WO2010066164A1 - Method, system for implementing management of radio access network information and network device - Google Patents
Method, system for implementing management of radio access network information and network device Download PDFInfo
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- WO2010066164A1 WO2010066164A1 PCT/CN2009/075190 CN2009075190W WO2010066164A1 WO 2010066164 A1 WO2010066164 A1 WO 2010066164A1 CN 2009075190 W CN2009075190 W CN 2009075190W WO 2010066164 A1 WO2010066164 A1 WO 2010066164A1
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- WIPO (PCT)
- Prior art keywords
- base station
- target cell
- system information
- information
- access network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
Definitions
- the present invention relates to the field of communications, and in particular, to a method, system, and network device for implementing information management of a radio access network. Background technique
- HNB Home NodeB
- HeNB LTE Home NodeB
- HNB and HeNB are small home base stations that are purchased by ordinary users and installed by themselves to solve small coverage problems such as indoors or provide higher-speed data services.
- HNB is a 3G communication technology domain, using 3G radio access technology;
- HeNB is a Long Term Evolution (LTE) communication technology domain, using LTE radio access technology.
- LTE Long Term Evolution
- the mobility management of the packet service is still implemented by means of cell reselection.
- the network assisted cell change (NACC) is referenced. )technology.
- the main idea of the NACC technology is that before the cell changes, the network side sends the system message of the target cell to the terminal. Since the terminal has obtained the system message of the target cell before the cell change, the terminal does not need to perform the reading system after entering the target cell. Messages, which reduce the data interruption time caused by reading system messages.
- a key process of the NACC technology is to obtain the system message of the target cell before sending the target cell to the terminal.
- a RAN information management (RIM) process is defined.
- the RIM process is: the source base station that needs to obtain the neighbor cell system message sends a radio access network (RAN) request message (RAN Information Request) message to the target base station, and requests the target base station to send the system message of the target cell; the target base station receives After the RAN information request message, the RAN information may be sent to the source base station according to the RAN information request message type by using a scheduling mode or an event triggering manner (for example, when the system message changes), that is, the target cell system information.
- RAN radio access network
- RAN Information Request radio access network
- the target base station receives After the RAN information request message, the RAN information may be sent to the source base station according to the RAN information request message type by using a scheduling mode or an event triggering manner (for example, when the system message changes), that is, the target cell system information.
- the RAN information request message is requested by the RAN information requesting the RAN-INFORMATION-REQUEST RIM PDU Indications field to indicate the RAN information reporting mode.
- the value of the field has three options. Situation, Single Report, Multiple Report and Stop.
- the value of the Single Report is called the scheduling mode.
- the value of the multiple report is called the event trigger mode.
- the value of Stop indicates that the RAN information report message is stopped.
- each HNB/HeNB supporting the RIM process passes the HNB-GW/HeNB-GW and the core network SGSN /MME sends a RAN information request message to the target BSC/RNC, requesting to acquire the required system information of the target cell; and the target BSC/RNC sends the RAN information to each HNB/HeNB supporting the RIM process through the core network SGSN/MME.
- the report message includes the system information of the target cell required by the HNB/HeNB.
- the BSC/RNC When multiple HNB/HeNBs are adjacent to the same BSC/RNC, the BSC/RNC sends the same target cell system information to multiple HNB/HeNBs.
- the excessive information flow will cause the Gb interface, Iu interface or S1.
- the interface is overburdened.
- the Gb interface is an interface between the BSC and the SGSN
- the Iu interface is an interface between the RNC or the HNB and the core network SGSN
- the S1 interface is an interface between the HeNB and the core network MME.
- Embodiments of the present invention provide a method, system, and network device for implementing wireless access network information management.
- the technical solution is as follows:
- An embodiment of the present invention provides a method for implementing information management of a radio access network, including: a network device storing system information of a target cell, where the network device is a base station gateway; and transmitting system information of the saved target cell to the Base station.
- An embodiment of the present invention provides a method for implementing radio access network information management, including: receiving, by a network device, a radio access network information request message sent by a base station, where the radio access network information request message includes: a target cell identifier, a target a system information type of the cell and a system information transmission manner of the target cell, where the system information of the target cell is sent in an event trigger mode, where the network device is located between the core network and the base station;
- An embodiment of the present invention provides a base station gateway, including:
- a storage module which saves system information of the target cell
- a sending module configured to send system information of the target cell saved by the storage module to the base station.
- the embodiment of the invention provides a network device, including:
- a receiving module configured to receive a radio access network information request message sent by the base station, where the radio access network information request message includes a target cell identifier, a system information type of the target cell, and a system information sending manner of the target cell is an event.
- Trigger mode a radio access network information request message sent by the base station, where the radio access network information request message includes a target cell identifier, a system information type of the target cell, and a system information sending manner of the target cell is an event.
- a judging module configured to determine whether to store a request message record requesting the same system information of the same target cell
- a sending module configured to: in the radio access network information request message, the system controller of the target cell; , ,
- a transceiver module configured to receive system information of the target cell sent by the target base station controller/radio network controller, and forward the system information to the base station.
- An embodiment of the present invention provides a system for implementing radio access network information management, including: a network device and a base station corresponding to the network device, the network device base station gateway; and the network device is configured to save a system of a target cell Information: transmitting system information of the target cell to the base station.
- An embodiment of the present invention provides a system for implementing radio access network information management, including: a network device and a base station corresponding to the network device, where the network device is a base station gateway; and the network device is configured to receive the base station a radio access network information request message, where the radio access network information request message includes: a target cell identifier and a system information type of the target cell, and a system information sending manner of the target cell is an event triggering manner;
- FIG. 1 is a flow chart of a method for implementing a RIM provided by the prior art
- FIG. 2 is a flowchart of a method for implementing a RIM according to Embodiment 1 of the present invention
- FIG. 3 is a flowchart of another method for implementing RIM according to Embodiment 2 of the present invention
- FIG. 4 is a flowchart of still another method for implementing RIM according to Embodiment 4 of the present invention
- FIG. 6 is a schematic structural diagram of a network device according to Embodiment 8 of the present invention
- FIG. 7 is a schematic structural diagram of another network device according to Embodiment 9 of the present invention.
- FIG. 8 is a schematic structural diagram of a system for implementing RIM according to Embodiments 10 and 11 of the present invention. detailed description
- the SGSN/MME, the SGSN, and the MME are collectively referred to as a core network.
- Step 101 When the HNB/HeNB needs the system message of the target cell, send a RAN Information Request message to the HNB-GW/HeNB-GW, requesting to acquire a system message of the required target cell, where the RAN information request message
- the method includes: a source base station address, a target base station controller/radio network controller address, an identifier of the target cell, a system message type of the target cell, and a sending manner (scheduling mode or event triggering mode) of the system information of the target cell, and other information.
- the HNB-GW/HeNB-GW may also be referred to as a base station gateway.
- Step 102 The HNB-GW/HeNB-GW forwards the RAN Information Request message to the Serving GPRS Support Node (SGSN)/MME.
- SGSN Serving GPRS Support Node
- Step 103-103a the core network SGSN/MME is according to the RAN Information Request message
- BSC Base Station Controller
- Radio Network Controller Radio Network
- Controller, RNC determine whether the target BSC/RNC and HNB/HeNB belong to the same
- the RAN Information Request message is sent to the SGSN to which the target BSC/RNC belongs.
- Step 104 The SGSN to which the target BSC/RNC belongs sends a RAN Information Request message to the target BSC/RNC.
- Step 105 When the system information of the target cell needs to be sent to the HNB/HeNB, the target BSC/RNC sends a RAN information to the core network SGSN, where the message includes the target cell required by the HNB/HeNB. system message.
- Steps 106-106a the core network SGSN determines, according to the address information of the HNB/HeNB in the RAN Information message, whether the source HNB/HeNB belongs to the same SGSN as the target BSC/RNC, and if not, to the core network SGSN/ to which the HNB/HeNB belongs.
- the MME forwards the RAN Information message; if it belongs to the same SGSN, it sends a RAN Information message to the HNB-GW/HeNB-GW.
- Step 107 The core network SGSN/MME forwards the RAN Information message to the HNB-GW/HeNB-GW.
- Step 108 The HNB-GW/HeNB-GW sends a RAN Information message to the HNB/HeNB.
- Step 110 The HNB-GW/HeNB-GW forwards a response message RAN Information ACK message to the core network SGSN/MME.
- Steps 111-111a when the HNB/HeNB and the target BSC/RNC belong to the same SGSN, the SGSN/MME sends a response message RAN Information ACK to the target BSC/RNC. If not belonging to the same SGSN/MME, the SGSN/MME targets the target. The SGSN to which the BSC/RNC belongs forwards the RAN Information ACK message.
- Step 112 The SGSN sends a response RAN Information ACK message to the target BSC/RNC.
- steps 101-104 are the RAN information request process in the RIM process
- steps 105-112 are the RAN information sending process in the RIM process.
- the embodiment of the present invention provides a method for implementing a RIM. As shown in FIG. 2, the method includes: Step 201: A network device saves system information of a target cell, where the network device is located between a core network and a base station;
- Step 202 The network device sends the saved system information of the target cell to the base station.
- the interaction between the core network and the target BSC/RNC can be reduced, and the load of the Gb interface, the Iu interface, or the S1 interface is reduced.
- the embodiment 1 of the present invention will be described in detail below by way of Embodiment 2-5 of the present invention.
- the embodiment 2 of the present invention provides a method for implementing RIM.
- the HNB/GW/HeNB-GW stores the RAN information request message sent by the HNB/HeNB and the system information of the target cell sent by the RNC/BSC.
- the method for implementing RIM provided by Embodiment 2 of the present invention includes the following steps:
- Step 301 When the HNB/HeNB needs the system message of the target cell, send a RAN Information Request message to the HNB-GW/HeNB-GW, where the RAN Information Request message includes: the source base station address, the RNC/BSC address, the target cell identifier, and the target.
- the system information of the cell and the way the system information of the target cell is transmitted (Single Report PDU or Multiple Report PDU or Stop PDU).
- Steps 302-302a The HNB-GW/HeNB-GW receives the RAN Information Request message, and determines whether the system information of the target cell required by the HNB/HeNB is stored, and if yes, does not forward the RAN Information Request message to the core network, and The system message of the saved target cell is carried in the RAN information report message and sent to the HNB/HeNB according to the sending manner (Single Report or Multiple Report) of the RAN information report message requested by the HNB/HeNB. .
- the RAN report message may also indicate whether a response is required, and if a response is required, the HNB/HeNB sends a response message RAN Information ACK to the HNB-GW/HeNB-GW. If the system information of the target cell required by the HNB/HeNB is not stored, the RAN Information Request message is forwarded to the core network SGSN/MME, requesting to acquire system information of the target cell required by the HNB/HeNB.
- the RAN-INFORMATION-REQUEST RIM PDU Indications field in the RAN information request message is Single Reports
- the target of the saved HNB/HeNB is saved.
- the system information of the cell is sent to the HNB/HeNB, and the RAN information request message is not saved.
- the HNB-GW/HeNB-GW forwards the RAN information request message to the RNC/BSC.
- the value of the field RAN-INFORMATION-REQUEST RIM PDU Indications may also be reset to a Multiple Report, that is, the requesting RNC/BSC sends a RAN report message according to the event trigger type; and the HNB/HeNB address may also be The address is changed to the current HNB-GW/HeNB-GW, that is, the requesting RNC/BSC sends an RAN message to the HNB-GW/HeNB-GW, and does not save the RAN information request message.
- the system message of the target cell required by the saved HNB/HeNB is sent to The HNB/HeNB, and records related information of the RAN information request information, such as address information of the HNB/HeNB, type of RAN information transmission, and the like; when the system message of the target cell required by the HNB/HeNB is not saved, The H HNB-GW/HeNB-GW forwards the RAN information request message to the core network SGSN/MME, and saves related information of the RAN information request message.
- the HNB-GW/HeNB-GW receives the RAN report message of the Multiple Report type sent by the RNC/BSC, the HNB-GW/HeNB-GW sends the RAN report message to all recorded HNB/HeNBs.
- the HNB-GW/HeNB-GW When the HNB-GW/HeNB-GW receives the request sent by the HNB/HeNB, stops transmitting the RAN message. When the message is reported, if there is another message sent by the other HNB/HeNB requesting the target cell system information, the RAN information request message is not sent to the target BSC/RNC, but the HNB is deleted in the record. /HeNB requests records to the target cell.
- Steps 303-304 are similar to steps 103-104 and will not be described again.
- Steps 305-312 are similar to steps 105-112 and will not be described again.
- the embodiment of the present invention saves the RAN information request message sent by the HNB/HeNB and the system information of the target cell sent by the RNC/BSC in the node HNB-GW/HeNB-GW.
- the HNB-GW/HeNB-GW can transmit the system information of the target cell required by the saved HNB/HeNB to the HNB/HeNB, thereby reducing the interaction with the core network and the target BSC/RNC, and reducing the Gb interface, Iu.
- Embodiment 3 of the present invention is similar to Embodiment 2 of the present invention, except that only the system message of the target cell sent by the RNC/BSC is saved in the HNB-GW/HeNB-GW.
- the third embodiment of the present invention is applicable only to the request in the RAN information request message sent by the HNB/HeNB.
- the RNC/BSC sends the RAN information report to the single report mode.
- the embodiment of the present invention saves the system information of the target cell that is sent by the RNC/BSC in the node HNB-GW/HeNB-GW.
- the HNB/HeNB needs the system information of the target cell
- the HNB-GW/HeNB-GW can The system information of the saved target cell is sent to the HNB/HeNB, which reduces the interaction with the core network and the target BSC/RNC, and reduces the burden on the Gb interface, the Iu interface or the S1 interface.
- Embodiment 4 of the present invention provides a method for implementing RIM.
- target cell information is configured in an HNB-GW/HeNB-GW, where the target cell information includes address information of the target cell, and other related information.
- the HNB-GW/HeNB-GW actively sends a RAN information request message to the target BSC/RNC; the HNB-GW/HeNB-GW receives and saves the system information of the target cell transmitted by the target BSC/RNC, and then periodically or otherwise.
- the method transmits system information of the target cell to the HNB/HeNB connected to the HNB-GW/HeNB-GW.
- the method for implementing RIM provided by Embodiment 4 of the present invention includes the following steps:
- Step 401 The HNB-GW/HeNB-GW sends the RAN information to the core network SGSN/MME.
- the request message where the RAN information request message includes: the target BSC/RNC address, the target cell identifier, the system message of the target cell, and the system information transmission mode of the target cell are multiple reports.
- Steps 402-402a The core network SGSN/MME determines whether the BSC/RNC and the HNB-GW/HeNB-GW belong to the same core network SGSN according to the target BSC/RNC address information, and if yes, sends a RAN information request message to the BSC/RNC. If not, the RAN information request message is sent to the core network SGSN to which the BSC/RNC belongs.
- Step 403 The SGSN to which the target BSC/RNC belongs sends a RAN Information Request message to the target BSC/RNC.
- Step 404 When the system information of the target cell needs to be sent to the HNB/HeNB, the target BSC/RNC sends a RAN information report to the core network SGSN, where the RAN information report includes system information of the target cell.
- Steps 405-405a the core network SGSN determines, according to the address information of the HNB/HeNB in the RAN information report, whether the HNB/HeNB belongs to the same SGSN as the target BSC/RNC, and if not, to the core network SGSN/MME to which the HNB/HeNB belongs. Forwarding the RAN information report; if belonging to the same SGSN, transmitting a RAN information report to the HNB-GW/HeNB-GW.
- Step 406 The core network SGSN/MME forwards the RAN information report to the HNB-GW/HeNB-GW.
- Step 407 The HNB-GW/HeNB-GW receives and saves the RAN information report, sends the RAN information report to the HNB/HeNB, or sends the RAN information report to the HNB/HeNB according to other trigger conditions (such as periodic triggering).
- the target cell information is configured in the node HNB-GW/HeNB-GW, and the HNB-GW/HeNB-GW initiates a RIM information request procedure according to the target cell information, and receives and saves the target cell sent by the target BSC/RNC.
- the system information is then autonomously transmitted to the connected HNB/HeNB for system information of the target cell, which reduces the burden on the Gb interface, the Iu interface or the S1 interface.
- Embodiment 5 of the present invention is similar to Embodiment 4 of the present invention, except that when the HNB/HeNB needs system information of the target cell, the RAN information request is sent to the HNB-GW/HeNB-GW.
- the HNB-GW/HeNB-GW follows the indicated manner of transmitting the system information of the target cell in the RAN information request message. Is the Single Report mode or the Multiple Report mode, and sends the system information of the target cell required by the HNB/HeNB to the HNB/HeNB in the saved system information of the target cell.
- the effect of the embodiment 5 of the present invention is similar to that of the embodiment 4, except that the HNB/HeNB requests the HNB-GW/HeNB-GW to request the system information of the target cell according to the requirement, and shortens the system for the HNB/HeNB to acquire the target cell. The time required for the information.
- the embodiment 6 of the present invention further provides a method for implementing the RIM. As shown in FIG.
- Step 601 The network device receives a radio access network information request message sent by the base station, where the radio access network information request message includes The base station address, the target cell identifier, the system information type of the target cell, and the system information of the target cell are sent in an event trigger mode, where the network device is located between the core network and the base station;
- Step 602 Determine whether a request message requesting the same system information of the same target cell is stored
- Step 603 If yes, save the radio access network information request message, and change the transmission mode of the system information of the target cell in the radio access network information request message to the scheduling mode, and then send the method to the target base station controller/wireless network. a controller; if not, saving the radio access network information request message;
- Step 604 Receive system information of the target cell sent by the target base station controller/radio network controller, and forward the system information to the base station.
- the RAN information request message sent by the HNB/HeNB is saved, and the address of the HNB/HeNB that sends the request, the type of the requested message, and the like are recorded. If the system information of the repeated target cell is requested, if it is the Multiple Report type, change the type to the Single Report type.
- the HNB-GW/HeNB-GW sends a RAN information report message, which avoids transmitting the information to multiple HNB/HeNBs that need system information of the target cell at the same time.
- Embodiment 7 of the present invention is similar to Embodiment 1 of the present invention, with the difference that Only the RAN information request message transmitted by the HNB/HeNB is stored in the HNB-GW/HeNB-GW.
- the RAN information request message is sent to the HNB-GW/HeNB-GW. If the field RAN-INFORM ATION-REQUEST RIM PDU Indications value in the RAN information request message is a single report, the HNB The GW/HeNB-GW forwards the request message to the target BSC/RNC.
- the field RAN-INFORMATION-REQUEST RIM PDU Indications value in the RAN information request message is a multiple report
- the HNB-GW/HeNB-GW stores a request message requesting the same system message of the same target cell
- the RAN information is saved.
- the message is requested, and the field RAN-INFORMATION-REQUEST RIM PDU Indications value in the RAN information request message is reset to a single report, and forwarded to the target BSC/RNC.
- the RAN information report sent by the target BSC/RNC is received, it is forwarded to the HNB/HeNB.
- the HNB-GW/HeNB-GW does not save the request message of the same system message of the same target cell, save the request message
- the RAN information request message is then forwarded to the target BSC/RNC according to the existing procedure.
- the information report is forwarded to all HNB/HeNBs in the record requesting the target cell system message.
- the HNB-GW/HeNB-GW When the HNB-GW/HeNB-GW receives the request sent by the HNB/HeNB to stop transmitting the RAN information report, if there is another request message of the system information of the target cell sent by the HNB/HeNB in the record, the HNB-GW/HeNB-GW does not The message is sent to the target BSC/RNC, and the request record of the HNB/HeNB to the target cell is deleted in the record.
- the embodiment of the present invention saves the RAN information request message sent by the HNB/HeNB in the HNB-GW/HeNB-GW, and records the address of the HNB/HeNB that sends the request, the type of the requested message, and the like. If the system information of the repeated target cell is requested, if it is the Multiple Report type, change the type to the Single Report type.
- the HNB-GW/HeNB-GW sends a RAN information report message, which avoids transmitting the information to multiple HNB/HeNBs that need system information of the target cell at the same time.
- Embodiment 8 of the present invention further provides a network device, as shown in FIG. 6, including: The storage module 801 saves system information of the target cell.
- the sending module 802 is configured to send system information of the target cell saved by the storage module 801 to the base station.
- the storage module 801 is configured to save system information of the target cell sent by the target base station controller/radio network controller, or to save system information of the target cell sent by the target base station controller/radio network controller. And a radio access network information request message sent by the base station.
- the sending module 802 is specifically configured to: send system information of the target cell to the base station according to the request of the base station; or, to actively send system information of the target cell to the base station.
- Embodiment 9 of the present invention provides a network device, as shown in FIG. 7, including:
- the receiving module 901 is configured to receive a radio access network information request message sent by the base station, where the radio access network information request message includes the base station address, the target cell identifier, the system information type of the target cell, and the system information of the target cell.
- the mode is the event trigger mode
- a determining module 902 configured to determine whether to store a request message requesting the same system message of the same target cell
- a storage module 903, configured to save the radio access network information request message
- the sending module 904 is configured to change the sending manner of the system information of the target cell in the radio access network information request message to a scheduling mode, and then send the method to the target base station controller/wireless network controller.
- the transceiver module 905 is configured to receive system information of the target cell sent by the target base station controller/radio network controller, and forward the system information to the base station.
- the RAN information request message sent by the base station is stored in the network device, and the base station address of the sending request, the requested target cell system message type, and the like are recorded. If the system information of the target cell is duplicated, if the type of the multiple report is multiple, the type is changed to the Single Report type.
- the BSC/RNC needs to send the RAN information report to the base station due to the event trigger, it only needs to send the RAN information report to the network device.
- a RAN information report message avoids transmitting the information to a plurality of base stations that require system information of the target cell at the same time. Thereby reducing Signaling interaction reduces the burden on the Gb interface, Iu interface or SI interface.
- the embodiment 10 of the present invention provides a system for implementing information management of a radio access network. As shown in FIG. 8, the method includes:
- the network device 1002 is located at the core network and the base station 1001;
- the network device 1002 is configured to save system information of the target cell, and send the saved system information of the target cell to the base station.
- the network device 1002 is further configured to save the radio access network request message sent by the base station, where the radio access network request message includes: the base station address, a target cell identifier, system information of a target cell, and a target cell. How to send system information.
- Embodiment 11 of the present invention provides a system for implementing information management of a radio access network, as shown in FIG. 8, including:
- the network device 1002 is located in the core network and the base station 1001;
- the network device 1002 is configured to receive a radio access network information request message sent by the base station, where the radio access network information request message includes a target cell identifier, a system information type of the target cell, and a system information of the target cell is sent by an event. the way;
- the embodiment of the present invention saves the RAN information request message sent by the base station in the network device, Record the base station address of the request, the type of the requested message, and other related information. If the system information of the target cell is duplicated, if the type of the multiple report is multiple, the type is changed to the Single Report type.
- the BSC/RNC needs to send the RAN information report to the base station due to the event trigger, it only needs to send the RAN information report to the network device.
- a RAN information report message avoids transmitting the information to a plurality of base stations that require system information of the target cell at the same time. Thereby, signaling interaction can be reduced, and the burden of the Gb interface, the Iu interface or the S1 interface can be alleviated.
- the network device for implementing the radio access network information management method in the foregoing 8, 9, 10 and 11 embodiments may be a gateway, but those skilled in the art may understand that the gateway is only a preferred example for implementing the present invention.
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CN101754296A (en) | 2010-06-23 |
BRPI0922917A8 (en) | 2018-09-18 |
BRPI0922917A2 (en) | 2016-01-26 |
BRPI0922917B1 (en) | 2020-09-24 |
CN101754296B (en) | 2013-01-30 |
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