WO2016145809A1 - Mf-hsdpa设置方法及装置 - Google Patents

Mf-hsdpa设置方法及装置 Download PDF

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Publication number
WO2016145809A1
WO2016145809A1 PCT/CN2015/089891 CN2015089891W WO2016145809A1 WO 2016145809 A1 WO2016145809 A1 WO 2016145809A1 CN 2015089891 W CN2015089891 W CN 2015089891W WO 2016145809 A1 WO2016145809 A1 WO 2016145809A1
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Prior art keywords
hsdpa
cell
drnc
information
assisted
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PCT/CN2015/089891
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English (en)
French (fr)
Inventor
曾玲玲
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中兴通讯股份有限公司
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Publication of WO2016145809A1 publication Critical patent/WO2016145809A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W36/00—Hand-off or reselection arrangements
    • H04W36/16—Performing reselection for specific purposes
    • H04W36/18—Performing reselection for specific purposes for allowing seamless reselection, e.g. soft reselection

Definitions

  • the present invention relates to the field of communications, and in particular to a MF-HSDPA setting method and apparatus.
  • UMTS Universal Mobile Telecommunications System
  • Node B the interface between the Radio Network Controller (RNC) and the Node B (Node B) is called Iub, 2
  • the logical interface between RNCs is called Iur.
  • the Multiflow High Speed Downlink Packet Access (MF-HSDPA) function allows the user equipment (User Equipment, UE for short) to simultaneously receive the high speed downlink shared channel of the two cells on the same frequency (High Speed).
  • HS-DSCH Downlink Shared Channel
  • two cells can be located in the same Node B or Node B.
  • Multiflow HSDPA Intra-NodeB MF-HSDPA
  • the two cells may be located in the same drift radio network controller (Drift RNC, referred to as DRNC) or in different DRNCs.
  • Drift RNC drift radio network controller
  • DRNC drift radio network controller
  • Multiflow HSDPA Intra-DRNC MF-HSDPA
  • Intra Node B Soft Handover Add refers to the same target radio link (Radio Link, RL for short) of a UE and the source RL of the UE. Inside Node B.
  • the Intra DRNC Soft Handover Add refers to that the target RL added by one UE and the source RL of the UE are located in the same DRNC.
  • the Intra-NodeB SHO-Add procedure can activate the Intra-NodeB MF-HSDPA.
  • MF-HSDPA Control Radio Network Controller
  • CRRC Control Radio Network Controller
  • the Intra-NodeB SHO-Add procedure must be performed between the CRNC and the NodeB before completing the Intra-Node B MF-HSDPA setup process.
  • MF-HSDPA cannot be established in time
  • the advantages of MF-HSDPA cannot be realized in time.
  • the interaction process between CRNC, Node B and UE is too long, which affects system performance to a large extent.
  • the Intra-DRNC SHO-Add procedure can activate Intra-DRNC MF-HSDPA.
  • the MF-HSDPA cannot be directly established for the UE between the Serving RNC (SRNC) and the DRNC.
  • the Intra-DRNC SHO-Add process must be performed between the SRNC and the DRNC before completing the Intra-DRNC MF-HSDPA setup process.
  • MF-HSDPA cannot be established in time, and the advantages of MF-HSDPA cannot be realized in time.
  • the interaction process between SRNC, DRNC, Node B, and UE is too long, which affects system performance to a large extent.
  • Intra-Node B Soft Handover Delete means that the target RL deleted by one UE and the source RL of the UE are located in the same Node B.
  • Intra DRNC Soft Handover Delete refers to that the target RL deleted by one UE and the source RL of the UE are located in the same DRNC.
  • the Intra-NodeB SHO-Del procedure can stop MF-HSDPA.
  • the MF-HSDPA cannot be stopped directly for the UE between the CRNC and the Node B.
  • the Intra-Node B MF-HSDPA stop process must be performed between the CRNC and the Node B before completing the Intra-NodeB SHO-Del process. This causes the interaction between CRNC, Node B, and UE to be too long, which affects system performance to a large extent.
  • the Intra-DRNC SHO-Del procedure can stop Intra-DRNC MF-HSDPA.
  • the MF-HSDPA cannot be stopped directly for the UE between the SRNC and the DRNC.
  • the Intra-DRNC MF-HSDPA stop process must be performed between the SRNC and the DRNC before completing the Intra-DRNC SHO-Del process.
  • the interaction between the SRNC, the DRNC, the Node B, and the UE is too long, which affects system performance to a large extent.
  • the embodiment of the invention provides a MF-HSDPA setting method and device to solve at least one of the above problems.
  • a multi-stream high-speed downlink packet access MF-HSDPA setting method including: the first node determines that the terminal needs to perform MF-HSDPA modification while performing soft-to-switch or soft-to-switch
  • the first node carries the HSDPA modification indication information in the message of the radio link RL addition request or the RL deletion request sent to the second node, where the first node is the control network controller CRNC or the serving radio network controller.
  • the second node is a Node B NodeB or a Drift Radio Network Controller DRNC.
  • the foregoing HSDPA modification indication information includes one of the following: MF-HSDPA setup information, MF-HSDPA change information, and MF-HSDPA stop information.
  • the message further includes an additional high-speed HS cell list, where the additional high-speed HS cell list includes at least one of the following information: a newly added additional HSDPA cell, an additional HSDPA cell with a configuration change, and a deleted An additional HSDPA cell has been built.
  • the manner in which the foregoing first node sends the foregoing HSDPA modification indication information to the second node includes one of the following manners: Mode 1: determining that the terminal has activated HSDPA and has not activated MF-HSDPA; and determining that the intra-NodeB intra-intra- NodeB MF-HSDPA or Intra-DRNC MF-HSDPA in the DRNC; the CRNC sends the MF-HSDPA setup information to the DRNC to the NodeB or the SRNC; and the mode 2: determining that the terminal has activated the multi-carrier MC-HSDPA and has not activated MF-HSDPA; the decision needs to activate the Intra-NodeB MF-HSDPA in the NodeB or the Intra-DRNC MF-HSDPA in the DRNC; the CRNC sends the MF-HSDPA setup information to the DRNC to the NodeB or the SRNC; The MF-HSDPA has
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA auxiliary service.
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA assisted cell.
  • the newly added MF-HSDPA assists the secondary serving cell of the cell and the changed source MF-HSDPA secondary serving cell.
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell.
  • the deleted source MF-HSDPA assists the cell's secondary serving cell, the newly added MF-HSDPA assisted cell, and the newly added MF-HSDPA assisted cell's secondary serving cell.
  • the sending the HSDPA modification indication information in the foregoing manner 4 is that the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell.
  • the deleted source MF-HSDPA assists the secondary serving cell of the cell, the deleted or changed source MF-HSDPA secondary serving cell.
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the secondary serving cell of the cell, the changed or deleted source MF-HSDPA secondary serving cell, the newly added target MF-HSDPA assisted cell, and the newly added target MF-HSDPA assisted cell secondary serving cell.
  • the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the secondary serving cell of the cell, the changed or deleted source MF-HSDPA secondary serving cell, the newly added target MF-HSDPA assisted cell, and the newly added target MF-HSDPA assisted cell secondary serving cell.
  • a multi-stream high speed downlink packet access MF-HSDPA setting method comprising: receiving, by a second node, a radio link RL addition request or an RL deletion request message from a first node
  • the above message carries the high speed downlink packet access HSDPA modification indication information; the second node modifies the local MF-HSDPA according to the HSDPA modification indication information; wherein the first node is a control network controller CRNC or a service wireless network
  • the controller SRNC, the second node is a NodeBNodeB or a drift radio network controller DRNC.
  • the foregoing HSDPA modification indication information includes one of the following: MF-HSDPA setup information, MF-HSDPA change information, and MF-HSDPA stop information.
  • the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following: a new additional HSDPA cell, an additional HSDPA cell with a configuration change, and a deleted additional HSDPA. Community.
  • the manner in which the foregoing second node receives the HSDPA modification indication information from the first node includes one of the following: Mode 1: In a case that the terminal has activated HSDPA, the NodeB receives from the CRNC or the DRNC from the SRNC.
  • the above MF-HSDPA establishes information; mode 2: in the case that the terminal has activated the multi-carrier MC-HSDPA, the NodeB receives the MF-HSDPA setup information from the SRNC from the CRNC or the DRNC; and the mode 3: the MF has been activated in the terminal -
  • the NodeB receives the MF-HSDPA change information from the SRNC from the CRNC or the DRNC;
  • Mode 4 MF-HSDPA has been activated at the terminal
  • the NodeB receives the MF-HSDPA stop information from the SRNC from the CRNC or the DRNC
  • the mode 5 when the terminal has activated the MF-HSDPA, the NodeB receives the MF from the SRNC from the CRNC or the DRNC.
  • - HSDPA change information when the terminal has activated the MF-HSDPA, the NodeB receives the MF from the SRNC from the CRNC or
  • the message when receiving the foregoing HSDPA modification indication information in the foregoing mode 1, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA secondary serving cell.
  • the message when receiving the HSDPA modification indication information in the foregoing manner, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA assisted cell, The newly added MF-HSDPA assists the secondary serving cell of the cell and the changed source MF-HSDPA secondary serving cell.
  • the message when receiving the HSDPA modification indication information in the foregoing manner, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the cell's secondary serving cell, the newly added MF-HSDPA assisted cell, and the newly added MF-HSDPA assisted cell's secondary serving cell.
  • the message when receiving the HSDPA modification indication information in the foregoing manner, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the secondary serving cell of the cell, the deleted or changed source MF-HSDPA secondary serving cell.
  • the message when receiving the HSDPA modification indication information in the foregoing manner, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the secondary serving cell of the cell, the changed or deleted source MF-HSDPA secondary serving cell, the newly added target MF-HSDPA assisted cell, and the newly added target MF-HSDPA assisted cell secondary serving cell.
  • a multi-stream high-speed downlink packet access MF-HSDPA setting apparatus where the apparatus is applied to a first node, and the apparatus includes: a determining module, configured to determine that the terminal needs to perform soft adding Performing the MF-HSDPA modification while switching or soft-switching; the sending module is configured to carry the HSDPA modification indication information in the message of the radio link RL addition request or the RL deletion request sent to the second node, where the first node is To control the network controller CRNC or the serving radio network controller SRNC, the second node is a Node B NodeB or a Drift Radio Network Controller DRNC.
  • the foregoing HSDPA modification indication information includes one of the following: MF-HSDPA setup information, MF-HSDPA change information, and MF-HSDPA stop information.
  • the message further includes an additional high-speed HS cell list, where the additional high-speed HS cell list includes at least one of the following information: a newly added additional HSDPA cell, an additional HSDPA cell with a configuration change, and a deleted An additional HSDPA cell has been built.
  • the sending module is further configured to send the HSDPA modification indication information to the second node by using one of the following manners: Mode 1: determining that the terminal has activated HSDPA, and has not activated MF-HSDPA; Intra-NodeB MF-HSDPA in the active NodeB or Intra-DRNC MF-HSDPA in the DRNC; the CRNC sends the MF-HSDPA setup information to the DRNC to the NodeB or the SRNC; and the mode 2: determining that the terminal has activated the multi-carrier MC- HSDPA, and MF-HSDPA has not been activated; the decision needs to activate the Intra-NodeB MF-HSDPA in the NodeB or the Intra-DRNC MF-HSDPA in the DRNC; the CRNC sends the MF-HSDPA setup information to the DRNC to the NodeB or the SRNC; 3: It is determined that the terminal has activated the MF-HSDPA
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA auxiliary service.
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA assisted cell.
  • the newly added MF-HSDPA assists the secondary serving cell of the cell and the changed source MF-HSDPA secondary serving cell.
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell.
  • the deleted source MF-HSDPA assists the cell's secondary serving cell, the newly added MF-HSDPA assisted cell, and the newly added MF-HSDPA assisted cell's secondary serving cell.
  • the sending the HSDPA modification indication information in the foregoing manner 4 is that the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell.
  • the deleted source MF-HSDPA assists the secondary serving cell of the cell, the deleted or changed source MF-HSDPA secondary serving cell.
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell.
  • the deleted source MF-HSDPA assisted cell secondary serving cell the changed or deleted source MF-HSDPA secondary serving cell, the newly added target MF-HSDPA assisted cell, and the newly added target MF-HSDPA assisted cell secondary serving cell .
  • a multi-stream high-speed downlink packet access MF-HSDPA setting apparatus is further provided, where the apparatus is applied to a second node, where the apparatus includes: a receiving module, configured to receive from the first node The wireless link RL adds a message of the request or the RL deletion request, where the message carries the high speed downlink packet access HSDPA modification indication information; and the processing module is configured to modify the local MF-HSDPA according to the HSDPA modification indication information;
  • the first node is a control network controller CRNC or a serving radio network controller SRNC
  • the second node is a NodeBNodeB or a drift radio network controller DRNC.
  • the foregoing HSDPA modification indication information includes one of the following: MF-HSDPA setup information, MF-HSDPA change information, and MF-HSDPA stop information.
  • the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following: a new additional HSDPA cell, an additional HSDPA cell with a configuration change, and a deleted additional HSDPA. Community.
  • the receiving module is further configured to receive the HSDPA modification indication information from the first node by using one of the following manners: Mode 1: In a case that the terminal has activated HSDPA, the NodeB is from the CRNC or the DRNC from the foregoing The SRNC receives the MF-HSDPA setup information.
  • the mode 2 when the terminal has activated the multi-carrier MC-HSDPA, the NodeB receives the MF-HSDPA setup information from the CRNC or the DRNC from the SRNC; In the case of activating MF-HSDPA, the NodeB receives the MF-HSDPA change information from the SRNC from the CRNC or the DRNC; Method 4: When the terminal has activated MF-HSDPA, the NodeB is from the CRNC or the DRNC The SRNC receives the MF-HSDPA stop information; and the mode 5: when the terminal has activated the MF-HSDPA, the NodeB receives the MF-HSDPA change information from the SRNC from the CRNC or the DRNC.
  • the message when receiving the foregoing HSDPA modification indication information in the foregoing mode 1, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA secondary serving cell.
  • the message when receiving the HSDPA modification indication information in the foregoing manner, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA assisted cell, The newly added MF-HSDPA assists the secondary serving cell of the cell and the changed source MF-HSDPA secondary serving cell.
  • the message when receiving the HSDPA modification indication information in the foregoing manner, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the cell's secondary serving cell, the newly added MF-HSDPA assisted cell, and the newly added MF-HSDPA assisted cell's secondary serving cell.
  • the message when receiving the HSDPA modification indication information in the foregoing manner, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the secondary serving cell of the cell, the deleted or changed source MF-HSDPA secondary serving cell.
  • the message when receiving the HSDPA modification indication information in the foregoing manner, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the secondary serving cell of the cell, the changed or deleted source MF-HSDPA secondary serving cell, the newly added target MF-HSDPA assisted cell, and the newly added target MF-HSDPA assisted cell secondary serving cell.
  • the first node when the first node determines that the terminal needs to perform the MF-HSDPA modification while performing the soft handover or the soft handover, the first node adds the request or the RL to the radio link RL sent to the second node.
  • the requested message carries HSDPA modification indication information, where the first node is a control network controller CRNC or a serving radio network controller SRNC, and the second node is a Node B NodeB or a drift radio network controller DRNC.
  • the related art cannot solve the problem that the CRNC and the NodeB cannot establish or change the Intra-NodeB MF-HSDPA for the HSDPA UE in the Intra-NodeB SHO-Add; and the HSRPA UE cannot be in the Intra-DRNC SHO-Add between the SRNC and the DRNC.
  • Intra-DRNC MF-HSDPA Establish or change Intra-DRNC MF-HSDPA; and CRNC and NodeB cannot stop or change MF-HSDPA for HSDPA UE at the same time as Intra-NodeB SHO-Del; and can not be in Intra-DRNC SHO-Del between SRNC and DRNC Stop or change the MF-HSDPA problem for the HSDPA UE, thereby implementing CRNC and NodeB to establish or change the Intra-NodeB MF-HSDPA for the HSDPA UE at the same time as the Intra-NodeB SHO-Add; and between the SRNC and the DRNC in the Intra-DRNC SHO-Add establishes or changes Intra-DRNC MF-HSDPA for HSDPA UEs at the same time; and CRNC and NodeB stops or changes MF-HSDPA for HSDPA UEs at the same time as Intra-NodeB SHO-Del; and between
  • 1 is a protocol model diagram of MF-HSDPA in a NodeB
  • 2 is a protocol model diagram of MF-HSDPA in DRNC
  • FIG. 3 is a flow chart of MF-HSDPA settings in accordance with an embodiment of the present invention.
  • FIG. 4 is a block diagram showing the structure of an MF-HSDPA setting apparatus according to an embodiment of the present invention.
  • FIG. 5 is a flowchart (1) of MF-HSDPA setting according to an embodiment of the present invention.
  • FIG. 6 is a structural block diagram (1) of an MF-HSDPA setting apparatus according to an embodiment of the present invention.
  • FIG. 7(a) is a schematic diagram showing an increase procedure of an Iub interface radio link of an activated HSDPA UE according to an embodiment of the present invention
  • FIG. 7(b) is a flow chart of HSDPA modification and establishment of MF-HSDPA, and an additional HSDPA cell list, in accordance with an embodiment of the present invention
  • FIG. 8(a) is a schematic diagram showing a process of adding an Iub interface radio link of an activated MC-HSDPA UE according to an embodiment of the present invention
  • FIG. 8(b) is a flow chart of HSDPA modification and establishment of MF-HSDPA, and an additional HSDPA cell list, in accordance with an embodiment of the present invention
  • FIG. 9(a) is a schematic diagram showing an increase procedure of an Iub interface radio link of an activated MF-HSDPA UE according to an embodiment of the present invention
  • FIG. 10(a) is a schematic diagram showing an increase procedure of an Iur interface radio link of an activated HSDPA UE according to an embodiment of the present invention
  • FIG. 10(b) is a flowchart (1) of HSDPA modification and establishment of MF-HSDPA, and an additional HSDPA cell list according to an embodiment of the present invention
  • FIG. 11(a) is a schematic diagram showing an increase procedure of an Iur interface radio link of an activated MC-HSDPA UE according to an embodiment of the present invention
  • Figure 11 (b) is a flow chart (1) of HSDPA modification and establishment of MF-HSDPA, and additional HSDPA cell list according to an embodiment of the present invention
  • FIG. 12(a) is a schematic diagram showing an increase procedure of an Iur interface radio link of an activated MF-HSDPA UE according to an embodiment of the present invention
  • FIG. 12(b) is a flowchart (1) of HSDPA modification and change of MF-HSDPA, and additional HSDPA cell list according to an embodiment of the present invention
  • FIG. 13(a) is an explanatory diagram of an Iub interface radio link deletion process of an activated MF-HSDPA UE according to an embodiment of the present invention
  • FIG. 13(b) is a flowchart of HSDPA modification and stopping MF-HSDPA, and an additional HSDPA cell list according to an embodiment of the present invention
  • 14(a) is a schematic diagram of an Iub interface radio link deletion process of an activated MF-HSDPA UE according to an embodiment of the present invention
  • FIG. 14(b) is a flowchart of HSDPA modification and stopping MF-HSDPA, and an additional HSDPA cell list according to an embodiment of the present invention
  • 15(a) is a schematic diagram of an Iub interface radio link deletion process of an activated MF-HSDPA UE according to an embodiment of the present invention
  • 16(a) is a schematic diagram of an Iub interface radio link deletion process of an activated MF-HSDPA UE according to an embodiment of the present invention
  • 16(b) is a flowchart of HSDPA modification and change of MF-HSDPA, and an additional HSDPA cell list according to an embodiment of the present invention
  • 17(a) is an explanatory diagram of an Iur port radio link deletion process of an activated MF-HSDPA UE according to an embodiment of the present invention
  • Figure 17 (b) is a HSDPA modification and stop MF-HSDPA, and additional HSDPA small according to an embodiment of the present invention Flow chart of the zone list (1);
  • FIG. 18(a) is a schematic diagram of an Iur port radio link deletion process of an activated MF-HSDPA UE according to an embodiment of the present invention
  • 18(b) is a flowchart (1) of HSDPA modification and stopping MF-HSDPA, and an additional HSDPA cell list according to an embodiment of the present invention
  • 19(a) is a schematic diagram of an Iur port radio link deletion process of an activated MF-HSDPA UE according to an embodiment of the present invention
  • 19(b) is a flow chart (1) of HSDPA modification and change of MF-HSDPA, and additional HSDPA cell list according to an embodiment of the present invention
  • 20(a) is a schematic diagram of an Iur port radio link deletion process of an activated MF-HSDPA UE according to an embodiment of the present invention
  • 20(b) is a flowchart (1) of HSDPA modification and change of MF-HSDPA, and an additional HSDPA cell list according to an embodiment of the present invention
  • 21 is a structural diagram of an apparatus for setting a multi-stream HSDPA by an RNC in an Intra-NodeB SHO-Add or an Intra-NodeB SHO-Del according to an example of the present invention
  • FIG. 22 is a structural diagram of an apparatus in which an RNC sets a multi-stream HSDPA at an Intra-DRNC SHO-Add or an Intra-DRNC SHO-Del according to an example of the present invention.
  • FIG. 3 is a flowchart of MF-HSDPA setting according to an embodiment of the present invention. As shown in FIG. 3, the process includes the following steps:
  • Step S302 the first node determines that the terminal needs to perform MF-HSDPA modification while performing soft-switching or soft-switching;
  • Step S304 the first node carries the HSDPA modification indication information in the message of the radio link RL addition request or the RL deletion request sent to the second node, where the first node is the control network controller CRNC or the service radio network controller SRNC.
  • the second node is a Node B NodeB or a Drift Radio Network Controller DRNC.
  • the message that the RL addition request or the RL deletion request sent by the first node to the second node carries the HSDPA modification indication information
  • the second node may perform the MF-HSDPA establishment, change, or stop according to the HSDPA modification indication information.
  • the MF-HSDPA modification includes "MF-HSDPA establishment, change and stop". Resolving that the Iub interface on the Iub and Iur interfaces cannot be established or changed for the HSDPA UE during the RL addition or deletion process. The problem of MF-HSDPA is stopped, and thus the IF-HSDPA is established or changed or stopped for the HSDPA UE in the RL addition or deletion process on the Iub and Iur interfaces.
  • the HSDPA modification indication information may include a variety of information.
  • the HSDPA modification indication information may include MF-HSDPA setup information, MF-HSDPA change information, and MF-HSDPA stop information.
  • the foregoing message further carries an additional high-speed HS cell list, where the additional high-speed HS cell list may include a newly added additional HSDPA cell, an additional HSDPA cell with a configuration change, and a deleted existing Attach an HSDPA cell.
  • the first node is configured to send the HSDPA modification indication information to the second node.
  • the first node may send the HSDPA modification indication information to the second node in multiple manners.
  • the manner in which the first node sends the HSDPA modification indication information to the second node may include: manner 1: determining that the terminal has activated HSDPA, and has not activated MF-HSDPA; the decision needs to activate the Intra-NodeB MF-HSDPA in the NodeB or the Intra-in the DRNC.
  • Mode 2 Determines that the terminal has activated multi-carrier MC-HSDPA and has not activated MF-HSDPA; the decision needs to activate the Intra-NodeB MF-HSDPA in the NodeB Or Intra-DRNC MF-HSDPA in DRNC; CRNC sends the MF-HSDPA setup information to the DRNC to the NodeB or SRNC; Mode 3: Determines that the terminal has activated MF-HSDPA; decides to change the MF-HSDPA assisted cell; CRNC to NodeB or SRNC Send MF-HSDPA change information to the DRNC; Mode 4: Determine that the terminal has activated MF-HSDPA; decide to delete the RL where the MF-HSDPA assisted cell is located; CRNC to NodeB or SRNC Send MF-HSDPA stop information to
  • the message when the mode 1 is used to send the HSDPA modification indication information, the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA auxiliary The serving cell, the newly added MF-HSDPA assisted cell, and the new MF-HSDPA assisted cell's secondary serving cell.
  • the message when the mode 2 is used to send the HSDPA modification indication information, the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the newly added MF- The HSDPA assists the cell, the supplementary MF-HSDPA assisted cell's secondary serving cell, and the changed source MF-HSDPA secondary serving cell.
  • the message when the mode 3 is used to send the HSDPA modification indication information, the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF- The HSDPA assisted cell, the deleted source MF-HSDPA assisted cell secondary serving cell, the newly added MF-HSDPA assisted cell, and the newly added MF-HSDPA assisted cell secondary serving cell.
  • the HSDPA modification indication information is sent in mode 4.
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF- The HSDPA assists the cell, the deleted source MF-HSDPA assisted cell's secondary serving cell, the deleted or changed source MF-HSDPA secondary serving cell.
  • the message when the mode 5 is used to send the HSDPA modification indication information, the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA Assisted cell, deleted source MF-HSDPA assisted cell secondary serving cell, changed or deleted source MF-HSDPA secondary serving cell, added target MF-HSDPA assisted cell, added target MF-HSDPA assisted cell Service area.
  • an MF-HSDPA setting device is also provided, which is used to implement the above-mentioned embodiments and preferred embodiments, and has not been described again.
  • the term “module” may implement a combination of software and/or hardware of a predetermined function.
  • the apparatus described in the following embodiments is preferably implemented in software, hardware, or a combination of software and hardware, is also possible and contemplated.
  • the apparatus includes: a determining module 42 configured to determine that a terminal needs to perform soft switching. Or performing the MF-HSDPA modification while performing the soft handover; the sending module 44 is configured to carry the HSDPA modification indication information in the message of the radio link RL addition request or the RL deletion request sent to the second node, where the first node is The control network controller CRNC or the serving radio network controller SRNC, the second node is a Node B NodeB or a drift radio network controller DRNC.
  • the HSDPA modification indication information includes one of the following: MF-HSDPA setup information, MF-HSDPA change information, and MF-HSDPA stop information.
  • the message further includes an additional high-speed HS cell list, where the additional high-speed HS cell list includes at least one of the following: a new additional HSDPA cell, an additional HSDPA cell with a configuration change, and a deleted An additional HSDPA cell has been built.
  • the sending module is further configured to send the HSDPA modification indication information to the second node by using one of the following manners: Mode 1: determining that the terminal 44 has activated HSDPA, and has not activated the MF-HSDPA; the decision needs to activate the Intra in the NodeB.
  • Mode 2 Determine that the terminal has activated multi-carrier MC-HSDPA and has not activated MF - HSDPA; the decision needs to activate the Intra-NodeB MF-HSDPA in the NodeB or the Intra-DRNC MF-HSDPA in the DRNC; the CRNC sends the MF-HSDPA setup information to the NodeB or the SRNC to the DRNC; Mode 3: determining that the terminal has Activate MF-HSDPA; the decision needs to change the MF-HSDPA assistance cell; the CRNC sends the MF-HSDPA change information to the DRB to the NodeB or the SRNC; Mode 4: Determine that the terminal has activated MF-HSDPA; the decision needs to delete MF-HSDPA
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA secondary serving cell, The newly added MF-HSDPA assisted cell and the new MF-HSDPA assisted cell's secondary serving cell.
  • the foregoing message further includes: adding a high speed HS small The area list, wherein the HS cell list includes at least one of the following: a newly added MF-HSDPA assisted cell, a new MF-HSDPA assisted cell secondary serving cell, and a changed source MF-HSDPA secondary serving cell.
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the cell's secondary serving cell, the newly added MF-HSDPA assisted cell, and the newly added MF-HSDPA assisted cell's secondary serving cell.
  • the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the cell's secondary serving cell, the newly added MF-HSDPA assisted cell, and the newly added MF-HSDPA assisted cell's secondary serving cell.
  • the HSDPA modification indication information is sent in the mode 4, where the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the secondary serving cell of the cell, the deleted or changed source MF-HSDPA secondary serving cell.
  • the message further includes: an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the secondary serving cell of the cell, the changed or deleted source MF-HSDPA secondary serving cell, the newly added target MF-HSDPA assisted cell, and the newly added target MF-HSDPA assisted cell secondary serving cell.
  • the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the secondary serving cell of the cell, the changed or deleted source MF-HSDPA secondary serving cell, the newly added target MF-HSDPA assisted cell, and the newly added target MF-HSDPA assisted cell secondary serving cell.
  • FIG. 5 is a flowchart (1) of the MF-HSDPA setting according to an embodiment of the present invention. As shown in FIG. 5, the process includes the following steps:
  • Step S502 the second node receives a message of the radio link RL addition request or the RL deletion request from the first node, where the message carries the high speed downlink packet access HSDPA modification indication information;
  • Step S504 The second node modifies the local MF-HSDPA according to the HSDPA modification indication information.
  • the first node is a control network controller CRNC or a serving radio network controller SRNC
  • the second node is a NodeBNodeB or a drift radio network controller DRNC.
  • the message that the second node receives the RL addition request or the RL deletion request from the first node carries the HSDPA modification indication information, and the second node may perform the MF-HSDPA establishment, change, or stop according to the HSDPA modification indication information.
  • the problem that the IF-HSDPA cannot be established or changed or stopped for the HSDPA UE in the RL addition or deletion process on the Iub and Iur interfaces in the related art is solved, and the UB addition and deletion process on the Iub interface and the Iur interface are simultaneously implemented.
  • the HSDPA UE establishes or changes or stops MF-HSDPA.
  • the HSDPA modification indication information may include a variety of information.
  • the HSDPA modification indication information may include MF-HSDPA setup information, MF-HSDPA change information, and MF-HSDPA stop information.
  • the message further carries an additional high-speed HS cell list, where the HS cell list may include a newly added additional HSDPA cell, an additional HSDPA cell with a configuration change, and a deleted existing HSDPA cell.
  • the manner in which the second node receives the HSDPA modification indication information from the first node may be various.
  • the method may include: mode 1: in the case that the terminal has activated HSDPA, the NodeB is from the CRNC or the DRNC from the SRNC.
  • Mode 2 In case the terminal has activated multi-carrier MC-HSDPA, The NodeB receives the MF-HSDPA setup information from the SRNC from the CRNC or the DRNC; Mode 3: In the case that the terminal has activated MF-HSDPA, the NodeB receives the MF-HSDPA change information from the CRNC or the DRNC from the SRNC; Mode 4: At the terminal already In the case of activating MF-HSDPA, the NodeB receives the MF-HSDPA stop information from the CRNC from the CRNC or the DRNC; mode 5: in case the terminal has activated the MF-HSDPA, the NodeB receives the slave from the CRNC or the DRNC from the SRNC MF-HSDPA change information.
  • the message when receiving the HSDPA modification indication information in mode 1, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a new MF-HSDPA A secondary serving cell, a new MF-HSDPA assisted cell, and a new MF-HSDPA assisted cell secondary serving cell.
  • the message when receiving the HSDPA modification indication information in mode 2, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF- The HSDPA assists the cell, the supplementary MF-HSDPA assisted cell's secondary serving cell, and the changed source MF-HSDPA secondary serving cell.
  • the message when receiving the HSDPA modification indication information in mode 3, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF- The HSDPA assisted cell, the deleted source MF-HSDPA assisted cell secondary serving cell, the newly added MF-HSDPA assisted cell, and the newly added MF-HSDPA assisted cell secondary serving cell.
  • the message when receiving the HSDPA modification indication information in mode 4, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA The assisted cell, the deleted source MF-HSDPA assisted cell secondary serving cell, the deleted or changed source MF-HSDPA secondary serving cell.
  • the message when receiving the HSDPA modification indication information in mode 5, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA Assisted cell, deleted source MF-HSDPA assisted cell secondary serving cell, changed or deleted source MF-HSDPA secondary serving cell, added target MF-HSDPA assisted cell, added target MF-HSDPA assisted cell Service area.
  • an MF-HSDPA setting device is also provided, which is used to implement the above-mentioned embodiments and preferred embodiments, and has not been described again.
  • the term “module” may implement a combination of software and/or hardware of a predetermined function.
  • the apparatus described in the following embodiments is preferably implemented in software, hardware, or a combination of software and hardware, is also possible and contemplated.
  • FIG. 6 is a structural block diagram (1) of an MF-HSDPA setting apparatus according to an embodiment of the present invention.
  • the apparatus is applied to a second node.
  • the apparatus includes: a receiving module 62 configured to receive from a first node.
  • the wireless link RL adds a message of the request or the RL deletion request, where the message carries the high speed downlink packet access HSDPA modification indication information;
  • the processing module 64 is configured to modify the local MF-HSDPA according to the HSDPA modification indication information;
  • the first node is a control network controller CRNC or a serving radio network controller SRNC, and the second node is a NodeB NodeB or a drift radio network controller DRNC.
  • the HSDPA modification indication information includes one of the following: MF-HSDPA setup information, MF-HSDPA change More information, MF-HSDPA stop information.
  • the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following: a new additional HSDPA cell, an additional HSDPA cell with a configuration change, and a deleted additional HSDPA. Community.
  • the receiving module 62 is further configured to receive the HSDPA modification indication information from the first node by using one of the following manners: Mode 1: In the case that the terminal has activated HSDPA, the NodeB is from the CRNC or the DRNC from the SRNC Receiving the MF-HSDPA setup information; Mode 2: In the case that the terminal has activated the multi-carrier MC-HSDPA, the NodeB receives the MF-HSDPA setup information from the CRNC or the DRNC from the SRNC; Mode 3: The MF has been activated at the terminal In the case of HSDPA, the NodeB receives the MF-HSDPA change information from the CRNC or the DRNC from the SRNC; Mode 4: In case the terminal has activated MF-HSDPA, the NodeB is from the CRNC or the DRNC from the SRNC Receiving the MF-HSDPA stop information; Mode 5: When the terminal has activated MF-HSDPA, the
  • the message when receiving the HSDPA modification indication information by using the mode 1, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA secondary serving cell.
  • the message when receiving the HSDPA modification indication information by using the mode 2, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: a newly added MF-HSDPA-assisted cell, The newly added MF-HSDPA assists the secondary serving cell of the cell and the changed source MF-HSDPA secondary serving cell.
  • the message when receiving the HSDPA modification indication information in the manner 3, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the cell's secondary serving cell, the newly added MF-HSDPA assisted cell, and the newly added MF-HSDPA assisted cell's secondary serving cell.
  • the message when receiving the HSDPA modification indication information in the manner 4, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the secondary serving cell of the cell, the deleted or changed source MF-HSDPA secondary serving cell.
  • the message when receiving the HSDPA modification indication information in the manner 5, the message further carries an additional high-speed HS cell list, where the HS cell list includes at least one of the following information: the deleted source MF-HSDPA assisted cell, The deleted source MF-HSDPA assists the secondary serving cell of the cell, the changed or deleted source MF-HSDPA secondary serving cell, the newly added target MF-HSDPA assisted cell, and the newly added target MF-HSDPA assisted cell secondary serving cell.
  • each of the above modules may be implemented by software or hardware.
  • the foregoing may be implemented by, but not limited to, the foregoing modules are all located in the same processor; or, the above modules are respectively located.
  • the first processor, the second processor, and the third processor In the first processor, the second processor, and the third processor.
  • the technical problem to be solved by this alternative embodiment is that the CRNC and the NodeB cannot establish or change the Intra-NodeB MF-HSDPA for the HSDPA UE at the same time as the Intra-NodeB SHO-Add; and the Intra-DRNC SHO cannot be established between the SRNC and the DRNC.
  • -Add simultaneously establishes or changes Intra-DRNC MF-HSDPA for HSDPA UE; and CRNC and NodeB cannot stop or change MF-HSDPA for HSDPA UE at the same time as Intra-NodeB SHO-Del; and cannot be in Intra between SRNC and DRNC -DRNC SHO-Del stops or changes MF-HSDPA for HSDPA UE at the same time.
  • the present optional embodiment provides a method of setting the MF-HSDPA between the CRNC and the NodeB, and between the SRNC and the DRNC.
  • the radio network controller performs the RL addition process or the RL deletion handover procedure on the Iub or Iur interface
  • the RL of the Iub or Iur interface increases the request or
  • the RL delete request message indicates: Modify HSDPA and establish MF-HSDPA, or modify HSDPA and change MF-HSDPA, or modify HSDPA and stop MF-HSDPA.
  • the additional HS cell list is indicated in the request message.
  • the foregoing instructions for establishing or changing the MF-HSDPA may include various required configurations of the MF-HSDPA, including but not limited to:
  • MIMO Multiple Input Multiple Output
  • HS cell list includes, but is not limited to:
  • the additional HSDPA cell is added, the added HSDPA cell has been configured, and the added HSDPA cell has been deleted.
  • the optional embodiment further provides an apparatus for setting the MF-HSDPA by the RNC when switching.
  • an apparatus for setting the MF-HSDPA by the RNC when switching include:
  • the handover decision module for the UE that has activated HSDPA, when the RNC performs the Iub or Iur interface RL addition process or the RL deletion process, the RNC finds that the UE needs to perform MF-HSDPA establishment or change or stop at the same time, and then decides to increase the request message in the RL, or The RL deletion request message carries an indication that the MF-HSDPA is established or changed or stopped. If there is an additional HS cell that needs to be established or changed or deleted, it is determined that the request message carries an indication of the additional HS cell list.
  • This module can be located at the RNC.
  • Send module of RL request message :
  • the RNC carries an HSDPA modification indication in the RL addition request message or the RL deletion request message, where the indication is: MF-HSDPA establishment, or MF-HSDPA change, or MF-HSDPA stop.
  • the RNC may simultaneously carry an additional HS cell list in the request message, wherein: the additional HSDPA cell (if any), the additional HSDPA cell with configuration change (if any), and the additional HSDPA cell to be deleted are deleted. Have).
  • the module can be located at the RNC.
  • the receiving module of the RL request message is configured to receive an RL increase request message or an RL delete request message of the RNC, where the request message includes a modified HSDPA indication, where the indication further includes MF-HSDPA establishment, or MF-HSDPA change, or MF -HSDPA stopped.
  • the request message may also include an additional HS cell list.
  • the message receiving module can be located at the NodeB or the DRNC.
  • the information extraction and processing module of the RL request message is configured to extract MF-HSDPA information from the RL increase request message or the RL delete request message of the RNC, establish or change or stop the local MF-HSDPA, and establish or change or delete the local additional HS cell. Configuration.
  • This module can be located in NodeB or DRNC.
  • the present embodiment provides that for a UE that has activated HSDPA, the CRNC indicates to the Node B that the HSDPA is modified and the MF-HSDPA is established during the Iub interface radio link increase process.
  • a method of attaching a list of HSDPA cells includes the following steps:
  • the UE has activated HSDPA.
  • the CRNC performs the Intra-NodeB SHO-Add, and the decision needs to activate the Intra-NodeB MF-HSDPA.
  • the CRNC sends a RL ADDITION REQUEST message to the Node B, where the HSDPA modification is indicated and the MF-HSDPA is established, indicating the additional HS cell list.
  • the list includes a new MF-HSDPA secondary serving cell SC1, a newly added MF-HSDPA assisted cell C2, and a secondary MF-HSDPA assisted cell secondary serving cell SC2.
  • the present embodiment provides a CRNC for adding a multi-carrier HSDPA (hereinafter referred to as MC-HSDPA) to the Iub interface.
  • MC-HSDPA multi-carrier HSDPA
  • the Node B is instructed to: HSDPA modifies and establishes MF-HSDPA, and a method of appending the HSDPA cell list. The method includes the following steps:
  • the UE has activated MC-HSDPA.
  • the CRNC performs the Intra-NodeB SHO-Add, and the decision needs to activate the Intra-NodeB MF-HSDPA.
  • the CRNC sends a RL ADDITION REQUEST message to the Node B, where the HSDPA modification is indicated and the MF-HSDPA is established, indicating the additional HS cell list.
  • the list includes a new MF-HSDPA assisted cell C2, a secondary MF-HSDPA assisted cell secondary serving cell SC2, and a changed source MF-HSDPA secondary serving cell SC1.
  • the Node B After receiving the RL ADDITION REQUEST message, the Node B establishes the MF-HSDPA, establishes a new additional HS cell C2+SC2, and performs configuration change on the source additional HS cell (MC-HSDPA secondary serving cell) SC1.
  • this embodiment provides that for a UE that has activated MF-HSDPA, the CRNC indicates to the Node B during the Iub interface radio link increase process: HSDPA is modified and the MF-HSDPA is changed. And a method of attaching a list of HSDPA cells, the method comprising the following steps:
  • the UE has activated MF-HSDPA.
  • the CRNC performs the Intra-NodeB SHO-Add and decides to change the MF-HSDPA to assist the cell.
  • the CRNC sends a RL ADDITION REQUEST message to the Node B, where the HSDPA is modified and the MF-HSDPA is changed, indicating an additional HS cell list.
  • the list includes the deleted source MF-HSDPA assisted cell C3, the deleted source MF-HSDPA assisted cell's secondary serving cell SC3, the newly added MF-HSDPA assisted cell C2, and the newly added MF-HSDPA assisted cell's secondary serving cell SC2. .
  • this embodiment provides that for a UE that has activated HSDPA, the CRNC instructs the Node B to change the HSDPA and establish MF-HSDPA, and A method of attaching a list of HSDPA cells.
  • the method includes the following steps:
  • S1002 The UE has activated HSDPA.
  • SRNC performs Intra-DRNC SHO-Add and the decision needs to activate Intra-DRNC MF-HSDPA.
  • the SRNC sends an RL ADDITION REQUEST message to the DRNC, where the HSDPA modification is indicated and the MF-HSDPA is established, indicating the additional HS cell list.
  • the list includes a new MF-HSDPA secondary serving cell SC1, a newly added MF-HSDPA assisted cell C2, and a secondary MF-HSDPA assisted cell secondary serving cell SC2.
  • the present embodiment provides for the UE that has activated the multi-carrier HSDPA (hereinafter referred to as MC-HSDPA), and the SRNC is added during the Iur port radio link increase process.
  • the DRNC is instructed to: HSDPA modifies and establishes MF-HSDPA, and a method of appending the HSDPA cell list. The method includes the following steps:
  • S1102 The UE has activated MC-HSDPA.
  • SRNC performs Intra-DRNC SHO-Add and the decision needs to activate Intra-DRNC MF-HSDPA.
  • S1104 The SRNC sends a RL ADDITION REQUEST message to the DRNC, where the HSDPA modification is indicated and MF-HSDPA is established, indicating an additional HS cell list.
  • the list includes the newly added MF-HSDPA assisted cell C2, the new MF-HSDPA assisted cell's secondary serving cell SC2, and the changed source MF-HSDPA secondary serving cell. SC1.
  • S1106 After receiving the RL ADDITION REQUEST message, the DRNC establishes MF-HSDPA, establishes a new additional HS cell C2+SC2, and performs configuration change on the source additional HS cell (MC-HSDPA secondary serving cell) SC1.
  • this embodiment provides that for a UE that has activated MF-HSDPA, the SRNC indicates to the DRNC during the Iur port radio link increase process: HSDPA modifies and changes MF-HSDPA, And a method for attaching a HSDPA cell list, the method comprising the following steps:
  • the UE has activated MF-HSDPA.
  • the SRNC performs the Intra-DRNC SHO-Add and decides to change the MF-HSDPA to assist the cell.
  • the SRNC sends a RL ADDITION REQUEST message to the DRNC, where the HSDPA is modified and the MF-HSDPA is changed, indicating an additional HS cell list.
  • the list includes the deleted source MF-HSDPA assisted cell C3, the deleted source MF-HSDPA assisted cell's secondary serving cell SC3, the newly added MF-HSDPA assisted cell C2, and the newly added MF-HSDPA assisted cell's secondary serving cell SC2. .
  • the DRNC After receiving the RL ADDITION REQUEST message, the DRNC changes the MF-HSDPA configuration, establishes a new additional HS cell C2+SC2, and deletes the designated source additional HS cell C3+SC3.
  • this embodiment provides that for a UE that has activated MF-HSDPA, the CRNC instructs the Node B during the Iub port radio link deletion process: HSDPA modifies and stops MF-HSDPA. Methods. The method includes the following steps:
  • the UE has activated MF-HSDPA.
  • the CRNC executes the Intra-NodeB SHO-Del and decides to delete the RL where the MF-HSDPA assisted cell is located.
  • the CRNC sends an RL DELETE REQUEST message to the Node B, where the HSDPA is modified and the MF-HSDPA is stopped, and the additional HS cell list is explicitly indicated.
  • the list includes the deleted source MF-HSDPA assisted cell C2, the deleted source MF-HSDPA assisted cell secondary serving cell SC2, and the changed source MF-HSDPA secondary serving cell SC1 (if there is a configuration change).
  • the following manner may also be adopted: in the step S1304, the indication of the additional HS cell list is not displayed.
  • the NodeB when deleting the RL, the NodeB automatically deletes the source MF-HSDPA assisted cell C2 and the secondary serving cell SC2 of the source MF-HSDPA assisted cell, while maintaining the old configuration of the source MF-HSDPA secondary serving cell SC1.
  • this embodiment provides that for a UE that has activated MF-HSDPA, the CRNC instructs the Node B during the Iub interface radio link deletion process: HSDPA modifies and stops MF-HSDPA. Methods. The method includes the following steps:
  • the UE has activated MF-HSDPA.
  • the CRNC executes the Intra-NodeB SHO-Del and decides to delete the RL where the MF-HSDPA assisted cell is located.
  • the CRNC sends an RL DELETE REQUEST message to the Node B, where the HSDPA is modified and the MF-HSDPA is stopped, indicating the additional HS cell list.
  • the list includes the deleted source MF-HSDPA assisted cell C2, the deleted source MF-HSDPA assisted cell's secondary serving cell SC2, and the deleted source MF-HSDPA secondary serving cell SC1.
  • this embodiment provides that for a UE that has activated MF-HSDPA, the CRNC instructs the Node B during the Iub port radio link deletion process: HSDPA modification and change of MF-HSDPA Methods.
  • the method includes the following steps:
  • the UE has activated MF-HSDPA.
  • the CRNC executes the Intra-NodeB SHO-Del and decides to delete the RL where the MF-HSDPA assisted cell is located.
  • the CRNC sends an RL DELETE REQUEST message to the Node B, where the HSDPA is modified and the MF-HSDPA is changed, indicating an additional HS cell list.
  • the list includes the deleted source MF-HSDPA assisted cell C2, the deleted source MF-HSDPA assisted cell's secondary serving cell SC2, the changed source MF-HSDPA secondary serving cell SC1, the newly added target MF-HSDPA assisted cell C3, and the new The added target MF-HSDPA assists the secondary serving cell SC3 of the cell.
  • the present embodiment provides that for a UE that has activated MF-HSDPA, the CRNC indicates to the Node B during the Iub interface radio link deletion process: HSDPA is modified and the MF-HSDPA is changed.
  • Methods. The method includes the following steps:
  • the UE has activated MF-HSDPA.
  • the CRNC executes the Intra-NodeB SHO-Del and decides to delete the RL where the MF-HSDPA assisted cell is located.
  • the CRNC sends an RL DELETE REQUEST message to the Node B, where the HSDPA is modified and the MF-HSDPA is changed, indicating an additional HS cell list.
  • the list includes the deleted source MF-HSDPA assisted cell C2, the deleted source MF-HSDPA assisted cell secondary serving cell SC2, and the deleted source MF-HSDPA auxiliary service.
  • this embodiment provides that for a UE that has activated MF-HSDPA, the SRNC indicates to the DRNC during the Iur port radio link deletion process: HSDPA modifies and stops MF-HSDPA. method. The method includes the following steps:
  • the UE has activated MF-HSDPA.
  • the SRNC executes the Intra-DRNC SHO-Del and decides to delete the RL where the MF-HSDPA assisted cell is located.
  • the SRNC sends an RL DELETE REQUEST message to the DRNC, where the HSDPA is modified and the MF-HSDPA is stopped, and the additional HS cell list is explicitly indicated.
  • the list includes the deleted source MF-HSDPA assisted cell C2, the deleted source MF-HSDPA assisted cell secondary serving cell SC2, and the changed source MF-HSDPA secondary serving cell SC1 (if there is a configuration change).
  • the DRNC After receiving the RL DELETE REQUEST message, the DRNC stops the MF-HSDPA operation, deletes the assisted cell and its secondary serving cell C2+SC2, and modifies the configuration SC1 of the specified source additional HS cell.
  • the following manner may also be adopted: in the step S1704, the indication of the additional HS cell list is not displayed.
  • the DRNC when deleting the RL, the DRNC automatically deletes the source MF-HSDPA assisted cell C2 and the secondary serving cell SC2 of the source MF-HSDPA assisted cell, while maintaining the old configuration of the source MF-HSDPA secondary serving cell SC1.
  • this embodiment provides that for a UE that has activated MF-HSDPA, the SRNC indicates to the DRNC during the Iur port radio link deletion process: HSDPA modifies and stops MF-HSDPA. method. The method includes the following steps:
  • the UE has activated MF-HSDPA.
  • the SRNC executes the Intra-DRNC SHO-Del and decides to delete the RL where the MF-HSDPA assisted cell is located.
  • the SRNC sends an RL DELETE REQUEST message to the DRNC, where the HSDPA is modified and the MF-HSDPA is stopped, indicating the additional HS cell list.
  • the list includes the deleted source MF-HSDPA assisted cell C2, the deleted source MF-HSDPA assisted cell's secondary serving cell SC2, and the deleted source MF-HSDPA secondary serving cell SC1.
  • this embodiment provides a method for the UE that has activated the MF-HSDPA to indicate to the DRNC that the HSDPA modifies and changes the MF-HSDPA during the Iur port radio link deletion process.
  • the method includes the following steps:
  • the UE has activated MF-HSDPA.
  • the CRNC executes the Intra-DRNC SHO-Del and decides to delete the RL where the MF-HSDPA assisted cell is located.
  • the SRNC sends an RL DELETE REQUEST message to the DRNC, where the HSDPA is modified and the MF-HSDPA is changed, indicating an additional HS cell list.
  • the list includes the deleted source MF-HSDPA assisted cell C2, the deleted source MF-HSDPA assisted cell's secondary serving cell SC2, the changed source MF-HSDPA secondary serving cell SC1, the newly added target MF-HSDPA assisted cell C3, and the new The added target MF-HSDPA assists the secondary serving cell SC3 of the cell.
  • the DRNC After receiving the RL DELETE REQUEST message, the DRNC changes the MF-HSDPA operation, deletes the designated source additional HS cell C2+SC2, modifies the designated source additional HS cell SC1, and establishes a new additional HS cell C3+SC3.
  • this embodiment provides that for a UE that has activated MF-HSDPA, the SRNC indicates to the DRNC during the Iur port radio link deletion process: HSDPA modifies and changes MF-HSDPA. method. The method includes the following steps:
  • the UE has activated MF-HSDPA.
  • the SRNC executes the Intra-DRNC SHO-Del and decides to delete the RL where the MF-HSDPA assisted cell is located.
  • the SRNC sends an RL DELETE REQUEST message to the DRNC, where the HSDPA is modified and the MF-HSDPA is changed, indicating an additional HS cell list.
  • the list includes the deleted source MF-HSDPA assisted cell C2, the deleted source MF-HSDPA assisted cell's secondary serving cell SC2, the deleted source MF-HSDPA secondary serving cell SC1, the newly added target MF-HSDPA assisted cell C3, and the new The added target MF-HSDPA assists the secondary serving cell SC3 of the cell.
  • the DRNC After receiving the RL DELETE REQUEST message, the DRNC changes the MF-HSDPA operation, deletes the specified source additional HS cell C2+SC2+SC1, and establishes a new additional HS cell C3+SC3.
  • this embodiment provides an apparatus for setting a multi-stream HSDPA in an RNC when an Intra-NodeB SHO-Add or an Intra-NodeB SHO-Del, including:
  • the handover decision module when the SRNC finds that the UE has activated HSDPA, and the UE needs to perform the Intra-NodeB SHO-Add, and activates or changes the MF-HSDPA, it decides to carry the Intra-NodeB MF-HSDPA in the Iub interface RL increase request message. Configuration. And, when the SRNC finds that the UE has activated the MF-HSDPA, and the UE needs to perform the Intra-NodeB SHO-Del, and deactivates or changes the MF-HSDPA, it determines the correlation of the Intra-NodeB MF-HSDPA in the Iub interface RL deletion request message. Configuration.
  • Sending module of RL request message SRNC is used as CRNC of Iub port.
  • the HSDPA modification indication is carried in the Iub interface RL increase request message, where the indication is: establishing MF-HSDPA or changing MF-HSDPA.
  • the IRB port RL addition request message carries an additional HSDPA cell list, where the indication is: a new target additional HSDPA cell to be added, a source additional HSDPA cell requiring configuration change, and a source additional HSDPA cell to be deleted.
  • the HSDPA modification indication is carried in the Iub interface RL deletion request message, where the indication is: stop MF-HSDPA or change MF-HSDPA.
  • the IRB interface RL deletion request message carries an additional HSDPA cell list, where the indication is: a new target additional HSDPA cell to be added, a source additional HSDPA cell requiring configuration change, and a source additional HSDPA cell to be deleted.
  • a receiving module of the RL request message configured to receive, by the Node B, an Iub interface RL increase request message from the CRNC including a modified HSDPA and an additional HSDPA cell list. And the Node B receives the IRB RL Delete Request message of the CRNC including the modified HSDPA and the additional HSDPA cell list.
  • the information extraction and processing module of the RL request message the Node B extracts the modified HSDPA information from the Iub interface RL addition request and the RL deletion request message from the CRNC, establishes or changes or stops the local MF-HSDPA, and extracts the additional information from the request message.
  • HSDPA cell list establish or change or delete the local additional HS cell configuration.
  • This embodiment provides an apparatus for setting a multi-stream HSDPA by the RNC when the Intra-DRNC SHO-Add or the Intra-DRNC SHO-Del is included, and the present invention further includes the following equipment:
  • the handover decision module when the SRNC finds that the UE has activated the HSDPA, and the UE needs to perform the Intra-NodeB SHO-Add to activate or change the MF-HSDPA, it decides to carry the relevant configuration of the Intra-DRNC MF-HSDPA in the Iur interface RL increase request message. . And, the SRNC finds that the UE has activated the MF-HSDPA, and the UE needs to perform the Intra-NodeB SHO-Del and deactivates or changes the MF-HSDPA, and then determines that the Iur interface RL deletion request message carries the Intra-DRNC MF-HSDPA configuration. .
  • Send module of RL request message :
  • the SRNC carries an HSDPA modification indication in the Iur interface RL increase request message, where the indication is: establishing MF-HSDPA or changing MF-HSDPA.
  • the SRNC carries an additional HSDPA cell list in the Iur port RL addition request message, where the indication is: a new target additional HSDPA cell to be added, a source additional HSDPA cell requiring configuration change, and a source additional HSDPA cell to be deleted.
  • the SRNC carries an HSDPA modification indication in the Iur interface RL deletion request message, where the indication is: stop MF-HSDPA or change MF-HSDPA.
  • the SRNC carries an additional HSDPA cell list in the Iur interface RL deletion request message, where the indication is: a new target additional HSDPA cell, a source-attached HSDPA cell requiring configuration change, and a source-attached HSDPA cell to be deleted.
  • a receiving module of the RL request message configured to receive, by the DRNC, an Iur RL Add Request message from the SRNC including a modified HSDPA and an additional HSDPA cell list. And, the DRNC receives the IUR port RL deletion request message of the SRNC including the modified HSDPA and the additional HSDPA cell list.
  • the information extraction and processing module of the RL request message the DRNC extracts the modified HSDPA information from the Iur interface RL addition request and the RL deletion request message from the SRNC, establishes or changes or stops the local MF-HSDPA, and extracts the additional HSDPA from the request message.
  • the cell list establish or change or delete the local additional HS cell configuration.
  • the method and device for setting a multi-stream HSDPA by the RNC at the time of handover can be specifically solved in the related art.
  • the Iub and Iur interfaces cannot be established or changed for the HSDPA UE during the RL addition or deletion process. Or stop the problem with MF-HSDPA.
  • a storage medium is further provided, wherein the software includes the above-mentioned software, including but not limited to: an optical disk, a floppy disk, a hard disk, an erasable memory, and the like.
  • modules or steps of the present invention described above can be implemented by a general-purpose computing device that can be centralized on a single computing device or distributed across a network of multiple computing devices. Alternatively, they may be implemented by program code executable by the computing device such that they may be stored in the storage device by the computing device and, in some cases, may be different from the order herein.
  • the steps shown or described are performed, or they are separately fabricated into individual integrated circuit modules, or a plurality of modules or steps thereof are fabricated as a single integrated circuit module.
  • the invention is not limited to any specific combination of hardware and software.
  • the first node when the first node determines that the terminal needs to perform the MF-HSDPA modification while performing the soft handover or the soft handover, the first node adds the request or the RL to the radio link RL sent to the second node.
  • the requested message carries HSDPA modification indication information, where the first node is a control network controller CRNC or a serving radio network controller SRNC, and the second node is a Node B NodeB or a drift radio network controller DRNC.
  • the related art cannot solve the problem that the CRNC and the NodeB cannot establish or change the HSDPA UE at the same time as the Intra-NodeB SHO-Add.
  • Intra-NodeB MF-HSDPA Intra-NodeB MF-HSDPA
  • Intra-DRNC MF-HSDPA cannot be established or changed for the HSDPA UE at the same time as the Intra-DRNC SHO-Add
  • the CRNC and the NodeB cannot be in the Intra-NodeB SHO-Del at the same time.

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Abstract

本发明提供了一种MF-HSDPA设置方法及装置，其中，该方法包括：第一节点确定终端需要执行MF-HSDPA修改时，第一节点在向第二节点发送的无线链路RL增加请求或者RL删除请求的消息中携带HSDPA修改指示信息。通过本发明解决了相关技术中Iub和Iur接口上在RL增加或删除过程中无法同时为HSDPA UE建立或者变更或者停止MF-HSDPA的问题，进而实现了Iub和Iur接口上在RL增加或删除过程中同时为HSDPA UE建立或者变更或者停止MF-HSDPA。

Description

MF-HSDPA设置方法及装置 技术领域
本发明涉及通信领域，具体而言，涉及一种MF-HSDPA设置方法及装置。
背景技术
在通用移动通信系统(Universal Mobile Telecommunications System，简称为UMTS)无线通讯网络中，无线网络控制器(Radio Network Controller，简称为RNC)和节点B(Node B)之间的接口称为Iub，2个RNC之间的逻辑接口称为Iur。多流高速下行分组接入(Multiflow High Speed Downlink Packet Access，简称为MF-HSDPA)功能允许用户设备(User Equipment，简称为UE)同时接收同一频率上的两个小区的高速下行共享信道(High Speed Downlink Shared Channel，简称为HS-DSCH)，两个小区可以位于同一节点B(Node B)，也可以位于不同Node B。当如上所述的两个小区位于同一Node B内时，称为Node B内Multiflow HSDPA(Intra-NodeB MF-HSDPA)，见图1。类似地，这两个小区可以位于同一漂移无线网络控制器(Drift RNC，简称为DRNC)，也可以位于不同DRNC。当如上所述的两个小区位于同一DRNC内时，称为DRNC内Multiflow HSDPA(Intra-DRNC MF-HSDPA)，见图2。
节点B内软加切换(Intra Node B Soft Handover Add，简称为Intra-NodeB SHO-Add)是指一个UE新增的目标无线链路(Radio Link，简称为RL)和该UE的源RL位于同一Node B内。类似地，DRNC内软加切换(Intra DRNC Soft Handover Add，简称为Intra-DRNC SHO-Add)是指一个UE新增的目标RL和该UE的源RL位于同一DRNC内。
对于已激活HSDPA的UE而言，Intra-NodeB SHO-Add过程可以激活Intra-NodeB MF-HSDPA。然而，控制无线网络控制器(Controlling RNC，简称为CRNC)和Node B之间无法为UE直接建立MF-HSDPA。CRNC和NodeB之间必须先执行Intra-NodeB SHO-Add过程，然后再完成Intra-Node B MF-HSDPA建立过程。这样导致MF-HSDPA不能及时建立，无法及时发挥MF-HSDPA的优势；另外，CRNC、Node B和UE之间的交互过程太长，在较大程度上影响了系统性能。类似地，对于已激活HSDPA的UE而言，Intra-DRNC SHO-Add过程可以激活Intra-DRNC MF-HSDPA。然而，服务无线网络控制器(Serving RNC，简称SRNC)和DRNC之间无法为UE直接建立MF-HSDPA。SRNC和DRNC之间必须先执行Intra-DRNC SHO-Add过程，然后再完成Intra-DRNC MF-HSDPA建立过程。这样导致MF-HSDPA不能及时建立，无法及时发挥MF-HSDPA的优势；另外，SRNC、DRNC、Node B和UE之间的交互过程太长，在较大程度上影响了系统性能。
节点B内软去切换(Intra Node B Soft Handover Delete，简称为Intra-NodeB SHO-Del)是指一个UE删除的目标RL和该UE的源RL位于同一Node B内。类似地，DRNC内软去切换(Intra DRNC Soft Handover Delete，简称为Intra-DRNC SHO-Del)是指一个UE删除的目标RL和该UE的源RL位于同一DRNC内。
对于已激活MF-HSDPA的UE而言，Intra-NodeB SHO-Del过程可以停止MF-HSDPA。然而，CRNC和Node B之间无法为UE直接停止MF-HSDPA。CRNC和Node B之间必须先执行Intra-Node B MF-HSDPA停止过程，然后再完成Intra-NodeB SHO-Del过程。这样导致CRNC、Node B和UE之间的交互过程太长，在较大程度上影响了系统性能。类似地，对于已激活MF-HSDPA的UE而言，Intra-DRNC SHO-Del过程可以停止Intra-DRNC MF-HSDPA。然而，SRNC和DRNC之间无法为UE直接停止MF-HSDPA。SRNC和DRNC之间必须先执行完Intra-DRNC MF-HSDPA停止过程，然后再完成Intra-DRNC SHO-Del过程。这样导致SRNC、DRNC、Node B和UE之间的交互过程太长，在较大程度上影响了系统性能。
针对相关技术中存在的上述问题，还未提出有效的解决方案。
发明内容
本发明实施例提供了一种MF-HSDPA设置方法及装置，以至少解决上述问题之一。
根据本发明实施例的一个方面，提供了一种多流高速下行分组接入MF-HSDPA设置方法，包括：第一节点确定终端需要在执行软加切换或者软去切换的同时执行MF-HSDPA修改时，上述第一节点在向第二节点发送的无线链路RL增加请求或者RL删除请求的消息中携带HSDPA修改指示信息，其中，上述第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，上述第二节点为节点B NodeB或者漂移无线网络控制器DRNC。
可选地，上述HSDPA修改指示信息包括以下之一：MF-HSDPA建立信息、MF-HSDPA变更信息、MF-HSDPA停止信息。
可选地，上述消息中还携带有附加高速HS小区列表，其中，上述附加高速HS小区列表中包括以下至少之一的信息：新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
可选地，上述第一节点在向第二节点发送上述HSDPA修改指示信息的方式包括以下之一：方式1：确定上述终端已经激活HSDPA，且尚未激活MF-HSDPA；决策需要激活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNC MF-HSDPA；上述CRNC向上述NodeB或者上述SRNC向上述DRNC发送上述MF-HSDPA建立信息；方式2：确定上述终端已经激活多载波MC-HSDPA，且尚未激活MF-HSDPA；决策需要激活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNC MF-HSDPA；上述CRNC向上述NodeB或者上述SRNC向上述DRNC发送上述MF-HSDPA建立信息；方式3：确定上述终端已经激活MF-HSDPA；决策需要变更MF-HSDPA协助小区；上述CRNC向上述NodeB或者上述SRNC向上述DRNC发送上述MF-HSDPA变更信息；方式4：确定上述终端已经激活MF-HSDPA；决策需要删除MF-HSDPA协助小区所在的RL；上述CRNC向上述NodeB或者上述SRNC向上述DRNC发送上述MF-HSDPA停止信息；方式5：确定上述终端已经激活MF-HSDPA；决策需要删除MF-HSDPA协助小区所在的RL；上述CRNC向上述NodeB或者上述SRNC向上述DRNC发送上述MF-HSDPA变更信息。
可选地，在采用上述方式1发送上述HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用上述方式2发送上述HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
可选地，在采用上述方式3发送上述HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用上述方式4发送上述HSDPA修改指示信息是，上述消息还包括：附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
可选地，采用上述方式5发送上述HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
根据本发明实施例的另一个方面，还提供了一种多流高速下行分组接入MF-HSDPA设置方法，包括：第二节点从第一节点接收无线链路RL增加请求或者RL删除请求的消息，其中，上述消息中携带有高速下行分组接入HSDPA修改指示信息；上述第二节点根据上述HSDPA修改指示信息修改本地MF-HSDPA；其中，上述第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，上述第二节点为NodeBNodeB或者漂移无线网络控制器DRNC。
可选地，上述HSDPA修改指示信息包括以下之一：MF-HSDPA建立信息、MF-HSDPA变更信息、MF-HSDPA停止信息。
可选地，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表中包括以下至少之一的信息：新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
可选地，上述第二节点从上述第一节点接收上述HSDPA修改指示信息的方式包括以下之一：方式1：在终端已经激活HSDPA的情况下，上述NodeB从上述CRNC或者上述DRNC从上述SRNC接收上述MF-HSDPA建立信息；方式2：在终端已经激活多载波MC-HSDPA的情况下，上述NodeB从上述CRNC或者上述DRNC从上述SRNC接收上述MF-HSDPA建立信息；方式3：在终端已经激活MF-HSDPA的情况下，上述NodeB从上述CRNC或者上述DRNC从上述SRNC接收上述MF-HSDPA变更信息；方式4：在终端已经激活MF-HSDPA的 情况下，上述NodeB从上述CRNC或者上述DRNC从上述SRNC接收上述MF-HSDPA停止信息；方式5：在终端已经激活MF-HSDPA的情况下，上述NodeB从上述CRNC或者上述DRNC从上述SRNC接收上述MF-HSDPA变更信息。
可选地，在采用上述方式1接收上述HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用上述方式2接收上述HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
可选地，在采用上述方式3接收上述HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用上述方式4接收上述HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
可选地，在采用上述方式5接收上述HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
根据本发明实施例的一个方面，提供了一种多流高速下行分组接入MF-HSDPA设置装置，上述装置应用于第一节点，上述装置包括：确定模块，设置为确定终端需要在执行软加切换或者软去切换的同时执行MF-HSDPA修改；发送模块，设置为在向第二节点发送的无线链路RL增加请求或者RL删除请求的消息中携带HSDPA修改指示信息，其中，上述第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，上述第二节点为节点B NodeB或者漂移无线网络控制器DRNC。
可选地，上述HSDPA修改指示信息包括以下之一：MF-HSDPA建立信息、MF-HSDPA变更信息、MF-HSDPA停止信息。
可选地，上述消息中还携带有附加高速HS小区列表，其中，上述附加高速HS小区列表中包括以下至少之一的信息：新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
可选地，上述发送模块还设置为通过以下之一的方式向上述第二节点发送上述HSDPA修改指示信息：方式1：确定上述终端已经激活HSDPA，且尚未激活MF-HSDPA；决策需要激 活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNC MF-HSDPA；上述CRNC向上述NodeB或者上述SRNC向上述DRNC发送上述MF-HSDPA建立信息；方式2：确定上述终端已经激活多载波MC-HSDPA，且尚未激活MF-HSDPA；决策需要激活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNC MF-HSDPA；上述CRNC向上述NodeB或者上述SRNC向上述DRNC发送上述MF-HSDPA建立信息；方式3：确定上述终端已经激活MF-HSDPA；决策需要变更MF-HSDPA协助小区；上述CRNC向上述NodeB或者上述SRNC向上述DRNC发送上述MF-HSDPA变更信息；方式4：确定上述终端已经激活MF-HSDPA；决策需要删除MF-HSDPA协助小区所在的RL；上述CRNC向上述NodeB或者上述SRNC向上述DRNC发送上述MF-HSDPA停止信息；方式5：确定上述终端已经激活MF-HSDPA；决策需要删除MF-HSDPA协助小区所在的RL；上述CRNC向上述NodeB或者上述SRNC向上述DRNC发送上述MF-HSDPA变更信息。
可选地，在采用上述方式1发送上述HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用上述方式2发送上述HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
可选地，在采用上述方式3发送上述HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用上述方式4发送上述HSDPA修改指示信息是，上述消息还包括：附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
可选地，在采用上述方式5发送上述HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
根据本发明实施例的另一个方面，还提供了一种多流高速下行分组接入MF-HSDPA设置装置，上述装置应用于第二节点，上述装置包括：接收模块，设置为从第一节点接收无线链路RL增加请求或者RL删除请求的消息，其中，上述消息中携带有高速下行分组接入HSDPA修改指示信息；处理模块，设置为根据上述HSDPA修改指示信息修改本地MF-HSDPA；其中，上述第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，上述第二节点为NodeBNodeB或者漂移无线网络控制器DRNC。
可选地，上述HSDPA修改指示信息包括以下之一：MF-HSDPA建立信息、MF-HSDPA变更信息、MF-HSDPA停止信息。
可选地，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表中包括以下至少之一的信息：新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
可选地，上述接收模块还设置为通过以下之一的方式从上述第一节点接收上述HSDPA修改指示信息：方式1：在终端已经激活HSDPA的情况下，上述NodeB从上述CRNC或者上述DRNC从上述SRNC接收上述MF-HSDPA建立信息；方式2：在终端已经激活多载波MC-HSDPA的情况下，上述NodeB从上述CRNC或者上述DRNC从上述SRNC接收上述MF-HSDPA建立信息；方式3：在终端已经激活MF-HSDPA的情况下，上述NodeB从上述CRNC或者上述DRNC从上述SRNC接收上述MF-HSDPA变更信息；方式4：在终端已经激活MF-HSDPA的情况下，上述NodeB从上述CRNC或者上述DRNC从上述SRNC接收上述MF-HSDPA停止信息；方式5：在终端已经激活MF-HSDPA的情况下，上述NodeB从上述CRNC或者上述DRNC从上述SRNC接收上述MF-HSDPA变更信息。
可选地，在采用上述方式1接收上述HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用上述方式2接收上述HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
可选地，在采用上述方式3接收上述HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用上述方式4接收上述HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
可选地，在采用上述方式5接收上述HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，上述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
通过本发明实施例，采用第一节点确定终端需要在执行软加切换或者软去切换的同时执行MF-HSDPA修改时，第一节点在向第二节点发送的无线链路RL增加请求或者RL删除请 求的消息中携带HSDPA修改指示信息，其中，第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，第二节点为节点B NodeB或者漂移无线网络控制器DRNC。解决了相关技术中CRNC和NodeB无法在Intra-NodeB SHO-Add的同时为HSDPA UE建立或变更Intra-NodeB MF-HSDPA；以及SRNC和DRNC之间无法在Intra-DRNC SHO-Add的同时为HSDPA UE建立或变更Intra-DRNC MF-HSDPA；以及CRNC和NodeB无法在Intra-NodeB SHO-Del的同时为HSDPA UE停止或变更MF-HSDPA；以及SRNC和DRNC之间无法在Intra-DRNC SHO-Del的同时为HSDPA UE停止或变更MF-HSDPA的问题，进而实现了CRNC和NodeB在Intra-NodeB SHO-Add的同时为HSDPA UE建立或变更Intra-NodeB MF-HSDPA；以及SRNC和DRNC之间在Intra-DRNC SHO-Add的同时为HSDPA UE建立或变更Intra-DRNC MF-HSDPA；以及CRNC和NodeB在Intra-NodeB SHO-Del的同时为HSDPA UE停止或变更MF-HSDPA；以及SRNC和DRNC之间在Intra-DRNC SHO-Del的同时为HSDPA UE停止或变更MF-HSDPA。
附图说明
此处所说明的附图用来提供对本发明的进一步理解，构成本申请的一部分，本发明的示意性实施例及其说明用于解释本发明，并不构成对本发明的不当限定。在附图中：
图1是NodeB内MF-HSDPA的协议模型图；
图2是DRNC内MF-HSDPA的协议模型图；
图3是根据本发明实施例的MF-HSDPA设置的流程图；
图4是根据本发明实施例的MF-HSDPA设置装置的结构框图；
图5是根据本发明实施例的MF-HSDPA设置的流程图(一)；
图6是根据本发明实施例的MF-HSDPA设置装置的结构框图(一)；
图7(a)是根据本发明实施例的已激活HSDPA UE的Iub口无线链路增加过程示意图；
图7(b)是根据本发明实施例的HSDPA修改且建立MF-HSDPA、以及附加HSDPA小区列表的流程图；
图8(a)是根据本发明实施例的已激活MC-HSDPA UE的Iub口无线链路增加过程示意图；
图8(b)是根据本发明实施例的HSDPA修改且建立MF-HSDPA、以及附加HSDPA小区列表的流程图；
图9(a)是根据本发明实施例的已激活MF-HSDPA UE的Iub口无线链路增加过程示意图；
图9(b)是根据本发明实施例的HSDPA修改且变更MF-HSDPA、以及附加HSDPA小区 列表的流程图；
图10(a)是根据本发明实施例的已激活HSDPA UE的Iur口无线链路增加过程示意图；
图10(b)是根据本发明实施例的HSDPA修改且建立MF-HSDPA、以及附加HSDPA小区列表的流程图(一)；
图11(a)是根据本发明实施例的已激活MC-HSDPA UE的Iur口无线链路增加过程示意图；
图11(b)是根据本发明实施例的HSDPA修改且建立MF-HSDPA、以及附加HSDPA小区列表的流程图(一)；
图12(a)是根据本发明实施例的已激活MF-HSDPA UE的Iur口无线链路增加过程示意图；
图12(b)是根据本发明实施例的HSDPA修改且变更MF-HSDPA、以及附加HSDPA小区列表的流程图(一)；
图13(a)是根据本发明实施例的已激活MF-HSDPA UE的Iub口无线链路删除过程释义图；
图13(b)是根据本发明实施例的HSDPA修改且停止MF-HSDPA、以及附加HSDPA小区列表的流程图；
图14(a)是根据本发明实施例的已激活MF-HSDPA UE的Iub口无线链路删除过程示意图；
图14(b)是根据本发明实施例的HSDPA修改且停止MF-HSDPA、以及附加HSDPA小区列表的流程图；
图15(a)是根据本发明实施例的已激活MF-HSDPA UE的Iub口无线链路删除过程示意图；
图15(b)是根据本发明实施例的HSDPA修改且变更MF-HSDPA、以及附加HSDPA小区列表的流程图；
图16(a)是根据本发明实施例的已激活MF-HSDPA UE的Iub口无线链路删除过程示意图；
图16(b)是根据本发明实施例的HSDPA修改且变更MF-HSDPA、以及附加HSDPA小区列表的流程图；
图17(a)是根据本发明实施例的已激活MF-HSDPA UE的Iur口无线链路删除过程释义图；
图17(b)是根据本发明实施例的HSDPA修改且停止MF-HSDPA、以及附加HSDPA小 区列表的流程图(一)；
图18(a)是根据本发明实施例的已激活MF-HSDPA UE的Iur口无线链路删除过程示意图；
图18(b)是根据本发明实施例的HSDPA修改且停止MF-HSDPA、以及附加HSDPA小区列表的流程图(一)；
图19(a)是根据本发明实施例的已激活MF-HSDPA UE的Iur口无线链路删除过程示意图；
图19(b)是根据本发明实施例的HSDPA修改且变更MF-HSDPA、以及附加HSDPA小区列表的流程图(一)；
图20(a)是根据本发明实施例的已激活MF-HSDPA UE的Iur口无线链路删除过程示意图；
图20(b)是根据本发明实施例的HSDPA修改且变更MF-HSDPA、以及附加HSDPA小区列表的流程图(一)；
图21是根据本发明实例的在Intra-NodeB SHO-Add、或者Intra-NodeB SHO-Del时RNC设置多流HSDPA的设备的结构图；
图22是根据本发明实例的在Intra-DRNC SHO-Add、或者Intra-DRNC SHO-Del时RNC设置多流HSDPA的设备的结构图。
具体实施方式
下文中将参考附图并结合实施例来详细说明本发明。需要说明的是，在不冲突的情况下，本申请中的实施例及实施例中的特征可以相互组合。
在本实施例中提供了一种MF-HSDPA设置方法，图3是根据本发明实施例的MF-HSDPA设置的流程图，如图3所示，该流程包括如下步骤：
步骤S302，第一节点确定终端需要在执行软加切换或者软去切换的同时执行MF-HSDPA修改；
步骤S304，第一节点在向第二节点发送的无线链路RL增加请求或者RL删除请求的消息中携带HSDPA修改指示信息，其中，第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，第二节点为节点B NodeB或者漂移无线网络控制器DRNC。
通过上述步骤，在第一节点发送给第二节点的RL增加请求或者RL删除请求的消息中携带有HSDPA修改指示信息，进而第二节点可以根据HSDPA修改指示信息执行MF-HSDPA建立、变更或者停止。其中，MF-HSDPA修改包含“MF-HSDPA建立、变更和停止”。解决了相关技术中Iub和Iur接口上在RL增加或删除过程中无法同时为HSDPA UE建立或者变更或者 停止MF-HSDPA的问题，进而实现了Iub和Iur接口上在RL增加或删除过程中同时为HSDPA UE建立或者变更或者停止MF-HSDPA。
HSDPA修改指示信息可以包括多种信息，在一个可选实施例中，HSDPA修改指示信息可以包括MF-HSDPA建立信息、MF-HSDPA变更信息、MF-HSDPA停止信息。
在一个可选实施例中，上述的消息中还携带有附加高速HS小区列表，其中，附加高速HS小区列表中可以包括新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
上述步骤S304中涉及到第一节点在向第二节点发送HSDPA修改指示信息，需要说明的是，第一节点可以通过多种方式向第二节点发送HSDPA修改指示信息，在一个可选实施例中，第一节点向第二节点发送HSDPA修改指示信息的方式可以包括：方式1：确定终端已经激活HSDPA，且尚未激活MF-HSDPA；决策需要激活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNC MF-HSDPA；CRNC向NodeB或者SRNC向DRNC发送MF-HSDPA建立信息；方式2：确定终端已经激活多载波MC-HSDPA，且尚未激活MF-HSDPA；决策需要激活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNC MF-HSDPA；CRNC向NodeB或者SRNC向DRNC发送该MF-HSDPA建立信息；方式3：确定终端已经激活MF-HSDPA；决策需要变更MF-HSDPA协助小区；CRNC向NodeB或者SRNC向DRNC发送MF-HSDPA变更信息；方式4：确定终端已经激活MF-HSDPA；决策需要删除MF-HSDPA协助小区所在的RL；CRNC向NodeB或者SRNC向DRNC发送MF-HSDPA停止信息；方式5：确定终端已经激活MF-HSDPA；决策需要删除MF-HSDPA协助小区所在的RL；CRNC向该NodeB或者SRNC向DRNC发送MF-HSDPA变更信息。
在一个可选实施例中，在采用方式1发送HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
在另一个可选实施例中，在采用方式2发送HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
在另一个可选实施例中，在采用方式3发送HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
在另一个可选实施例中，在采用方式4发送HSDPA修改指示信息是，上述消息还包括：附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
在另一个可选实施例中，采用方式5发送HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
在本实施例中还提供了一种MF-HSDPA设置装置，该装置用于实现上述实施例及优选实施方式，已经进行过说明的不再赘述。如以下所使用的，术语“模块”可以实现预定功能的软件和/或硬件的组合。尽管以下实施例所描述的装置较佳地以软件来实现，但是硬件，或者软件和硬件的组合的实现也是可能并被构想的。
图4是根据本发明实施例的MF-HSDPA设置装置的结构框图，该装置应用于第一节点，如图4所示，该装置包括：确定模块42，设置为确定终端需要在执行软加切换或者软去切换的同时执行MF-HSDPA修改；发送模块44，设置为在向第二节点发送的无线链路RL增加请求或者RL删除请求的消息中携带HSDPA修改指示信息，其中，第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，第二节点为节点B NodeB或者漂移无线网络控制器DRNC。
可选地，HSDPA修改指示信息包括以下之一：MF-HSDPA建立信息、MF-HSDPA变更信息、MF-HSDPA停止信息。
可选地，上述消息中还携带有附加高速HS小区列表，其中，该附加高速HS小区列表中包括以下至少之一的信息：新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
可选地，发送模块还设置为通过以下之一的方式向第二节点发送该HSDPA修改指示信息：方式1：确定该终端44已经激活HSDPA，且尚未激活MF-HSDPA；决策需要激活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNC MF-HSDPA；CRNC向该NodeB或者该SRNC向该DRNC发送该MF-HSDPA建立信息；方式2：确定终端已经激活多载波MC-HSDPA，且尚未激活MF-HSDPA；决策需要激活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNC MF-HSDPA；该CRNC向该NodeB或者该SRNC向该DRNC发送该MF-HSDPA建立信息；方式3：确定该终端已经激活MF-HSDPA；决策需要变更MF-HSDPA协助小区；CRNC向该NodeB或者该SRNC向该DRNC发送该MF-HSDPA变更信息；方式4：确定终端已经激活MF-HSDPA；决策需要删除MF-HSDPA协助小区所在的RL；该CRNC向该NodeB或者该SRNC向该DRNC发送该MF-HSDPA停止信息；方式5：确定该终端已经激活MF-HSDPA；决策需要删除MF-HSDPA协助小区所在的RL；该CRNC向该NodeB或者该SRNC向该DRNC发送该MF-HSDPA变更信息。
可选地，在采用方式1发送HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用方式2发送HSDPA修改指示信息时，上述消息还包括：附加高速HS小 区列表，其中，该HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
可选地，在采用方式3发送该HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用方式4发送该HSDPA修改指示信息是，上述消息还包括：附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
可选地，在采用方式5发送该HSDPA修改指示信息时，上述消息还包括：附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
在另一个实施例中还提供了另一种MF-HSDPA设置方法，图5是根据本发明实施例的MF-HSDPA设置的流程图(一)，如图5所示，该流程包括如下步骤：
步骤S502，第二节点从第一节点接收无线链路RL增加请求或者RL删除请求的消息，其中，上述消息中携带有高速下行分组接入HSDPA修改指示信息；
步骤S504，第二节点根据HSDPA修改指示信息修改本地MF-HSDPA；其中，第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，第二节点为NodeBNodeB或者漂移无线网络控制器DRNC。
通过上述步骤，第二节点从第一节点接收的RL增加请求或者RL删除请求的消息中携带有HSDPA修改指示信息，进而第二节点可以根据HSDPA修改指示信息执行MF-HSDPA建立、变更或者停止。解决了相关技术中Iub和Iur接口上在RL增加或删除过程中无法同时为HSDPA UE建立或者变更或者停止MF-HSDPA的问题，进而实现了Iub和Iur接口上在RL增加或删除过程中同时为HSDPA UE建立或者变更或者停止MF-HSDPA。
HSDPA修改指示信息可以包含多种信息，在一个可选实施例中，HSDPA修改指示信息可以包括MF-HSDPA建立信息、MF-HSDPA变更信息、MF-HSDPA停止信息。
在一个可选实施例中，上述消息还携带附加高速HS小区列表，其中，该HS小区列表中可以包括新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
第二节点从第一节点接收HSDPA修改指示信息的方式可以有很多种，在一个可选实施例中，可以包括：方式1：在终端已经激活HSDPA的情况下，NodeB从CRNC或者DRNC从该SRNC接收MF-HSDPA建立信息；方式2：在终端已经激活多载波MC-HSDPA的情况下， 该NodeB从CRNC或者DRNC从SRNC接收该MF-HSDPA建立信息；方式3：在终端已经激活MF-HSDPA的情况下，NodeB从CRNC或者DRNC从SRNC接收MF-HSDPA变更信息；方式4：在终端已经激活MF-HSDPA的情况下，NodeB从CRNC或者DRNC从该SRNC接收该MF-HSDPA停止信息；方式5：在终端已经激活MF-HSDPA的情况下，NodeB从该CRNC或者该DRNC从该SRNC接收该MF-HSDPA变更信息。
在一个可选实施例中，在采用方式1接收该HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
在另一个可选实施例中，在采用方式2接收该HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
在另一个可选实施例中，在采用方式3接收该HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
在另一个可选实施例中，在采用方式4接收HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
在另一个可选实施例中，在采用方式5接收HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
在本实施例中还提供了一种MF-HSDPA设置装置，该装置用于实现上述实施例及优选实施方式，已经进行过说明的不再赘述。如以下所使用的，术语“模块”可以实现预定功能的软件和/或硬件的组合。尽管以下实施例所描述的装置较佳地以软件来实现，但是硬件，或者软件和硬件的组合的实现也是可能并被构想的。
图6是根据本发明实施例的MF-HSDPA设置装置的结构框图(一)，该装置应用于第二节点，如图6所示，该装置包括：接收模块62，设置为从第一节点接收无线链路RL增加请求或者RL删除请求的消息，其中，该消息中携带有高速下行分组接入HSDPA修改指示信息；处理模块64，设置为根据该HSDPA修改指示信息修改本地MF-HSDPA；其中，第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，第二节点为NodeBNodeB或者漂移无线网络控制器DRNC。
可选地，该HSDPA修改指示信息包括以下之一：MF-HSDPA建立信息、MF-HSDPA变 更信息、MF-HSDPA停止信息。
可选地，上述消息还携带附加高速HS小区列表，其中，该HS小区列表中包括以下至少之一的信息：新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
可选地，接收模块62还设置为通过以下之一的方式从该第一节点接收该HSDPA修改指示信息：方式1：在终端已经激活HSDPA的情况下，NodeB从该CRNC或者该DRNC从该SRNC接收该MF-HSDPA建立信息；方式2：在终端已经激活多载波MC-HSDPA的情况下，该NodeB从该CRNC或者该DRNC从该SRNC接收MF-HSDPA建立信息；方式3：在终端已经激活MF-HSDPA的情况下，该NodeB从该CRNC或者该DRNC从该SRNC接收该MF-HSDPA变更信息；方式4：在终端已经激活MF-HSDPA的情况下，该NodeB从该CRNC或者该DRNC从该SRNC接收该MF-HSDPA停止信息；方式5：在终端已经激活MF-HSDPA的情况下，该NodeB从该CRNC或者该DRNC从该SRNC接收该MF-HSDPA变更信息。
可选地，在采用该方式1接收该HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用该方式2接收该HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
可选地，在采用该方式3接收该HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
可选地，在采用该方式4接收该HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
可选地，在采用该方式5接收该HSDPA修改指示信息时，上述消息还携带附加高速HS小区列表，其中，该HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
需要说明的是，上述各个模块是可以通过软件或硬件来实现的，对于后者，可以通过以下方式实现，但不限于此：上述各个模块均位于同一处理器中；或者，上述各个模块分别位于第一处理器、第二处理器和第三处理器…中。
针对相关技术中存在的上述问题，下面结合可选实施例进行说明，在下述可选实施例中结合了上述可选实施例及其可选实施方式。
本可选实施例需要解决的技术问题是：CRNC和NodeB无法在Intra-NodeB SHO-Add的同时为HSDPA UE建立或变更Intra-NodeB MF-HSDPA；以及SRNC和DRNC之间无法在Intra-DRNC SHO-Add的同时为HSDPA UE建立或变更Intra-DRNC MF-HSDPA；以及CRNC和NodeB无法在Intra-NodeB SHO-Del的同时为HSDPA UE停止或变更MF-HSDPA；以及SRNC和DRNC之间无法在Intra-DRNC SHO-Del的同时为HSDPA UE停止或变更MF-HSDPA。
为了解决上述SHO技术问题，本可选实施例提供了一种在CRNC和NodeB之间、以及SRNC和DRNC之间的设置MF-HSDPA方法。包括：
对于已激活HSDPA的UE，无线网络控制器在Iub或者Iur口执行RL增加过程或者RL删除切换过程时，若发现需要建立或者变更或者停止MF-HSDPA，则在Iub或者Iur口的RL增加请求或者RL删除请求消息中指示：修改HSDPA且建立MF-HSDPA，或者修改HSDPA且变更MF-HSDPA，或者修改HSDPA且停止MF-HSDPA。同时，若存在需要建立或者配置变更或者删除的附加(Additional)HS小区时，则在上述请求消息中指示附加HS小区列表。
进一步地，上述建立或者变更MF-HSDPA的指示，可以包含MF-HSDPA各种所需的配置，包括并不限于：
MF-HSDPA的总HS-DSCH小区个数、MF-HSDPA角色、MF-HSDPA多输入多输出(Multiple Input Multiple Output，简称为MIMO)是否启动、每NodeB可分配的最大HS-SCCH个数。
进一步地，上述附加HS小区列表，包括并不限于：
新增的附加HSDPA小区，变更配置的已建附加HSDPA小区，删除的已建附加HSDPA小区。
为了解决上述SHO技术问题，本可选实施例还提供了一种在切换时RNC设置MF-HSDPA的设备。包括：
切换判决模块：对于已激活HSDPA的UE，RNC在执行Iub或者Iur口RL增加过程或者RL删除过程时，发现UE需要同时执行MF-HSDPA建立或者变更或者停止，则判决在RL增加请求消息、或者RL删除请求消息中携带MF-HSDPA建立或者变更或者停止的指示；同时若存在需要建立或者变更或者删除的附加HS小区，则判决在上述请求消息中携带附加HS小区列表的指示。该模块可位于RNC。
RL请求消息的发送模块：
(1)RNC在RL增加请求消息或者RL删除请求消息中携带HSDPA修改指示，其中指示：MF-HSDPA建立、或者MF-HSDPA变更、或者MF-HSDPA停止。
(2)RNC在上述请求消息中可以同时携带附加HS小区列表，其中指示：增的附加HSDPA小区(若有)、存在配置变更的附加HSDPA小区(若有)、需要删除的附加HSDPA小区(若 有)。
(3)该模块可位于RNC。
RL请求消息的接收模块：设置为接收RNC的RL增加请求消息或者RL删除请求消息，请求消息中包含了修改HSDPA指示，该指示中进一步包含了MF-HSDPA建立、或者MF-HSDPA变更、或者MF-HSDPA停止。该请求消息中同时可包含附加HS小区列表。该消息接收模块可位于NodeB或者DRNC。
RL请求消息的信息提取及处理模块：设置为从RNC的RL增加请求消息或者RL删除请求消息中提取MF-HSDPA信息，建立或变更或者停止本地MF-HSDPA，建立或者变更或者删除本地附加HS小区配置。该模块可位于NodeB或者DRNC。
实施例1：
如图7(a)、7(b)所示，本实施例提供了对于已激活HSDPA的UE，在Iub口无线链路增加过程中CRNC给Node B指示：HSDPA修改且建立MF-HSDPA、以及附加HSDPA小区列表的方法。本方法包括以下步骤：
S702：UE已激活HSDPA。CRNC执行Intra-NodeB SHO-Add，决策需要激活Intra-NodeB MF-HSDPA。
S704：CRNC向Node B发送RL增加请求(RL ADDITION REQUEST)消息，其中指示HSDPA修改且建立MF-HSDPA，指示附加HS小区列表。列表中包含新增的MF-HSDPA辅服务小区SC1、新增的MF-HSDPA协助小区C2、新增的MF-HSDPA协助小区的辅服务小区SC2。
S706：Node B收到RL ADDITION REQUEST消息后，建立MF-HSDPA，建立新增的附加HS小区SC1+C2+SC2。
实施例2：
如图8(a)、8(b)所示，本实施例提供了对于已激活多载波HSDPA(Multi-carrier HSDPA，以下简称MC-HSDPA)的UE，在Iub口无线链路增加过程中CRNC给Node B指示：HSDPA修改且建立MF-HSDPA、以及附加HSDPA小区列表的方法。本方法包括以下步骤：
S802：UE已激活MC-HSDPA。CRNC执行Intra-NodeB SHO-Add，决策需要激活Intra-NodeB MF-HSDPA。
S804：CRNC向Node B发送RL增加请求(RL ADDITION REQUEST)消息，其中指示HSDPA修改且建立MF-HSDPA，指示附加HS小区列表。列表中包含新增的MF-HSDPA协助小区C2、新增的MF-HSDPA协助小区的辅服务小区SC2、变更的源MF-HSDPA辅服务小区SC1。
S806：Node B收到RL ADDITION REQUEST消息后，建立MF-HSDPA，建立新增的附加HS小区C2+SC2，对源附加HS小区(MC-HSDPA辅服务小区)SC1做配置变更。
实施例3：
如图9(a)、9(b)所示，本实施例提供了对于已激活MF-HSDPA的UE，在Iub口无线链路增加过程中CRNC给Node B指示：HSDPA修改且变更MF-HSDPA、以及附加HSDPA小区列表的方法，本方法包括以下步骤：
S902：UE已激活MF-HSDPA。CRNC执行Intra-NodeB SHO-Add，决策变更MF-HSDPA协助小区。
S904：CRNC向Node B发送RL增加请求(RL ADDITION REQUEST)消息，其中指示HSDPA修改且变更MF-HSDPA，指示附加HS小区列表。列表中包含删除的源MF-HSDPA协助小区C3、删除的源MF-HSDPA协助小区的辅服务小区SC3、新增的MF-HSDPA协助小区C2、新增的MF-HSDPA协助小区的辅服务小区SC2。
S906：Node B收到RL ADDITION REQUEST消息后，变更MF-HSDPA配置，建立新增的附加HS小区C2+SC2，删除指定的源附加HS小区C3+SC3。
实施例4：
如图10(a)、10(b)所示，本实施例提供了对于已激活HSDPA的UE，在Iur口无线链路增加过程中CRNC给Node B指示：HSDPA修改且建立MF-HSDPA、以及附加HSDPA小区列表的方法。本方法包括以下步骤：
S1002：UE已激活HSDPA。SRNC执行Intra-DRNC SHO-Add，决策需要激活Intra-DRNC MF-HSDPA。
S1004：SRNC向DRNC发送RL增加请求(RL ADDITION REQUEST)消息，其中指示HSDPA修改且建立MF-HSDPA，指示附加HS小区列表。列表中包含新增的MF-HSDPA辅服务小区SC1、新增的MF-HSDPA协助小区C2、新增的MF-HSDPA协助小区的辅服务小区SC2。
S1006：DRNC收到RL ADDITION REQUEST消息后，建立MF-HSDPA，建立新增的附加HS小区SC1+C2+SC2。
实施例5：
如图11(a)、11(b)所示，本实施例提供了对于已激活多载波HSDPA(Multi-carrier HSDPA，以下简称MC-HSDPA)的UE，在Iur口无线链路增加过程中SRNC给DRNC指示：HSDPA修改且建立MF-HSDPA、以及附加HSDPA小区列表的方法。本方法包括以下步骤：
S1102：UE已激活MC-HSDPA。SRNC执行Intra-DRNC SHO-Add，决策需要激活Intra-DRNC MF-HSDPA。
S1104：SRNC向DRNC发送RL增加请求(RL ADDITION REQUEST)消息，其中指示HSDPA修改且建立MF-HSDPA，指示附加HS小区列表。列表中包含新增的MF-HSDPA协助小区C2、新增的MF-HSDPA协助小区的辅服务小区SC2、变更的源MF-HSDPA辅服务小区 SC1。
S1106：DRNC收到RL ADDITION REQUEST消息后，建立MF-HSDPA，建立新增的附加HS小区C2+SC2，对源附加HS小区(MC-HSDPA辅服务小区)SC1做配置变更。
实施例6：
如图12(a)、12(b)所示，本实施例提供了对于已激活MF-HSDPA的UE，在Iur口无线链路增加过程中SRNC给DRNC指示：HSDPA修改且变更MF-HSDPA、以及附加HSDPA小区列表的方法，本方法包括以下步骤：
S1202：UE已激活MF-HSDPA。SRNC执行Intra-DRNC SHO-Add，决策变更MF-HSDPA协助小区。
S1204：SRNC向DRNC发送RL增加请求(RL ADDITION REQUEST)消息，其中指示HSDPA修改且变更MF-HSDPA，指示附加HS小区列表。列表中包含删除的源MF-HSDPA协助小区C3、删除的源MF-HSDPA协助小区的辅服务小区SC3、新增的MF-HSDPA协助小区C2、新增的MF-HSDPA协助小区的辅服务小区SC2。
S1206：DRNC收到RL ADDITION REQUEST消息后，变更MF-HSDPA配置，建立新增的附加HS小区C2+SC2，删除指定的源附加HS小区C3+SC3。
实施例7：
如图13(a)、13(b)所示，本实施例提供了对于已激活MF-HSDPA的UE，在Iub口无线链路删除过程中CRNC给Node B指示：HSDPA修改且停止MF-HSDPA的方法。本方法包括以下步骤：
S1302：UE已激活MF-HSDPA。CRNC执行Intra-NodeB SHO-Del，决策删除MF-HSDPA协助小区所在的RL。
S1304：CRNC向Node B发送RL删除请求(RL DELETE REQUEST)消息，其中指示HSDPA修改且停止MF-HSDPA，显式指示附加HS小区列表。列表中包含删除的源MF-HSDPA协助小区C2、删除的源MF-HSDPA协助小区的辅服务小区SC2、变更的源MF-HSDPA辅服务小区SC1(若存在配置变更)。
S1306：Node B收到RL DELETE REQUEST消息后，停止MF-HSDPA操作，删除协助小区及其辅服务小区C2+SC2，修改指定的源附加HS小区的配置SC1。
上述S1304和S1306，也可以采用如下方式：S1304步骤中，不用显示指示附加HS小区列表。S1306步骤中，NodeB在删除RL时，自动删除其下属的源MF-HSDPA协助小区C2和源MF-HSDPA协助小区的辅服务小区SC2，同时维持源MF-HSDPA辅服务小区SC1的旧配置。
实施例8：
如图14(a)、14(b)所示，本实施例提供了对于已激活MF-HSDPA的UE，在Iub口无线链路删除过程中CRNC给Node B指示：HSDPA修改且停止MF-HSDPA的方法。本方法包括以下步骤：
S1402：UE已激活MF-HSDPA。CRNC执行Intra-NodeB SHO-Del，决策删除MF-HSDPA协助小区所在的RL。
S1404：CRNC向Node B发送RL删除请求(RL DELETE REQUEST)消息，其中指示HSDPA修改且停止MF-HSDPA，指示附加HS小区列表。列表中包含删除的源MF-HSDPA协助小区C2、删除的源MF-HSDPA协助小区的辅服务小区SC2、删除的源MF-HSDPA辅服务小区SC1。
S1406：Node B收到RL DELETE REQUEST消息后，停止MF-HSDPA操作，删除源附加HS小区C2+SC2+SC1。
实施例9：
如图15(a)、15(b)所示，本实施例提供了对于已激活MF-HSDPA的UE，在Iub口无线链路删除过程中CRNC给Node B指示：HSDPA修改且变更MF-HSDPA的方法。本方法包括以下步骤：
S1502：UE已激活MF-HSDPA。CRNC执行Intra-NodeB SHO-Del，决策删除MF-HSDPA协助小区所在的RL。
S1504：CRNC向Node B发送RL删除请求(RL DELETE REQUEST)消息，其中指示HSDPA修改且变更MF-HSDPA，指示附加HS小区列表。列表中包含删除的源MF-HSDPA协助小区C2、删除的源MF-HSDPA协助小区的辅服务小区SC2、变更的源MF-HSDPA辅服务小区SC1、新增的目标MF-HSDPA协助小区C3、新增的目标MF-HSDPA协助小区的辅服务小区SC3。
S1506：Node B收到RL DELETE REQUEST消息后，变更MF-HSDPA操作，删除指定的源附加HS小区C2+SC2，修改指定的源附加HS小区SC1，建立新增的附加HS小区C3+SC3。
实施例10：
如图16(a)、16(b)所示，本实施例提供了对于已激活MF-HSDPA的UE，在Iub口无线链路删除过程中CRNC给Node B指示：HSDPA修改且变更MF-HSDPA的方法。本方法包括以下步骤：
S1602：UE已激活MF-HSDPA。CRNC执行Intra-NodeB SHO-Del，决策删除MF-HSDPA协助小区所在的RL。
S1604：CRNC向Node B发送RL删除请求(RL DELETE REQUEST)消息，其中指示HSDPA修改且变更MF-HSDPA，指示附加HS小区列表。列表中包含删除的源MF-HSDPA协助小区C2、删除的源MF-HSDPA协助小区的辅服务小区SC2、删除的源MF-HSDPA辅服务 小区SC1、新增的目标MF-HSDPA协助小区C3、新增的目标MF-HSDPA协助小区的辅服务小区SC3。
S1606：Node B收到RL DELETE REQUEST消息后，变更MF-HSDPA操作，删除指定的源附加HS小区C2+SC2+SC1，建立新增的附加HS小区C3+SC3。
实施例11：
如图17(a)、18(b)所示，本实施例提供了对于已激活MF-HSDPA的UE，在Iur口无线链路删除过程中SRNC给DRNC指示：HSDPA修改且停止MF-HSDPA的方法。本方法包括以下步骤：
S1702：UE已激活MF-HSDPA。SRNC执行Intra-DRNC SHO-Del，决策删除MF-HSDPA协助小区所在的RL。
S1704：SRNC向DRNC发送RL删除请求(RL DELETE REQUEST)消息，其中指示HSDPA修改且停止MF-HSDPA，显式指示附加HS小区列表。列表中包含删除的源MF-HSDPA协助小区C2、删除的源MF-HSDPA协助小区的辅服务小区SC2、变更的源MF-HSDPA辅服务小区SC1(若存在配置变更)。
S1706：DRNC收到RL DELETE REQUEST消息后，停止MF-HSDPA操作，删除协助小区及其辅服务小区C2+SC2，修改指定的源附加HS小区的配置SC1。
上述S1704和S1706，也可以采用如下方式：S1704步骤中，不用显示指示附加HS小区列表。S1706步骤中，DRNC在删除RL时，自动删除其下属的源MF-HSDPA协助小区C2和源MF-HSDPA协助小区的辅服务小区SC2，同时维持源MF-HSDPA辅服务小区SC1的旧配置。
实施例12：
如图18(a)、18(b)所示，本实施例提供了对于已激活MF-HSDPA的UE，在Iur口无线链路删除过程中SRNC给DRNC指示：HSDPA修改且停止MF-HSDPA的方法。本方法包括以下步骤：
S1802：UE已激活MF-HSDPA。SRNC执行Intra-DRNC SHO-Del，决策删除MF-HSDPA协助小区所在的RL。
S1804：SRNC向DRNC发送RL删除请求(RL DELETE REQUEST)消息，其中指示HSDPA修改且停止MF-HSDPA，指示附加HS小区列表。列表中包含删除的源MF-HSDPA协助小区C2、删除的源MF-HSDPA协助小区的辅服务小区SC2、删除的源MF-HSDPA辅服务小区SC1。
S1806：DRNC收到RL DELETE REQUEST消息后，停止MF-HSDPA操作，删除源附加HS小区C2+SC2+SC1。
实施例13：
如图19所示，本实施例提供了对于已激活MF-HSDPA的UE，在Iur口无线链路删除过程中SRNC给DRNC指示：HSDPA修改且变更MF-HSDPA的方法。本方法包括以下步骤：
S1902：UE已激活MF-HSDPA。CRNC执行Intra-DRNC SHO-Del，决策删除MF-HSDPA协助小区所在的RL。
S1904：SRNC向DRNC发送RL删除请求(RL DELETE REQUEST)消息，其中指示HSDPA修改且变更MF-HSDPA，指示附加HS小区列表。列表中包含删除的源MF-HSDPA协助小区C2、删除的源MF-HSDPA协助小区的辅服务小区SC2、变更的源MF-HSDPA辅服务小区SC1、新增的目标MF-HSDPA协助小区C3、新增的目标MF-HSDPA协助小区的辅服务小区SC3。
S1906：DRNC收到RL DELETE REQUEST消息后，变更MF-HSDPA操作，删除指定的源附加HS小区C2+SC2，修改指定的源附加HS小区SC1，建立新增的附加HS小区C3+SC3。
实施例14：
如图20(a)、20(b)所示，本实施例提供了对于已激活MF-HSDPA的UE，在Iur口无线链路删除过程中SRNC给DRNC指示：HSDPA修改且变更MF-HSDPA的方法。本方法包括以下步骤：
S2002：UE已激活MF-HSDPA。SRNC执行Intra-DRNC SHO-Del，决策删除MF-HSDPA协助小区所在的RL。
S2004：SRNC向DRNC发送RL删除请求(RL DELETE REQUEST)消息，其中指示HSDPA修改且变更MF-HSDPA，指示附加HS小区列表。列表中包含删除的源MF-HSDPA协助小区C2、删除的源MF-HSDPA协助小区的辅服务小区SC2、删除的源MF-HSDPA辅服务小区SC1、新增的目标MF-HSDPA协助小区C3、新增的目标MF-HSDPA协助小区的辅服务小区SC3。
S2006：DRNC收到RL DELETE REQUEST消息后，变更MF-HSDPA操作，删除指定的源附加HS小区C2+SC2+SC1，建立新增的附加HS小区C3+SC3。
实施例15：
如图21所示，本实施例提供了一种在Intra-NodeB SHO-Add或者Intra-NodeB SHO-Del时RNC设置多流HSDPA的设备，包括：
切换判决模块：SRNC发现UE已激活HSDPA、且UE需要执行Intra-NodeB SHO-Add、且激活或者变更MF-HSDPA时，则判决在Iub口RL增加请求消息中携带Intra-NodeB MF-HSDPA的相关配置。以及，SRNC发现UE已激活MF-HSDPA、且UE需要执行Intra-NodeB SHO-Del、且去激活或者变更MF-HSDPA时，则判决在Iub口RL删除请求消息中Intra-NodeB MF-HSDPA的相关配置。
RL请求消息的发送模块：SRNC作为Iub口的CRNC，
(1)在Iub口RL增加请求消息中携带HSDPA修改指示，其中指示：建立MF-HSDPA或者变更MF-HSDPA。
(2)在Iub口RL增加请求消息中携带附加HSDPA小区列表，其中指示：需要新增的目标附加HSDPA小区、需要配置变更的源附加HSDPA小区、需要删除的源附加HSDPA小区。
以及，
(3)在Iub口RL删除请求消息中携带HSDPA修改指示，其中指示：停止MF-HSDPA或者变更MF-HSDPA。
(4)在Iub口RL删除请求消息中携带附加HSDPA小区列表，其中指示：需要新增的目标附加HSDPA小区、需要配置变更的源附加HSDPA小区、需要删除的源附加HSDPA小区。
RL请求消息的接收模块：设置为Node B接收来自CRNC的包含修改HSDPA和附加HSDPA小区列表的Iub口RL增加请求消息。以及Node B接收CRNC的包含修改HSDPA和附加HSDPA小区列表的Iub口RL删除请求消息。
RL请求消息的信息提取及处理模块：Node B从来自CRNC的Iub口RL增加请求和RL删除请求消息中提取修改HSDPA信息，建立或变更或者停止本地MF-HSDPA；从所述请求消息中提取附加HSDPA小区列表，建立或者变更或者删除本地的附加HS小区配置。
实施例16：
如图22所示。本实施例提供了一种在Intra-DRNC SHO-Add或者Intra-DRNC SHO-Del时RNC设置多流HSDPA的设备，包括本发明还包括如下设备：
切换判决模块：SRNC发现UE已激活HSDPA、且UE需要执行Intra-NodeB SHO-Add同时激活或者变更MF-HSDPA时，则判决在Iur口RL增加请求消息中携带Intra-DRNC MF-HSDPA的相关配置。以及，SRNC发现UE已激活MF-HSDPA、且UE需要执行Intra-NodeB SHO-Del且去激活或者变更MF-HSDPA时，则判决在Iur口RL删除请求消息携带Intra-DRNC MF-HSDPA的相关配置。
RL请求消息的发送模块：
(1)SRNC在Iur口RL增加请求消息中携带HSDPA修改指示，其中指示：建立MF-HSDPA或者变更MF-HSDPA。
(2)SRNC在Iur口RL增加请求消息中携带附加HSDPA小区列表，其中指示：需要新增的目标附加HSDPA小区、需要配置变更的源附加HSDPA小区、需要删除的源附加HSDPA小区。
以及，
(3)SRNC在Iur口RL删除请求消息中携带HSDPA修改指示，其中指示：停止MF-HSDPA或者变更MF-HSDPA。
(4)SRNC在Iur口RL删除请求消息中携带附加HSDPA小区列表，其中指示：需要新增的目标附加HSDPA小区、需要配置变更的源附加HSDPA小区、需要删除的源附加HSDPA小区。
RL请求消息的接收模块：设置为DRNC接收来自SRNC的包含修改HSDPA和附加HSDPA小区列表的Iur口RL增加请求消息。以及，DRNC接收SRNC的包含修改HSDPA和附加HSDPA小区列表的Iur口RL删除请求消息。
RL请求消息的信息提取及处理模块：DRNC从来自SRNC的Iur口RL增加请求和RL删除请求消息中提取修改HSDPA信息，建立或变更或者停止本地MF-HSDPA；从所述请求消息中提取附加HSDPA小区列表，建立或者变更或者删除本地的附加HS小区配置。
综上所述，通过本发明提供的在切换时RNC设置多流HSDPA的方法与设备，可以针对性解决相关技术中Iub和Iur接口上在RL增加或删除过程中无法同时为HSDPA UE建立或者变更或者停止MF-HSDPA的问题。
在另外一个实施例中，还提供了一种软件，该软件用于执行上述实施例及优选实施方式中描述的技术方案。
在另外一个实施例中，还提供了一种存储介质，该存储介质中存储有上述软件，该存储介质包括但不限于：光盘、软盘、硬盘、可擦写存储器等。
显然，本领域的技术人员应该明白，上述的本发明的各模块或各步骤可以用通用的计算装置来实现，它们可以集中在单个的计算装置上，或者分布在多个计算装置所组成的网络上，可选地，它们可以用计算装置可执行的程序代码来实现，从而，可以将它们存储在存储装置中由计算装置来执行，并且在某些情况下，可以以不同于此处的顺序执行所示出或描述的步骤，或者将它们分别制作成各个集成电路模块，或者将它们中的多个模块或步骤制作成单个集成电路模块来实现。这样，本发明不限制于任何特定的硬件和软件结合。
以上所述仅为本发明的优选实施例而已，并不用于限制本发明，对于本领域的技术人员来说，本发明可以有各种更改和变化。凡在本发明的精神和原则之内，所作的任何修改、等同替换、改进等，均应包含在本发明的保护范围之内。
工业实用性
通过本发明实施例，采用第一节点确定终端需要在执行软加切换或者软去切换的同时执行MF-HSDPA修改时，第一节点在向第二节点发送的无线链路RL增加请求或者RL删除请求的消息中携带HSDPA修改指示信息，其中，第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，第二节点为节点B NodeB或者漂移无线网络控制器DRNC。解决了相关技术中CRNC和NodeB无法在Intra-NodeB SHO-Add的同时为HSDPA UE建立或变更 Intra-NodeB MF-HSDPA；以及SRNC和DRNC之间无法在Intra-DRNC SHO-Add的同时为HSDPA UE建立或变更Intra-DRNC MF-HSDPA；以及CRNC和NodeB无法在Intra-NodeB SHO-Del的同时为HSDPA UE停止或变更MF-HSDPA；以及SRNC和DRNC之间无法在Intra-DRNC SHO-Del的同时为HSDPA UE停止或变更MF-HSDPA的问题，进而实现了CRNC和NodeB在Intra-NodeB SHO-Add的同时为HSDPA UE建立或变更Intra-NodeB MF-HSDPA；以及SRNC和DRNC之间在Intra-DRNC SHO-Add的同时为HSDPA UE建立或变更Intra-DRNC MF-HSDPA；以及CRNC和NodeB在Intra-NodeB SHO-Del的同时为HSDPA UE停止或变更MF-HSDPA；以及SRNC和DRNC之间在Intra-DRNC SHO-Del的同时为HSDPA UE停止或变更MF-HSDPA。

Claims (36)

  1. 一种多流高速下行分组接入MF-HSDPA设置方法，包括：
    第一节点确定终端需要在执行软加切换或者软去切换的同时执行MF-HSDPA修改时，所述第一节点在向第二节点发送的无线链路RL增加请求或者RL删除请求的消息中携带HSDPA修改指示信息，其中，所述第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，所述第二节点为节点B NodeB或者漂移无线网络控制器DRNC。
  2. 根据权利要求1所述的方法，其中，所述HSDPA修改指示信息包括以下之一：
    MF-HSDPA建立信息、MF-HSDPA变更信息、MF-HSDPA停止信息。
  3. 根据权利要求1所述的方法，其中，所述消息中还携带有附加高速HS小区列表，其中，所述附加高速HS小区列表中包括以下至少之一的信息：
    新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
  4. 根据权利要求2所述的方法，其中，所述第一节点在向第二节点发送所述HSDPA修改指示信息的方式包括以下之一：
    方式1：确定所述终端已经激活HSDPA，且尚未激活MF-HSDPA；
    决策需要激活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNCMF-HSDPA；
    所述CRNC向所述NodeB或者所述SRNC向所述DRNC发送所述MF-HSDPA建立信息；
    方式2：确定所述终端已经激活多载波MC-HSDPA，且尚未激活MF-HSDPA；
    决策需要激活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNCMF-HSDPA；
    所述CRNC向所述NodeB或者所述SRNC向所述DRNC发送所述MF-HSDPA建立信息；
    方式3：确定所述终端已经激活MF-HSDPA；
    决策需要变更MF-HSDPA协助小区；
    所述CRNC向所述NodeB或者所述SRNC向所述DRNC发送所述MF-HSDPA变更信息；
    方式4：确定所述终端已经激活MF-HSDPA；
    决策需要删除MF-HSDPA协助小区所在的RL；
    所述CRNC向所述NodeB或者所述SRNC向所述DRNC发送所述MF-HSDPA停止信息；
    方式5：确定所述终端已经激活MF-HSDPA；
    决策需要删除MF-HSDPA协助小区所在的RL；
    所述CRNC向所述NodeB或者所述SRNC向所述DRNC发送所述MF-HSDPA变更信息。
  5. 根据权利要求4所述的方法，其中，在采用所述方式1发送所述HSDPA修改指示信息时，所述消息还包括：
    附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
  6. 根据权利要求4所述的方法，其中，在采用所述方式2发送所述HSDPA修改指示信息时，所述消息还包括：
    附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
  7. 根据权利要求4所述的方法，其中，在采用所述方式3发送所述HSDPA修改指示信息时，所述消息还包括：
    附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
  8. 根据权利要求4所述的方法，其中，在采用所述方式4发送所述HSDPA修改指示信息是，所述消息还包括：
    附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
  9. 根据权利要求4所述的方法，其中，在采用所述方式5发送所述HSDPA修改指示信息时，所述消息还包括：
    附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
  10. 一种多流高速下行分组接入MF-HSDPA设置方法，包括：
    第二节点从第一节点接收无线链路RL增加请求或者RL删除请求的消息，其中，所述消息中携带有高速下行分组接入HSDPA修改指示信息；
    所述第二节点根据所述HSDPA修改指示信息修改本地MF-HSDPA；其中，所述第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，所述第二节点为NodeBNodeB或者漂移无线网络控制器DRNC。
  11. 根据权利要求10所述的方法，其中，所述HSDPA修改指示信息包括以下之一：
    MF-HSDPA建立信息、MF-HSDPA变更信息、MF-HSDPA停止信息。
  12. 根据权利要求10所述的方法，其中，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表中包括以下至少之一的信息：
    新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
  13. 根据权利要求11所述的方法，其中，所述第二节点从所述第一节点接收所述HSDPA修改指示信息的方式包括以下之一：
    方式1：在终端已经激活HSDPA的情况下，所述NodeB从所述CRNC或者所述DRNC从所述SRNC接收所述MF-HSDPA建立信息；
    方式2：在终端已经激活多载波MC-HSDPA的情况下，所述NodeB从所述CRNC或者所述DRNC从所述SRNC接收所述MF-HSDPA建立信息；
    方式3：在终端已经激活MF-HSDPA的情况下，所述NodeB从所述CRNC或者所述DRNC从所述SRNC接收所述MF-HSDPA变更信息；
    方式4：在终端已经激活MF-HSDPA的情况下，所述NodeB从所述CRNC或者所述DRNC从所述SRNC接收所述MF-HSDPA停止信息；
    方式5：在终端已经激活MF-HSDPA的情况下，所述NodeB从所述CRNC或者所述DRNC从所述SRNC接收所述MF-HSDPA变更信息。
  14. 根据权利要求13所述的方法，其中，在采用所述方式1接收所述HSDPA修改指示信息时，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
  15. 根据权利要求13所述的方法，其中，在采用所述方式2接收所述HSDPA修改指示信息时，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
  16. 根据权利要求13所述的方法，其中，在采用所述方式3接收所述HSDPA修改指示信息时，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
  17. 根据权利要求13所述的方法，其中，在采用所述方式4接收所述HSDPA修改指示信息时，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
  18. 根据权利要求13所述的方法，其中，在采用所述方式5接收所述HSDPA修改指示信息时，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
  19. 一种多流高速下行分组接入MF-HSDPA设置装置，所述装置应用于第一节点，所述装置包括：
    确定模块，设置为确定终端需要在执行软加切换或者软去切换的同时执行MF-HSDPA修改；
    发送模块，设置为在向第二节点发送的无线链路RL增加请求或者RL删除请求的消息中携带HSDPA修改指示信息，其中，所述第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，所述第二节点为节点B NodeB或者漂移无线网络控制器DRNC。
  20. 根据权利要求19所述的装置，其中，所述HSDPA修改指示信息包括以下之一：
    MF-HSDPA建立信息、MF-HSDPA变更信息、MF-HSDPA停止信息。
  21. 根据权利要求19所述的装置，其中，所述消息中还携带有附加高速HS小区列表，其中，所述附加高速HS小区列表中包括以下至少之一的信息：
    新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
  22. 根据权利要求20所述的装置，其中，所述发送模块还设置为通过以下之一的方式向所述第二节点发送所述HSDPA修改指示信息：
    方式1：确定所述终端已经激活HSDPA，且尚未激活MF-HSDPA；
    决策需要激活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNC MF-HSDPA；
    所述CRNC向所述NodeB或者所述SRNC向所述DRNC发送所述MF-HSDPA建立信息；
    方式2：确定所述终端已经激活多载波MC-HSDPA，且尚未激活MF-HSDPA；
    决策需要激活NodeB内Intra-NodeB MF-HSDPA或者DRNC内Intra-DRNC MF-HSDPA；
    所述CRNC向所述NodeB或者所述SRNC向所述DRNC发送所述MF-HSDPA建立信息；
    方式3：确定所述终端已经激活MF-HSDPA；
    决策需要变更MF-HSDPA协助小区；
    所述CRNC向所述NodeB或者所述SRNC向所述DRNC发送所述MF-HSDPA变更信息；
    方式4：确定所述终端已经激活MF-HSDPA；
    决策需要删除MF-HSDPA协助小区所在的RL；
    所述CRNC向所述NodeB或者所述SRNC向所述DRNC发送所述MF-HSDPA停止信息；
    方式5：确定所述终端已经激活MF-HSDPA；
    决策需要删除MF-HSDPA协助小区所在的RL；
    所述CRNC向所述NodeB或者所述SRNC向所述DRNC发送所述MF-HSDPA变更信息。
  23. 根据权利要求22所述的装置，其中，在采用所述方式1发送所述HSDPA修改指示信息时，所述消息还包括：
    附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
  24. 根据权利要求22所述的装置，其中，在采用所述方式2发送所述HSDPA修改指示信息时，所述消息还包括：
    附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
  25. 根据权利要求22所述的装置，其中，在采用所述方式3发送所述HSDPA修改指示信息 时，所述消息还包括：
    附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
  26. 根据权利要求22所述的装置，其中，在采用所述方式4发送所述HSDPA修改指示信息是，所述消息还包括：
    附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
  27. 根据权利要求22所述的装置，其中，在采用所述方式5发送所述HSDPA修改指示信息时，所述消息还包括：
    附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
  28. 一种多流高速下行分组接入MF-HSDPA设置装置，所述装置应用于第二节点，所述装置包括：
    接收模块，设置为从第一节点接收无线链路RL增加请求或者RL删除请求的消息，其中，所述消息中携带有高速下行分组接入HSDPA修改指示信息；
    处理模块，设置为根据所述HSDPA修改指示信息修改本地MF-HSDPA；其中，所述第一节点为控制网络控制器CRNC或者服务无线网络控制器SRNC，所述第二节点为NodeBNodeB或者漂移无线网络控制器DRNC。
  29. 根据权利要求28所述的装置，其中，所述HSDPA修改指示信息包括以下之一：
    MF-HSDPA建立信息、MF-HSDPA变更信息、MF-HSDPA停止信息。
  30. 根据权利要求28所述的装置，其中，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表中包括以下至少之一的信息：
    新增的附加HSDPA小区、存在配置变更的附加HSDPA小区、删除的已建附加HSDPA小区。
  31. 根据权利要求29所述的装置，其中，所述接收模块还设置为通过以下之一的方式从所述第一节点接收所述HSDPA修改指示信息：
    方式1：在终端已经激活HSDPA的情况下，所述NodeB从所述CRNC或者所述DRNC从所述SRNC接收所述MF-HSDPA建立信息；
    方式2：在终端已经激活多载波MC-HSDPA的情况下，所述NodeB从所述CRNC或者所述DRNC从所述SRNC接收所述MF-HSDPA建立信息；
    方式3：在终端已经激活MF-HSDPA的情况下，所述NodeB从所述CRNC或者所述DRNC从所述SRNC接收所述MF-HSDPA变更信息；
    方式4：在终端已经激活MF-HSDPA的情况下，所述NodeB从所述CRNC或者所述DRNC从所述SRNC接收所述MF-HSDPA停止信息；
    方式5：在终端已经激活MF-HSDPA的情况下，所述NodeB从所述CRNC或者所述DRNC从所述SRNC接收所述MF-HSDPA变更信息。
  32. 根据权利要求31所述的装置，其中，在采用所述方式1接收所述HSDPA修改指示信息时，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
  33. 根据权利要求31所述的装置，其中，在采用所述方式2接收所述HSDPA修改指示信息时，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区、变更的源MF-HSDPA辅服务小区。
  34. 根据权利要求31所述的装置，其中，在采用所述方式3接收所述HSDPA修改指示信息时，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、新增的MF-HSDPA协助小区、新增的MF-HSDPA协助小区的辅服务小区。
  35. 根据权利要求31所述的装置，其中，在采用所述方式4接收所述HSDPA修改指示信息时，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、删除的或者变更的源MF-HSDPA辅服务小区。
  36. 根据权利要求31所述的装置，其中，在采用所述方式5接收所述HSDPA修改指示信息时，所述消息还携带附加高速HS小区列表，其中，所述HS小区列表包括以下至少之一的信息：删除的源MF-HSDPA协助小区、删除的源MF-HSDPA协助小区的辅服务小区、变更的或者删除的源MF-HSDPA辅服务小区、新增的目标MF-HSDPA协助小区、新增的目标MF-HSDPA协助小区的辅服务小区。
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