DACH sub-district indication information of source Serving cell, notice UE activates the HSDPA of Target cell, and deexcitation UE goes up the HSDPA of source Serving cell;
This step also can realize by Transport Channel Reconfiguration message or Physical ChannelReconfiguration message.The following row cell (the corresponding sub-district of the following row cell of each this each Radio Link) that each Radio Link is all arranged in above-mentioned 3 message, and in this cell, also carry ServingHS-DSCH radio link indicator cell, the Serving HS-DSCH radio link indicator of SRNC destination service HS-DSCH sub-district correspondence is set to very, and the Serving HS-DSCH radio link indicator that HS-DSCH sub-district correspondence is served in the source is set to vacation; After user terminal is received this message, be true according to the Serving HS-DSCH radio link indicator of destination service HS-DSCH sub-district correspondence, the HSDPA of the destination service HS-DSCH sub-district of this locality is set to state of activation; Serving HS-DSCH radio link indicator according to service HS-DSCH sub-district, source correspondence is false, and the HSDPA of the service HS-DSCH sub-district, source of this locality is set to unactivated state.
Step 9, SRNC send radio link reconfiguration (Radio LinkReconfiguration) message to source Node B, carry the service HS-DACH sub-district indication information of source Serving cell, the HSDPA of this UE in the notification source Node B deexcitation cell-of-origin;
The reconfiguration message of the Radio Link of this step can be Radio Link Reconfiguration Prepare message or Radio Link Reconfiguration Request message, SRNC judges that the source Serving cell is not the current service HS-DSCH sub-district of user terminal, and then the Boolean type ServingHS-DSCH radio link indicator value that increases newly in Radio Link Reconfiguration Prepare message or the Radio Link Reconfiguration Request message is set to vacation; After source Node B receives this message, be false according to Serving HS-DSCH radio link indicator value, source Node B is that the HSPDA of user terminal configuration is set to unactivated state.
In the flow process of above-mentioned four embodiment, when SRNC need reshuffle the HSDPA information of a plurality of candidate cells and Serving cell for a UE (such as resource optimization or reorganization etc.), SRNC reshuffles (Radio Bearer Reconfiguration) message by a radio bearer, and the HSDPA configuration information of a plurality of candidate cells and Serving cell is sent to this UE.This step also can be reshuffled (TransportChannel Reconfiguration) message or physical channel by transmission channel and is reshuffled the realization of (Physical ChannelReconfiguration) message.Its implementation is: by in Radio Bearer Reconfiguration message, increase descending HS-PDSCH information cell (Downlink HS-PDSCHInformation) newly in original each Radio Link downlink information cell in Transport Channel Reconfiguration message and the Physical Channel Reconfiguration message (the corresponding Radio Link downlink information cell in sub-district), carry HSDPA reconfiguration information for this user terminal configuration, this moment, SRNC was if judge that this pairing sub-district of HSDPA reconfiguration information is not the current service HS-DSCH sub-district of user terminal, and then the value of original Boolean type cell ServingHS-DSCH radio link indicator is set to vacation among the Downlink HS-PDSCH Information; The HSDPA reconfiguration information that user terminal carries according to DownlinkHS-PDSCH Information, reshuffle the HSDPA information of a plurality of sub-districts at user terminal, and be false according to Serving HS-DSCH radio link indicator value, the HSDPA of configuration is set to unactivated state.
In the flow process of above-mentioned four embodiment, serve the situation that switch the HS-DSCH sub-district for SRNC user terminal when sending Active Set Update message, the information that can add new Serving cell in Active Set Update message is (by original cell of message: HS-DSCH cell information ServingHS-DSCH cell information), in Active Set Update message, add Serving cell cancellation information (Serving HS-DSCH cell cancel information) cell simultaneously, and in this cell, comprise the Primary Common Pilot Channel information (Primary CPICH info) of the sub-district that will cancel.After user terminal received this Active Set Update message, this Primary Common Pilot Channel information corresponding district was set to non-service state, realized the purpose of the cell-of-origin of cancellation user terminal for service HS-DSCH sub-district.
In sum, the present invention can revise the Radio Link that SRNC sends to Target cell and set up message in the pre-configured flow process of HSDPA, or SRNC sends to the activating set updating message of user terminal; Revise the RRC reconfiguration message that SRNC sends to user terminal in the flow process reshuffling of HSDPA; In the switching flow of service HS-DSCH sub-district, the RadioLink Reconfiguration Commit message that SRNC in the prior art is sent to Target cell replaces with Radio Link Reconfiguration message, and this message made amendment, or change the occupation mode that SRNC sends the radio bearer reconfiguration message of user terminal, or revise the radio link reconfiguration message that SRNC sends to the cell-of-origin.Above-mentioned each message modification is all separate, also can combination in any, and therefore, the inventive method is not limited to the scheme that above-mentioned four embodiment describe.
Describe as can be known by above flow process, the present invention is in the pre-configured flow process of HSDPA information, SRNC by a NBAP message or/and RRC message is implemented in Target cell and user terminal configuration HSDPA information, thereby reduced RNC with between the Target cell Node B or/and RNC with the message number between the user terminal, reduced the coffret load, reduce system complexity, improved the configuration successful probability, improved system reliability and systematic function.The present invention reshuffles in the flow process at HSDPA, by in Radio Link Reconfiguration message, increasing cell, realized by a Radio LinkReconfiguration message simultaneously with the user terminal of the HSDPA reconfiguration information configuration of a plurality of sub-districts, thereby reduced the wave point load, reduce the processing complexity of UE and RNC, improved the configuration successful probability.The present invention by revising Radio Link Reconfiguration message, keeps the HSDPA of cell-of-origin after switching in the switching flow of sub-district, improved the speed of follow-up switching.The present invention can cancel old Serving cell by increase service HS-DSCH sub-district cancellation cell in ActiveSet Update message when adding new Serving cell, make the behavior of user terminal can expect fully.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.
Claims (12)
1, a kind of collocation method of high-speed downlink packet access HSDPA, it is characterized in that, service wireless network controller SRNC gives user terminal candidate cell base station respectively or/and user terminal sends a message of carrying out the HSDPA configuration, carries HSDPA configuration information and indication information;
Described candidate cell base station is or/and user terminal disposes HSDPA according to described HSDPA configuration information, and according to described indication information, this locality is set to unactivated state for the HSDPA of this user terminal configuration.
2, the method for claim 1 is characterized in that, SRNC sends the Radio Link that carries described indication information and HSDPA configuration information to the candidate cell base station of user terminal and sets up request message Radio Link Setup Request; Described HSDPA configuration information in the message is set up according to described Radio Link in described candidate cell base station, is described user terminal configuration HSDPA, and is set to unactivated state by described indication information this locality for the HSDPA that this user terminal disposes; Or/and
SRNC sends activating set updating message Active Set Update to user terminal, and carries described HSDPA configuration information; Described user terminal is according to described HSDPA configuration information configuration HSDPA, and the described HSDPA of this locality configuration is set to unactivated state.
3, method as claimed in claim 2 is characterized in that, setting up at described Radio Link increases by a cell in the message, carry the indication information that described candidate cell is non-service high-speed downlink shared transmission channel HS-DSCH sub-district;
Described candidate cell base station receives after this Radio Link sets up message, set up HSDPA configuration information configuration HSDPA in the message according to described Radio Link, and according to described indication information, the HSDPA of this locality configuration is set to unactivated state.
4, method as claimed in claim 2 is characterized in that, increases by two cells in described activating set updating message, and a cell carries described HSDPA configuration information, and another cell carries the indication information that described candidate cell is non-service HS-DSCH sub-district;
After described user terminal is received this activating set updating message, dispose local HSDPA, and according to described indication information, the HSDPA of this locality configuration is set to unactivated state according to described HSDPA configuration information.
5, as any described method of claim of claim 1 to 4, it is characterized in that, switch, then in described activating set updating message, also carry Serving cell cancellation information if SRNC need serve the HS-DSCH sub-district when user terminal sends activating set updating message;
The source Serving cell of appointment is set to non-service cell in this Serving cell cancellation information of described user terminal.
6, method as claimed in claim 5 is characterized in that, increases by a cell in described activating set updating message, carries described Serving cell cancellation information, indicates the service HS-DSCH sub-district that needs cancellation in this Serving cell cancellation information.
7, the method for claim 1, it is characterized in that, when user terminal is served the switching of HS-DSCH sub-district, SRNC is respectively to the radio link reconfiguration message of target cell base station and source cell base station sending node B applying portion NBAP, carry indication information, activate the HSDPA message scheduling of this destination service HS-DSCH sub-district, the HSDPA message scheduling of service HS-DSCH sub-district, deexcitation source; Or
SRNC sends radio link reconfiguration message to source service HS-DSCH cell base station, carries indication information, the HSDPA scheduling of service HS-DSCH sub-district, deexcitation source; Or
SRNC carries indication information in sending to the RRC reconfiguration message of user terminal, activate the HSDPA of destination service HS-DSCH sub-district, the HSDPA of service HS-DSCH sub-district, deexcitation source.
8, method as claimed in claim 7, SRNC is in sending to the RRC reconfiguration message of user terminal, in downlink information element Downlink information for each radio link of each Radio Link of source service HS-DSCH sub-district correspondence, serve HS-DSCH Radio Link indication Serving HS-DSCH radio link indicator and be set to vacation, and in the downlink information element of each Radio Link of destination service HS-DSCH sub-district correspondence, serve the HS-DSCH Radio Link and indicate and be set to very; After user terminal was received described RRC reconfiguration message, the source was served the HS-DSCH sub-district and is set to non-activation, and destination service HS-DSCH sub-district is set to activate.
9, method as claimed in claim 7, it is characterized in that the radio link reconfiguration message of described NBAP is that radio link reconfiguration is prepared message Radio Link Reconfiguration Prepare or radio link reconfiguration request message Radio Link Reconfiguration Request;
Prepare to increase in message or the radio link reconfiguration request message cell in described radio link reconfiguration; Prepare in message or the radio link reconfiguration request message in the radio link reconfiguration that sends to target cell base station, this increase cell carries the indication information of Target cell for service HS-DSCH sub-district; Prepare in message or the radio link reconfiguration request message in the radio link reconfiguration that sends to source cell base station, this increase cell carries the indication information that the cell-of-origin is non-service HS-DSCH sub-district;
Described target cell base station activates the HSDPA message scheduling according to described indication information; Described source cell base station is according to described indication information, deexcitation HSDPA message scheduling.
10, the method for claim 1 is characterized in that, SRNC sends the RRC reconfiguration message to described user terminal, carries the HSDPA configuration information and the indication information of one or more sub-districts; After described user terminal is received this message, reconfigure the HSDPA of one or more sub-districts according to described HSDPA reconfiguration information; And the described HSDPA that disposes according to described indication information this locality is set to unactivated state.
11, method as claimed in claim 10, it is characterized in that described RRC reconfiguration message comprises Radio Link carrying reconfiguration message Radio Bearer Reconfiguration or transmission channel reconfiguration message Transport Channel Reconfiguration or physical channel reconfiguration message Physical ChannelReconfiguration.
12, method as claimed in claim 11, it is characterized in that, in downlink information element Downlink information for each radio link of each Radio Link of SRNC in Radio Link carrying reconfiguration message, transmission channel reconfiguration message or physical channel reconfiguration message that described user terminal sends, increase by a cell, carry and the pairing HSDPA information of this information element corresponding district; Service HS-DSCH Radio Link indication ServingHS-DSCH radio link indicator in the downlink information element of described each Radio Link is set to vacation, and the described HSDPA of indication this locality configuration is set to unactivated state.
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| CN103686847A (en) * | 2012-09-13 | 2014-03-26 | 中兴通讯股份有限公司 | High-speed downlink packet access (HSDPA) multi-stream optimization method, system and device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103686847A (en) * | 2012-09-13 | 2014-03-26 | 中兴通讯股份有限公司 | High-speed downlink packet access (HSDPA) multi-stream optimization method, system and device |
| CN103686847B (en) * | 2012-09-13 | 2018-08-21 | 中兴通讯股份有限公司 | A kind of optimization method, system and the device of high-speed slender body theory multithread |
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