CN101330729B - Method for implementing relocation of service wireless network subsystem, system and network appliance - Google Patents
Method for implementing relocation of service wireless network subsystem, system and network appliance Download PDFInfo
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- CN101330729B CN101330729B CN2007101190751A CN200710119075A CN101330729B CN 101330729 B CN101330729 B CN 101330729B CN 2007101190751 A CN2007101190751 A CN 2007101190751A CN 200710119075 A CN200710119075 A CN 200710119075A CN 101330729 B CN101330729 B CN 101330729B
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Abstract
The invention relates to an implementation method for relocating a serving radio network subsystem, a system and network equipment. The method comprises the following steps: receiving a relocation request message by a target radio network controller; determining whether or not to support a radio link parameter in the relocation request message by the target radio network controller when the target radio network controller determines that the relocation request message carries indication information capable of selecting relocation manners; continuing the subsequent flows in a manner not related to UE of the serving radio network subsystem when determined that the target radio network controller supports the radio link parameter; and continuing the subsequent flows in a manner related to the UE of the serving radio network subsystem when determined that the target radio network controller does not support the radio link parameter. The method according to the embodiment can reduce transmission delay, reduce the call drop rate, and ensure successful implementation of relocation process of the serving radio network subsystem.
Description
Technical field
The present invention relates to the network communications technology field, be specifically related to the implementation method of SRNS Serving Radio Network Subsystem reorientation, system, base station and the radio network controller of realization SRNS Serving Radio Network Subsystem reorientation.
Background technology
At E-HSPA (Evolved High Speed Packet Access, the high-speed packet access of evolution) evolution in the works, the network architecture is to flattening evolution, be RNC (Radio Network Controller, radio network controller) function moves down among the NodeB (base station), make NodeB become NodeB+ (base station of enhancing), i.e. eHSPA NodeB.
The design of the E-HSPA flattening network architecture mainly is in order to optimize PS (Packet Switched, packet switching) business, but this network architecture still needs to support CS (Circuit Switched, circuit switching) business.In order to support the CS business, the scheme that adopts is at present: with SRNS (the Serving RadioNetwork Subsystem of CS business, SRNS Serving Radio Network Subsystem) function is all moved on the Target RNC, eHSPANodeB only is responsible for the SRNS function of PS business, thereby avoided the phenomenon that PS is professional and the CS service resources conflicts under the common carrier frequency scene, and reduced the complexity of eHSPA NodeB.
For Carrier Sharing (common carrier frequency) application scenarios, present CS business realizing process comprises:
When UE (User Equipment, subscriber equipment) initiated the CS business, eHSPA NodeB triggered the SRNS Relocation (SRNS reorientation) of CS business.EHSPA NodeB sends Relocation Required (re-positioning request) message to core net.The information that carries Relocation Type (reorientation type) field in the Relocation Required message and need pass to Target RNC.UE according to SRNS Relocation relates to the difference that mode, UE do not relate to mode, and the Relocation the type field of eHSPA NodeB in can Relocation Required message is set to UE involved inrelocation of SRNS (UE of SRNS relates to mode) or UE not involved in relocationof SRNS (UE of SRNS does not relate to mode).The information that needs in the Relocation Required message pass to Target RNC can comprise: d-RNTI that is used to identify UE that the radio link parameter that eHSPA NodeB has set up (RRCContainer), Target Cell ID (Target Cell Identifier information), eHSPA NodeB have distributed (d-Radio Network Temporary Identity, the drift radio net is discerned temporarily) or the like.
Core net sends RelocationRequest (re-positioning request) message according to the Relocation Required message that receives to Target RNC.
After Target RNC receives the Relocation Request message that core net sends, initiate RL (Radio Link) and set up process.Target RNC is initiated RL and is set up the no longer detailed description in present specification of process flow process afterwards.
In realizing process of the present invention, the inventor finds to exist at least in the prior art following two problems:
1, be under the situation of UE involved in relocation of SRNS in the Relocation the type field, the RL that Target RNC is initiated sets up process and is equivalent to direct-cut operation, be that RL that Target RNC is initiated sets up that process can trigger that the physical channel of eating dishes without rice or wine is reshuffled and processing such as synchronous, thereby can cause problems such as propagation delay time is big, cutting off rate height.And owing to stipulate in the present standard: newly-built RL can not be the link that is present in the current Active Set in the physical channel reconfiguration course.Therefore, the RL parameter of Target RNC in the Relocation Required message that RL parameter that eHSPA NodeB sends must be sent with eHSPA NodeB is inequality.Otherwise, can cause setting up the RL procedure failure.
2, be that Target RNC need keep the original air-link resources of UE under the situation of UE not involved in relocation of SRNS in the Relocation the type field.But, if Target RNC is not supported the RL parameter in the Relocation Required message, for example, Target RNC is not supported spreading factor SF2 etc., then can make Target RNC can't keep the original air-link resources of UE, thereby cause follow-up flow process successfully to realize.
Summary of the invention
The embodiment of the invention provides implementation method, system and the network equipment of SRNS Serving Radio Network Subsystem reorientation, the phenomenon of having avoided SRNS Serving Radio Network Subsystem reorientation flow process successfully to realize has as much as possible also avoided Radio Link to set up problems such as the propagation delay time that process causes is big, cutting off rate height as much as possible.
The implementation method of a kind of SRNS Serving Radio Network Subsystem reorientation that the embodiment of the invention provides comprises:
Target radio network controller receives RELOCATION REQUEST message;
Target radio network controller carries the indication information that can select relocation loading mode in determining described RELOCATION REQUEST message, target radio network controller judges whether it supports the radio link parameter in the described RELOCATION REQUEST message;
Target radio network controller is when determining that it supports described radio link parameter, and the user equipment (UE) of employing SRNS Serving Radio Network Subsystem does not relate to mode and continues follow-up flow process;
Target radio network controller is when determining that it does not support described radio link parameter, and the UE of employing SRNS Serving Radio Network Subsystem relates to mode and continues follow-up flow process.
The embodiment of the invention also provides a kind of implementation method of SRNS Serving Radio Network Subsystem reorientation, comprising:
Target radio network controller receives the indication information that can select relocation loading mode, and target radio network controller judges whether it supports the radio link parameter that receives;
Target radio network controller is when determining that it supports described radio link parameter, and the UE of employing SRNS Serving Radio Network Subsystem does not relate to mode and continues follow-up flow process;
Target radio network controller is when determining that it does not support described radio link parameter, and the UE of employing SRNS Serving Radio Network Subsystem relates to mode and continues follow-up flow process.
The embodiment of the invention also provides a kind of system that realizes the SRNS Serving Radio Network Subsystem reorientation, comprising: target radio network controller, enhancing base station and core net,
Described enhancing base station comprises:
First module is used for need can selecting the indication information of relocation loading mode to be carried in the RELOCATION REQUEST message when target radio network controller sends RELOCATION REQUEST message in the enhancing base station;
Sending module is used to send the described RELOCATION REQUEST message that can select relocation loading mode that carries;
Described core net is used for after the RELOCATION REQUEST message that the sending module that receives described enhancing base station sends, and sends RELOCATION REQUEST message to target radio network controller;
Described target radio network controller comprises:
First judge module is used to judge whether the RELOCATION REQUEST message that target radio network controller receives carries the indication information that can select relocation loading mode, and the output judged result;
Second judge module is used for judging whether target radio network controller supports the radio link parameter that described RELOCATION REQUEST message is carried, and the output judged result;
Processing module, be used for judged result in first judge module output and be carrying and the judged result of second judge module output when supporting described radio link parameter, adopt the UE of SRNS Serving Radio Network Subsystem not relate to mode and continue follow-up flow process; The judged result of first judge module output be carry and the judged result of described second judge module output when not supporting described radio link parameter, the UE of employing SRNS Serving Radio Network Subsystem relates to mode and continues follow-up flow process.
The embodiment of the invention also provides a kind of enhancing base station, it is characterized in that, comprising:
First module is used for need can selecting the indication information of relocation loading mode to be carried in the RELOCATION REQUEST message when target radio network controller sends RELOCATION REQUEST message in the enhancing base station;
Sending module is used to send the described RELOCATION REQUEST message that can select relocation loading mode that carries.
The embodiment of the invention also provides a kind of radio network controller, comprising:
First judge module is used to judge whether the RELOCATION REQUEST message that radio network controller receives carries the indication information that can select relocation loading mode, and the output judged result;
Second judge module is used for judging whether radio network controller supports the radio link parameter that described RELOCATION REQUEST message is carried, and the output judged result;
Processing module, be used for judged result in first judge module output and be carrying and the judged result of second judge module output when supporting described radio link parameter, adopt the UE of SRNS Serving Radio Network Subsystem not relate to mode and continue follow-up flow process; The judged result of first judge module output be carry and the judged result of described second judge module output when not supporting described radio link parameter, the UE of employing SRNS Serving Radio Network Subsystem relates to mode and continues follow-up flow process.
Description by technique scheme as can be known, by in RELOCATION REQUEST message, carrying the indication information that to select relocation loading mode, make Target RNC whether support the concrete condition of radio link parameter to choose UE and do not relate to mode or UE and relate to mode and continue follow-up flow process according to it; Like this, support at Target RNC under the situation of radio link parameter, avoided adopting UE to relate to mode and trigger that the physical channel of eating dishes without rice or wine is reshuffled and the phenomenon of handling such as synchronous; Do not support at Target RNC under the situation of radio link parameter, avoided adopting UE not relate to mode and phenomenon that the follow-up flow process brought can't successfully realize; Thereby reduced propagation delay time, reduced cutting off rate, guaranteed that the SRNS repositioning process can successfully realize by the technical scheme that the embodiment of the invention provides.
Description of drawings
Fig. 1 is the SRNS reorientation implementation method schematic flow sheet one of the embodiment of the invention;
Fig. 2 is the SRNS reorientation implementation method schematic flow sheet two of the embodiment of the invention;
Fig. 3 is the system schematic of the realization SRNS reorientation of the embodiment of the invention.
Specific embodiment
At first the implementation method of the SRNS reorientation of the embodiment of the invention is described below.
At first, Target RNC receives RELOCATION REQUEST message.The RELOCATION REQUEST message that Target RNC receives is that the source end from the SRNS reorientation sends, strengthen the source end that the base station can be used as the SRNS reorientation, for example strengthen the base station and send RELOCATION REQUEST message to core net, core net sends RELOCATION REQUEST message to Target RNC after receiving and strengthening the next RELOCATION REQUEST message of base station transmits.Core net can be directly be forwarded to Target RNC with strengthening the RELOCATION REQUEST message that base station transmits comes, and also can transfer to Target RNC to after strengthening RELOCATION REQUEST message that base station transmits comes and carrying out protocol conversion etc. and handle.
Target RNC judges in its RELOCATION REQUEST message that receives whether carry the indication information that can select relocation loading mode.This indication information can be to strengthen the base station to be provided with.The effect of this indication information is: show that Target RNC can oneself select relocation loading mode.The relocation loading mode here can relate to mode for the subscriber equipment of SRNS, also can not relate to mode for the subscriber equipment of SRNS.Certainly, relocation loading mode also can be alternate manner.
Target RNC does not carry the indication information that can select relocation loading mode in judging RELOCATION REQUEST message after, Target RNC can be handled this RELOCATION REQUEST message according to its existing processing mode.For example, Target RNC does not carry the indication information that can select relocation loading mode and the Relocation the type field in the RELOCATION REQUEST message when being UE involved in relocation ofSRNS in judging RELOCATION REQUEST message, then Target RNC can adopt the UE of SRNS to relate to mode to initiate RL and set up process.Again for example, Target RNC does not carry the indication information that can select relocation loading mode and the Relocation the type field in the RELOCATION REQUEST message when being UE not involved in relocation ofSRNS in judging RELOCATION REQUEST message, then Target RNC can adopt the UE of SRNS not relate to mode to initiate RL and set up process.
Target RNC carries the indication information that can select relocation loading mode in judging RELOCATION REQUEST message after, can continue to judge whether it supports the radio link parameter in the RELOCATION REQUEST message.Certainly, Target RNC judges that its step of whether supporting the radio link parameter in the RELOCATION REQUEST message also can be before Target RNC judges whether carry the indication information that can select relocation loading mode in the RELOCATION REQUEST message, and the embodiment of the invention does not limit the specific implementation process of above-mentioned two deterministic processes.Support radio link parameter in this RELOCATION REQUEST message if Target RNC determines to carry in the RELOCATION REQUEST message indication information that can select relocation loading mode and its, then Target RNC is selected the subscriber equipment of SRNS not relate to mode to continue follow-up flow process.For example, Target RNC utilizes the subscriber equipment of SRNS not relate to mode to initiate RL and set up process.Do not support radio link parameter in this RELOCATION REQUEST message if Target RNC determines to carry in the RELOCATION REQUEST message indication information that can select relocation loading mode and its, then Target RNC is selected the subscriber equipment of SRNS to relate to mode to continue follow-up flow process.For example, Target RNC utilizes the subscriber equipment of SRNS to relate to mode to initiate RL and set up process.
In the description of the foregoing description, can select the indication information of relocation loading mode can be carried in Relocation Type (reorientation type) field of RELOCATION REQUEST message, be that the embodiment of the invention can be expanded the Relocation the type field, make the Relocation the type field can carry the indication information that to select relocation loading mode.
At present, the value of Relocation the type field has two kinds, a kind of is UE not involved inrelocation of SRNS (subscriber equipment of SRNS does not relate to mode), and another kind of is UE involved inrelocation of SRNS (subscriber equipment of SRNS relates to mode).When the indication information that can select relocation loading mode was carried in the Relocation the type field, the value of Relocation the type field can comprise three kinds.Setting can select the indication information of relocation loading mode to represent that by CS service enabling relocation ofSRNS (the professional SRNS reorientation that triggers of CS) (perhaps Combining ofUE not involved andUE involved in relocation of SRNS (UE relates to UE and do not relate to the SRNS reorientation that mode is mixed)) then three of the Relocation the type field kinds of different values can be as shown in table 1:
Table 1
| IE/Group?Name | Presence | Range | IEtype?andreference | Semantics?description |
| Relocation?Type | M | ENUMERATED(UE?not?involvedin?relocation?ofSRNS，UEinvolved?inrelocation?ofSRNS，CS?serviceenablingrelocation?ofSRNS，...) |
In the table 1, IE type and reference is the Relocation the type field, as can be seen from Table 1, the Relocation the type field can be set to UE not involved in relocation of SRNS or be set to UE involved in relocation of SRNS or be set to CS service enablingrelocation of SRNS.
When the indication information that can select relocation loading mode was carried in the Relocation the type field, the value of Relocation the type field also can be not only a situation about describing in the above-mentioned table 1.For example, the value of Relocation the type field can only comprise CS service enabling relocation of SRNS; Again for example, the value of Relocation the type field can three kinds of values in comprising above-mentioned table 1 outside, also comprise other content; Also have, the value of Relocation the type field can be in other value that also comprises on the basis that comprises CS serviceenabling relocation of SRNS except that UE not involved in relocation ofSRNS, UE involved in relocation of SRNS.
When the indication information that can select relocation loading mode was carried in the Relocation the type field, the value of the Relocation the type field that Target RNC can be by judging RELOCATION REQUEST message determined whether carry the indication information that can select relocation loading mode in the RELOCATION REQUEST message.
Can select the indication information of relocation loading mode also can be carried in other field of RELOCATION REQUEST message, for example, in RELOCATION REQUEST message, increase new field, carry the indication information that to select relocation loading mode by this field that increases newly.Embodiment of the present invention does not limit the concrete manifestation form of indication information in RELOCATION REQUEST message that can select relocation loading mode.
Target RNC needs also in the above-mentioned RELOCATION REQUEST message to carry that radio link parameter (RRC Container), Target Cell ID, eHSPA NodeB that eHSPA NodeB set up distributed is used to d-RNTI that identifies UE or the like, so that can carry out the processing of follow-up flow process easily.Also need to comprise some physical layer parameters among the above-mentioned RRCContainer, for example: can comprise among the RRC Container: Maximum allowed UL TX power (the maximum uplink transmission power that allows), Uplink DPCH info (uplink special physical channel information), E-DCH Info (strengthening dedicated channel information), DownlinkHS-PDSCH Information (down high speed Physical Downlink Shared Channel), Downlink informationcommon for all radio links (all descending public informations of Radio Link), Downlink informationfor each radio link (every wireless links downlink information) or the like.
Below in conjunction with accompanying drawing the SRNS reorientation implementation method that the embodiment of the invention provides is described.
Among Fig. 1, step 1, Target RNC receive RELOCATION REQUEST message, to step 2.
Among Fig. 2, step 1, not only initiate the CS business but also initiate under the situation of PS business at UE, strengthening the base station is that eHSPA NodeB is respectively to the SGSN of core net (Serving GPRS Support Node, Serving GPRS Support Node), MSC sends Relocation Required (re-positioning request) message, to step 2.
In the step 1, the information that carries the Relocation the type field and need pass to Target RNC in the Relocation Required message that eHSPA NodeB sends.The information that need pass to Target RNC can comprise: the radio link parameter that eHSPA NodeB has set up (RRC Container), Target Cell ID, eHSPA NodeB have distributed is used to d-RNTI that identifies UE or the like.
In addition, in the step 1 UE not only initiated the CS business but also initiate the PS business situation can for: this UE has initiated the CS business again under the situation that has the PS business; Also can initiate the professional and CS business of PS simultaneously for: this UE.
In above-mentioned steps 3, Target RNC can learn that it still is at the repositioning process of a plurality of core net that eHSPA NodeB has initiated at a core net according to the cell that carries in the Relocation Request message, for example, Target RNC can learn that it still is at the repositioning process of a plurality of core net that eHSPA NodeB has initiated at a core net according to the Number of Iu Instances that comprises in the Source RNCTo Target RNC Transparent Container cell that carries in the Relocation Request message.Therefore, Target RNC can learn whether it receives the Relocation Request message that all core net are sent.
In step 4, Target RNC can only be initiated the process of setting up of a Radio Link at its two Relocation Request message that receive.
Embodiment of the present invention also provides the implementation method of another kind of SRNS reorientation, and the implementation method of this implementation method and foregoing description is basic identical, and its difference comprises: can select the indication information of relocation loading mode to transmit by other message.That is to say, in the present embodiment, can select the indication information of relocation loading mode can be carried in the RELOCATION REQUEST message, can be carried in other message yet, present embodiment does not limit the form of expression of the concrete message of carrying the indication information that can select relocation loading mode.This indication information be carried in other message situation for example, can increase a piece of news newly at the indication information that can select relocation loading mode, carry this indication information by this newly-increased message.When the indication information that can select relocation loading mode is carried in the RELOCATION REQUEST message, can adopts in the reorientation type field of describing in the above-mentioned execution mode that this indication information is carried at RELOCATION REQUEST message or be carried at the medium method of other field of RELOCATION REQUEST message.No longer the specific implementation process of this execution mode is carried out repeat specification at this.
By send the indication information that to select relocation loading mode to Target RNC, for example send the RELOCATION REQUEST message carry the indication information that to select relocation loading mode, make Target RNC whether support the concrete condition of radio link parameter to choose UE and do not relate to mode or UE and relate to mode and continue follow-up flow process according to it to Target RNC; Like this, support at Target RNC under the situation of radio link parameter, avoided adopting UE to relate to mode and trigger that the physical channel of eating dishes without rice or wine is reshuffled and the phenomenon of handling such as synchronous; Do not support at Target RNC under the situation of radio link parameter, avoided adopting UE not relate to mode and phenomenon that the follow-up flow process brought can't successfully realize; Thereby reduced propagation delay time, reduced cutting off rate, guaranteed that the SRNS repositioning process can successfully realize.
The system of the realization SRNS reorientation that the embodiment of the invention provides comprises: Target RNC, enhancing base station and core net.Wherein, be provided with first module and sending module in the enhancing base station; Be provided with first judge module, second judge module and processing module in the Target RNC.The core net here can for one, also can be a plurality of dissimilar core net.
First module is mainly used in the enhancing base station and need can selects the indication information of relocation loading mode to be carried in the RELOCATION REQUEST message as required when target radio network controller sends RELOCATION REQUEST message.When the indication information that can select relocation loading mode was carried in the Relocation the type field of RELOCATION REQUEST message, first module was mainly used in the Relocation the type field that is provided with in the RELOCATION REQUEST message.Promptly, make the Relocation the type field can carry the indication information that to select relocation loading mode by the Relocation the type field is expanded.
In addition, first module can be carried at this indication information in other field in the RELOCATION REQUEST message, first module also can be carried at this indication information in other message, description in the concrete manifestation form of the Relocation the type field after the expansion or the like content such as the above-mentioned method execution mode is in this no longer repeat specification.
Sending module is mainly used in and sends the message that carries the indication information that can select relocation loading mode.When first module can select the indication information of relocation loading mode to be carried in the RELOCATION REQUEST message, sending module is mainly used in to send to carry can select the indication information of relocation loading mode to be carried at RELOCATION REQUEST message.When first module can select the indication information of relocation loading mode to be carried in other message, sending module is mainly used in and sends other message that carries the indication information that can select relocation loading mode, for example, send the message that increases newly that carries the indication information that to select relocation loading mode.What can also carry in the RELOCATION REQUEST message that sending module sends that radio link parameter (RRC Container), Target Cell ID, eHSPA NodeB that eHSPA NodeB set up distributed is used to d-RNTI that identifies UE or the like, so that Target RNC can carry out the processing of follow-up flow process easily.Also can comprise some physical layer parameters among the above-mentioned RRC Container, for example: can comprise among the RRC Container: Maximum allowed UL TXpower, Uplink DPCH info, E-DCH Info, Downlink HS-PDSCH Information, Downlink information common for all radio links, Downlink information for eachradio link or the like.Concrete as the description in the above-mentioned method execution mode.
Core net is mainly used in after receiving the RELOCATION REQUEST message of sending the enhancing base station, sends RELOCATION REQUEST message to target radio network controller.For example core net receives and strengthens the Relocation Required message that send the base station, and sends Relocation Request message to Target RNC.The core net here can be SGSN, MSC etc.In addition, if core net receives other message that carries the indication information that can select relocation loading mode, also should be with this transmission of messages to target radio network controller.Concrete as the description in the above-mentioned method execution mode.
First judge module is mainly used in after Target RNC receives RELOCATION REQUEST message, judges whether this RELOCATION REQUEST message carries the indication information that can select relocation loading mode, and the output judged result.For example, when carrying the indication information that can select relocation loading mode in judging RELOCATION REQUEST message, output carries the judged result of indication information.The judged result of first judge module output can transfer to second judge module, also can transfer to second judge module and processing module respectively.When the indication information that can select relocation loading mode was carried in other message, first judge module need be judged whether carrying this indication information in other message.Concrete as the description in the above-mentioned method execution mode.
Second judge module is mainly used in is judging whether Target RNC supports the radio link parameter that carries in the RELOCATION REQUEST message, and the output judged result.Whether second judge module can support the deterministic process of radio link parameter again after the judged result that carries indication information that receives the output of first judge module, also can not have sequencing with the processing procedure that first judge module is judged.Concrete as the description in the above-mentioned method execution mode.
It is the judged result that carries indication information, the output of second judge module when supporting radio link parameter that processing module is mainly used in judged result in first judge module output, adopts the UE of SRNS Serving Radio Network Subsystem not relate to mode and continues follow-up flow process; In the judged result of first judge module output is the judged result that carries indication information, the output of second judge module when not supporting radio link parameter, and the UE of employing SRNS Serving Radio Network Subsystem relates to mode and continues follow-up flow process.Processing module can decide follow-up flow process processing mode according to the output of first judge module and the output of second judge module respectively; Under the situation about just judging after second judge module receives the judged result of first judge module output, processing module can be only decides follow-up flow process processing mode according to the output of second judge module.Because second judge module is to receive after first judge module output carries the judged result of indication information, just judge, therefore, though processing module only decides follow-up flow process processing mode according to the judged result of second judge module output, but in fact, remain the judged result, the output of second module that carry indication information in first module output and whether support under the situation of radio link parameter, decide follow-up flow process processing mode.
Description in the enhancing base station that embodiment of the present invention provides, Target RNC such as the above-mentioned system implementation mode is in this no longer repeat specification.
First module that strengthens in the base station is carried in the RELOCATION REQUEST message by the indication information that can select relocation loading mode, the sending module that strengthens in the base station passes through to send RELOCATION REQUEST message, make the indication information that to select relocation loading mode be sent to Target RNC by core net, first judge module in the Target RNC, second judge module passes through indication information, radio link parameter is judged, make the processing module in the Target RNC can be according to first judge module, the judged result of second judge module is selected follow-up processing flow, for example, processing module can be to carry the indication information that can select relocation loading mode in judged result, and support to choose under the situation of radio link parameter UE and do not relate to mode and continue follow-up flow process, processing module can be to carry the indication information that can select relocation loading mode in judged result, and not supporting to choose under the situation of radio link parameter UE relates to mode and continues follow-up flow process; Like this, support at Target RNC under the situation of radio link parameter, avoided adopting UE to relate to mode and trigger that the physical channel of eating dishes without rice or wine is reshuffled and the phenomenon of handling such as synchronous; Do not support at Target RNC under the situation of radio link parameter, avoided adopting UE not relate to mode and phenomenon that the follow-up flow process brought can't successfully realize; Thereby reduced propagation delay time, reduced cutting off rate, guaranteed that the SRNS repositioning process can successfully realize.
Though described the present invention by embodiment, those of ordinary skills know, the present invention has many distortion and variation and do not break away from spirit of the present invention, and the claim of application documents of the present invention comprises these distortion and variation.
Claims (11)
1. the implementation method of a SRNS Serving Radio Network Subsystem reorientation is characterized in that, comprising:
Target radio network controller receives RELOCATION REQUEST message;
Target radio network controller is determined and is carried the indication information that can select relocation loading mode in the described RELOCATION REQUEST message, and target radio network controller judges whether it supports the radio link parameter in the described RELOCATION REQUEST message;
Target radio network controller is when determining that it supports described radio link parameter, and the user equipment (UE) of employing SRNS Serving Radio Network Subsystem does not relate to mode and continues follow-up flow process;
Target radio network controller is when determining that it does not support described radio link parameter, and the UE of employing SRNS Serving Radio Network Subsystem relates to mode and continues follow-up flow process.
2. the method for claim 1 is characterized in that, the step that described target radio network controller receives RELOCATION REQUEST message comprises:
Target radio network controller receives and strengthens the RELOCATION REQUEST message that send by core net the base station.
3. method as claimed in claim 1 or 2 is characterized in that, described target radio network controller is determined the step that carries the indication information that can select relocation loading mode in the described RELOCATION REQUEST message and comprised:
Target radio network controller judges in the reorientation type field of described RELOCATION REQUEST message whether carry the indication information that can select relocation loading mode.
4. the implementation method of a SRNS Serving Radio Network Subsystem reorientation is characterized in that, comprising:
Target radio network controller receives the indication information that can select relocation loading mode, and target radio network controller judges whether it supports the radio link parameter that receives;
Target radio network controller is when determining that it supports described radio link parameter, and the UE of employing SRNS Serving Radio Network Subsystem does not relate to mode and continues follow-up flow process;
Target radio network controller is when determining that it does not support described radio link parameter, and the UE of employing SRNS Serving Radio Network Subsystem relates to mode and continues follow-up flow process.
5. method as claimed in claim 4 is characterized in that, the described indication information of relocation loading mode of selecting is: the indication information that strengthens the relocation loading mode selected of sending by core net the base station.
6. as claim 4 or 5 described methods, it is characterized in that described target radio network controller judges whether it supports the step of the radio link parameter that receives to comprise when receiving the indication information that can select relocation loading mode:
Target radio network controller judges in the RELOCATION REQUEST message that receives whether carry the indication information that can select relocation loading mode, after in judging this RELOCATION REQUEST message, carrying the indication information that to select relocation loading mode, judge whether it supports the radio link parameter that carries in this RELOCATION REQUEST message.
7. method as claimed in claim 6 is characterized in that, described target radio network controller judges that the step that whether carries the indication information that can select relocation loading mode in the RELOCATION REQUEST message that receives comprises:
Whether carry the indication information that to select relocation loading mode in the reorientation type field of the RELOCATION REQUEST message that the target radio network controller judgement receives.
8. system that realizes the SRNS Serving Radio Network Subsystem reorientation comprises: target radio network controller, strengthen base station and core net, it is characterized in that:
Described enhancing base station comprises:
First module is used for need can selecting the indication information of relocation loading mode to be carried in the RELOCATION REQUEST message when target radio network controller sends RELOCATION REQUEST message in the enhancing base station;
Sending module is used to send the described RELOCATION REQUEST message that can select relocation loading mode that carries;
Described core net is used for after the RELOCATION REQUEST message that the sending module that receives described enhancing base station sends, and sends RELOCATION REQUEST message to target radio network controller;
Described target radio network controller comprises:
First judge module is used to judge whether the RELOCATION REQUEST message that target radio network controller receives carries the indication information that can select relocation loading mode, and the output judged result;
Second judge module is used for judging whether target radio network controller supports the radio link parameter that described RELOCATION REQUEST message is carried, and the output judged result;
Processing module, be used for judged result in first judge module output and be carrying and the judged result of second judge module output when supporting described radio link parameter, adopt the UE of SRNS Serving Radio Network Subsystem not relate to mode and continue follow-up flow process; The judged result of first judge module output be carry and the judged result of described second judge module output when not supporting described radio link parameter, the UE of employing SRNS Serving Radio Network Subsystem relates to mode and continues follow-up flow process.
9. system as claimed in claim 8 is characterized in that, described first module is carried at the described indication information of relocation loading mode of selecting in the reorientation type field of described RELOCATION REQUEST message.
10. a radio network controller is characterized in that, comprising:
First judge module is used to judge whether the RELOCATION REQUEST message that radio network controller receives carries the indication information that can select relocation loading mode, and the output judged result;
Second judge module is used for judging whether radio network controller supports the radio link parameter that described RELOCATION REQUEST message is carried, and the output judged result;
Processing module, be used for judged result in first judge module output and be carrying and the judged result of second judge module output when supporting described radio link parameter, adopt the UE of SRNS Serving Radio Network Subsystem not relate to mode and continue follow-up flow process; The judged result of first judge module output be carry and the judged result of described second judge module output when not supporting described radio link parameter, the UE of employing SRNS Serving Radio Network Subsystem relates to mode and continues follow-up flow process.
11. radio network controller as claimed in claim 10 is characterized in that:
Described first judge module judges in the reorientation type field of described RELOCATION REQUEST message whether carry the indication information that can select relocation loading mode.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2007101190751A CN101330729B (en) | 2007-06-19 | 2007-06-19 | Method for implementing relocation of service wireless network subsystem, system and network appliance |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2007101190751A CN101330729B (en) | 2007-06-19 | 2007-06-19 | Method for implementing relocation of service wireless network subsystem, system and network appliance |
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| CN101330729A CN101330729A (en) | 2008-12-24 |
| CN101330729B true CN101330729B (en) | 2011-10-05 |
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| CN102238553B (en) * | 2010-04-28 | 2014-01-29 | 大唐移动通信设备有限公司 | Method for sending user equipment (UE) location information and method and device for allocating UE resources |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1232667B1 (en) * | 1999-11-23 | 2003-02-19 | Telefonaktiebolaget L M Ericsson (Publ) | Srns relocation in a umts network |
| CN1741668A (en) * | 2004-08-23 | 2006-03-01 | 大唐移动通信设备有限公司 | Method for selecting user terminal switching mode by radio network controller |
| CN1816206A (en) * | 2005-02-02 | 2006-08-09 | 华为技术有限公司 | Method for repositioning between support nodes in service general group wireless business |
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2007
- 2007-06-19 CN CN2007101190751A patent/CN101330729B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1232667B1 (en) * | 1999-11-23 | 2003-02-19 | Telefonaktiebolaget L M Ericsson (Publ) | Srns relocation in a umts network |
| CN1741668A (en) * | 2004-08-23 | 2006-03-01 | 大唐移动通信设备有限公司 | Method for selecting user terminal switching mode by radio network controller |
| CN1816206A (en) * | 2005-02-02 | 2006-08-09 | 华为技术有限公司 | Method for repositioning between support nodes in service general group wireless business |
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| Title |
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| Technical Specification Group Radio Access Network.HSPA Evolution (FDD).《3GPP TR 25.999 V2.0.0》.2007,全文. * |
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