WO2014146261A1 - Procédé de commande d'accès, procédé d'accès, appareil, station de base, équipement utilisateur et entité - Google Patents

Procédé de commande d'accès, procédé d'accès, appareil, station de base, équipement utilisateur et entité Download PDF

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Publication number
WO2014146261A1
WO2014146261A1 PCT/CN2013/072922 CN2013072922W WO2014146261A1 WO 2014146261 A1 WO2014146261 A1 WO 2014146261A1 CN 2013072922 W CN2013072922 W CN 2013072922W WO 2014146261 A1 WO2014146261 A1 WO 2014146261A1
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WO
WIPO (PCT)
Prior art keywords
secondary cell
frequency point
serving node
cell frequency
user equipment
Prior art date
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PCT/CN2013/072922
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English (en)
Chinese (zh)
Inventor
肖登坤
吴彤
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.)
Filing date
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 CN201810296461.6A priority Critical patent/CN108633108B/zh
Priority to CN201380002815.7A priority patent/CN104186021B/zh
Priority to PCT/CN2013/072922 priority patent/WO2014146261A1/fr
Publication of WO2014146261A1 publication Critical patent/WO2014146261A1/fr

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W74/00—Wireless channel access
    • H04W74/08—Non-scheduled access, e.g. ALOHA
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W74/00—Wireless channel access
    • H04W74/002—Transmission of channel access control information
    • H04W74/006—Transmission of channel access control information in the downlink, i.e. towards the terminal

Definitions

  • Access control method access method, device, base station, user equipment, and entity
  • the present invention relates to the field of mobile communication technologies, and in particular, to a carrier aggregation access control method, an access method, an apparatus, a base station, a user equipment, and a mobility management entity between base stations.
  • LTE Long Term Evolution
  • LTE-A Long Term Evolution
  • CA carrier aggregation
  • the signaling and requirements defined by the carrier aggregation technology in the standard are mainly for the intra-e B scenario, that is, The primary cell and the secondary cell serving a certain user equipment (UE, User Equipment) share a "site (site)", which is mainly controlled by one base station.
  • UE User Equipment
  • the scenario of carrier aggregation is not limited to the case of intra-eNB.
  • the primary cell and the secondary cell "do not share a common site" may occur. This is the carrier aggregation between the base stations.
  • the inter-base-station carrier aggregation can be further divided into carrier aggregation between macro base stations and carrier aggregation between macro base stations and low power nodes (LPNs).
  • LPNs low power nodes
  • the access control algorithm since the primary cell adds and deletes the secondary cell, it needs to pass the X2 port or the S1 port to perform corresponding Signaling interaction, therefore, the flow of access control is completely different from that of intra-eNB.
  • the primary cell since the primary cell and the secondary cell do not share the common site, the primary cell knows less information about the resources of the secondary cell, and how to perform signaling interaction between the primary cell and the secondary cell to effectively ensure that the UE can further It is a technical problem to be solved to effectively access the network and improve the success rate of random access of the UE, thereby improving the throughput and user experience of the entire network. Summary of the invention
  • the embodiment of the present invention provides a carrier aggregation access control method, an access method, a device, a base station, a user equipment, and a mobility management entity between base stations, so as to improve the success rate of random access of the UE.
  • the first aspect provides a carrier aggregation access control method between base stations, where the method includes: receiving a radio resource management measurement report sent by a user equipment that supports carrier aggregation;
  • a random access is initiated on the secondary cell, and a wireless link is established.
  • the target serving node to which the secondary cell belongs is a secondary cell frequency point selected by the user equipment, and the corresponding uplink random access physical resource block resource, including :
  • the secondary cell resource request message includes: the source service node to which the primary cell belongs is selected by the target serving node, and is suitable for the user a secondary cell frequency point list of the device; or the source serving node to which the primary cell belongs, requesting a secondary cell frequency point allocated by the target serving node to which the secondary cell belongs, and a corresponding uplink random access physical resource block resource;
  • the secondary cell resource request acknowledgement message includes: a secondary cell frequency selected by the target serving node from the secondary cell frequency point list for the user equipment And a corresponding uplink random access physical resource block resource; or a secondary cell frequency point allocated by the target serving node to the user equipment, and a corresponding uplink random access physical resource block resource.
  • the secondary cell resource request message further includes: a secondary cell frequency point in the secondary cell frequency point list It is information sorted according to the priority of user service quality.
  • the secondary cell resource request acknowledgement message includes: a plurality of secondary cell frequency points selected by the target serving node from the secondary cell frequency point list for the user equipment, and each of the multiple secondary cell frequency points Secondary community The uplink random access physical resource block resource corresponding to the frequency point, and the multiple secondary cell frequency points are sorted according to the priority, the method further includes: according to the service situation in the local cell and the multiple auxiliary a load condition of each secondary cell frequency point in the cell frequency point, selecting a secondary cell frequency point and a corresponding uplink random access physical resource block for the user equipment from the multiple secondary cell frequency points; or
  • the method further includes: according to the service situation in the local cell and each of the multiple secondary cell frequency points For the load condition of the cell frequency point, select a secondary cell frequency point and a corresponding uplink random access physical resource block for the user equipment from the multiple secondary cell frequency points.
  • the acquiring a target serving node to which the secondary cell belongs is the user equipment
  • the selected secondary cell frequency point and the corresponding uplink random access physical resource block resource including:
  • the secondary cell resource requirement message includes: a PCI of the target serving node, and a secondary cell selected by the target serving node and suitable for the user equipment a frequency point list; or a PCI of the target serving node, and a source serving node that the primary serving cell requests the target serving node to allocate to the user equipment, and a corresponding uplink random access physical resource block resource ;
  • the secondary cell resource requirement confirmation message includes: a PCI of a target serving node, and the target serving node is the user from the secondary cell frequency point list a secondary cell frequency point selected by the device, and a corresponding uplink random access physical resource block resource; or a PCI of the target serving node, and a secondary cell frequency point allocated by the target serving node to the user equipment, and corresponding Uplink random access physical resource block resources.
  • the secondary cell resource requirement message further includes:
  • the secondary cell frequency points in the secondary cell frequency point list are information sorted according to the priority of the user service quality.
  • the secondary cell resource requirement confirmation message includes: a plurality of secondary cell frequency points selected by the target serving node from the secondary cell frequency point list for the user equipment, and each of the multiple secondary cell frequency points Uplink random access physical resource block resources corresponding to the secondary cell frequency points, and the multiple secondary cell frequency points are performed according to priorities
  • the method further includes: determining, according to a service condition in the current cell and a load condition of each of the plurality of secondary cell frequencies, from the plurality of secondary cell frequencies The user equipment selects a secondary cell frequency point and a corresponding uplink random access physical resource block; or
  • the method further includes: according to the service situation in the local cell and each of the multiple secondary cell frequency points A load condition of the point, selecting a secondary cell frequency point and a corresponding uplink random access physical resource block for the user equipment from the multiple secondary cell frequency points.
  • the target The serving node includes: an evolved base station or a low power node.
  • the second aspect provides an access method, where the method includes:
  • the receiving, by the target serving node, the target serving node that the secondary cell belongs to is a secondary cell frequency point selected by the user equipment, and the corresponding uplink random access physics Resource block resources, including:
  • the secondary cell configuration information includes: the secondary cell frequency point selected by the target service node for the user equipment, and the corresponding uplink random access physical resource block resource.
  • the source serving node and the target serving node are: an evolved base station or a low power node.
  • a third aspect provides a carrier aggregation access control method between base stations, where the method includes: receiving a secondary cell resource request message sent by a source management node to which a mobility management entity or a primary cell belongs, where the secondary cell resource request message includes The source serving node to which the primary cell belongs is the secondary cell frequency point list selected by the target serving node to which the secondary cell belongs, which is suitable for the user equipment supporting the carrier aggregation; or the source serving node to which the primary cell belongs to the target serving node to which the secondary cell belongs a secondary cell frequency point allocated to the user equipment, and a pair The uplink uplink random access physical resource block resource;
  • the physical resource block resource or one or more secondary cell frequency points allocated to the user equipment according to the load and service conditions of the multiple frequency points, and the uplink random access physical medium corresponding to each secondary cell frequency point Resource block resource;
  • the secondary cell resource request acknowledgement message includes: the target serving node selects one of the secondary cell frequency point list for the user equipment Or a plurality of secondary cell frequency points, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; or, the target serving node allocates one or more secondary cell frequency points to the user equipment, and Each secondary cell frequency corresponding to the uplink random access physical resource block resource; so that the source serving node controls the user equipment to initiate random access on the secondary cell, and establish a wireless link.
  • the secondary cell resource request message further includes: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality.
  • the foregoing secondary cell frequency point list according to load and service conditions of multiple frequency points of the user Selecting multiple secondary cell frequency points for the user equipment, specifically including:
  • the plurality of secondary cell frequency points are selected from the secondary cell frequency point list for the user equipment according to the priority of the user service quality according to the load and service conditions of the multiple frequency points of the user.
  • the fourth aspect provides a carrier aggregation access control method between base stations, where the method includes: receiving a secondary cell resource requirement message sent by a source serving node to which the primary cell belongs, where the secondary cell resource requirement message includes: The PCI of the target serving node, and the secondary cell frequency point list selected by the source serving node for the target serving node to be suitable for the carrier equipment supporting the carrier aggregation; or the PCI of the target serving node to which the secondary cell belongs, and the The source service node requests the target serving node to allocate a secondary cell frequency point to the user equipment, and a corresponding uplink random access physical resource block resource;
  • the secondary cell resource request message includes: the source service node is selected by the target serving node to be suitable for the user a secondary cell frequency point list of the device; or the source service node requests the target service node to allocate a secondary cell frequency point to the user equipment, and a corresponding uplink random access physical resource block resource;
  • a secondary cell resource request acknowledgement message includes: one or more auxiliary selected by the target serving node from the secondary cell frequency point list for the user equipment a cell frequency point, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; or a plurality of secondary cell frequency points allocated by the target serving node to the user equipment, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point;
  • the secondary cell resource requirement confirmation message includes: a PCI of the target serving node, one or more secondary cell frequency points, and a corresponding frequency of each secondary cell Uplink random access physical resource block resource; or, the PCI of the target serving node, the target serving node is one or more secondary cell frequency points allocated by the user equipment, and corresponding to each secondary cell frequency point Uplinking random access physical resource block resources; so that the source serving node controls the user equipment to initiate random access on the secondary cell, and establish a wireless link.
  • the secondary cell resource requirement message further includes: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality;
  • the secondary cell resource request message further includes: the secondary cell frequency points in the secondary cell frequency point list are information sorted according to priority of user service quality.
  • the secondary cell resource request confirmation message further includes: multiple secondary cell frequencies selected for the user equipment Points are information sorted according to the priority of the user's quality of service.
  • the fifth aspect provides a carrier aggregation access control device between base stations, including:
  • a receiving unit configured to receive a radio resource management measurement report that is sent by the user equipment that supports the carrier aggregation, and an acquiring unit, configured to acquire, according to the radio resource management measurement report, a target service node to which the secondary cell belongs as a secondary device selected by the user equipment a cell frequency point, and a corresponding uplink random access physical resource block resource; a sending unit, configured to send the secondary cell frequency point and the corresponding uplink random access physical resource block resource to the user equipment, so as to facilitate the control
  • the user equipment initiates random access on the secondary cell according to the secondary cell frequency point and the corresponding uplink random access physical resource block resource, and establishes a wireless link.
  • the acquiring unit includes:
  • a first sending unit configured to send, according to the radio resource management measurement report, a secondary cell resource request message to the target serving node, where the secondary cell resource request message includes: a secondary cell selected by the target serving node and suitable for the user equipment a frequency point list; or a source serving node to which the primary cell belongs, requesting a secondary cell frequency point allocated by the target serving node to which the secondary cell belongs, and a corresponding uplink random access physical resource block resource;
  • a first receiving unit configured to receive a secondary cell resource request acknowledgement message sent by the target serving node, where the secondary cell resource request acknowledgement message includes: the target serving node is configured from the secondary cell frequency point list a secondary cell frequency point selected by the user equipment, and a corresponding uplink random access physical resource block resource; or a secondary cell frequency point allocated by the target service node to the user equipment, and a corresponding uplink random access physical resource Block resource.
  • the secondary cell resource request message sent by the first sending unit further includes: the secondary cell frequency
  • the secondary cell frequency points in the point list are information sorted according to the priority of the user's quality of service.
  • the acquiring unit further includes:
  • a first selecting unit configured to be the user equipment from the multiple secondary cell frequency points according to a service situation in the current cell and a load condition of each of the multiple secondary cell frequency points Selecting a secondary cell frequency point and a corresponding uplink random access physical resource block;
  • the target serving node allocates multiple secondary cell frequency points to the user equipment, and each of the multiple secondary cell frequency points The uplink random access physical resource block resource corresponding to the secondary cell frequency point, and the multiple secondary cell frequency points are sorted according to the priority
  • the acquiring unit further includes:
  • a second selecting unit configured to be the user equipment from the multiple secondary cell frequency points according to a service situation in the local cell and a load condition of each of the multiple secondary cell frequency points Select a secondary cell frequency point and a corresponding uplink random access physical resource block.
  • the acquiring unit includes:
  • a second sending unit configured to send, according to the radio resource management measurement report, a secondary cell resource requirement message to the mobility management entity, where the secondary cell resource requirement message includes: a PCI of the target serving node, and a suitable one selected for the target serving node a secondary cell frequency point list of the user equipment; or the target service node
  • a second receiving unit configured to receive a secondary cell resource requirement confirmation message sent by the mobility management entity, where the secondary cell resource requirement confirmation message includes: a PCI of the target serving node, and the target serving node a secondary cell frequency point selected by the user equipment in the secondary cell frequency point list, and a corresponding uplink random access physical resource block resource; or a PCI of the target serving node, and the target service node is the user equipment A secondary cell frequency point allocated, and a corresponding uplink random access physical resource block resource.
  • the secondary cell resource sent by the second sending unit The requirement message further includes: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality.
  • the acquiring unit further includes:
  • a third selecting unit configured to use, according to the service situation in the current cell and the load condition of each of the multiple secondary cell frequency points, the user equipment from the multiple secondary cell frequency points Select a secondary cell frequency point and a corresponding uplink random access physical resource block;
  • the acquiring unit further includes:
  • a fourth selecting unit selecting one for the user equipment from the plurality of secondary cell frequency points according to a service situation in the current cell and a load condition of each of the multiple secondary cell frequency points The secondary cell frequency point and the corresponding uplink random access physical resource block.
  • the device Integrated in an evolved base station or low power node; or deployed independently.
  • a sixth aspect provides an access device, including:
  • a sending unit configured to send a radio resource management measurement report to the source serving node to which the primary cell belongs
  • a receiving unit configured to receive, by the source serving node, a target serving node to which the secondary cell belongs to a user equipment that supports carrier aggregation a secondary cell frequency point, and a corresponding uplink random access physical resource block resource;
  • An access unit configured to use, according to the secondary cell frequency point and the corresponding uplink random access physical resource block resource, A random access is initiated on the secondary cell and a wireless link is established.
  • the receiving unit is specifically configured to receive the secondary cell configuration information that is sent by the source serving node, where the secondary cell configuration information includes: a target serving node to which the secondary cell belongs A secondary cell frequency point selected for a user equipment supporting carrier aggregation, and a corresponding uplink random access physical resource block resource.
  • the apparatus in conjunction with the sixth aspect or the first possible implementation manner of the sixth aspect, in a second possible implementation manner, is integrated in a user equipment; or is deployed independently.
  • a seventh aspect provides a carrier aggregation access control device between base stations, including:
  • the receiving unit is configured to receive a resource request message sent by the source management node to which the mobile management entity or the primary cell belongs, where the secondary cell resource request message includes: the source service node to which the primary cell belongs is suitable for the target service node to which the secondary cell belongs The secondary cell frequency point list of the user equipment supporting the carrier aggregation; or the source serving node to which the primary cell belongs to request a secondary cell frequency point allocated by the target serving node to which the secondary cell belongs to the user equipment, and the corresponding uplink random number Access physical resource block resources;
  • a selecting unit configured to select one or more secondary cell frequency points for the user equipment from the secondary cell frequency point list according to load and service conditions of the multiple frequency points, and corresponding to each secondary cell frequency point Uplink random access physical resource block resource; or, according to load and service conditions of multiple frequency points of itself, one or more secondary cell frequency points allocated to the user equipment, and corresponding to each secondary cell frequency point Uplink random access physical resource block resources;
  • a sending unit configured to send a secondary cell resource request acknowledgement message to the source serving node or the mobility management entity, where the secondary cell resource request acknowledgement message includes: the target serving node is in the secondary cell frequency point list One or more secondary cell frequency points selected by the user equipment, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; or one or more auxiliary resources allocated by the target service node to the user equipment a cell frequency point, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; in order to control the user equipment to initiate random access on the secondary cell, and establish a wireless link.
  • the receiving, by the receiving unit, the secondary cell resource request message further includes: the secondary cell frequency point in the secondary cell frequency point list is according to a user service quality. Priority sorting information.
  • the selecting unit by using the secondary cell frequency point list, selecting multiple secondary cells for the user equipment At the frequency point, the plurality of secondary cell frequency points are ordered according to the priority of the user service quality, wherein the priority ordering may be high to low or low to high.
  • the apparatus is integrated in an evolved base station or a low power node; or is deployed independently.
  • the eighth aspect provides a carrier aggregation access control device between base stations, including:
  • a first receiving unit configured to receive a secondary cell resource requirement message sent by a source serving node to which the primary cell belongs, where the secondary cell resource requirement message includes: a PCI of a target serving node to which the secondary cell belongs, and the source serving node is a secondary cell frequency point list selected by the target serving node and adapted to the user equipment supporting the carrier aggregation; or a PCI of the target serving node to which the secondary cell belongs, and the source serving node requesting the target serving node as the user equipment Allocating a secondary cell frequency point, and a corresponding uplink random access physical resource block resource; the first sending unit, configured to send the secondary cell resource request message to the target serving node according to the PCI of the target serving node;
  • the secondary cell resource request message includes: the source service node selects a secondary cell frequency point list that is selected by the target service node and is suitable for the user equipment; or the source service node requests the target service node to allocate the user equipment The secondary cell frequency point and the corresponding uplink random access
  • a second receiving unit configured to receive, by the target serving node, a secondary cell resource request acknowledgement message, where the secondary cell resource request acknowledgement message includes: the target serving node is the user equipment from the secondary cell frequency point list The selected one or more secondary cell frequency points, and the uplink random access physical resource block resources corresponding to each secondary cell frequency point; or the target serving node allocates a plurality of secondary cell frequency points to the user equipment, And an uplink random access physical resource block resource corresponding to each secondary cell frequency point;
  • a second sending unit configured to send, to the source serving node, a secondary cell resource requirement confirmation message, where the secondary cell resource requirement confirmation message includes: a PCI of the target serving node, one or more secondary cell frequency points, and An uplink random access physical resource block resource corresponding to each secondary cell frequency point, or a PCI of the target serving node, the target serving node is one or more secondary cell frequency points allocated by the user equipment, and each The uplink random access physical resource block resource corresponding to the secondary cell frequency point; in order to control the user equipment to initiate random access on the secondary cell, and establish a wireless link.
  • the secondary cell resource requirement confirmation message includes: a PCI of the target serving node, one or more secondary cell frequency points, and An uplink random access physical resource block resource corresponding to each secondary cell frequency point, or a PCI of the target serving node, the target serving node is one or more secondary cell frequency points allocated by the user equipment, and each The uplink random access physical resource block resource corresponding to the secondary cell frequency point; in order to control the user equipment
  • the secondary cell resource requirement message received by the first receiving unit further includes: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality;
  • the secondary cell resource request message sent by the first sending unit further includes: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality.
  • a second possible implementation manner Receiving, by the second receiving unit, a plurality of secondary cell frequency points selected by the target serving node from the secondary cell frequency point list for the user equipment, where the multiple secondary secondary frequency points are according to user service quality. Priority ordering.
  • the apparatus in conjunction with the eighth aspect or the first or second possible implementation of the eighth aspect, in a third possible implementation, is integrated in a mobility management entity; or deployed independently.
  • a ninth aspect provides a base station, including:
  • a radio transceiver configured to receive a radio resource management measurement report sent by a user equipment that supports carrier aggregation; and acquire, according to the radio resource management measurement report, a secondary cell frequency point selected by the target serving node to which the secondary cell belongs to the user equipment And the corresponding uplink random access physical resource block resource; and transmitting the secondary cell frequency point and the corresponding uplink random access physical resource block resource to the user equipment, so that the user equipment is configured according to the secondary cell
  • the frequency point and the corresponding uplink random access physical resource block resource initiate random access on the secondary cell, and establish a wireless link
  • the wireless transceiver acquires a secondary cell frequency point selected by the target serving node to which the secondary cell belongs, and a corresponding uplink random access physical resource block.
  • the process of resources includes:
  • the wireless transceiver sends a secondary cell resource request message to the target serving node according to the radio resource management measurement report, where the secondary cell resource request message includes: a location selected by the target serving node that is suitable for the user equipment. a secondary cell frequency point list; or a source serving node to which the primary cell belongs, requesting a secondary cell frequency point allocated by the target serving node to which the secondary cell belongs, and a corresponding uplink random access physical resource block resource; a secondary cell resource request acknowledgement message sent by the target serving node, where the secondary cell resource request acknowledgement message includes: a secondary cell frequency point selected by the target serving node from the secondary cell frequency point list for the user equipment, and Corresponding uplink random access physical resource block resource; or the target serving node is a secondary cell frequency point allocated by the user equipment, and corresponding uplink random access physical resource block resource.
  • the secondary cell resource request message sent by the wireless transceiver further includes: the secondary cell frequency point
  • the secondary cell frequency points in the list are information sorted according to the priority of the user's quality of service.
  • the secondary cell resource request acknowledgement message received by the wireless transceiver includes: a plurality of secondary cell frequency points selected by the target serving node from the secondary cell frequency point list for the user equipment, and an uplink random access physical medium corresponding to each of the multiple secondary secondary frequency points Resource block resource, and the plurality of The secondary cell frequency points are sorted according to the priority
  • the base station further includes:
  • a processor configured to select one for the user equipment from the multiple secondary cell frequency points according to a service situation in the local cell and a load condition of each of the multiple secondary cell frequency points a secondary cell frequency point and a corresponding uplink random access physical resource block;
  • the target serving node allocates multiple secondary cell frequency points to the user equipment, and each of the multiple secondary cell frequency points The uplink random access physical resource block resource corresponding to the cell frequency point, and the multiple secondary cell frequency points are sorted according to the priority
  • the base station further includes:
  • a processor configured to select one for the user equipment from the multiple secondary cell frequency points according to a service situation in the local cell and a load condition of each of the multiple secondary cell frequency points The secondary cell frequency point and the corresponding uplink random access physical resource block.
  • the wireless transceiver acquires a target service node to which the secondary cell belongs Determining, by the user equipment, a secondary cell frequency point, and the corresponding uplink random access physical resource block resource, specifically: the wireless transceiver sends a secondary cell resource requirement message to the mobility management entity according to the wireless resource management measurement report,
  • the secondary cell resource requirement message includes: a PCI of the target serving node, and a secondary cell frequency point list selected by the target serving node and suitable for the user equipment; or a PCI of the target serving node, and a source service of the primary cell
  • the node requests the secondary cell frequency point allocated by the target service node for the user equipment, and the corresponding uplink random access physical resource block resource; and receives the secondary cell resource requirement confirmation message sent by the mobility management entity, where
  • the secondary cell resource requirement confirmation message includes: a PCI of the target service node, and a secondary cell frequency point selected by the target
  • the secondary cell that is sent by the wireless transceiver further includes: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to the priority of the user service quality.
  • the secondary cell resource requirement confirmation message received by the wireless transceiver includes: a plurality of secondary cell frequency points selected by the target serving node from the secondary cell frequency point list for the user equipment, and the multiple auxiliary Cell frequency
  • the uplink random access physical resource block resource corresponding to the frequency of each secondary cell in the point, and the multiple secondary cell frequency points are sorted according to the priority
  • the base station further includes:
  • a processor configured to select one for the user equipment from the multiple secondary cell frequency points according to a service situation in the local cell and a load condition of each of the multiple secondary cell frequency points a secondary cell frequency point and a corresponding uplink random access physical resource block;
  • the base station further includes:
  • a processor configured to select one for the user equipment from the multiple secondary cell frequency points according to a service situation in the local cell and a load condition of each of the multiple secondary cell frequency points The secondary cell frequency point and the corresponding uplink random access physical resource block.
  • a tenth aspect provides a user equipment, including:
  • a transceiver configured to send a radio resource management measurement report to the source serving node to which the primary cell belongs, and receive a secondary cell frequency point selected by the target serving node to which the secondary cell belongs from the source serving node, and corresponding to the user equipment Uplinking random access physical resource block resources; and initiating random access on the secondary cell according to the secondary cell frequency point and the corresponding uplink random access physical resource block resource, and establishing a wireless link.
  • the transceiver receives a secondary cell frequency point selected by the target serving node to which the secondary cell belongs, and the corresponding uplink random connection Into the physical resource block resources, including:
  • the secondary cell configuration information includes: the secondary cell frequency point selected by the target service node for the user equipment, and the corresponding uplink random access physical resource block resource.
  • the eleventh aspect provides a base station, including:
  • a wireless transceiver configured to receive a secondary cell resource request message sent by a source management node to which the mobile management entity or the primary cell belongs, where the secondary cell resource request message includes: the source serving node to which the primary cell belongs is a target serving node to which the secondary cell belongs Selecting a secondary cell frequency point list suitable for the user equipment supporting the carrier aggregation; or, the source serving node to which the primary cell belongs, requesting a secondary cell frequency point allocated by the target serving node to which the secondary cell belongs to the user equipment, and corresponding Uplink random access physical resource block resources;
  • a processor configured to select one or more secondary cell frequency points for the user equipment from the secondary cell frequency point list according to load and service conditions of the multiple frequency points, and corresponding to each secondary cell frequency point Uplink random connection
  • the physical resource block resource or one or more secondary cell frequency points allocated to the user equipment according to the load and service conditions of the multiple frequency points, and the uplink random access corresponding to each secondary cell frequency point Physical resource block resource;
  • the wireless transceiver is further configured to send a secondary cell resource request acknowledgement message to the source serving node or the mobility management entity, where the secondary cell resource request acknowledgement message includes: the target serving node from the secondary cell frequency point list One or more secondary cell frequency points selected by the user equipment, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; or, the target service node allocates one for the user equipment Or a plurality of secondary cell frequency points, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; so as to control the user equipment to initiate random access on the secondary cell, and establish a wireless link.
  • the target serving node from the secondary cell frequency point list One or more secondary cell frequency points selected by the user equipment, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; or, the target service node allocates one for the user equipment Or a plurality of secondary cell frequency points, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; so as to control the user equipment to initiate random
  • the secondary cell resource request message sent by the wireless transceiver further includes: the secondary cell frequency point in the secondary cell frequency point list is prioritized according to user service quality Level sorted information.
  • the processor is further configured to load and service according to multiple frequency points of the user And selecting, according to the priority order of the user service quality, a plurality of secondary cell frequency points for the user equipment from the secondary cell frequency point list.
  • a twelfth aspect provides a mobility management entity, including:
  • a wireless transceiver configured to receive a secondary cell resource requirement message sent by a source serving node to which the primary cell belongs, where the secondary cell resource requirement message includes: a PCI of a target serving node to which the secondary cell belongs, and the source serving node is a secondary cell frequency point list selected by the target serving node for the user equipment supporting the carrier aggregation; or a PCI of the target serving node to which the secondary cell belongs, and the source serving node requesting the target serving node to allocate the user equipment a secondary cell frequency point, and a corresponding uplink random access physical resource block resource; and sending the secondary cell resource request message to the target serving node according to the PCI of the target serving node; the secondary cell resource request message includes: The source serving node selects a secondary cell frequency point list that is selected by the target serving node and is suitable for the user equipment; or the source serving node requests the target serving node to allocate a secondary cell frequency point to the user equipment, And corresponding uplink random access physical resource block resources; and receiving the
  • the secondary cell resource requirement message sent by the wireless transceiver further includes: the secondary cell frequency point in the secondary cell frequency point list is prioritized according to user service quality And the information of the secondary cell resource request message further includes: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to the priority of the user service quality.
  • the secondary cell resource request confirmation message received by the wireless transceiver further includes:
  • the plurality of secondary cell frequency points selected by the user equipment are information sorted according to the priority of the user service quality.
  • FIG. 1 is a flowchart of a method for controlling carrier aggregation access between base stations according to an embodiment of the present invention
  • FIG. 2 is a flowchart of an access method according to an embodiment of the present invention
  • FIG. 3 is another flowchart of a method for controlling carrier aggregation access between base stations according to an embodiment of the present invention
  • FIG. 4 is another flowchart of a method for controlling carrier aggregation between base stations according to an embodiment of the present invention
  • FIG. 5 is a schematic structural diagram of a carrier aggregation access control apparatus between base stations according to an embodiment of the present invention
  • FIG. 6 is a schematic structural diagram of an access apparatus according to an embodiment of the present invention
  • FIG. 7 is another schematic structural diagram of a carrier aggregation access control apparatus between base stations according to an embodiment of the present disclosure.
  • FIG. 8 is another schematic structural diagram of a carrier aggregation access control apparatus between base stations according to an embodiment of the present disclosure.
  • FIG. 9 is a first application example of a carrier aggregation access control method between base stations according to an embodiment of the present invention Flow chart of the example;
  • FIG. 10 is a flowchart of a second application example of a carrier aggregation access control method between base stations according to an embodiment of the present disclosure
  • FIG. 11 is a flowchart of a third application example of a carrier aggregation access control method between base stations according to an embodiment of the present disclosure.
  • FIG. 12 is a flowchart of a fourth application example of a carrier aggregation access control method between base stations according to an embodiment of the present invention.
  • the technical solutions in the embodiments of the present invention are clearly and completely described in the following with reference to the accompanying drawings in the embodiments of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. example. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.
  • FIG. 1 is a flowchart of a carrier aggregation access control method between base stations according to an embodiment of the present disclosure;
  • Step 101 Receive a radio resource management measurement report sent by a user equipment that supports carrier aggregation, where the radio resource management measurement report received by the source serving node to which the primary cell belongs is a radio resource management (RRM) related measurement report.
  • the measurement report is a radio resource management RRM measurement report of the user equipment (UE) at each frequency point and each node, and the content of the measurement report includes: reference signal received power (RSRP, Reference Signal Received Power) measurement result, reference signal The measurement result of the received quality (RSRQ, Reference Signal Received Quality), or other measurement results, is not limited in this embodiment.
  • the radio resource management measurement report may further include target service node information to which the secondary cell belongs.
  • the cell responsible for the connection and resource configuration of the user equipment, and the radio link re-establishment and handover of the user equipment are referred to as a "primary cell” (Pcell).
  • Pcell primary cell
  • scell secondary cell
  • Step 102 Acquire, according to the RRC measurement measurement report, a secondary cell frequency point selected by the target serving node to which the secondary cell belongs, and a corresponding uplink random access physical resource block resource; wherein, in this embodiment
  • the source serving node to which the primary cell (Pcell) belongs acquires a secondary cell frequency point selected by the target serving node to which the secondary cell (Scell) belongs, and corresponding uplink random access
  • the first type of obtaining is: the source serving node to which the primary cell belongs sends a secondary cell resource request message directly to the target serving node to which the secondary cell belongs according to the radio resource management measurement report, where the secondary cell resource request message includes: And a secondary cell resource request acknowledgement message that is sent by the target serving node to the target serving node, and a secondary cell resource request acknowledgement message that is sent by the target serving node, where the secondary cell resource request acknowledgement message includes: The target serving node selects one secondary cell frequency point selected by the user equipment from the secondary cell frequency point list, and the corresponding uplink random access physical resource block resource.
  • the secondary cell resource request message may further include: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality. That is to say, the secondary cell frequency points in the secondary cell frequency point list are sorted according to the priority of the user service quality.
  • the method may further include: according to the a service situation and a load condition of each of the plurality of secondary cell frequencies, and selecting a secondary cell frequency point and corresponding uplink random access for the user equipment from the multiple secondary cell frequency points Physical resource block.
  • the source serving node to which the primary cell belongs can directly communicate with the target serving node to which the secondary cell belongs
  • the source serving node may directly send the target serving node to the target serving node through an X2 interface (or other interface).
  • the secondary cell resource request message is received by the target serving node by using the X2 interface, so that the target serving node obtains the user equipment from the secondary cell frequency point list.
  • the second obtaining mode is: the source serving node to which the primary cell belongs receives the radio resource management measurement report sent by the user equipment supporting the carrier aggregation; and directly sends the secondary cell resource request message to the target serving node, where the secondary cell resource request is sent.
  • the message includes: a source serving node to which the primary cell belongs, a secondary cell frequency point allocated by the target serving node to which the secondary cell belongs, and a corresponding uplink random access physical resource block resource; and receiving the target service node
  • the secondary cell resource request acknowledgement message is sent, the secondary cell resource request acknowledgement message includes: a secondary cell frequency point allocated by the target serving node to the user equipment, and a corresponding uplink random access physical resource block resource.
  • the source serving node to which the primary cell belongs does not need to send multiple secondary cell frequency points and corresponding uplink random access physical resource blocks that have been selected for the user equipment for the serving node to which the secondary cell belongs.
  • the resource is directly requested by the target serving node to allocate a suitable secondary cell frequency point to the user equipment, and a corresponding uplink random access physical resource block resource.
  • the method further includes: according to the service situation in the local cell and the multiple secondary cell frequency points A load condition of each secondary cell frequency point is selected, and a secondary cell frequency point and a corresponding uplink random access physical resource block are selected for the user equipment from the multiple secondary cell frequency points.
  • the third method is: in this embodiment, if the source serving node to which the primary cell belongs and the target serving node to which the secondary cell belongs cannot communicate, the source serving node can communicate with the target serving node through the mobility management entity, The process is:
  • the source serving node sends a secondary cell resource requirement message to the mobility management entity according to the radio resource management measurement report, where the secondary cell resource requirement message includes: a PCI of the target serving node, and a selection for the target serving node that is suitable for the a secondary cell frequency point list of the user equipment; and receiving a secondary cell resource requirement confirmation message sent by the mobility management entity, where the secondary cell resource requirement confirmation message includes:
  • the secondary cell resource requirement message may further include: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality. That is to say, the secondary cell frequency points in the secondary cell frequency point list are sorted according to the priority of the user service quality.
  • the method may further include: the multiple secondary cell frequency points selected by the target serving node from the secondary cell frequency point list for the user equipment, and the multiple secondary cells And the uplink random access physical resource block resource corresponding to the frequency of each secondary cell in the frequency point, and the multiple secondary cell frequency points are sorted according to the priority, the method may further include:
  • the fourth acquisition mode is: The acquisition mode is similar to the third mode, and the difference is that the content of the sent secondary cell resource requirement message and the received secondary cell resource requirement confirmation message are different, specifically: the source service node moves to the mobile device.
  • the management entity sends a secondary cell resource requirement message, where the secondary cell resource requirement message includes: a PCI of the target serving node, and a source service node to which the primary cell belongs to request the target service node to be the user equipment a secondary cell frequency point and a corresponding uplink random access physical resource block resource; and receiving a secondary cell resource requirement confirmation message sent by the mobility management entity, where the secondary cell resource requirement confirmation message includes: PCI, and a secondary cell frequency point allocated by the target serving node to the user equipment, and a corresponding uplink random access physical resource block resource.
  • the method further includes: according to the service situation in the local cell and each of the multiple secondary cell frequency points For the load condition of the secondary cell frequency point, select a secondary cell frequency point and a corresponding uplink random access physical resource block for the user equipment from the multiple secondary cell frequency points.
  • Step 103 Send the secondary cell frequency point and the corresponding uplink random access physical resource block resource to the user equipment, so that the user equipment obtains the secondary cell frequency point and the corresponding uplink random access physical resource according to the The block resource initiates random access on the secondary cell and establishes a wireless link.
  • the source serving node obtains a secondary cell frequency point selected by the target serving node for the user equipment, and a corresponding uplink random access physical resource block resource, directly, the one secondary cell frequency point, and The corresponding uplink random access physical resource block resource sends the user equipment, so that the user equipment initiates random access in the secondary cell, and establishes a wireless connection.
  • the source serving node obtains multiple secondary cell frequency points selected by the target serving node for the user equipment, and uplink random access physical resource block resources corresponding to each secondary cell frequency point of the multiple secondary cell frequency points
  • the multiple The frequency of the secondary cell is sorted according to the priority: the source serving node first according to the service situation in the current cell and the load condition of each secondary cell frequency point in the multiple secondary cell frequency points, A plurality of secondary cell frequency points are selected for the user equipment, and a corresponding uplink random access physical resource block is selected. Usually, the highest priority frequency is selected. Of course, you can also choose according to the actual situation.
  • the source serving node may be: an evolved base station, or a low-power node
  • the target serving node may be: an evolved base station, or a low-power node, but is not limited thereto. Therefore, other service nodes may also be included, which is not limited in this embodiment.
  • the low power node may be a pico node, a home base station (He B), a repeater, a relay node (RN, a relay node), and the like.
  • a method for controlling carrier aggregation access between base stations when a primary cell and a secondary cell belong to
  • the source serving node ie, the serving node to which the primary cell belongs
  • the target serving node ie, the serving node node to which the secondary cell belongs
  • the target serving node ie, the serving node node to which the secondary cell belongs
  • the incoming physical resource block resource initiates random access on the secondary cell and establishes a wireless link.
  • FIG. 2 is a flowchart of an access method according to an embodiment of the present invention.
  • the method includes: Step 201: Send a radio resource management measurement report to a source serving node to which a primary cell belongs;
  • the radio resource management measurement report includes: each frequency point measured by the user equipment supporting carrier aggregation, and RSRP measurement results and RSRQ measurement results of each node.
  • the present invention is not limited thereto, and other adaptation results may be included in the adaptability, which is not limited in this embodiment.
  • Step 202 Receive a secondary cell frequency point selected by the target serving node that is sent by the source serving node, and a corresponding uplink random access physical resource block resource.
  • the user equipment that supports the carrier aggregation receives the secondary cell configuration information that is sent by the source serving node, where the secondary cell configuration information includes: a secondary cell frequency point selected by the target serving node to which the secondary cell belongs, and corresponding Uplink random access physical resource block resources.
  • the secondary cell configuration information may further include parameters such as a physical cell identifier.
  • the user equipment receives the secondary cell configuration information that is sent by the source serving node by using the RRC connection reconfiguration message, and may also use other messages, which is not limited in this embodiment.
  • Step 203 Initiate random access on the secondary cell according to the secondary cell frequency point and the corresponding uplink random access physical resource block resource, and establish a wireless link.
  • the user equipment may initiate a random access request on the secondary cell, and complete a wireless link establishment of the secondary cell, thereby completing Complete access control under inter-e B.
  • the source serving node and the target serving node may both be: an evolved base station or a low power node.
  • the user equipment supporting the carrier aggregation can learn that the target serving node to which the secondary cell belongs to the primary serving cell belongs to the selected secondary cell frequency point and the corresponding uplink random access physical resource.
  • the block resources can effectively achieve the success rate of random access on the secondary cell and further improve the throughput performance of the network.
  • FIG. 3 is another flowchart of a method for controlling carrier aggregation access between base stations according to an embodiment of the present invention, where the method includes:
  • Step 301 Receive a secondary cell resource request message sent by the mobile service entity or the source serving node to which the primary cell belongs, where the secondary cell resource request message includes: the source service node to which the primary cell belongs is suitable for the target service node to which the secondary cell belongs The secondary cell frequency point list of the user equipment supporting the carrier aggregation; or the source serving node to which the primary cell belongs to request a secondary cell frequency point allocated by the target serving node to which the secondary cell belongs, and the corresponding uplink random connection Into the physical resource block resource;
  • the serving node ie, the target serving node to which the secondary cell belongs receives the secondary cell resource request message sent by the source management node to which the mobility management entity or the primary cell belongs.
  • Step 302 Select one or more secondary cell frequency points and the uplink corresponding to each secondary cell frequency point from the secondary cell frequency point list according to the load and service conditions of the multiple frequency points. Random access to physical resource block resources; or, according to the load and service conditions of multiple frequency points of the user, one or more secondary cell frequency points allocated to the user equipment, and uplink random frequencies corresponding to each secondary cell frequency point Access physical resource block resources;
  • the serving node to which the secondary cell belongs may also be aggregated according to the priority situation of the source service node according to the load status and the service status of the multiple frequency points of the own serving node.
  • the user equipment selects a most suitable frequency point and corresponding uplink random access physical resource block resources.
  • the user equipment supporting the carrier aggregation may also be allocated a most suitable frequency point and a corresponding uplink random access physical resource block resource.
  • the serving node to which the secondary cell belongs may also select multiple user equipments for supporting the carrier aggregation according to the priority situation of the source service node according to the load status and the service status of the multiple frequency points.
  • the most suitable frequency point and the uplink random access physical resource block resource corresponding to each frequency band, wherein the multiple secondary cell frequency points are sorted according to the priority of the user service quality.
  • Step 303 Send a secondary cell resource request acknowledgement message to the source serving node or the mobility management entity, where the secondary cell resource request acknowledgement message includes: the target serving node is the user equipment from the secondary cell frequency point list One or more secondary cell frequency points selected, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; or one or more secondary cell frequencies allocated by the target serving node to the user equipment a point, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; so that the source serving node controls the user equipment to initiate random access on the secondary cell, and establish a wireless link.
  • the target serving node is the user equipment from the secondary cell frequency point list One or more secondary cell frequency points selected, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; or one or more secondary cell frequencies allocated by the target serving node to the user equipment a point, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; so that the source serving node controls the user equipment to initiate random access on the secondary cell
  • the target serving node to which the secondary cell belongs is that the source server node to which the primary cell to which the primary cell belongs or the primary cell to which the mobile management entity belongs is the target service node to which the secondary cell belongs.
  • Selecting one or more secondary cell frequency points and corresponding uplink random access physical resource block resources for the user equipment according to the situation of the user equipment when the secondary cell frequency point list of the user equipment supporting the carrier aggregation is selected.
  • FIG. 4 is another flowchart of a method for controlling carrier aggregation access between base stations according to an embodiment of the present invention.
  • a source serving node and a secondary cell to which the primary cell belongs are The target service nodes are different in information exchange through the X interface, and the source service node can perform information interaction with the target service node through the mobility management entity.
  • the specific process includes:
  • Step 401 Receive a secondary cell resource requirement message sent by a source serving node to which the primary cell belongs (Scell
  • the secondary cell resource requirement message includes: a physical cell identifier PCI of the target serving node to which the secondary cell belongs, and a secondary device selected by the source serving node for the target serving node to be suitable for supporting the carrier aggregation a cell frequency point list; or a PCI of a target serving node to which the secondary cell belongs, and the source serving node requests the target serving node to allocate a secondary cell frequency point to the user equipment, and a corresponding uplink random access physical resource block Resource
  • the secondary cell resource requirement message received by the mobility management entity may further include: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality. The order may be sorted in descending order, or may be sorted in order from low to high, which is not limited in this embodiment.
  • Step 402 Send the secondary cell resource request message to the target serving node according to the PCI of the target serving node.
  • the secondary cell resource request message includes: the source service node is selected for the target serving node.
  • the secondary cell frequency point list of the user equipment; or the source service node requests the target service node to allocate a secondary cell frequency point to the user equipment, and a corresponding uplink random access physical resource block resource;
  • the mobile management entity sends a secondary cell resource request message to the target serving node according to the PCI of the target serving node, where the secondary cell resource request message includes: the source service node selects a suitable location for the target serving node
  • the secondary cell frequency point list of the user equipment is an optional case.
  • the secondary cell frequency points in the secondary cell frequency point list are sorted according to the priority of the user service quality, and the priority ordering may be high. To low, it can be from low to high. This example is not limited.
  • Step 403 The receiving the target serving node sends a secondary cell resource request acknowledgement message, where the secondary cell resource request acknowledgement message includes: the target serving node selects one of the secondary device frequency point list for the user equipment or a plurality of secondary cell frequency points, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; or a plurality of secondary cell frequency points allocated by the target serving node to the user equipment, and each auxiliary Uplink random access physical resource block resources corresponding to the cell frequency point;
  • the acknowledgment message may further include: the multiple secondary cell frequency points are according to the user Information on the prioritization of quality of service.
  • the acknowledgment message may further include: the multiple secondary cell frequency points allocated for the user equipment are according to the user Information on the prioritization of quality of service.
  • Step 404 A secondary cell resource requirement confirmation message sent to the source serving node, where the secondary cell resource requirement confirmation message includes: a PCI of the target serving node, one or more secondary cell frequency points, and each secondary cell The uplink random access physical resource block resource corresponding to the frequency point; or the PCI of the target serving node, the target serving node is one or more secondary cell frequency points allocated by the user equipment, and each secondary cell frequency And corresponding to the uplink random access physical resource block resource; so that the source serving node controls the user equipment to initiate random access on the secondary cell, and establish a wireless link.
  • the secondary cell resource requirement confirmation message includes: a PCI of the target serving node, one or more secondary cell frequency points, and each secondary cell The uplink random access physical resource block resource corresponding to the frequency point; or the PCI of the target serving node, the target serving node is one or more secondary cell frequency points allocated by the user equipment, and each secondary cell frequency And corresponding to the uplink random access physical resource block resource; so that the source serving node controls the user equipment to
  • the source serving node to which the primary cell belongs is configured by the mobility management entity to send the source serving node to the secondary cell frequency point list selected by the target serving node to which the secondary cell belongs, which is suitable for supporting the carrier aggregation.
  • the target service node is configured to enable the target serving node to select a secondary cell frequency point for the user equipment, and a corresponding uplink random access physical resource block resource, so that the user equipment according to the frequency point and the corresponding The resource initiates random access on the secondary cell and establishes a wireless link.
  • an embodiment of the present invention provides a carrier aggregation access control device between base stations, and a schematic structural diagram thereof is shown in FIG. 5, where the device includes: a receiving unit 51, an obtaining unit 52, and a sending unit 53,
  • the receiving unit 51 is configured to receive a radio resource management measurement report that is sent by the user equipment that supports the carrier aggregation
  • the acquiring unit 52 is configured to acquire, according to the radio resource management measurement report, the target serving node to which the secondary cell belongs.
  • the sending unit 53 is configured to use the secondary cell frequency point and the corresponding uplink random access physical resource block
  • the user equipment is sent by the resource, so that the user equipment initiates random access on the secondary cell according to the secondary cell frequency point and the corresponding uplink random access physical resource block resource, and establishes a wireless link.
  • the acquiring unit includes: a first sending unit and a first receiving unit, where the first sending unit is configured to send, according to the radio resource management measurement report, a target serving node And sending a secondary cell resource request message, where the secondary cell resource request message includes: a secondary cell frequency point list selected by the target serving node and suitable for the user equipment; or the source service node to which the primary cell belongs to request the target service to which the secondary cell belongs a secondary cell frequency point allocated by the node for the user equipment, and corresponding uplink random access physical resources Source block resource
  • the secondary cell resource request message sent by the first sending unit may further include: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality.
  • the priority ordering may be from high to low or from low to high, and the secondary cell frequency points in the secondary cell frequency point list are sorted.
  • the first receiving unit is configured to receive a secondary cell resource request acknowledgment message sent by the target serving node, where the secondary cell resource request acknowledgment message includes: the target serving node is located in the secondary cell frequency point list a secondary cell frequency point selected by the user equipment, and a corresponding uplink random access physical resource block resource; or a secondary cell frequency point allocated by the target serving node to the user equipment, and a corresponding uplink random access physics Resource block resource.
  • the target serving node selects the user equipment from the secondary cell frequency point list. a secondary cell frequency point, and an uplink random access physical resource block resource corresponding to each of the plurality of secondary cell frequency points, and the plurality of secondary cell frequency points are sorted according to priorities
  • the obtaining unit may further include: a first selecting unit, configured to use, according to the service situation in the local cell and the load condition of each secondary cell frequency point in the multiple secondary cell frequency points, from the multiple secondary cells A secondary cell frequency point and a corresponding uplink random access physical resource block are selected for the user equipment in the frequency point.
  • the acquiring unit further includes: the target serving node allocates multiple secondary cell frequency points to the user equipment, and And the uplink random access physical resource block resource corresponding to each of the multiple secondary cell frequency points, and the multiple secondary cell frequency points are sorted according to the priority, the acquiring unit further includes:
  • a second selecting unit configured to be the user equipment from the multiple secondary cell frequency points according to a service situation in the local cell and a load condition of each of the multiple secondary cell frequency points Select a secondary cell frequency point and a corresponding uplink random access physical resource block.
  • the acquiring unit includes: a second sending unit and a second receiving unit, where the second sending unit is configured to send, according to the radio resource management measurement report, a mobility management entity Sending a secondary cell resource requirement message, where the secondary cell resource requirement message includes: a PCI of the target serving node, and a secondary cell frequency point list selected by the target serving node and suitable for the user equipment; or a PCI of the target serving node And the source serving node to which the primary cell belongs to request a secondary cell frequency point allocated by the target serving node for the user equipment, and a corresponding uplink random access physical resource block resource;
  • the secondary cell resource requirement message sent by the second sending unit further includes: the secondary cell frequency point
  • the secondary cell frequency points in the list are information sorted according to the priority of the user service quality, and the priority rankings are as shown in the foregoing, and are not described here.
  • the second receiving unit is configured to receive a secondary cell resource requirement confirmation message sent by the mobility management entity, where the secondary cell resource requirement confirmation message includes: a PCI of a target serving node, and the target serving node from the auxiliary a secondary cell frequency point selected by the user equipment in the cell frequency list, and a corresponding uplink random access physical resource block resource; or a PCI of the target service node, and the target service node is allocated to the user equipment A secondary cell frequency point, and a corresponding uplink random access physical resource block resource.
  • the acquiring unit may also The method includes: a third selecting unit, configured to: according to a service situation in the local cell and a load condition of each of the multiple secondary cell frequency points, from the multiple secondary cell frequency points, The user equipment selects a secondary cell frequency point and a corresponding uplink random access physical resource block.
  • the acquiring unit further includes:
  • a fourth selecting unit selecting one for the user equipment from the plurality of secondary cell frequency points according to a service situation in the current cell and a load condition of each of the multiple secondary cell frequency points The secondary cell frequency point and the corresponding uplink random access physical resource block.
  • the acquiring unit may include the first sending unit, the first receiving unit, the second sending unit, and the second receiving unit, and may further include: For a selection unit and a second selection unit, the functions and functions of the respective units are as described above, and are not described herein again.
  • the device may be integrated in the evolved base station or the low-power node, or may be deployed in the network independently, which is not limited in this embodiment.
  • FIG. 6 is a schematic structural diagram of an access device according to an embodiment of the present invention.
  • the device includes: a sending unit 61, a receiving unit 62, and an access unit 63, where the sending unit 61 is configured to Sending a radio resource management measurement report to the source serving node to which the primary cell belongs; the receiving unit 62, configured to receive a secondary cell selected by the target serving node to which the secondary cell that the primary serving node belongs to support user equipment for carrier aggregation a frequency point, and a corresponding uplink random access physical resource block resource; the access unit 63, And performing random access on the secondary cell according to the secondary cell frequency point and the corresponding uplink random access physical resource block resource, and establishing a wireless link.
  • the receiving unit is specifically configured to receive the secondary cell configuration information that is sent by the source serving node, where the secondary cell configuration information includes: a secondary cell frequency selected by the target serving node to which the secondary cell belongs to the user equipment supporting carrier aggregation. Point, and corresponding uplink random access physical resource block resources.
  • the device may be integrated in the user equipment, or may be deployed in the network independently, which is not limited in this embodiment.
  • FIG. 7 is a schematic structural diagram of a carrier aggregation access control apparatus between base stations according to an embodiment of the present invention, where the apparatus includes: a receiving unit 71, a selecting unit 72, and a sending unit 73, where The receiving unit 71 is configured to receive a resource request message sent by the mobile management entity or the source serving node to which the primary cell belongs, where the secondary cell resource request message includes: the source serving node to which the primary cell belongs is the target serving node to which the secondary cell belongs a secondary cell frequency point list of the user equipment that supports the carrier aggregation; or the source serving node to which the primary cell belongs to request a secondary cell frequency point allocated by the target serving node to which the secondary cell belongs to the user equipment, and corresponding Uplinking random access physical resource block resources; the selecting unit 72, configured to select one or more auxiliary devices for the user equipment from the secondary cell frequency point list according to load and service conditions of multiple frequency points of the plurality of frequency points a cell frequency point, and an uplink random access
  • the receiving, by the receiving unit, the secondary cell resource request message further includes: the secondary cell frequency point in the secondary cell frequency list is information sorted according to priority of user service quality.
  • the selecting unit selects multiple secondary cell frequency points for the user equipment from the secondary cell frequency point list
  • the multiple secondary cell frequency points are sorted according to priority of user service quality, Among them, the priority order can be from high to low or low to high.
  • the device may be integrated in an evolved base station or a low power node; or deployed independently.
  • FIG. 8 is a schematic diagram of a carrier aggregation access control device between base stations according to an embodiment of the present invention.
  • the device includes: a first receiving unit 81, a first sending unit 82, a second receiving unit 83, and a second sending unit 84, where the first receiving unit 81 is configured to receive a primary cell.
  • the secondary cell resource requirement message includes: a PCI of the target serving node to which the secondary cell belongs, and a suitable carrier selected by the source serving node for the target serving node a secondary cell frequency point list of the aggregated user equipment; or, a PCI of the target serving node to which the secondary cell belongs, and the source serving node requesting the target serving node to allocate a secondary cell frequency point to the user equipment, and corresponding uplink Randomly accessing the physical resource block resource;
  • the first sending unit 82 configured to send the secondary cell resource request message to the target serving node according to the PCI of the target serving node;
  • the secondary cell resource request message includes: The source service node selects a secondary cell frequency point list suitable for the user equipment selected by the target service node; or The source service node requests the target service node to allocate a secondary cell frequency point and a corresponding uplink random access physical resource block resource to the user equipment, and the second receiving unit 83 is configured to receive the target.
  • the serving node sends a secondary cell resource request acknowledgement message, where the secondary cell resource request acknowledgement message includes: one or more secondary cell frequency points selected by the target serving node from the secondary cell frequency point list for the user equipment, And an uplink random access physical resource block resource corresponding to each secondary cell frequency point; or a plurality of secondary cell frequency points allocated by the target serving node to the user equipment, and uplink random times corresponding to each secondary cell frequency point Accessing a physical resource block resource; the second sending unit 84, configured to send a secondary cell resource requirement confirmation message to the source serving node, where the secondary cell resource requirement confirmation message includes: a PCI of the target serving node, One or more secondary cell frequency points, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point, or The PCI of the target serving node, the target serving node is one or more secondary cell frequency points allocated by the user equipment, and uplink random access physical resource block resources corresponding to each secondary cell frequency point;
  • the user equipment initiates random access on the secondary cell and establishes
  • the secondary cell resource requirement message received by the first receiving unit further includes: the secondary cell frequency point in the secondary small cell frequency point list is information sorted according to priority of user service quality;
  • the secondary cell resource request message sent by the first sending unit further includes: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality.
  • the second receiving unit receives, by the target serving node, a plurality of secondary cell frequency points selected by the target serving node from the secondary cell frequency point list, where the multiple secondary secondary cell frequency points are in accordance with Prioritization of user service quality.
  • the device may be integrated in the mobility management entity; or deployed independently.
  • the embodiment of the present invention further provides a base station, where the base station includes: a wireless transceiver, where the wireless transceiver is configured to receive a radio resource management measurement report sent by a user equipment that supports carrier aggregation;
  • the radio resource management measurement report acquires a secondary cell frequency point selected by the target serving node to which the secondary cell belongs, and a corresponding uplink random access physical resource block resource; and the secondary cell frequency point, and corresponding The uplink random access physical resource block resource sends the user equipment, so that the user equipment initiates random access on the secondary cell according to the secondary cell frequency point and the corresponding uplink random access physical resource block resource, And establish a wireless link
  • the process for the wireless transceiver to acquire a secondary cell frequency point selected by the target serving node to which the secondary cell belongs, and the corresponding uplink random access physical resource block resource includes:
  • the wireless transceiver sends a secondary cell resource request message to the target serving node according to the radio resource management measurement report, where the secondary cell resource request message includes: a location selected by the target serving node that is suitable for the user equipment. a secondary cell frequency point list; or a source serving node to which the primary cell belongs, requesting a secondary cell frequency point allocated by the target serving node to which the secondary cell belongs, and a corresponding uplink random access physical resource block resource; a secondary cell resource request acknowledgement message sent by the target serving node, where the secondary cell resource request acknowledgement message includes: a secondary cell frequency point selected by the target serving node from the secondary cell frequency point list for the user equipment, and Corresponding uplink random access physical resource block resource; or the target serving node is a secondary cell frequency point allocated by the user equipment, and corresponding uplink random access physical resource block resource.
  • the secondary cell resource request message sent by the wireless transceiver further includes: the secondary cell frequency point in the secondary cell frequency list is information sorted according to priority of user service quality.
  • the secondary cell resource request acknowledgement message received by the wireless transceiver includes: a plurality of secondary cell frequency points selected by the target serving node from the secondary cell frequency point list for the user equipment, And the uplink random access physical resource block resource corresponding to each of the multiple secondary cell frequency points, and the multiple secondary cell frequency points are sorted according to the priority, the base station further includes:
  • a processor configured to select one for the user equipment from the multiple secondary cell frequency points according to a service situation in the local cell and a load condition of each of the multiple secondary cell frequency points The secondary cell frequency point and the corresponding uplink random access physical resource block.
  • the base station further includes: the target serving node allocates multiple secondary cell frequency points to the user equipment, and And the uplink random access physical resource block resource corresponding to each of the multiple secondary cell frequency points, and the multiple secondary cell frequency points are sorted according to the priority, the base station further includes:
  • a processor configured to select one for the user equipment from the multiple secondary cell frequency points according to a service situation in the local cell and a load condition of each of the multiple secondary cell frequency points Secondary cell frequency point and corresponding Uplink random access physical resource block.
  • the wireless transceiver acquires a secondary cell frequency point selected by the target serving node to which the secondary cell belongs, and the corresponding uplink random access physical resource block resource, and specifically includes:
  • the wireless transceiver sends a secondary cell resource requirement message to the mobility management entity according to the radio resource management measurement report, where the secondary cell resource requirement message includes: a PCI of the target serving node, and a selection for the target serving node that is suitable for the a secondary cell frequency point list of the user equipment; or a PCI of the target serving node, and a source cell of the primary cell to which the target serving node requests the target serving node to allocate a secondary cell frequency point, and corresponding uplink random access Receiving a physical resource block resource; and receiving a secondary cell resource requirement confirmation message sent by the mobility management entity, where the secondary cell resource requirement confirmation message includes: a PCI of the target serving node, and a frequency of the target serving node from the secondary cell a secondary cell frequency point selected by the user equipment in the point list, and a corresponding uplink random access physical resource block resource; or a PCI of the target service node, and a secondary allocated by the target service node to the user equipment Cell frequency point, and corresponding uplink random
  • the secondary cell resource requirement message sent by the wireless transceiver further includes: the secondary cell frequency point in the secondary cell frequency list is information sorted according to priority of user service quality.
  • the secondary cell resource requirement confirmation message received by the wireless transceiver includes: a plurality of secondary cell frequency points selected by the target serving node from the secondary cell frequency point list for the user equipment, and And the uplink random access physical resource block resource corresponding to each of the multiple secondary cell frequency points, and the multiple secondary cell frequency points are sorted according to the priority, the base station further includes:
  • a processor configured to select one for the user equipment from the multiple secondary cell frequency points according to a service situation in the local cell and a load condition of each of the multiple secondary cell frequency points The secondary cell frequency point and the corresponding uplink random access physical resource block.
  • the base station further includes:
  • a processor configured to select one for the user equipment from the multiple secondary cell frequency points according to a service situation in the local cell and a load condition of each of the multiple secondary cell frequency points The secondary cell frequency point and the corresponding uplink random access physical resource block.
  • the embodiment of the present invention further provides a user equipment, where the user equipment includes: a transceiver, where the transceiver is configured to send a radio resource management measurement report to a source serving node to which the primary cell belongs; and receive the source service
  • the target serving node to which the secondary cell belongs is a secondary cell frequency point selected by the user equipment, and the corresponding uplink random access physical resource block resource; and according to the secondary cell frequency point and the corresponding uplink random access physics
  • a resource block resource which initiates random access on the secondary cell and establishes a wireless link.
  • the transceiver receives, by the source serving node, a secondary cell frequency point selected by the target serving node to which the secondary serving node belongs to the user equipment, and the corresponding uplink random access physical resource block resource, including: The transceiver receives the secondary cell configuration information sent by the source serving node, where the secondary cell configuration information includes: the secondary cell frequency point selected by the target serving node for the user equipment, and the corresponding uplink random access physical resource block resource.
  • the embodiment of the present invention further provides another base station, where the base station includes: a wireless transceiver and a processor, where the wireless transceiver is configured to receive a mobile service entity or a source service node to which the primary cell belongs.
  • the secondary cell resource request message includes: a source cell node list to which the source serving node to which the primary cell belongs is selected by the target serving node to which the secondary cell belongs, and is suitable for supporting the carrier aggregation; or
  • the source serving node to which the cell belongs requests a secondary cell frequency point allocated by the target serving node to which the secondary cell belongs, and the corresponding uplink random access physical resource block resource;
  • the processor is configured to use according to the multiple Selecting one or more secondary cell frequency points for the user equipment and the uplink random access physical resource block resources corresponding to each secondary cell frequency point from the secondary cell frequency point list Or, according to the load and service conditions of multiple frequency points of its own, one or the assigned to the user equipment A small auxiliary frequency point, and each secondary cell frequency point corresponding to the uplink random access resources to physical resource blocks;
  • the wireless transceiver is further configured to send a secondary cell resource request acknowledgement message to the source serving node or the mobility management entity, where the secondary cell resource request acknowledgement message includes: the target serving node from the secondary cell frequency point list One or more secondary cell frequency points selected by the user equipment, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; or, the target service node allocates one for the user equipment Or a plurality of secondary cell frequency points, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; so as to control the user equipment to initiate random access on the secondary cell, and establish a wireless link.
  • the target serving node from the secondary cell frequency point list One or more secondary cell frequency points selected by the user equipment, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; or, the target service node allocates one for the user equipment Or a plurality of secondary cell frequency points, and an uplink random access physical resource block resource corresponding to each secondary cell frequency point; so as to control the user equipment to initiate random
  • the secondary cell resource request message sent by the wireless transceiver further includes: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality.
  • the processor is further configured to: select, according to a priority of the user service quality according to a priority of the user service quality, select, for the user equipment, the user equipment according to the load and service conditions of the multiple frequency points of the user.
  • a secondary cell frequency point is further configured to: select, according to a priority of the user service quality according to a priority of the user service quality, select, for the user equipment, the user equipment according to the load and service conditions of the multiple frequency points of the user.
  • a secondary cell frequency point is further configured to: select, according to a priority of the user service quality according to a priority of the user service quality.
  • the embodiment of the present invention further provides a mobility management entity, where the mobility management entity includes: a transceiver, the wireless transceiver, configured to receive a secondary cell resource requirement message sent by a source serving node to which the primary cell belongs, where the secondary cell resource requirement message includes: a PCI of a target serving node to which the secondary cell belongs, and the source a secondary cell frequency point list selected by the serving node for the user equipment supporting the carrier aggregation; or a PCI of the target serving node to which the secondary cell belongs, and the source service node requesting the target serving node
  • the user equipment allocates a secondary cell frequency point and a corresponding uplink random access physical resource block resource; and sends the secondary cell resource request message to the target serving node according to the PCI of the target serving node; the secondary cell
  • the resource request message includes: the source service node selects a secondary cell frequency point list that is suitable for the user equipment for the target service node; or the source service node requests the target service node to allocate the
  • the secondary cell resource requirement message sent by the wireless transceiver further includes: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to priority of user service quality; and the sent The cell resource request message further includes: the secondary cell frequency point in the secondary cell frequency point list is information sorted according to the priority of the user service quality.
  • the secondary cell resource request acknowledgement message received by the wireless transceiver further includes: the multiple secondary cell frequency points selected for the user equipment are information sorted according to priority of user service quality.
  • FIG. 9 is a flowchart of a first application example of a carrier aggregation access control method between base stations according to an embodiment of the present invention.
  • Pcell source e B
  • Scell target eNB
  • RRC Radio Resource Control
  • the user equipment UE is a user equipment that supports carrier aggregation
  • the source service node is a service node to which the primary cell belongs
  • the target service node is a service node to which the secondary cell belongs
  • Step 901 The user equipment that supports the carrier aggregation sends the RRM-related measurement report to the source serving node to which the primary cell belongs (in this embodiment, the e Bl to which the primary cell Pcell belongs is taken as an example);
  • the RRM-related measurement report is the RRM of the user equipment at each frequency point and each node, and the content of the measurement report may include an RSRP measurement result, an RSRQ measurement result, or other measurement result.
  • This embodiment takes the RSRP measurement result as an example.
  • the reported form is as follows, but is not limited to this:
  • the RSRP measurement result of the cell il is RSRP1_il, and the RSRP measurement result of the cell j l is RSRPIJ I;
  • the RSRP measurement result of the cell i2 is RSRP2_i2
  • the RSRP measurement result of the cell j2 is RSRP2J2...
  • the RSRP measurement result of the cell ix is RSRPx_ix
  • the RSRP measurement result of the cell jx is RSRPxJx ⁇ .
  • Step 902 The source serving node (such as the eNB1 to which the primary cell belongs) sends a secondary cell (Scell) resource request message to the target serving node (for example, e B2 to which the secondary cell belongs) based on the RRM measurement reporting amount.
  • Scell secondary cell
  • the secondary cell resource request message includes: an eNB1 to which the primary cell belongs, and an Scell frequency list selected by the e B2 to which the secondary cell belongs to the user equipment supporting the carrier aggregation.
  • the frequency in the Scell frequency list is selected. (Secondary cell frequency points) are sorted according to the priority of the user's quality of service, which can be high to low or low to high.
  • Scell frequency priority list The list of Scell frequency points may also be referred to as "Scell frequency priority list", and its form may be: ⁇ frequency point i, frequency point j, ... frequency point k, ⁇ , which can be expressed as ⁇ Fi, Fj, -Fk, ⁇ , Priority satisfaction: Frequency point i> Frequency point j>... Frequency point k ⁇ .
  • Scell frequency priority list ⁇ frequency point i, frequency point j, ... frequency point k, ⁇ , which can be expressed as ⁇ Fi, Fj, -Fk, ⁇
  • Priority satisfaction Frequency point i> Frequency point j>... Frequency point k ⁇ .
  • Frequency point i> Frequency point j>... Frequency point k ⁇ .
  • Step 903 After receiving the Scell resource request message, the target serving node according to its own multiple frequency point load conditions and service conditions, and the priority ranking situation given by the primary cell (this example includes priority ranking information For example, the most suitable frequency point and the uplink random access physical resource block (PRB) resource of the frequency point are selected for the user equipment supporting the carrier aggregation.
  • the target serving node After receiving the Scell resource request message, the target serving node according to its own multiple frequency point load conditions and service conditions, and the priority ranking situation given by the primary cell (this example includes priority ranking information
  • the most suitable frequency point and the uplink random access physical resource block (PRB) resource of the frequency point are selected for the user equipment supporting the carrier aggregation.
  • PRB physical resource block
  • Step 904 The target serving node sends an acknowledgement message to the source serving node by using an Scell resource request confirmation message, where the Scell resource request acknowledgement message includes the most suitable frequency point and the uplink PRB resource.
  • the target serving node may be sent to the source serving node (primary cell) through the Scell resource request acknowledgement message, but is not limited to the Scell.
  • the resource request confirmation message may also be through other messages, which is not limited in this embodiment.
  • the Scell resource request acknowledgement message may be sent in the following format: ⁇ frequency point m, uplink random access physical resource block information m ⁇ , and the available symbol is represented as ⁇ Fm, UL RACH PRB information m ⁇ 0 :
  • the Scell configuration information includes: a physical cell identifier PCI, a frequency point, and an uplink random access physical resource block.
  • the source serving node After the source serving node receives the Scell resource request acknowledgement message sent by the target serving node, it indicates that the user equipment supporting the carrier aggregation completes the Scell resource request, and the source serving node configures the corresponding Scell.
  • the RRC connection reconfiguration message includes the Scell configuration information and the uplink, and the RRC connection reconfiguration message is sent to the user equipment that supports the carrier aggregation by using the RRC connection reconfiguration message (but not limited to the message). PRB resources.
  • the Scell configuration information includes: ⁇ physical cell identifier PCI, frequency point m, uplink random access physical resource block information m ⁇ , and the available symbols are represented as ⁇ PCI, Fm, UL RACH PRB information m ⁇ .
  • Step 906 After receiving the Scell configuration information sent by the source serving node, the user equipment initiates a random access request on the secondary cell based on the frequency point and the uplink PRB resource, and completes the wireless link establishment of the Scell. Said user equipment completes access control under inter-e B.
  • the embodiment is different from the foregoing embodiment in FIG. 9 in that: the secondary cell (Scell) resource request message includes: the source serving node to which the primary cell belongs requests the secondary cell The associated target service node allocates one secondary cell frequency point to the user equipment, and the corresponding uplink random access physical resource block resource.
  • the target serving node allocates a secondary cell frequency point allocated to the user equipment according to its own service and load condition, and a corresponding uplink random access physical resource block resource.
  • the secondary cell resource request acknowledgement message sent by the target serving node to the source serving node includes: a secondary cell frequency point allocated by the target serving node to the user equipment, and a corresponding uplink random access physical resource block resource.
  • the source serving node sends the secondary cell frequency point allocated by the target serving node to the user equipment, and the corresponding uplink random access physical resource block resource is sent to the user equipment by using the RRC connection reconfiguration message, where the user equipment is based on the A secondary cell frequency point and an uplink PRB resource, a random access request is initiated on the secondary cell, and the wireless link establishment of the Scell is completed;
  • FIG. 10 is a flowchart of a second application example of a carrier aggregation access control method between base stations according to an embodiment of the present invention.
  • the serving node (the serving node to which the secondary cell belongs) is sent to the source serving node (the service node to which the primary cell belongs) is multiple A suitable frequency point and corresponding uplink PRB resources of the respective frequency points, wherein the multiple frequency points are correspondingly sorted according to the frequency priority assigned by the source service node.
  • the communication between the source service node and the target service node is still performed by using the X2 interface for communication.
  • the specific process includes:
  • Step 1001 The user equipment supporting the carrier aggregation sends the RRM-related measurement report to the source serving node to which the primary cell belongs (that is, taking e Bl to which the primary cell belongs as an example);
  • Step 1002 The source serving node (the eNB1 to which the primary cell belongs) sends an Scell resource request message to the target serving node to which the secondary cell belongs (for example, e B2 to which the secondary cell belongs).
  • Step 1003 After receiving the Scell resource request message, the target serving node aggregates the user equipment for the support carrier according to the load situation and the service situation of the multiple frequency points of the UE and the priority ranking given by the primary cell. The appropriate frequency points and the corresponding uplink PRB resources of the respective frequency points are sorted according to the frequency priority assigned by the source serving node (the primary cell).
  • Step 1004 The target serving node sends the multiple suitable frequency points selected by the user equipment and the corresponding uplink PRB resources of the respective frequency points to the source serving node by using an Scell resource request confirmation message.
  • the plurality of suitable frequency points and the corresponding uplink PRB resources of the respective frequency points may be requested to be acknowledged by the Scell resource, but the present invention is not limited thereto, and may be sent by other messages, which is not limited in this embodiment.
  • the Scell resource request acknowledgement message is sent in the following format: «frequency point i, uplink random access physical resource block information i), (frequency point j, uplink random access physical resource block information j), ..., (frequency point k, Uplink random access physical resource block information k), ⁇ , can be represented by ⁇ (Fi, UL RACH PRB information i), (Fj, UL RACH PRB information j), ---(Fk, UL RACH PRB Information k), ... ⁇ .
  • Step 1005 The source serving node selects one most suitable frequency point and a corresponding uplink random access physical resource block from the plurality of suitable frequency points according to the service in the cell and the load condition of each frequency point. That is, after the source serving node receives the Scell resource request acknowledgement message from the target serving node, it indicates that the user equipment that supports the carrier aggregation completes the Scell resource request, and the source serving node requests the acknowledgement message in the Scell resource. According to the service in the cell and the load situation of each frequency point, select a most suitable frequency point and corresponding uplink random access physical resource block information; in general, the source service node is most likely to select the highest priority. That frequency and corresponding PRB information.
  • Step 1006 The source serving node selects a corresponding selected Scell frequency point and a corresponding uplink PRB.
  • the resource is sent to the user equipment supporting the carrier aggregation by using the RRC connection reconfiguration message.
  • the Scell frequency point and the corresponding uplink PRB resource are referred to as Scell configuration information.
  • the information included in the Scell configuration information is: ⁇ physical cell identifier, frequency point m, uplink random access physical resource block information ⁇ , and the available symbols are represented as ⁇ PCI, Fm, UL RACH PRB information ⁇ 0, but are not limited thereto.
  • Step 1007 After receiving the Scell configuration information sent by the source serving node, the user equipment performs a random access request on the secondary cell based on the configured frequency point information and the uplink PRB resource, and completes the radio link establishment of the Scell.
  • FIG. 11 is a flowchart of a third application example of a carrier aggregation access control method between base stations according to an embodiment of the present invention.
  • MME mobility management entity
  • FIG. 11 is a flowchart of a third application example of a carrier aggregation access control method between base stations according to an embodiment of the present invention.
  • MME mobility management entity
  • the SI interface between the management Entity is communicated, and the user equipment supporting carrier aggregation communicates with the Pcell through RRC signaling.
  • the specific process is:
  • Step 1101 The user equipment supporting the carrier aggregation sends the RRM-related measurement report to the source serving node to which the primary cell belongs (taking e Bl of the primary cell as an example);
  • Step 1102 The source serving node sends an Scell Resource Required message (Scell Resource Required) to the mobility management entity MME.
  • Scell Resource Required Scell Resource Required
  • the Scell resource requirement message includes: a PCI of a target serving node to which the secondary cell belongs, where the source serving node is a Scell frequency point list selected by the target serving node to which the secondary cell belongs, and is suitable for the user equipment supporting carrier aggregation, where The frequency points in the Scell frequency list are sorted from high to low (as an example) according to the priority of the user's quality of service.
  • Scell frequency priority list The list of Scell frequency points may be referred to as "Scell frequency priority list", and its form may be: ⁇ frequency point i, frequency point j, ... frequency point k, 7), which can be expressed as ⁇ Fi, Fj, -Fk , 7), Priority is satisfied: Frequency point i> Frequency point j>... Frequency point k ⁇ .
  • the Scell resource requirement message includes: a PCI of the target serving node, and a source cell that the source serving node of the primary cell requests the target serving node to allocate to the user equipment, and corresponding Uplink random access physical resource block resources.
  • Step 1103 After receiving the Scell resource requirement message sent by the source serving node, the MME sends an Scell resource request message to the target serving node based on the PCI of the target serving node (Scell Resource). Request), the message basically forwards the Scell Resource Required message from the source node.
  • Scell Resource PCI of the target serving node
  • the Scell resource request message includes: a Scell frequency point list selected by the source service node for the user equipment that supports carrier aggregation, and the frequency point in the list is prioritized according to user service quality. The ranks are sorted from high to low.
  • This list can be called "Scell frequency priority list", and its form can be: ⁇ frequency point i, frequency point j, ... frequency point k,(7), which can be expressed as ⁇ Fi, Fj, -Fk, ⁇ ⁇ , Priority is satisfied: Frequency point i> Frequency point j>... Frequency point k ⁇ .
  • the Scell resource request message includes: a PCI of the target serving node, and one or more secondary cell frequency points that are requested by the target serving node to be allocated to the user equipment, and each secondary cell frequency point. Corresponding uplink random access physical resource block resources.
  • Step 1104 After receiving the Scell resource request message, the target serving node is a user that supports the carrier aggregation according to the load situation and the service situation of the multiple frequency points of the UE and the priority ranking situation given by the primary cell. The device selects the most appropriate frequency point and the corresponding uplink PRB resource.
  • the target serving node directly allocates a secondary cell frequency point directly allocated to the user equipment according to the load condition and service condition of the multiple frequency points of the UE, and the corresponding uplink random access physical resource. Block resource.
  • Step 1105 The target serving node sends the most suitable frequency point and the corresponding uplink PRB resource to the MME by using the Scell resource request acknowledgement message.
  • the sending form of the Scell resource request acknowledgement message is: ⁇ frequency point m, uplink random access physical resource block information m ⁇ , and the available symbol is expressed as ⁇ Fm, UL RACH PRB information m ⁇ 0
  • the Scell resource request acknowledgement message includes: a secondary cell frequency point allocated by the target serving node to the user equipment, and a corresponding uplink random access physical resource block resource.
  • Step 1106 After receiving the Scell resource request confirmation message sent by the target serving node, the MME sends an Scell resource requirement confirmation message to the source service node, where the message is mainly the content of the Scell resource request confirmation message.
  • the Scell resource requirement confirmation message includes: a PCI of the target serving node, a most suitable frequency point, and a corresponding uplink random access physical resource block.
  • the Scell resource requirement confirmation message is sent in the following format: ⁇ target service node PCI, frequency point m, uplink random access physical resource block information m ⁇ , available symbols are expressed as ⁇ PCI, Fm, UL RACH PRB information m ⁇
  • the Scell resource request acknowledgement message includes: a secondary cell frequency point allocated by the target serving node to the user equipment, and a corresponding uplink random access physical resource block resource.
  • Step 1107 After receiving the Scell resource requirement confirmation message of the MME, the source service node indicates that the user equipment that supports the carrier aggregation completes the Scell resource request, and the source service node sends the corresponding Scell configuration information to notify the RRC connection reconfiguration message. For the user equipment supporting the carrier aggregation, the message includes the foregoing Scell frequency information and the uplink PRB resource.
  • the information included in the configuration information includes: ⁇ physical cell identifier, frequency point m, uplink random access physical resource block information m ⁇ , and the available symbols are represented as ⁇ PCI, Fm, UL RACH PRB information m ⁇ .
  • the Scell resource requirement confirmation message includes: a physical cell identifier, a secondary cell frequency point allocated for the user equipment, and a corresponding uplink random access physical resource block resource.
  • Step 1108 After receiving the Scell configuration information of the source serving node (the primary cell), the user equipment performs a random access request on the secondary cell based on the configured frequency point information and the uplink PRB resource, and completes the radio link establishment of the Scell. , thus completing the access control under inter-e B.
  • FIG. 12 is a flowchart of a fourth application example of a carrier aggregation access control method between base stations according to the present invention.
  • the difference between the fourth application instance and the third application example is:
  • the target serving node in step 1104, in step 1105, the MME feeds back to the source serving node to which the primary cell belongs, which is a plurality of suitable frequency points and corresponding uplink uplink PRB resources of each frequency point, and is based on the source serving node ( The primary cell) ranks the prioritized frequency priorities.
  • the specific process is:
  • Step 1201 The user equipment supporting the carrier aggregation sends the RRM-related measurement report to the source service node (taking e Bl of the primary cell as an example);
  • the content and the sending form of the RRM-related measurement report are as described in the third application, and are not described here.
  • Step 1202 The source serving node sends an Scell resource requirement message to the mobility management entity MME.
  • the content of the Scell resource requirement message is as described in the third application, and details are not described herein again.
  • Step 1203 After receiving the Scell resource requirement message from the source serving node (primary cell), the MME sends an Scell resource request message to the target serving node based on the PCI of the target serving node, and the message is basically forwarded from the source node. Scell Resource Required message.
  • the content of the Scell resource request message is as described in the third application, and details are not described herein again.
  • Step 1204 After receiving the Scell resource request message from the MME, the target serving node aggregates the supported carrier according to the load condition and the service situation of the multiple frequency points of the UE and the priority ranking given by the primary cell.
  • the user equipment has multiple suitable frequency point lists and corresponding uplink PRB resources of each frequency point, and performs corresponding sorting according to the frequency priority assigned by the source service node.
  • Step 1205 The target service node selects the message to be selected by the user equipment by using the Scell resource request confirmation message. A plurality of suitable frequency points and uplink PRB resources corresponding to the respective frequency points are sent to the MME.
  • the Scell resource request acknowledgement message is sent in the following format: «frequency point i, uplink random access physical resource block information i), (frequency point j, uplink random access physical resource block information j), ..., (frequency point k, Uplink random access physical resource block information k), ⁇ , can be represented by ⁇ (Fi, UL RACH PRB information i), (Fj, UL RACH PRB information j), ---(Fk, UL RACH PRB Information k), ⁇ .
  • Step 1206 After receiving the Scell resource request confirmation message from the target serving node, the MME sends an Scell resource requirement confirmation message to the source serving node, where the message is mainly the content of the Scell resource request confirmation message.
  • the Scell resource requirement confirmation message is sent in the following format: «frequency point i, uplink random access physical resource block information i), (frequency point j, uplink random access physical resource block information j), ..., (frequency point k, Uplink random access physical resource block information k), ⁇ , can be represented by ⁇ (Fi, UL RACH PRB information i), (Fj, UL RACH PRB information j), ---(Fk, UL RACH PRB Information k), ... ⁇ .
  • Step 1207 The source serving node selects an most suitable frequency point and corresponding uplink random access physical resource block information according to the service in the cell and the load condition of each frequency point in the Scell resource request confirmation message.
  • the source serving node after receiving the Scell resource requirement confirmation message sent by the MME, the source serving node indicates that the user equipment that supports the carrier aggregation completes the Scell resource request, and the source serving node (the primary cell) is in the Scell resource request confirmation message. According to the service in the cell and the load condition of each frequency point, selecting the most suitable frequency point and the corresponding uplink random access physical resource block information. Generally, the source serving node (the primary cell) is most likely to select the priority. The highest frequency and the corresponding PRB information.
  • Step 1208 The source service node sends the corresponding Scell configuration information to the user equipment supporting the carrier aggregation by using the RRC connection reconfiguration message, where the message includes the Scell frequency information and the uplink PRB resource.
  • the information included in the Scell configuration information is: ⁇ physical cell identifier, frequency point m, uplink random access physical resource block information m ⁇ , and the available symbols are represented as ⁇ PCI, Fm, UL RACH PRB information m ⁇ .
  • Step 1209 After receiving the Scell configuration information sent by the source serving node, the user equipment performs a random access request on the secondary cell based on the configured frequency point information and the uplink PRB resource, and completes the radio link establishment of the Scell. Thereby the access control under inter-e B is completed.
  • the technical solution of the carrier aggregation access control method and device between the base stations provided in this patent embodiment is different from the carrier aggregation access control under the intra-e B, and interacts with the uplink frequency and the uplink PRB resources through the inter-eNB. , can effectively improve the random access of the user who downloads the wave aggregation in the inter-eNB situation on the Scell Success rate, and further improve the throughput performance of the network.
  • the embodiments of the present invention may be applied to a CoMP communication system, where the communication system includes multiple interconnected access points or transmission points, such as base stations, which may be macro base stations (Macro e B, or e B), or micro
  • the base station which may be Pico, Relay, HeNB, HNB, RRH), etc., is not limited herein, and is generally a station or a transmission point.
  • the UE may be any one of the following, and may be static or mobile.
  • the static UE may be specifically included as a terminal, a mobile station, and a subscriber unit. Or a station, etc., the mobile UE may specifically include a cellular phone, a personal digital assistant (PDA), a wireless modem, a wireless communication device, a handheld device, and a laptop computer ( The laptop computer ), the cordless phone, or the wireless local loop (WLL) station, etc., may be distributed throughout the wireless network.
  • PDA personal digital assistant
  • WLL wireless local loop
  • the present invention can be implemented by means of software plus a necessary general hardware platform, and of course, can also be through hardware, but in many cases, the former is a better implementation. the way.
  • the technical solution of the present invention may be embodied in the form of a software product in essence or in the form of a software product, which may be stored in a storage medium such as a ROM/RAM or a disk. , an optical disk, etc., includes instructions for causing a computer device (which may be a personal computer, server, or network device, etc.) to perform the methods described in various embodiments of the present invention or portions of the embodiments.

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

L'invention concerne un procédé de contrôle d'accès pour l'agrégation de porteuses entre des stations de base, un procédé d'accès, un appareil, une station de base, un équipement utilisateur et une entité de gestion de mobilité. Le procédé consiste : à recevoir un rapport de mesure de gestion de ressources radio envoyé par un équipement utilisateur qui supporte l'agrégation de porteuses; à obtenir, en fonction du rapport de mesure de gestion de ressources radio, une fréquence de cellule secondaire qui est sélectionnée par un nœud serveur cible auquel appartient une cellule secondaire pour l'équipement utilisateur et un bloc de ressource de ressource physique en liaison montante correspondant; à envoyer la fréquence de cellule secondaire et le bloc de ressource de ressource physique en liaison montante correspondant à l'équipement utilisateur, de sorte que l'équipement utilisateur initie un accès aléatoire sur la cellule secondaire en fonction de la fréquence de la cellule secondaire et du bloc de ressource de ressource physique en liaison montante correspondant et établisse une liaison radio. Dans des modes de réalisation de la présente invention, quand un nœud serveur auquel appartient une cellule primaire est différent d'un nœud serveur auquel appartient une cellule secondaire, le taux de réussite de l'accès aléatoire d'un équipement utilisateur avec agrégation de porteuses sur la cellule secondaire est amélioré et la performance de rendement d'un réseau est aussi améliorée.
PCT/CN2013/072922 2013-03-20 2013-03-20 Procédé de commande d'accès, procédé d'accès, appareil, station de base, équipement utilisateur et entité WO2014146261A1 (fr)

Priority Applications (3)

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CN201810296461.6A CN108633108B (zh) 2013-03-20 2013-03-20 接入控制方法、接入方法、装置、基站、用户设备和实体
CN201380002815.7A CN104186021B (zh) 2013-03-20 2013-03-20 接入控制方法、接入方法、装置、基站、用户设备和实体
PCT/CN2013/072922 WO2014146261A1 (fr) 2013-03-20 2013-03-20 Procédé de commande d'accès, procédé d'accès, appareil, station de base, équipement utilisateur et entité

Applications Claiming Priority (1)

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PCT/CN2013/072922 WO2014146261A1 (fr) 2013-03-20 2013-03-20 Procédé de commande d'accès, procédé d'accès, appareil, station de base, équipement utilisateur et entité

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CN107493588A (zh) * 2016-06-12 2017-12-19 ***通信集团上海有限公司 一种终端载波聚合配置方法及基站
CN108023716A (zh) * 2016-11-04 2018-05-11 大唐移动通信设备有限公司 一种载波聚合传输方法及装置
CN110226345A (zh) * 2017-01-31 2019-09-10 瑞典爱立信有限公司 用于控制无线通信网络中的切换过程的方法和设备
US12052626B2 (en) 2021-12-23 2024-07-30 T-Mobile Usa, Inc. Steering non-mobile connected-mode user equipment to higher capacity radio cells

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CN108141884B (zh) * 2015-07-16 2021-07-20 Zte维创通讯公司 基于测量的随机接入配置
EP3442133B1 (fr) * 2017-08-07 2020-11-04 HTC Corporation Dispositif et procédé de gestion de ressources de canal physique d'accès aléatoire sur une cellule secondaire pour un dispositif de communication dans une agrégation de porteuses
CN110461023B (zh) * 2019-06-26 2022-01-25 ***通信集团海南有限公司 语音业务的小区驻留方法、装置、存储介质和主基站

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CN102036411A (zh) * 2010-12-02 2011-04-27 大唐移动通信设备有限公司 一种进行随机接入的方法及装置
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Publication number Priority date Publication date Assignee Title
CN107493588A (zh) * 2016-06-12 2017-12-19 ***通信集团上海有限公司 一种终端载波聚合配置方法及基站
CN108023716A (zh) * 2016-11-04 2018-05-11 大唐移动通信设备有限公司 一种载波聚合传输方法及装置
CN110226345A (zh) * 2017-01-31 2019-09-10 瑞典爱立信有限公司 用于控制无线通信网络中的切换过程的方法和设备
US12052626B2 (en) 2021-12-23 2024-07-30 T-Mobile Usa, Inc. Steering non-mobile connected-mode user equipment to higher capacity radio cells

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CN104186021A (zh) 2014-12-03
CN108633108B (zh) 2022-04-05
CN104186021B (zh) 2018-04-20

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