WO2012103733A1 - 基站控制权的切换处理方法、装置及系统 - Google Patents

基站控制权的切换处理方法、装置及系统 Download PDF

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Publication number
WO2012103733A1
WO2012103733A1 PCT/CN2011/076706 CN2011076706W WO2012103733A1 WO 2012103733 A1 WO2012103733 A1 WO 2012103733A1 CN 2011076706 W CN2011076706 W CN 2011076706W WO 2012103733 A1 WO2012103733 A1 WO 2012103733A1
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WIPO (PCT)
Prior art keywords
base station
cell
request message
rnc
message
Prior art date
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PCT/CN2011/076706
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English (en)
French (fr)
Inventor
王春声
乐国军
Original Assignee
华为技术有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
Application filed by 华为技术有限公司 filed Critical 华为技术有限公司
Priority to PCT/CN2011/076706 priority Critical patent/WO2012103733A1/zh
Priority to CA2840507A priority patent/CA2840507C/en
Priority to CN2011800007999A priority patent/CN102217370B/zh
Publication of WO2012103733A1 publication Critical patent/WO2012103733A1/zh

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
    • H04W88/08—Access point devices

Definitions

  • the present invention relates to the field of wireless communication technologies, and in particular, to a handover processing method, apparatus, and system for base station control rights.
  • the RNC Radio Network Controller
  • the RNS Radio Network Subsystem
  • the radio access service of all UEs (User Equipments) in the area is covered. Therefore, the RNC is required to have high reliability.
  • each NodeB base station
  • a primary home RNC and a secondary home RNC through their respective Iub interfaces.
  • the solid line indicates that the RNC connected to the NodeB is the primary-homed RNC, which has the control of the NodeB
  • the dotted line indicates that the RNC connected to the NodeB is the secondary RNC, which only establishes a physical connection with the NodeB, and does not control the NodeB.
  • the primary home RNC may negotiate with the secondary home RNC and decide to switch all control rights of the NodeB controlled by the primary home RNC from the primary home RNC to a certain secondary RNC. , ie the target is from the home RNC. Then, the primary home RNC instructs the NodeB to delete the logical cell on the NodeB, and then the target from the home RNC instructs the NodeB to create a new logical cell thereon, thereby completing the switching of the NodeB control right.
  • the resident UE in the coverage of the NodeB can listen to the signal sent on the pilot channel and receive the system message through the broadcast channel, and then, according to the received signal and the system message, on the UE interface. Display signal strength, carrier information, etc. Since the configuration parameters of the pilot channel and the broadcast channel are saved in the logical cell, if the logical cell on the NodeB is deleted. the resident UE in the coverage of the NodeB cannot receive the foregoing signal and system message, and after the new pilot channel and the broadcast channel are established when the logical cell is reconstructed, the resident UE interface can display the signal strength again. Carrier information, etc. Therefore, after the logical cell is deleted and for a period of time before the re-establishment, the camping UE will display the network drop.
  • An embodiment of the present invention provides a handover method, apparatus, and system for controlling handover of a base station, so as to solve the problem that the resident UE in the coverage of the base station displays the network drop during the handover of the base station control right.
  • a handover processing method for a base station control right including: a base station performing an audit process; the base station receiving a cell setup request message sent by a target from a home radio network controller RNC, where the cell setup request message carries a logical cell The parameter and the indication information that is used to indicate that the message is triggered by the base station control right handover; the base station establishes a new logical cell according to the indication information and the logical cell parameter carried in the cell setup request message; The target sends a cell setup success message from the home RNC.
  • a handover processing method for a base station control right including: a target performing an audit process from a home RNC; the target sending a cell setup request message from a home RNC to a base station, where the cell setup request message carries a logical cell parameter and The indication information is used to indicate that the message is triggered by the base station control right handover; the target receives, from the home RNC, a cell establishment success message sent by the base station after establishing a new logical cell.
  • a base station including: an auditing module, configured to perform an auditing process; a receiving module, configured to receive a cell setup request message sent by a target from a home RNC, where the cell setup request message carries a logical cell parameter and is used for And indicating, by the base station, a new logical unit, configured to: The target sends a cell setup success message from the home RNC.
  • a wireless network controller including: an audit module, configured to perform an audit a sending module, configured to send a cell setup request message to the base station, where the cell setup request message carries a logical cell parameter and indication information that is used to indicate that the message is triggered by the base station control right handover; and a receiving module, configured to receive the A cell establishment success message sent after the base station establishes a new logical cell.
  • a communication system comprising the base station and the wireless network controller described above.
  • the target RNC since the target does not need to judge the audit response message after performing the audit process, the target RNC does not initiate the logical cell deletion process to the base station. And directly transmitting a cell setup request message to the base station, where the logical cell parameter and the indication information that is triggered by the base station control right handover are carried, so that the base station can perform the logical cell parameter and the indication in the cell setup request message.
  • the information directly establishes a new logical cell.
  • FIG. 1 is a schematic diagram of an RNS structure of an existing RNC cluster technology
  • FIG. 2 is a flowchart of a method for processing handover control rights of a base station according to Embodiment 1 of the present invention
  • FIG. 3 is a flowchart of a handover processing method for control rights of a base station according to Embodiment 2 of the present invention
  • FIG. 5 is a structural block diagram of a base station according to Embodiment 4 of the present invention.
  • FIG. 6 is a structural block diagram of another base station according to Embodiment 4 of the present invention.
  • FIG. 7 is a structural block diagram of a radio network controller according to Embodiment 4 of the present invention.
  • FIG. 8 is a block diagram showing the structure of another radio network controller according to Embodiment 4 of the present invention
  • Figure 9 is a block diagram showing the structure of a communication system according to Embodiment 5 of the present invention.
  • This embodiment provides a handover processing method for a base station control right. As shown in FIG. 2, the method includes the following steps.
  • the target performs an audit process from the home RNC.
  • the target performs an audit process from the home RNC, where the process includes: the target sends an audit request message to the base station from the home RNC; The Audit request message sends an Audit response message to the target from the home RNC.
  • the audit response message and the audit request message are the destinations of the information about the base station from the home RNC before the control of the base station is ready to receive the control information of the base station.
  • the audit response message carries the local cell information of the base station. And logical cell parameters.
  • the target sends a cell setup request message to the base station from the home RNC, where the cell setup request message carries a logical cell parameter and indication information that is used to indicate that the message is triggered by the base station control right handover.
  • the target in the prior art determines whether the audit response message carries the logical cell parameter of the base station, and if yes, determines the logical cell parameter of the base station and the RNC side record. Whether the logical cell parameters of the base station are consistent. If not, the target first initiates a logical cell deletion procedure from the home RNC to the base station to instruct the base station to delete the logical cell on the base station, and then initiates a new logical cell establishment procedure according to the local cell information in the audit response message, at the base station. Establish a new logical community.
  • the target RNC After receiving the audit response message from the home base station, the target RNC generates a cell setup request message, where the message carries the logical cell parameter and the indication information used to indicate that the message is triggered by the base station control right handover, Different from the existing cell establishment request message, the cell establishment request message carrying the logical cell parameter and the indication information is sent to the base station.
  • the logical cell parameter carried in the cell setup request message is a parameter of a new logical cell that the target is to establish on the base station from the home RNC.
  • the base station may determine that the received cell setup request message is different from the existing cell setup request message according to the indication information in the cell setup request message, and then establish a new logical cell according to the logical cell parameter in the cell setup request message.
  • the sender of the cell setup request message returns a cell setup failure message.
  • the target receives, from the home RNC, a cell setup success message sent by the base station after establishing a new logical cell.
  • the base station sends a cell establishment success message to the target RNC from the target.
  • the target RNC does not need to judge the audit response message after performing the audit process, and does not initiate a logical cell deletion process to the base station, but directly sends a cell establishment request message to the base station, where And the logic cell parameter and the indication information that is used to indicate that the message is triggered by the base station control right handover, so that the base station can directly establish a new logical cell according to the logical cell parameter and the indication information in the cell setup request message, thereby avoiding the existing existing existing
  • the deletion and the re-establishment of the logical cell on the base station are respectively triggered by different messages, and the idle time period exists between the deletion and the re-establishment of the logical cell on the base station, so that the resident UE does not receive the signal and the system message, and the display is lost. The problem with the net.
  • the embodiment provides a handover processing method for a base station control right.
  • the execution body of the method is a base station in a WCDMA radio access network, and the method includes the following steps. 301.
  • the base station performs an audit process.
  • the base station receives a cell setup request message sent by the target from the home RNC, where the cell setup request message carries a logical cell parameter and indication information that is used to indicate that the message is triggered by the base station control right handover.
  • the target RNC after receiving the audit response message from the home base station, the target RNC does not perform the determining step and the logical cell deletion procedure in the prior art, but directly generates a cell establishment request message, where the message is generated.
  • a setup request message is sent to the base station.
  • the logical cell parameter carried in the cell setup request message is a parameter of a new logical cell that the target RNC is to establish on the base station.
  • the base station establishes a new logical cell according to the indication information and a logical cell parameter carried in the cell setup request message.
  • the base station may determine, according to the indication information in the cell setup request message, that the received cell setup request message is different from the existing cell setup request message, and then establish new logic according to the logical cell parameter in the cell setup request message. Community.
  • the base station when a logical cell is set on the base station, if a cell setup request message from the RNC is received, a cell setup failure message is returned to the RNC, and then the RNC indicates by initiating the logical cell deletion procedure. The base station deletes the logical cell on the base station, and then the RNC instructs the base station to establish a new logical cell by sending a cell setup request message.
  • the base station sends a cell establishment success message to the target from the home RNC.
  • the base station sends a cell establishment success message to the target RNC from the target.
  • the above target is an RNC that can receive the control right of the base station controlled by the primary home RNC from the RNS that uses the RNC cluster technology.
  • the base station since the base station performs the audit process, it will receive the target from the home RNC.
  • the sent cell setup request message carries the logical cell parameter and the indication information that is used to indicate that the message is triggered by the base station control right handover, and the base station can directly establish a new according to the logical cell parameter and the indication information in the cell setup request message.
  • the logical cell does not return the cell establishment failure message to the target from the home RNC according to the operation of the prior art. Therefore, the logical cell deletion and reconstruction on the base station in the prior art are required to require the target to operate from the home RNC through the message, respectively. There is an idle time period between the deletion and the re-establishment of the logical cell on the base station, so that the resident UE does not receive the signal and the system message, which causes the problem of displaying the network drop.
  • This embodiment provides a method for processing handover control of a base station. As shown in FIG. 4, the method includes the following steps.
  • the master-associated RNC performs a handover negotiation process between the RNC and the target from the home RNC.
  • the base station RNC may negotiate with the at least one secondary home RNC through a handover negotiation procedure of the base station control right to find a secondary slave RNC that can receive the control right of the base station, and when the one of the slave RNCs After receiving the control right of the base station after the handover negotiation process, it becomes the target slave home RNC.
  • the primary home RNC initiates a common channel deletion procedure to the base station.
  • the step is an optional step, after the primary home RNC performs the handover negotiation process of the base station control right, the primary channel deletion process may not be initiated, and after the base station establishes a new logical cell, the target may be from the home RNC.
  • the common channel establishment procedure is initiated as follows in step 407 to instruct the base station to directly re-establish a new common channel.
  • the primary home RNC instructs the base station to delete the common channel information through the common channel deletion procedure, and then the base station deletes the logical cell by using the logical cell deletion procedure, and the logical cell in the base station has corresponding multiple logical cell parameters.
  • Each parameter corresponds to a certain hardware component on the base station, and deleting the logical cell is to disconnect the logical cell parameter from the hardware component, that is, to deactivate the logical cell parameter, so that each hardware component stops the operation; establishing a logical cell Just put each
  • the logical cell parameters are stored on the base station and associated with the hardware components, that is, the logical cell parameters are activated, so that each hardware component can perform the specified operation according to the logical cell parameters.
  • the logical cell deletion process may be initiated to the base station instead of the prior art, but the target directly performs the audit process from the home RNC and the base station, so that the The logical cell on the base station is not deleted, so that the cell response parameter of the logical cell saved by the base station is carried in the audit response message that the base station feeds back to the target from the home RNC.
  • the target RNC may perform a delay of one waiting time after the primary home RNC performs the handover control procedure of the base station control right.
  • the step is an optional step, and the target performs the subsequent audit process after the target RNC waits for the base station to delete the common channel information, and if the primary home RNC does not initiate the common channel deletion process, the target does not need to perform the target from the home RNC.
  • the step of delaying a wait time is an optional step, and the target performs the subsequent audit process after the target RNC waits for the base station to delete the common channel information, and if the primary home RNC does not initiate the common channel deletion process, the target does not need to perform the target from the home RNC.
  • the target performs an audit process from the home RNC and the base station.
  • the auditing process includes: the target sending an audit request message from the home RNC to the base station; the base station generates and sends an audit response to the target from the home RNC according to the Audit request message. ) Message.
  • the target sends a cell setup request message to the base station from the home RNC, where the target carries the logical cell parameter and the indication information that is used to indicate that the message is triggered by the base station control right handover.
  • the target in the prior art determines whether the audit response message carries the logical cell parameter of the base station, and if yes, determines the base station. Whether the logical cell parameter is consistent with the logical cell parameter of the base station recorded on the RNC side. If not, the target first initiates a logical cell deletion procedure from the home RNC to the base station to instruct the base station to delete the logical cell on the base station, and then initiates a new logical cell establishment procedure according to the local cell information in the audit response message, at the base station. Establish a new logical community. After performing the above steps 401 to 403 in this embodiment, the target receives the base station logic from the home RNC. The audit response message of the cell parameter, according to the prior art, the target then sends a logical cell delete message to the base station from the home RNC.
  • the target after receiving the audit response message from the home RNC, the target ignores the logical cell parameters carried in the received audit response message, and generates a cell setup request message, where the message carries the logical cell parameter and is used for indicating
  • the indication information triggered by the base station control right handover is different from the existing cell establishment request message, and then the cell establishment request message carrying the logical cell parameter and the indication information is sent to the base station.
  • the logical cell parameter carried in the cell setup request message is a parameter of a new logical cell that the target RNC is to establish on the base station.
  • the indication information that is triggered by the cell setup request message to indicate that the message is triggered by the base station control right handover may be, for example, a cell-to-base station control right handover triggering cell.
  • the base station Upon receiving the cell, the base station considers that the cell establishment procedure triggered by the base station control right handover is currently in progress. So that the base station performs the following step 405 based on the cell.
  • the cell for example, can have the format shown in Table 1:
  • the NodeB Rehost Indicator indicates the cell name; the value of the IE Type and Reference is ENUMERATED (True), indicating the value of the cell; the value of the Semantics Description is "True means the cell is setup because the Node B is rehosted from master Homing RNC to slave homing RNC", indicating that the cell indicates that the cell is established because the control of the NodeB is handed over from the primary home RNC to the target slave home RNC.
  • the base station establishes a new logical cell according to the indication information carried in the cell setup request message and the logical cell parameter.
  • the base station according to the indication information in the cell establishment request message, and the cell establishment request
  • the logical cell parameters in the message establish a new logical cell to replace the old logical cell.
  • a cell setup request message from the RNC is received, a cell setup failure message is returned to the RNC, and then the RNC indicates by initiating the logical cell deletion procedure.
  • the base station deletes the logical cell on the base station, and then the RNC instructs the base station to establish a new logical cell by sending a cell setup request message.
  • the method for establishing a new logical cell by the base station according to the logical cell parameter carried in the cell setup request message may have the following three types:
  • Method 1 when the logical cell parameter carried in the cell setup request message is completely consistent with the logical cell parameter locally saved by the base station, the base station reserves the locally stored logical cell parameter, that is, the base station does not perform any operation on the locally stored logical cell, and maintains the current The logical cell parameters are active.
  • Method 2 When the physical channel power parameter in the logical cell parameter locally saved by the base station is inconsistent with the physical channel power parameter in the logical cell parameter carried in the cell setup request message, and the other logical cell parameters are the same, the base station will locally save the logic.
  • the physical channel power parameter in the cell parameter is modified into a physical channel power parameter carried in the cell setup request message to establish a new logical cell on the base station. Since the method only needs to replace some parameters in the logical cell parameters when establishing a new logical cell, the data processing amount of the base station when creating a new logical cell can be reduced.
  • Method 3 When the logical cell parameter intermediate frequency parameter saved locally by the base station is inconsistent with the logical cell parameter intermediate frequency parameter carried in the cell establishment request message, and the logical cell parameter stored in the logical cell parameter saved by the base station and the logical cell carried in the cell establishment request message
  • the base station deletes the local logical cell, that is, deactivates the locally stored logical cell parameter, and then establishes a new logical cell according to the logical cell parameter carried in the cell setup request message, that is, the cell establishment request message.
  • the carried logical cell parameters are stored on the base station and activate these logical cell parameters.
  • the base station After the base station establishes a new logical cell, the base station establishes a success message, and sends the cell establishment success message to the target slave RNC, thereby completing the handover of the base station control right. 407.
  • the target initiates a common channel establishment procedure from the home RNC to the base station.
  • the target may further initiate a common channel establishment procedure to the base station to enable the base station to establish a new common channel thereon.
  • the target initiates a system message update process from the home RNC to the base station.
  • the target may initiate a system message update procedure from the home RNC, that is, the target sends a system message update request message from the home RNC to the base station, so that the base station saves the system.
  • the system message broadcasted is replaced by the new system message carried by the system message update request message, that is, the base station deletes all the system messages it saves for broadcasting, and then the new message carried by the system message update request message System messages are saved locally.
  • the RNC before transmitting the system message update request message to the base station, the RNC needs to compare the difference between the system message broadcasted by the current base station and the system message that the RNC needs to broadcast by the base station, and carry the difference message in the system message update request message. Send to the base station. After receiving the system message update request message, the base station checks whether the difference is correct. If the error occurs, the process will fail. In the embodiment of the present invention, the new system message carried in the system message update request message is completely replaced with the previously locally saved system message.
  • the system message update process provided in this step may be performed by adding a control right switching identifier to the system message update request message to notify the base station to cancel the difference check process, directly delete all system messages saved thereon, and then update the system message.
  • the new system message carried by the request message is saved locally.
  • the system message update process provided in this step may also be configured to enable the base station to receive the system message update request message sent by the target RNC after the control right handover, for example, the first system may be received.
  • the message update request message is received, all system messages in the new logical cell on the base station are replaced with new system messages carried in the system message update request message.
  • the base station can then broadcast a new system message to the user equipment.
  • the system message update procedure provided in this step may also be other methods known to those skilled in the art for deleting all system messages in the new logical cell on the base station and updating to new system messages.
  • the above target is an RNC that can receive the control right of the base station controlled by the primary home RNC from the RNS that uses the RNC cluster technology.
  • the control switching identifier can be set according to the format requirement of the system message update request message.
  • the target RNC does not need to judge the audit response message after performing the audit process, and does not initiate a logical cell deletion process to the base station, but directly sends a cell establishment request message to the base station, where And the logic cell parameter and the indication information that is used to indicate that the message is triggered by the base station control right handover, so that the base station can directly establish a new logical cell according to the logical cell parameter and the indication information in the cell setup request message, thereby avoiding the existing existing existing
  • the deletion and the re-establishment of the logical cell on the base station are respectively triggered by different messages, and there is an idle time period between the deletion and the reconstruction of the logical cell on the base station, so that the resident UE does not receive the signal and the system message and causes the display. The problem of dropping the net.
  • the embodiment further provides a base station.
  • the base station includes: an auditing module 51, configured to perform an auditing process, and a receiving module 52, configured to receive a cell establishment request message sent by the target from the home RNC, where the cell
  • the setup request message carries the logical cell parameter and the indication information that is used to indicate that the message is triggered by the base station control right handover.
  • the cell new module 53 is configured to establish a new according to the indication information and the logical cell parameter carried in the cell setup request message.
  • the logical cell; the notification module 54 is configured to send a cell establishment success message to the target from the home RNC.
  • the auditing process performed by the auditing module 51 may include: the target sending an audit request message from the home RNC to the base station; and the base station sending an audit response message to the target from the home RNC according to the Audit request message.
  • the receiving module 52 receives the cell setup request message sent by the target from the home RNC, where the message carries the logical cell parameter and an indication for triggering the message to be triggered by the base station control right handover. information.
  • the cell building module 53 can directly establish a new logical cell according to the logical cell parameters and the indication information in the cell establishment request message, instead of returning the cell establishment failure message to the target from the home RNC according to the operation of the prior art, thereby avoiding
  • the logical cell deletion and the reestablishment on the base station respectively require the target to operate from the home RNC through the message, and the idle time period exists between the deletion and the reconstruction of the logical cell on the base station, so that the resident UE does not receive the signal and the system message. It causes the problem of displaying the network.
  • the notification module 54 sends a cell setup success message to the target from the home RNC.
  • the indication information that is triggered by the cell setup request message to indicate that the message is triggered by the base station control right handover may be, for example, a cell-to-base station control right handover triggering cell.
  • the base station Upon receiving the cell, the base station considers that the cell establishment procedure triggered by the base station control right handover is currently in progress. The step of causing the base station to perform a logical cell newization based on the cell.
  • the present embodiment provides an improved base station.
  • the method includes: an auditing module 61, a receiving module 62, a cell building module 63, and a notification module 64.
  • the comparing unit 631 is configured to determine whether the locally saved logical cell parameter is consistent with the logical cell parameter carried in the cell setup request message, and the cell new unit 632 is configured to determine, by the comparing unit 631, the cell establishment request message.
  • the base station reserves the locally stored logical cell parameter; or the comparing unit 631 determines the logical cell carried by the cell setup request message.
  • the base station modifies the locally saved physical channel power parameter to the location carried by the cell establishment request message. Determining a physical channel power parameter to establish the new logical cell;
  • the comparing unit 631 determines that the frequency point parameter in the logical cell parameter carried in the cell establishment request message is inconsistent with the frequency point parameter in the logical cell parameter locally saved by the base station, and the cell establishment request message is
  • the base station deletes the local logical cell, and then according to the cell setup request message Logical cell reference The number establishes the new logical cell.
  • the comparing unit 631 determines that the physical channel power parameter in the logical cell parameter locally saved by the base station is inconsistent with the physical channel power parameter in the logical cell parameter carried in the cell setup request message, and the other logical cell parameters are the same, the base station will be local.
  • the physical channel power parameter in the saved logical cell parameter is modified into a physical channel power parameter carried in the cell setup request message to establish a new logical cell on the base station.
  • the method only needs to replace some parameters in the logical cell parameters when establishing a new logical cell, and can reduce the data processing amount of the base station when creating a new logical cell.
  • the base station may further include: a channel deletion module 65, configured to delete locally saved common channel information.
  • the base station may delete the locally saved common channel information by using the channel deletion module 65.
  • the channel deletion module 65 may not be provided on the base station, and the common channel information stored locally by the base station may be replaced with new information by the new channel module 66 described below.
  • the base station may further include: a channel new module 66, configured to establish a new common channel; and a system message update module 67, configured to perform a system message update procedure.
  • the target may further initiate a common channel establishment procedure to the base station, and the base station establishes a new common channel by using the channel new module 66.
  • the target may initiate a system message update procedure from the home RNC, and the base station performs the process through the system message update module 67 to enable the base station to save the system message for broadcasting. Replace with the new system message carried by the system message update request message.
  • the system message update module 67 may include: a receiving unit 671, configured to receive a system message update request message from the target slave RNC, where the system message update request message carries There is a system message for replacing the system message saved by the base station; the updating unit 672 is configured to replace the locally saved system message with the system message carried by the system message update request message.
  • the embodiment further provides a radio network controller, as shown in FIG. 7, comprising: an auditing module 71, configured to execute an auditing process; and a sending module 72, configured to send a cell establishment request message to the base station, where the cell establishment request message is sent And carrying the logical cell parameter and the indication information that is used to indicate that the message is triggered by the base station control right handover; the receiving module 73 is configured to receive a cell establishment success message sent by the base station after the new logical cell is established.
  • a radio network controller as shown in FIG. 7, comprising: an auditing module 71, configured to execute an auditing process; and a sending module 72, configured to send a cell establishment request message to the base station, where the cell establishment request message is sent And carrying the logical cell parameter and the indication information that is used to indicate that the message is triggered by the base station control right handover; the receiving module 73 is configured to receive a cell establishment success message sent by the base station after the new logical cell is established.
  • the auditing module 71 first performs an auditing process, where the process includes: the target sends an audit request message from the home RNC to the base station; the base station according to the audit The request message sends an Audit response message to the target from the home RNC.
  • the auditing module 71 does not need to judge the audit response message according to the prior art, and does not initiate a logical cell deletion process to the base station, but the sending module 72 directly sends a cell establishment request message to the base station, where And the logic cell parameter and the indication information that is used to indicate that the message is triggered by the base station control right handover, so that the base station can directly establish a new logical cell according to the logical cell parameter and the indication information in the cell setup request message, thereby avoiding the existing existing In the technology, the deletion and the re-establishment of the logical cell on the base station are respectively triggered by different messages, and the idle time period exists between the deletion and the re-establishment of the logical cell on the base station, so that the resident UE does not receive the signal and the system message, and the display is lost. The problem with the net.
  • the target receives, from the receiving module 73 of the home RNC, a cell setup success message sent by the base station after establishing
  • the indication information that is triggered in the cell setup request message to indicate that the message is triggered by the base station control right handover may be, for example, a cell-to-base station control right handover triggering cell.
  • the base station Upon receiving the cell, the base station considers that the cell establishment procedure triggered by the base station control right handover is currently in progress. The step of causing the base station to perform a logical cell newization according to the cell.
  • the embodiment provides an improved RNC.
  • the method includes: an auditing module 81, a sending module 82, and a receiving module 83.
  • the RNC may further include: a negotiation module 84, configured to perform a handover negotiation process of the base station control right with the primary home RNC.
  • the base station control right switching negotiation process may negotiate with at least one secondary home RNC to find a secondary RNC that can receive control of the base station, and the RNC that can receive the base station control right passes.
  • the negotiation module 84 performs the handover negotiation process, it becomes the target slave home RNC.
  • the RNC may further include: a first indication module 85, configured to initiate a common channel establishment procedure to the base station, to indicate that the base station establishes a new common channel thereon; and a second indication module 86, configured to: A system message update procedure is initiated to the base station.
  • a first indication module 85 configured to initiate a common channel establishment procedure to the base station, to indicate that the base station establishes a new common channel thereon
  • a second indication module 86 configured to: A system message update procedure is initiated to the base station.
  • the first indication module 85 may continue to initiate a common channel establishment procedure to the base station, so that the base station establishes a new common channel.
  • the target may initiate a system message update procedure from the home RNC through the second indication module 86, so that the base station replaces its saved system message for broadcast with the system message update.
  • a new system message carried by the request message may be initiated.
  • the second indication module 86 may include: a sending unit 861, configured to send a system message update request message to the base station, where the system message update request message carries a system message for replacing a system message saved by the base station.
  • the audit response message is not required to be judged, and the logical cell deletion process is not initiated to the base station, but the cell establishment request message is directly sent to the base station.
  • the base station carrying the logical cell parameter and the indication information that is used to indicate that the message is triggered by the base station control right handover, so that the base station can directly establish a new logical cell according to the logical cell parameter and the indication information in the cell setup request message, and therefore, avoid Existing
  • the deletion and the re-establishment of the logical cell on the base station are respectively triggered by different messages, and there is an idle time period between the deletion and the reconstruction of the logical cell on the base station, so that the resident UE does not receive the signal and the system message and causes the display. The problem of dropping the net.
  • This embodiment provides a communication system, as shown in FIG. 9, including a base station 91 and an RNC 92.
  • the base station 91 is configured to: after performing the auditing process, receive a cell setup request message sent by the RNC 92, where the cell setup request message carries a logical cell parameter and an indication information that is used to indicate that the message is triggered by the base station control right handover, and then And establishing a new logical cell according to the indication information and the logical cell parameter carried in the cell setup request message, and sending a cell establishment success message to the RNC 92.
  • the RNC 92 is configured to send a cell setup request message to the base station 91 after performing the audit process, where the cell setup request message carries a logical cell parameter and indication information that is used to indicate that the message is triggered by the base station control right handover, and then receives the The cell establishment success message sent by the base station 91 after the new logical cell is established.
  • the base station and the RNC in this embodiment may be the base station and the RNC described in Embodiment 4, and details are not described herein again.
  • the present invention can be implemented by means of software plus necessary general hardware, and of course, by hardware, but in many cases, the former is a better implementation. .
  • the technical solution of the present invention which is essential or contributes to the prior art, may be embodied in the form of a software product stored in a readable storage medium, such as a floppy disk of a computer.
  • a hard disk or optical disk or the like includes instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) to perform the methods described in various embodiments of the present invention.
  • the embodiments of the present invention are mainly used in a WCDMA radio access network.

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Description

基站控制权的切换处理方法、 装置及系统 技术领域
本发明涉及无线通信技术领域， 尤其涉及基站控制权的切换处理方法、 装置及系统。
背景技术
WCDMA ( Wideband Code Division Multiple Access, 宽带码分多址）无线 接入网中， RNC ( Radio Network Controller, 无线网络控制器 )是 RNS ( Radio Network Subsystem, 无线网络子系统）的控制中心， 控制整个 RNS覆盖区域 内所有 UE ( User Equipment , 用户设备 ) 的无线接入业务， 因此， 要求 RNC 具有较高的可靠性。
现有技术提出一种 RNC集群技术， 能显著提高 RNC的可靠性。 使用该 技术 RNS的网络架构， 例如， 如图 1所示， 每一个 NodeB (基站）通过各自 的 Iub接口连接到一个主归属 RNC和一个从归属 RNC上。实线表示与 NodeB 连接的 RNC为主归属 RNC,其拥有该 NodeB的控制权， 而虚线表示与 NodeB 连接的 RNC为从归属 RNC,其仅与该 NodeB建立了物理连接，不对该 NodeB 进行控制。
当主归属 RNC发生故障导致不能对 NodeB进行有效控制时，主归属 RNC 可以与从归属 RNC协商， 并判定将所有由该主归属 RNC控制的 NodeB的控 制权从主归属 RNC切换至某一个从归属 RNC, 即目标从归属 RNC。 随后， 主归属 RNC指示 NodeB删除其上的逻辑小区， 再由目标从归属 RNC指示该 NodeB在其上新建逻辑小区， 从而完成该 NodeB控制权的切换。
在实现上述基站控制权切换的过程中， NodeB覆盖范围内驻留 UE可以 监听导频信道上发来的信号及通过广播信道接收系统消息， 然后根据接收到 的信号及系统消息在该 UE界面上显示信号强度、运营商信息等。 由于逻辑小 区中保存了导频信道和广播信道的配置参数， 如果 NodeB上的逻辑小区被删 除，则会导致该 NodeB覆盖范围内的驻留 UE接收不到上述信号及系统消息， 直到重建逻辑小区时建立新的导频信道和广播信道之后，驻留 UE界面才能重 新正常显示信号强度、 运营商信息等。 因此， 在逻辑小区删除后及重建前的 一段时间内， 驻留 UE将显示掉网。
发明内容
本发明的实施例提供一种基站控制权的切换处理方法、 装置及系统， 以 解决在基站控制权的切换过程中，该基站覆盖范围内的驻留 UE显示掉网的问 题。
一方面， 提供了一种基站控制权的切换处理方法， 包括： 基站执行审计 流程； 所述基站接收目标从归属无线网络控制器 RNC发送的小区建立请求消 息， 所述小区建立请求消息携带逻辑小区参数和用于指示该消息因基站控制 权切换而触发的指示信息； 所述基站根据所述指示信息和所述小区建立请求 消息携带的逻辑小区参数建立新的逻辑小区； 所述基站向所述目标从归属 RNC发送小区建立成功消息。
另一方面，提供一种基站控制权的切换处理方法， 包括： 目标从归属 RNC 执行审计流程； 所述目标从归属 RNC向基站发送小区建立请求消息， 所述小 区建立请求消息携带逻辑小区参数和用于指示该消息因基站控制权切换而触 发的指示信息； 所述目标从归属 RNC接收所述基站建立新的逻辑小区后发送 的小区建立成功消息。
再一方面， 提供一种基站， 包括： 审计模块， 用于执行审计流程； 接收 模块， 用于接收目标从归属 RNC发送的小区建立请求消息， 所述小区建立请 求消息携带逻辑小区参数和用于指示该消息因基站控制权切换而触发的指示 信息； 小区新建模块， 用于根据所述指示信息和所述小区建立请求消息携带 的逻辑小区参数建立新的逻辑小区； 通知模块， 用于向所述目标从归属 RNC 发送小区建立成功消息。
又一方面， 提供一种无线网络控制器， 包括： 审计模块， 用于执行审计 流程； 发送模块， 用于向基站发送小区建立请求消息， 所述小区建立请求消 息携带逻辑小区参数和用于指示该消息因基站控制权切换而触发的指示信 息； 接收模块， 用于接收所述基站建立新的逻辑小区后发送的小区建立成功 消息。
另一方面， 提供一种通信系统， 包括上述基站和上述无线网络控制器。 本发明实施例提供的基站控制权的切换处理方法、 装置及系统中， 由于 目标从归属 RNC在执行完审计流程后， 不需要对审计响应消息进行判断， 也 不会向基站发起逻辑小区删除流程， 而是直接向基站发送小区建立请求消息， 其中携带有逻辑小区参数及用于指示该消息因基站控制权切换而触发的指示 信息， 使得基站能根据小区建立请求消息中的逻辑小区参数及指示信息直接 建立新的逻辑小区， 因此， 避免了现有技术中基站上逻辑小区的删除与重建 分别由不同的消息触发而执行， 导致的基站上逻辑小区的删除与重建之间存 在空闲时间段， 使得驻留 UE收不到信号及系统消息而导致显示掉网的问题。 附图说明 施例描述中所需要使用的附图作简单地介绍， 显而易见地， 下面描述中的附 图仅仅是本发明的一些实施例， 对于本领域普通技术人员来讲， 在不付出创 造性劳动的前提下， 还可以根据这些附图获得其他的附图。
图 1为现有的釆用 RNC集群技术的 RNS结构示意图；
图 2为本发明实施例 1一种基站控制权的切换处理方法的流程图； 图 3为本发明实施例 2—种基站控制权的切换处理方法的流程图； 图 4为本发明实施例 3—种基站控制权的切换处理方法的流程图； 图 5为本发明实施例 4一种基站的结构方框图；
图 6为本发明实施例 4另一种基站的结构方框图；
图 7为本发明实施例 4一种无线网络控制器的结构方框图；
图 8为本发明实施例 4另一种无线网络控制器的结构方框图； 图 9为本发明实施例 5—种通信系统的结构方框图。
具体实施方式
下面将结合本发明实施例中的附图， 对本发明实施例中的技术方案进行 清楚、 完整地描述， 显然， 所描述的实施例仅仅是本发明一部分实施例， 而 不是全部的实施例。 基于本发明中的实施例， 本领域普通技术人员在没有做 出创造性劳动前提下所获得的所有其他实施例， 都属于本发明保护的范围。
实施例 1
本实施例提供一种基站控制权的切换处理方法， 如图 2所示， 该方法包 括如下步骤。
201、 目标从归属 RNC执行审计流程。
具体地， 主归属 RNC判定将基站控制权切换至目标从归属 RNC后， 目 标从归属 RNC会执行审计流程， 该流程包括： 目标从归属 RNC向基站发送 审计请求（ Audit request ) 消息； 基站根据该 Audit request消息向目标从归属 RNC发送审计响应 （ Audit response ) 消息。 审计响应消息及审计请求消息为 目标从归属 RNC在准备接收该基站的控制权之前， 为了解该基站的配置情况 而获取该基站上信息的消息， 审计响应消息中携带有该基站的本地小区信息 及逻辑小区参数。
202、 所述目标从归属 RNC向基站发送小区建立请求消息， 所述小区建 立请求消息携带逻辑小区参数和用于指示该消息因基站控制权切换而触发的 指示信息。
具体地， 现有技术中的目标从归属 RNC在接收到审计响应消息后， 会判 断该审计响应消息中是否携带基站的逻辑小区参数， 如果存在， 则确定该基 站的逻辑小区参数与 RNC侧记录的该基站的逻辑小区参数是否一致。 如果不 一致， 则目标从归属 RNC首先向该基站发起逻辑小区删除流程， 以指示基站 删除其上的逻辑小区， 再根据审计响应消息中的本地小区信息， 发起新的逻 辑小区建立流程， 在基站上建立新的逻辑小区。 本步骤中， 目标从归属 RNC在接收到基站发送审计响应消息后， 生成小 区建立请求消息， 该消息中携带有逻辑小区参数和用于指示该消息因基站控 制权切换而触发的指示信息， 以区别于现有的小区建立请求消息， 然后将携 带有逻辑小区参数和指示信息的上述小区建立请求消息发送至该基站。 其中， 小区建立请求消息中携带的逻辑小区参数为目标从归属 RNC将要在基站上建 立的新逻辑小区的参数。
基站根据小区建立请求消息中的指示信息， 可确定接收到的小区建立请 求消息不同于现有的小区建立请求消息， 接下来会根据小区建立请求消息中 的逻辑小区参数建立新的逻辑小区。 而现有技术中， 当基站上设有逻辑小区 时， 若接收到小区建立请求消息， 则会向该小区建立请求消息的发送方返回 一个小区建立失败消息。
203、 所述目标从归属 RNC接收所述基站建立新的逻辑小区后发送的小 区建立成功消息。
具体地， 基站上新的逻辑小区建立完成后， 基站会向目标从归属 RNC发 送小区建立成功消息。
本实施例中， 由于目标从归属 RNC在执行完审计流程后， 不需要对审计 响应消息进行判断， 也不会向基站发起逻辑小区删除流程， 而是直接向基站 发送小区建立请求消息， 其中携带有逻辑小区参数及用于指示该消息因基站 控制权切换而触发的指示信息， 使得基站能根据小区建立请求消息中的逻辑 小区参数及指示信息直接建立新的逻辑小区， 因此， 避免了现有技术中基站 上逻辑小区的删除与重建分别由不同的消息触发而执行， 导致基站上逻辑小 区的删除与重建之间存在空闲时间段，使得驻留 UE收不到信号及系统消息而 导致显示掉网的问题。
实施例 2
本实施例提供一种基站控制权的切换处理方法， 如图 3 所示， 该方法的 执行主体为 WCDMA无线接入网中的基站， 该方法包括如下步骤。 301、 基站执行审计流程。
302、 所述基站接收目标从归属 RNC发送的小区建立请求消息， 所述小 区建立请求消息携带逻辑小区参数和用于指示该消息因基站控制权切换而触 发的指示信息。
具体地， 根据实施例 1的描述， 目标从归属 RNC在接收到基站发送审计 响应消息后， 不进行现有技术中的判断步骤及逻辑小区删除流程， 而直接生 成小区建立请求消息， 该消息中携带有逻辑小区参数和用于指示该消息因基 站控制权切换而触发的指示信息， 以区别于现有的小区建立请求消息， 然后 目标从归属 RNC将携带有逻辑小区参数和指示信息的上述小区建立请求消息 发送至该基站。 其中， 小区建立请求消息中携带的逻辑小区参数为目标从归 属 RNC将要在基站上建立的新逻辑小区的参数。
303、 所述基站根据所述指示信息和所述小区建立请求消息携带的逻辑小 区参数建立新的逻辑小区。
具体地， 基站根据小区建立请求消息中的指示信息， 可确定接收到的小 区建立请求消息不同于现有的小区建立请求消息， 接下来会根据小区建立请 求消息中的逻辑小区参数建立新的逻辑小区。 而现有技术中， 当基站上设有 逻辑小区时， 若接收到来自 RNC的小区建立请求消息， 则会向该 RNC返回 一条小区建立失败消息， 然后由该 RNC通过发起逻辑小区删除流程来指示基 站删除其上的逻辑小区， 再由该 RNC通过发送小区建立请求消息指示基站建 立新的逻辑小区。
304、 所述基站向所述目标从归属 RNC发送小区建立成功消息。
具体地， 基站上新的逻辑小区建立完成后， 基站会向目标从归属 RNC发 送小区建立成功消息。
需要说明的是， 上述目标从归属 RNC为釆用 RNC集群技术的 RNS中可 接收由主归属 RNC所控制基站的控制权的 RNC。
本实施例中， 由于基站在执行完审计流程后， 会接收到目标从归属 RNC 发送的小区建立请求消息， 其中携带有逻辑小区参数及用于指示该消息因基 站控制权切换而触发的指示信息， 且基站能根据小区建立请求消息中的逻辑 小区参数及指示信息直接建立新的逻辑小区， 而非按照现有技术的操作向目 标从归属 RNC返回小区建立失败消息， 因此， 避免了现有技术中基站上逻辑 小区删除与重建分别需要目标从归属 RNC通过消息进行操作， 导致的基站上 逻辑小区的删除与重建之间存在空闲时间段，使得驻留 UE收不到信号及系统 消息而导致显示掉网的问题。
实施例 3
本实施例提供一种基站控制权的切换处理方法， 如图 4所示， 包括如下 步骤。
401、主归属 RNC与目标从归属 RNC之间进行基站控制权的切换协商流 程。
具体地， 主归属 RNC无法继续对基站进行控制时， 可通过基站控制权的 切换协商流程与至少一个从归属 RNC进行协商， 寻找可以接收该基站控制权 的从归属 RNC,当某一个从归属 RNC经过切换协商流程后可接收该基站控制 权时， 则成为目标从归属 RNC。
402、 主归属 RNC向基站发起公共信道删除流程。
具体地， 该步骤为可选步骤， 主归属 RNC在执行完基站控制权的切换协 商流程后， 也可以不发起公共信道删除流程， 而在基站建立完新的逻辑小区 后， 可由目标从归属 RNC按下述 407步骤发起公共信道建立流程， 以指示基 站直接重新建立新的公共信道。
现有技术中， 主归属 RNC通过公共信道删除流程指示基站将公共信道信 息删除后， 会通过逻辑小区删除流程指示基站将逻辑小区删除， 在基站上的 逻辑小区， 有相应的多个逻辑小区参数， 每个参数对应于基站上的某一个硬 件组件， 删除逻辑小区就是断开逻辑小区参数与硬件组件之间的关联， 即去 激活逻辑小区参数， 使得各硬件组件停止所述操作； 建立逻辑小区就是将各 个逻辑小区参数保存在基站上并与硬件组件相关联， 即激活逻辑小区参数， 使得各硬件组件能按照逻辑小区参数进行指定操作。
本实施例中， 在主归属 RNC向基站发起公共信道删除流程后， 可以不按 照现有技术的方法继续向基站发起逻辑小区删除流程， 而是目标从归属 RNC 及基站直接执行审计流程， 使得该基站上的逻辑小区不被删除， 从而在该基 站反馈给该目标从归属 RNC的审计响应消息中， 携带有该基站保存的逻辑小 区的小区参数。
当然， 在主归属 RNC与目标从归属 RNC之间进行完基站控制权的切换 协商流程后， 若主归属 RNC发起了公共信道删除流程， 则目标从归属 RNC 可执行延迟一个等待时间的步骤， 该步骤为可选步骤， 用于目标从归属 RNC 等待基站删除完其上公共信道信息后，再执行后续的审计流程，若主归属 RNC 不发起公共信道删除流程， 则目标从归属 RNC可不必执行该延迟一个等待时 间的步骤。
403、 目标从归属 RNC及基站执行审计流程。
具体地， 如实施例 1中的描述， 该审计流程包括： 目标从归属 RNC向基 站发送审计请求（ Audit request ) 消息； 基站根据该 Audit request消息生成并 向目标从归属 RNC发送审计响应 （ Audit response ) 消息。
404、 目标从归属 RNC向基站发送小区建立请求消息， 其中携带有逻辑 小区参数和用于指示该消息因基站控制权切换而触发的指示信息。
具体地， 根据实施例 1中的描述， 现有技术中的目标从归属 RNC在接收 到审计响应消息后， 会判断该审计响应消息中是否携带基站的逻辑小区参数， 如果存在， 则确定该基站的逻辑小区参数与 RNC侧记录的该基站的逻辑小区 参数是否一致。 如果不一致， 则目标从归属 RNC首先向该基站发起逻辑小区 删除流程， 以指示基站删除其上的逻辑小区， 再根据审计响应消息中的本地 小区信息， 发起新的逻辑小区建立流程， 在基站上建立新的逻辑小区。 由于 执行本实施例上述的 401 ~ 403步骤后， 目标从归属 RNC会收到携带基站逻 辑小区参数的审计响应消息， 按现有技术， 目标从归属 RNC接下来会向基站 发送逻辑小区删除消息。
按照本实施例， 目标从归属 RNC收到审计响应消息后， 会忽略接收到的 审计响应消息中携带的逻辑小区参数， 而生成小区建立请求消息， 该消息中 携带有逻辑小区参数和用于指示该消息因基站控制权切换而触发的指示信 息， 以区别于现有的小区建立请求消息， 然后将携带有逻辑小区参数和指示 信息的上述小区建立请求消息发送至该基站。 其中， 小区建立请求消息中携 带的逻辑小区参数为目标从归属 RNC 将要在基站上建立的新逻辑小区的参 数。
小区建立请求消息中携带的用于指示该消息因基站控制权切换而触发的 指示信息， 例如， 可以是一个信元一一基站控制权切换触发信元。 基站收到 此信元， 则认为当前正在进行因基站控制权切换而触发的小区建立流程。 以 使得基站根据该信元执行下述步骤 405。
该信元， 例如， 可具有表 1所示的格式:
Figure imgf000011_0001
表 1
其中 , NodeB Rehost Indicator表示信元名称； IE Type and Reference的值 为 ENUMERATED (True), 表示该信元的取值； Semantics Description的值为 "True means the cell is setup because the Node B is rehosted from master homing RNC to slave homing RNC",表示该信元表示小区建立的原因是 NodeB的控制 权从主归属 RNC切换到目标从归属 RNC上。
405、 基站根据小区建立请求消息携带的所述指示信息和所述逻辑小区参 数建立新的逻辑小区。
具体地， 基站根据小区建立请求消息中的指示信息， 以及小区建立请求 消息中的逻辑小区参数建立新的逻辑小区， 以替换旧的逻辑小区。 而现有技 术中， 当基站上设有逻辑小区时， 若接收到来自 RNC的小区建立请求消息， 则会向该 RNC返回一个小区建立失败消息， 然后由该 RNC通过发起逻辑小 区删除流程来指示基站删除其上的逻辑小区， 再由该 RNC通过发送小区建立 请求消息指示基站建立新的逻辑小区。
其中， 基站根据小区建立请求消息携带的逻辑小区参数建立新的逻辑小 区的方法， 例如， 可有以下三种：
方法 1、当小区建立请求消息携带的逻辑小区参数与基站本地保存的逻辑 小区参数完全一致时， 该基站保留本地保存的逻辑小区参数， 即该基站不对 本地保存的逻辑小区进行任何操作， 保持现有逻辑小区参数处于激活状态。
方法 2、当基站本地保存的逻辑小区参数中物理信道功率参数与小区建立 请求消息携带的逻辑小区参数中的物理信道功率参数不一致， 而其它的逻辑 小区参数都相同时， 基站将本地保存的逻辑小区参数中的该物理信道功率参 数修改为小区建立请求消息中携带的物理信道功率参数， 以在基站上建立新 的逻辑小区。 由于本方法在建立新的逻辑小区时仅需对逻辑小区参数中的部 分参数进行替换， 可减小基站在新建逻辑小区时的数据处理量。
方法 3、当基站本地保存的逻辑小区参数中频点参数与小区建立请求消息 携带的逻辑小区参数中频点参数不一致， 且基站本地保存的逻辑小区参数中 扰码参数与小区建立请求消息携带的逻辑小区参数中扰码参数不一致时， 基 站删除本地的逻辑小区， 即把本地保存的逻辑小区参数去激活， 再根据小区 建立请求消息携带的逻辑小区参数建立新的逻辑小区， 也就是将小区建立请 求消息携带的逻辑小区参数保存在基站上并激活这些逻辑小区参数。
406、 向目标从归属 RNC发送小区建立成功消息。
具体地， 当基站在其上建立完新的逻辑小区后， 会生成小区建立成功消 息， 并将该小区建立成功消息发送至目标从归属 RNC, 从而完成该基站控制 权的切换。 407、 目标从归属 RNC向基站发起公共信道建立流程。
具体地， 当目标从归属 RNC收到基站发来的小区建立成功消息后， 可选 的， 还可继续向基站发起公共信道建立流程， 以使基站在其上建立新的公共 信道。
408、 目标从归属 RNC向基站发起系统消息更新流程。
具体地， 目标从归属 RNC与基站执行完公共信道建立流程后， 目标从归 属 RNC可发起系统消息更新流程， 即目标从归属 RNC向基站发送系统消息 更新请求消息， 以使基站将其保存的用于广播的系统消息替换为该系统消息 更新请求消息携带的新的系统消息， 也就是说， 基站将其保存的用于广播的 系统消息全部删除， 再将该系统消息更新请求消息携带的新的系统消息保存 在本地。
现有技术中， RNC在向基站发送系统消息更新请求消息前， 需要比较当 前基站广播的系统消息与 RNC需要基站广播的系统消息之间的差异， 并将差 异消息携带在系统消息更新请求消息中发给基站。 基站收到该系统消息更新 请求消息后， 会检查差异是否正确， 如果错误， 将导致本流程失败。 而本发 明实施例是将该系统消息更新请求消息携带的新的系统消息完整的替换掉原 先本地保存的系统消息。
本步骤提供的系统消息更新流程， 可以通过在系统消息更新请求消息中 新增一个控制权切换标识， 以通知基站取消上述差异检查流程， 直接删除其 上保存的所有系统消息， 再将系统消息更新请求消息携带的新的系统消息保 存在本地。
本步骤提供的系统消息更新流程， 也可以对基站进行设置， 使该基站在 控制权切换后， 接收到目标从归属 RNC发送的系统消息更新请求消息时， 例 如， 可以是接收到第一条系统消息更新请求消息时， 将基站上新的逻辑小区 中所有的系统消息替换为系统消息更新请求消息携带的新的系统消息。 随后， 基站可向用户设备广播新的系统消息。 本步骤提供的系统消息更新流程还可以是本领域技术人员所知的其它能 删除基站上新逻辑小区中所有系统消息并更新为新的系统消息的方法。
需要说明的是， 上述目标从归属 RNC为釆用 RNC集群技术的 RNS中可 接收由主归属 RNC所控制基站的控制权的 RNC。另夕卜，控制权切换标识可以 根据系统消息更新请求消息的格式要求进行设定。
本实施例中， 由于目标从归属 RNC在执行完审计流程后， 不需要对审计 响应消息进行判断， 也不会向基站发起逻辑小区删除流程， 而是直接向基站 发送小区建立请求消息， 其中携带有逻辑小区参数及用于指示该消息因基站 控制权切换而触发的指示信息， 使得基站能根据小区建立请求消息中的逻辑 小区参数及指示信息直接建立新的逻辑小区， 因此， 避免了现有技术中基站 上逻辑小区的删除与重建分别由不同的消息触发而执行， 导致的基站上逻辑 小区的删除与重建之间存在空闲时间段，使得驻留 UE收不到信号及系统消息 而导致显示掉网的问题。
实施例 4
本实施例还提供一种基站， 如图 5所示， 该基站包括： 审计模块 51 , 用 于执行审计流程；接收模块 52, 用于接收目标从归属 RNC发送的小区建立请 求消息， 所述小区建立请求消息携带逻辑小区参数和用于指示该消息因基站 控制权切换而触发的指示信息； 小区新建模块 53 , 用于根据所述指示信息和 所述小区建立请求消息携带的逻辑小区参数建立新的逻辑小区；通知模块 54, 用于向所述目标从归属 RNC发送小区建立成功消息。
其中， 审计模块 51执行的审计流程， 例如， 可以包括： 目标从归属 RNC 向基站发送审计请求（ Audit request ) 消息； 基站根据该 Audit request消息向 目标从归属 RNC发送审计响应 （ Audit response ) 消息。 审计模块 51在执行 完审计流程后， 接收模块 52会接收到目标从归属 RNC发送的小区建立请求 消息， 该消息中携带有逻辑小区参数及用于指示该消息因基站控制权切换而 触发的指示信息。 随后， 小区新建模块 53可以根据小区建立请求消息中的逻辑小区参数及 指示信息直接建立新的逻辑小区， 而非按照现有技术的操作向目标从归属 RNC返回小区建立失败消息， 因此， 避免了现有技术中基站上逻辑小区删除 与重建分别需要目标从归属 RNC通过消息进行操作， 导致的基站上逻辑小区 的删除与重建之间存在空闲时间段，使得驻留 UE收不到信号及系统消息而导 致显示掉网的问题。 接下来， 通知模块 54向目标从归属 RNC发送小区建立 成功消息。
小区建立请求消息中携带的用于指示该消息因基站控制权切换而触发的 指示信息， 例如， 可以是一个信元一一基站控制权切换触发信元。 基站收到 此信元， 则认为当前正在进行因基站控制权切换而触发的小区建立流程。 以 使得基站根据该信元执行逻辑小区新建的步骤。
在图 5所示基站的基础上本实施例提出一种改进的基站， 如图 6所示， 包括： 审计模块 61、 接收模块 62、 小区新建模块 63及通知模块 64, 其中， 小区新建模块 63可包括： 比较单元 631 , 用于确定本地保存的逻辑小区参数 与所述小区建立请求消息携带的逻辑小区参数是否一致； 小区新建单元 632, 用于所述比较单元 631 确定所述小区建立请求消息携带的逻辑小区参数与所 述基站本地保存的逻辑小区参数完全一致时， 所述基站保留本地保存的所述 逻辑小区参数； 或者， 所述比较单元 631 确定所述小区建立请求消息携带的 逻辑小区参数中的物理信道功率参数与所述基站本地保存的逻辑小区参数中 的物理信道功率参数不一致时， 所述基站将本地保存的所述物理信道功率参 数修改为所述小区建立请求消息携带的所述物理信道功率参数， 以建立所述 新的逻辑小区； 或者， 所述比较单元 631 确定所述小区建立请求消息携带的 逻辑小区参数中的频点参数与所述基站本地保存的所述逻辑小区参数中的频 点参数不一致， 且所述小区建立请求消息携带的逻辑小区参数中的扰码参数 与所述基站本地保存的所述逻辑小区参数中的扰码参数不一致时， 所述基站 删除本地的逻辑小区， 再根据所述小区建立请求消息携带的所述逻辑小区参 数建立所述新的逻辑小区。
通过使用比较单元 631 ,可在新建逻辑小区的过程中根据上述三种不同的 情况釆用不同的方法。
其中， 当比较单元 631 确定基站本地保存的逻辑小区参数中物理信道功 率参数与小区建立请求消息携带的逻辑小区参数中的物理信道功率参数不一 致， 而其它的逻辑小区参数都相同时， 基站将本地保存的逻辑小区参数中的 该物理信道功率参数修改为小区建立请求消息中携带的物理信道功率参数， 以在基站上建立新的逻辑小区。 该方法在建立新的逻辑小区时仅需对逻辑小 区参数中的部分参数进行替换， 可减小基站在新建逻辑小区时的数据处理量。
另外， 可选的， 该基站还可包括： 信道删除模块 65 , 用于删除本地保存 的公共信道信息。
在主归属 RNC向基站发起公共信道删除流程后， 通过信道删除模块 65 , 基站可将本地保存的公共信道信息删除。 基站上也可以不设置该信道删除模 块 65 ,而由下述的新建信道模块 66将基站本地保存的公共信道信息替换为新 的信息。
该基站还可包括： 信道新建模块 66, 用于建立新的公共信道； 系统消息 更新模块 67 , 用于执行系统消息更新流程。
当目标从归属 RNC收到基站发来的小区建立成功消息后， 可选的， 还可 继续向基站发起公共信道建立流程， 基站通过信道新建模块 66建立新的公共 信道。
目标从归属 RNC与基站执行完公共信道建立流程后， 目标从归属 RNC 可发起系统消息更新流程， 基站上通过系统消息更新模块 67执行该流程， 以 使基站将其保存的用于广播的系统消息替换为该系统消息更新请求消息携带 的新的系统消息。
其中， 系统消息更新模块 67可包括： 接收单元 671 , 用于接收来自所述 目标从归属 RNC的系统消息更新请求消息， 所述系统消息更新请求消息携带 有用于替换所述基站保存的系统消息的系统消息； 更新单元 672, 用于将本地 保存的系统消息替换为所述系统消息更新请求消息携带的系统消息。
应用上述的基站进行基站控制权的切换处理的具体过程已在实施例 2及 实施例 3中做了详细说明， 在此不再赘述。
本实施例还提供一种无线网络控制器， 如图 7所示， 包括： 审计模块 71 , 用于执行审计流程； 发送模块 72, 用于向基站发送小区建立请求消息， 所述 小区建立请求消息携带逻辑小区参数和用于指示该消息因基站控制权切换而 触发的指示信息； 接收模块 73 , 用于接收所述基站建立新的逻辑小区后发送 的小区建立成功消息。
上述 RNC作为目标从归属 RNC与基站间进行控制权切换处理时， 审计 模块 71先执行审计流程， 该流程包括： 目标从归属 RNC向基站发送审计请 求（Audit request ) 消息； 基站才艮据该 Audit request消息向目标从归属 RNC 发送审计响应 ( Audit response ) 消息。
审计模块 71在执行完审计流程后， 不需要按照现有技术对审计响应消息 进行判断， 也不向基站发起逻辑小区删除流程， 而是由发送模块 72直接向基 站发送小区建立请求消息， 其中携带有逻辑小区参数及用于指示该消息因基 站控制权切换而触发的指示信息， 使得基站能根据小区建立请求消息中的逻 辑小区参数及指示信息直接建立新的逻辑小区， 因此， 避免了现有技术中基 站上逻辑小区的删除与重建分别由不同的消息触发而执行， 导致基站上逻辑 小区的删除与重建之间存在空闲时间段，使得驻留 UE收不到信号及系统消息 而导致显示掉网的问题。 接下来， 目标从归属 RNC的接收模块 73接收基站 建立新的逻辑小区后发送的小区建立成功消息。
小区建立请求消息中携带的用于指示该消息因基站控制权切换而触发的 指示信息， 例如， 可以是一个信元一一基站控制权切换触发信元。 基站收到 此信元， 则认为当前正在进行因基站控制权切换而触发的小区建立流程。 以 使得基站根据该信元执行逻辑小区新建的步骤。 在图 7所示 RNC的基础上本实施例提出一种改进的 RNC, 如图 8所示， 包括： 审计模块 81、发送模块 82及接收模块 83。 可选的， 该 RNC还可包括： 协商模块 84, 用于与主归属 RNC之间进行所述基站控制权的切换协商流程。
主归属 RNC无法继续对基站进行控制时， 可通过基站控制权的切换协商 流程与至少一个从归属 RNC进行协商， 寻找可以接收该基站控制权的从归属 RNC, 可接收该基站控制权的 RNC通过协商模块 84执行切换协商流程后， 则成为目标从归属 RNC。
可选的， 该 RNC还可包括： 第一指示模块 85, 用于向所述基站发起公共 信道建立流程， 以指示所述基站在其上建立新的公共信道； 第二指示模块 86, 用于向所述基站发起系统消息更新流程。
当目标从归属 RNC收到基站发来的小区建立成功消息后， 可选的， 还可 通过第一指示模块 85继续向基站发起公共信道建立流程， 以使基站建立新的 公共信道。
目标从归属 RNC与基站执行完公共信道建立流程后， 目标从归属 RNC 通过第二指示模块 86可发起系统消息更新流程， 以使基站将其保存的用于广 播的系统消息替换为该系统消息更新请求消息携带的新的系统消息。
其中， 第二指示模块 86可包括： 发送单元 861 , 用于向所述基站发送系 统消息更新请求消息， 所述系统消息更新请求消息携带用于替换所述基站保 存的系统消息的系统消息。
应用上述无线网络控制器进行基站控制权的切换处理的具体过程已在实 施例 1及实施例 3中做了详细说明， 在此不再赘述。
本实施例中， 由于目标从归属无线网络控制器在执行完审计流程后， 不 需要对审计响应消息进行判断， 也不会向基站发起逻辑小区删除流程， 而是 直接向基站发送小区建立请求消息， 其中携带有逻辑小区参数及用于指示该 消息因基站控制权切换而触发的指示信息， 使得基站能根据小区建立请求消 息中的逻辑小区参数及指示信息直接建立新的逻辑小区， 因此， 避免了现有 技术中基站上逻辑小区的删除与重建分别由不同的消息触发而执行， 导致的 基站上逻辑小区的删除与重建之间存在空闲时间段，使得驻留 UE收不到信号 及系统消息而导致显示掉网的问题。
实施例 5
本实施例提供一种通信系统， 如图 9所示， 包括基站 91和 RNC92。 其中， 基站 91用于在执行完审计流程后， 接收 RNC92发送的小区建立 请求消息， 所述小区建立请求消息携带逻辑小区参数和用于指示该消息因基 站控制权切换而触发的指示信息， 然后根据所述指示信息和所述小区建立请 求消息携带的逻辑小区参数建立新的逻辑小区， 再向 RNC92发送小区建立成 功消息。
RNC92用于在执行完审计流程后， 向基站 91发送小区建立请求消息， 所 述小区建立请求消息携带逻辑小区参数和用于指示该消息因基站控制权切换 而触发的指示信息， 然后接收所述基站 91建立新的逻辑小区后发送的小区建 立成功消息。
本实施例的基站和 RNC可以为实施例 4中描述的基站和 RNC,具体结构 不再赘述。
通过以上的实施方式的描述， 所属领域的技术人员可以清楚地了解到本 发明可借助软件加必需的通用硬件的方式来实现， 当然也可以通过硬件， 但 很多情况下前者是更佳的实施方式。 基于这样的理解， 本发明的技术方案本 质上或者说对现有技术做出贡献的部分可以以软件产品的形式体现出来， 该 计算机软件产品存储在可读取的存储介质中， 如计算机的软盘， 硬盘或光盘 等， 包括若干指令用以使得一台计算机设备（可以是个人计算机， 服务器， 或者网络设备等）执行本发明各个实施例所述的方法。
本发明实施例主要用于 WCDMA无线接入网中。
以上所述， 仅为本发明的具体实施方式， 但本发明的保护范围并不局限 于此， 任何熟悉本技术领域的技术人员在本发明揭露的技术范围内， 可轻易 想到的变化或替换， 都应涵盖在本发明的保护范围之内。 因此， 本发明的保 护范围应以权利要求的保护范围为准。

Claims

权利 要求 书
1、 一种基站控制权的切换处理方法， 其特征在于， 包括：
基站执行审计流程；
所述基站接收目标从归属无线网络控制器 RNC发送的小区建立请求消息， 所述小区建立请求消息携带逻辑小区参数和用于指示该消息因基站控制权切换 而触发的指示信息；
所述基站根据所述指示信息和所述小区建立请求消息携带的逻辑小区参数 建立新的逻辑小区；
所述基站向所述目标从归属 RNC发送小区建立成功消息。
2、 根据权利要求 1所述的方法， 其特征在于， 所述基站根据所述指示信息 和所述小区建立请求消息携带的逻辑小区参数建立新的逻辑小区， 包括：
如果所述小区建立请求消息携带的逻辑小区参数与所述基站本地保存的逻 辑小区参数完全一致， 所述基站保留本地保存的所述逻辑小区参数； 或者
如果所述小区建立请求消息携带的逻辑小区参数中的物理信道功率参数与 所述基站本地保存的逻辑小区参数中的物理信道功率参数不一致， 所述基站将 本地保存的所述物理信道功率参数修改为所述小区建立请求消息携带的所述物 理信道功率参数， 以建立所述新的逻辑小区； 或者
如果所述小区建立请求消息携带的逻辑小区参数中的频点参数与所述基站 本地保存的所述逻辑小区参数中的频点参数不一致， 且所述小区建立请求消息 携带的逻辑小区参数中的扰码参数与所述基站本地保存的所述逻辑小区参数中 的扰码参数不一致， 所述基站删除本地的逻辑小区， 再根据所述小区建立请求 消息携带的所述逻辑小区参数建立所述新的逻辑小区。
3、 根据权利要求 1或 2所述的方法， 其特征在于， 在所述基站接收目标从 归属 RNC发送的小区建立请求消息之前， 还包括：
所述基站删除本地保存的公共信道信息。
4、 根据权利要求 3所述的方法， 其特征在于， 在所述基站向所述目标从归 属 RNC发送小区建立成功消息之后， 还包括：
所述基站建立新的公共信道；
所述基站执行系统消息更新流程。
5、 根据权利要求 4所述的方法， 其特征在于， 所述基站执行系统消息更新 流程包括：
所述基站接收来自所述目标从归属 RNC的系统消息更新请求消息， 所述系 统消息更新请求消息携带有用于替换所述基站保存的系统消息的系统消息； 所述基站将本地保存的系统消息替换为所述系统消息更新请求消息携带的 系统消息。
6、 一种基站控制权的切换处理方法， 其特征在于， 包括：
目标从归属 RNC执行审计流程；
所述目标从归属 RNC向基站发送小区建立请求消息， 所述小区建立请求消 息携带逻辑小区参数和用于指示该消息因基站控制权切换而触发的指示信息； 所述目标从归属 RNC接收所述基站建立新的逻辑小区后发送的小区建立成 功消息。
7、 根据权利要求 6所述的方法， 其特征在于， 在所述目标从归属 RNC执 行审计流程之前， 还包括：
主归属 RNC与所述目标从归属 RNC之间进行的所述基站控制权的切换协 商流程。
8、 根据权利要求 6或 7所述的方法， 其特征在于， 在所述目标从归属 RNC 接收所述基站建立新的逻辑小区后发送的小区建立成功消息之后， 还包括： 所述目标从归属 RNC向所述基站发起公共信道建立流程， 以指示所述基站 在其上建立新的公共信道；
所述目标从归属 RNC向所述基站发起系统消息更新流程。
9、 根据权利要求 8所述的方法， 其特征在于， 所述目标从归属 RNC向所 述基站发起系统消息更新流程， 包括： 所述目标从归属 RNC向所述基站发送系统消息更新请求消息， 所述系统消 息更新请求消息携带用于替换所述基站保存的系统消息的系统消息。
10、 一种基站， 其特征在于， 包括：
审计模块， 用于执行审计流程；
接收模块， 用于接收目标从归属 RNC发送的小区建立请求消息， 所述小区 建立请求消息携带逻辑小区参数和用于指示该消息因基站控制权切换而触发的 指示信息；
小区新建模块， 用于根据所述指示信息和所述小区建立请求消息携带的逻 辑小区参数建立新的逻辑小区；
通知模块， 用于向所述目标从归属 RNC发送小区建立成功消息。
11、 根据权利要求 10所述的基站， 其特征在于， 所述小区新建模块包括： 比较单元， 用于确定本地保存的逻辑小区参数与所述小区建立请求消息携 带的逻辑小区参数是否一致；
小区新建单元， 用于所述比较单元确定所述小区建立请求消息携带的逻辑 小区参数与所述基站本地保存的逻辑小区参数完全一致时， 所述基站保留本地 保存的所述逻辑小区参数； 或者， 所述比较单元确定所述小区建立请求消息携 带的逻辑小区参数中的物理信道功率参数与所述基站本地保存的逻辑小区参数 中的物理信道功率参数不一致时， 所述基站将本地保存的所述物理信道功率参 数修改为所述小区建立请求消息携带的所述物理信道功率参数， 以建立所述新 的逻辑小区； 或者， 所述比较单元确定所述小区建立请求消息携带的逻辑小区 参数中的频点参数与所述基站本地保存的所述逻辑小区参数中的频点参数不一 致， 且所述小区建立请求消息携带的逻辑小区参数中的扰码参数与所述基站本 地保存的所述逻辑小区参数中的扰码参数不一致时， 所述基站删除本地的逻辑 小区， 再根据所述小区建立请求消息携带的所述逻辑小区参数建立所述新的逻 辑小区。
12、 根据权利要求 10或 11所述的基站， 其特征在于， 还包括： 信道删除模块， 用于删除本地保存的公共信道信息。
13、 根据权利要求 12所述的基站， 其特征在于， 还包括：
信道新建模块， 用于建立新的公共信道；
系统消息更新模块， 用于执行系统消息更新流程。
14、 根据权利要求 13所述的基站， 其特征在于， 系统消息更新模块包括： 接收单元， 用于接收来自所述目标从归属 RNC的系统消息更新请求消息， 所述系统消息更新请求消息携带有用于替换所述基站保存的系统消息的系统消 息；
更新单元， 用于将本地保存的系统消息替换为所述系统消息更新请求消息 携带的系统消息。
15、 一种无线网络控制器， 其特征在于， 包括：
审计模块， 用于执行审计流程；
发送模块， 用于向基站发送小区建立请求消息， 所述小区建立请求消息携 带逻辑小区参数和用于指示该消息因基站控制权切换而触发的指示信息；
接收模块， 用于接收所述基站建立新的逻辑小区后发送的小区建立成功消 息。
16、 根据权利要求 15所述的无线网络控制器， 其特征在于， 还包括： 协商模块， 用于与主归属 RNC之间进行所述基站控制权的切换协商流程。
17、 根据权利要求 15或 16所述的无线网络控制器， 其特征在于， 还包括： 第一指示模块， 用于向所述基站发起公共信道建立流程， 以指示所述基站 在其上建立新的公共信道；
第二指示模块， 用于向所述基站发起系统消息更新流程。
18、 根据权利要求 17所述的无线网络控制器， 其特征在于， 所述第二指示 模块， 包括：
发送单元， 用于向所述基站发送系统消息更新请求消息， 所述系统消息更 新请求消息携带用于替换所述基站保存的系统消息的系统消息。
19、一种通信系统，包括权利要求 10 ~ 14任一项所述的基站和权利要求 15 ~ 任一项所述的无线网络控制器。
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US20090003288A1 (en) * 2004-07-14 2009-01-01 Zte Corporation Method for Reporting and Managing Wireless Resources in Tdm System
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Publication number Priority date Publication date Assignee Title
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US20090003288A1 (en) * 2004-07-14 2009-01-01 Zte Corporation Method for Reporting and Managing Wireless Resources in Tdm System
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