CN100496135C - A method and system for acquiring radio resource management information in an evolved network - Google Patents
A method and system for acquiring radio resource management information in an evolved network Download PDFInfo
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- CN100496135C CN100496135C CNB2006100658331A CN200610065833A CN100496135C CN 100496135 C CN100496135 C CN 100496135C CN B2006100658331 A CNB2006100658331 A CN B2006100658331A CN 200610065833 A CN200610065833 A CN 200610065833A CN 100496135 C CN100496135 C CN 100496135C
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Abstract
本发明提供一种演进网络中无线资源管理信息获取方法及系统，其中，由用户设备获取相邻小区无线资源管理信息，并将获取的相邻小区无线资源管理信息发送给本小区基站进行处理。用于解决在基站之间获取RRM信息的问题。本发明的优势在于，不需要在基站之间进行信令交互实现负载资源的传输，以很小的代价完成了邻小区负载信息的传送。
The present invention provides a method and system for acquiring radio resource management information in an evolved network, wherein user equipment acquires radio resource management information of neighboring cells, and sends the acquired radio resource management information of neighboring cells to the base station of the local cell for processing. It is used to solve the problem of obtaining RRM information between base stations. The advantage of the present invention is that it does not need to carry out signaling interaction between base stations to realize the transmission of load resources, and completes the transmission of load information of adjacent cells at a small cost.
Description
Technical field
The present invention relates to the mobile communication technology field, it is particularly related to the RRM between the base station in the wireless evolution network, is wireless resource management information acquisition methods and system in a kind of evolvement network concretely.
Background technology
Universal mobile telecommunications system (UMTS) is to adopt the 3-G (Generation Three mobile communication system) of WCDMA air interface technologies, also the UMTS system is called the WCDMA communication system usually.The UMTS system has adopted and the similar structure of second generation mobile communication system, comprises Radio Access Network (RAN) and core network (CN).Wherein RAN is used to handle all and wireless function associated, and CN handles that all voice calls are connected with data in the UMTS system, and the exchange of realization and external network and routing function.CN is from being divided into circuit commutative field (CS) and packet-switched domain (PS) in logic.UMTS Terrestrial radio access network (UTRAN), CN have constituted whole UMTS system with subscriber equipment (UE).Its system configuration as shown in Figure 1.
In Fig. 1, UTRAN comprises one or several RNS (RNS), and each RNS is made up of a radio network controller (RNC) and one or more base station (NodeB).Interface between RNC and the CN is the Iu interface, and NodeB is connected by Iub interface with RNC.In UTRAN inside, interconnected by the Iur interface between the RNC, the Iur interface can connect or connect by transmission network by the direct physical between the RNC.RNC is used for distributing and is attached thereto with control or the Radio Resource of relevant NodeB.NodeB then finishes the conversion of the data flow between Iub interface and the Uu interface, also participates in a part of RRM (RRM) simultaneously.The structure of UTRAN as shown in Figure 2.
In Fig. 2, NodeB is the base station (being radio receiving-transmitting unit) of WCDMA system, comprises radio receiving-transmitting unit and Base-Band Processing parts.By the Iub interface and the RNC interconnection of standard, mainly finish the processing of Uu interface physical layer protocol.Its major function is spread spectrum, modulation, chnnel coding and despreading, demodulation, channel-decoding, also comprises the functions such as mutual conversion of baseband signal and radiofrequency signal.
RNC is used to control the Radio Resource of UTRAN, mainly finishes functions such as connection foundation and disconnection, switching, the merging of grand diversity, RRM control.
The above network architecture is based on the 3GPP Re16 framework of version in the past, consider the competitiveness of future network, 3GPP is studying a kind of brand-new evolution network framework to satisfy the application demand of mobile network in 10 years futures even longer time, comprise the Long Term Evolution (LTE) of System Architecture Evolution (SAE) and Access Network, wherein the Access Network of evolution is called E-UTRAN.The target of network evolution is to be desirable to provide a kind of low time delay, high data rate, high power system capacity and covering, low cost, complete IP-based network.Owing to be a kind of brand-new network architecture, substantial variation all will take place in all nodes, function and the flow process of therefore existing framework.
In evolvement network, the framework of access network part is evolved to the single node framework that has only a node eNodeB by the NodeB of 3G network and two node structures of RNC.In the research of evolvement network, the design of the RRM function of RAN is an important problem, especially considers the RRM function between the different e NodeB, as mobile switch management, load balancing etc.At present as shown in Figure 3 at the framework of RRM that this problem is reached.
In Fig. 3, E1 is the air interface of UE and network side; E2 is a logic interfacing, and in fact E2 is made up of E1 and E3; E3 is the interface between eNodeB and the Centroid (eCRNC) with RRM function between the different e NodeB; E4 is the interface in the user plane of eNodeB and core net node; The similar existing Iu interface of E5 is the interface between access network and the core network; E6 is chain of command and the interface in the user plane between mobile management entity/user entity (MME/UPE) and the mobile anchor point; E7 provides the interface between eNodeB and the webmaster module.
Under this framework, the RRM function is mainly finished at eNodeB, and other are then mainly finished by eCRNC as the RRM function between different e NodeB.
When the RRM function of carrying out between different e NodeB, need obtain the RRM information of adjacent eNodeB, obtaining of RRM information in this framework is to finish by the E3 interface, promptly provide local RRM information to eCRNC by each eNodeB, eCRNC is responsible for collecting these RRM information, and finishes RRM function between corresponding eNodeB based on these information.
The defective of above-mentioned prior art is: do not provide the scheme of effectively obtaining neighbor cell load resource situation, obtaining of the load resource situation of neighbor cell and other information is that interface by between eCRNC and the eNodeB is finished.This process can be brought the load of signaling between network element, and is difficult to determine the frequent degree of the information of obtaining.
Summary of the invention
The objective of the invention is to, wireless resource management information acquisition methods and system in a kind of evolvement network are provided, in order to solve the problem of between eNodeB, obtaining RRM information.
Technical scheme of the present invention is: wireless resource management information acquisition methods in a kind of evolvement network, wherein, obtain the neighbor cell wireless resource management information by subscriber equipment, and the neighbor cell wireless resource management information that obtains is sent to this cell base station handle.Wherein, describedly obtain the neighbor cell wireless resource management information by subscriber equipment and comprise: obtain the downlink frame that comprises the neighbor cell wireless resource management information; Obtain described neighbor cell wireless resource management information according to described downlink frame.
Method of the present invention may further comprise the steps: neighbor cell comprises the wireless resource management information of this sub-district in down channel; Subscriber equipment is measured this cell downlink channel condition information and neighbor cell down channel condition information, and obtains the neighbor cell wireless resource management information; Described subscriber equipment is the neighbor cell wireless resource management information that obtains, and sends to this cell base station together with self this measured cell downlink channel condition information and neighbor cell down channel condition information and handles.
Describedly the neighbor cell wireless resource management information that obtains is sent to this cell base station handle and comprise: described subscriber equipment is resolved the neighbor cell wireless resource management information that obtains, obtain the neighbor cell resource information, and the indication of neighbor cell change in resources is sent to this cell base station; Described cell base station judges whether to send neighbor cell resource information request indication, if then send described neighbor cell resource information request indication to described subscriber equipment; Described subscriber equipment sends described neighbor cell resource information to described cell base station after receiving described neighbor cell resource information request indication.
Described cell base station judges whether to send neighbor cell resource information request indication and comprise: described subscriber equipment sends to this cell base station with the indication of neighbor cell change in resources; Described cell base station judges whether to send neighbor cell resource information request indication according to the neighbor cell change in resources indication that receives.
This cell base station is according to the indication of the neighbor cell change in resources that receives, the subscriber equipment that obtains reporting the indication of neighbor cell change in resources and neighbor cell change in resources indicate the mapping relations between the corresponding neighbor cell; This cell base station sends described neighbor cell resource information request indication according to described mapping relations to the subscriber equipment of selecting.
This cell base station selects to report the maximum subscriber equipment of neighbor cell load variations indication in described mapping relations, and sends neighbor cell resource information request message to this subscriber equipment, deletes the mapping of this subscriber equipment in mapping relations simultaneously; This cell base station selects the remaining neighbor cell change in resources that reports to indicate maximum subscriber equipmenies in described mapping relations afterwards, and to this subscriber equipment transmission neighbor cell resource information request message, delete the mapping of this subscriber equipment in mapping relations simultaneously, all deleted finishing of mapping in described mapping relations.
Described cell base station judges whether to send neighbor cell resource information request indication and comprises: when this cell base station finds that this local resource reaches certain thresholding and need do load balancing, initiatively send described neighbor cell resource load information request and indicate.
When subscriber equipment is better than the signal of this sub-district by measuring the signal of finding neighbor cell, initiatively send the load information of the good neighbor cell of signal, and need not wait for the neighbor cell resource load information request indication that described cell base station sends to this cell base station.
Described resource information comprises: the upstate of resource load information, information of radio resource allocation, Radio Resource.
The present invention also provides wireless resource management information acquisition methods in a kind of evolvement network, and comprising following steps: the transmission downlink frame that neighbor cell base station is continuous comprises the neighbor cell load information after the quantification in the described downlink frame; Subscriber equipment is resolved described neighbor cell load information, draws the neighbor cell load information after the quantification; Described subscriber equipment sends the neighbor cell load information to this cell base station.
Described downlink frame is distinguished the signal of different districts by mutually orthogonal pseudo random sequence, and carries the neighbor cell load information by initial phase offset.
The head of described downlink frame comprises: main lead code is the pseudo random sequence that is modulated on the subcarrier, is used for the synchronous of sub-district; Auxilliary lead code is the pseudo random sequence that is modulated at one group of mutually orthogonal on the subcarrier, be used for frame timing, distinguishing cell ID, initial channel estimation and measurement, and the employed auxilliary preamble sequence of different districts is mutually orthogonal; Broadcast message is used to provide the resource allocation mapping table of Cell Broadcast CB and every frame.
Described downlink frame is by choosing one group of mutually orthogonal sign indicating number, be divided into several disjoint subclass, be the different subclass of each neighbor cell allocation, a kind of load information state of a representation in each subclass, described subscriber equipment obtains the neighbor cell load information by the sign indicating number of receiving.
Described subscriber equipment is determined the downlink information of a plurality of neighbor cells that can use according to correlation peak, draw neighbor cell load information after the quantification of described a plurality of neighbor cells according to the phase place of correlation peak then.
When adopting length to be the pseudo random sequence of 2N, the value of phase quantization is N; Subscriber equipment is after detecting phase deviation, and the preceding N/2 of quantized value is as the foundation that judges whether to take place load variations.
Described subscriber equipment is done as judging: if the preceding N/2 bit of the N bit quantization value of each neighbor cell that parses is all constant, thinks that then the load of this neighbor cell does not change, otherwise think that the load of this neighbor cell changes; Described subscriber equipment periodically sends measurement report to this cell base station, comprises neighbor cell load variations indication information in the measurement report; This cell base station is received the measurement report that each subscriber equipment sends, and analyzes neighbor cell load variations indication wherein, and sends neighbor cell resource load information request indication information according to analysis result to corresponding user equipment; Subscriber equipment comprises the neighbor cell load information after receiving described neighbor cell resource load information request indication information in the measurement report that the next one reports.
The present invention provides also that wireless resource management information obtains system in a kind of evolvement network, comprising: subscriber equipment, this cell base station, neighbor cell base station; Described subscriber equipment has the wireless resource management information R-T unit; Described wireless resource management information R-T unit, be used for obtaining the neighbor cell wireless resource management information from described neighbor cell base station, and the neighbor cell wireless resource management information that obtains sent to described cell base station, wherein, describedly obtain the neighbor cell wireless resource management information by subscriber equipment and comprise: obtain the downlink frame that comprises the neighbor cell wireless resource management information; Obtain described neighbor cell wireless resource management information according to described downlink frame.
Described subscriber equipment also comprises: the resource information resolver; Described resource information resolver, be used for the neighbor cell wireless resource management information that obtains is resolved, obtain neighbor cell resource information and neighbor cell change in resources indication information, and described neighbor cell change in resources indication information is sent to described cell base station by described wireless resource management information R-T unit; Described cell base station has resource information request indication dispensing device; Described resource information request indication dispensing device is used to judge whether to send neighbor cell resource information request indication, if then send described neighbor cell resource information request indication to described subscriber equipment; After described subscriber equipment received described neighbor cell resource information request indication, the neighbor cell resource information that described resource information resolver is obtained sent to described cell base station by described wireless resource management information R-T unit.
Described neighbor cell resource information comprises: the upstate of neighbor cell resource load information, neighbor cell information of radio resource allocation, neighbor cell Radio Resource.
Beneficial effect of the present invention is, has provided a kind of scheme that participates in obtaining adjacent local resource information by UE.This scheme need not carried out the transmission that Signalling exchange is realized resource load information between the base station, finished the transmission of neighbor cell resource information with very little cost.
Description of drawings
Fig. 1 is the UMTS system architecture diagram;
Fig. 2 is the structured flowchart of UTRAN;
Fig. 3 is the RRM function structure distribution map of prior art;
Fig. 4 is the present invention program's a process block diagram;
Fig. 5 is downlink OFDMA data frame format figure of the present invention;
Fig. 6 is the message flow chart of this sub-district reception of neighboring cell resource load information among the present invention;
Fig. 7 indicates mapping relations figure between the corresponding neighbor cell by subscriber equipment that reports neighbor cell load variations indication of the present invention and neighbor cell load variations;
Fig. 8 is the structured flowchart of system of the present invention.
Embodiment
Below in conjunction with description of drawings the specific embodiment of the present invention.The present invention provides a kind of corresponding RRM information of being obtained neighbor cell in evolvement network by terminal UE, and offers the scheme of this cell base station (eNodeB), solves the problem of obtaining RRM information between eNodeB.In order to realize the radio resource management function between the sub-district, the Radio Resource situation of neighbor cell need be understood in the base station.The inventive method process as shown in Figure 4, wherein, the basic acquisition process of RRM information is: adjacent base station (comprises the resource information of adjacent sub-district: the upstate of resource load information, information of radio resource allocation, Radio Resource) be included in the downlink frame; This resource information of terminal parses, and send to this cell base station together with self this measured cell downlink channel conditions and adjacent cell downlink channel conditions; This cell base station is engaged in corresponding RRM function according to the up channel situation of these information and self this cell load information that obtains, this local resource distribution condition and UE.
In evolvement network, the downlink transfer of eNodeB adopts the OFDM modulation, and the transmission of data is that unit carries out with the frame, and that its multi-access mode adopts is OFDMA/TDMA.In order to carry out the management of effective presence of intercell interference, strict synchronism in time between different districts in the evolvement network.The downlink OFDMA data frame format that carries cell load information that the present invention provides as shown in Figure 5.
Downlink data frame format of the present invention has three parts in the beginning of each frame: main lead code, auxilliary lead code, broadcast message.These three parts are described below respectively:
Main lead code: be the pseudo random sequence that is modulated on the subcarrier, be mainly used in the synchronous of sub-district.In order to guarantee that the sub-district is synchronous fast, identical sequence is all adopted in all sub-districts.Main lead code generally only takies 1 OFDM symbol.
Auxilliary lead code: be the pseudo random sequence that is modulated at one group of mutually orthogonal on the subcarrier, be mainly used in functions such as frame timing, distinguishing cell ID, initial channel estimation and measurement, the employed auxilliary preamble sequence of different districts is mutually orthogonal, thereby can allow terminal distinguish different sub-districts.The initial phase of the auxilliary lead code of each sub-district is relevant with the present load of this sub-district, and terminal is on by the synchronous basis of main lead code, and the initial phase of the auxilliary preamble sequence in each sub-district that can receive by detection obtains the load information of each sub-district.Length is the cell load information that 256 auxilliary preamble sequence can be represented 8 bit quantizations.Auxilliary lead code generally only takies 1 OFDM symbol.
Broadcast message: be used to provide the resource allocation mapping table of Cell Broadcast CB and every frame, solve one's own data so that terminal can be correct.For the reception to this Cell Broadcast CB of the terminal that guarantees cell edge, this part data will adopt the coding of higher gain, and the employing PN sequence scrambling relevant with specific cell.
The main purpose of above-mentioned data frame format is the load information that can obtain the sub-district when will allow terminal carry out cell measurement work, does not need to increase extra complexity.The auxilliary lead code that one group of mutually orthogonal pseudo random sequence that terminal utilization this locality has cured is gone and received carries out related calculation, the peak value of the relevant peaks that calculates by each sequence carries out corresponding channel measurement, obtains the load information of respective cell by the phase place of relevant peaks.
Terminal is after parsing the cell load information that sends the base station, in the measurement report that sends to the base station, enclose the indication whether load changes, this indication only takies 1 bit, this bit can be united transmission with CQI, after the physical layer of base station is received this information, this information is sent to the upper strata by the primitive between physical layer and the upper strata; The upper strata is according to the indication of a plurality of terminals of receiving, and decision is to the adjacent cell load information of which terminal request, and terminal sends to the base station with load information again after receiving the solicited message that send the base station.
In the said process, the indication of the load variations of 1 bit all exists in each measurement report that reports, and real adjacent cell load information then only just sends when the request of receiving the base station.
Concrete message flow as shown in Figure 6.In Fig. 6:
(1) the continuous transmission downlink frame in the base station of this sub-district and adjacent sub-district comprises the load information of this sub-district after the quantification in the downlink frame;
(2) load information of each sub-district of terminal parses, at first determine the downlink information of operable several sub-districts according to correlation peak, draw the quantification load information of these several sub-districts then according to the phase place of relevant peaks, and do down: if the preceding N/2 bit of the N bit quantization value of each sub-district that parses is all constant as judging, think that then load does not change, load variations is designated as 0, otherwise thinks that load changes, and load variations is designated as 1;
(3) base station to this sub-district of terminal periodic sends measurement report, comprises current load variations indication in the measurement report;
(4) this cell base station is received the measurement report that each terminal sends over, and analyzes load variations indication wherein, and sends adjacent cell load information request message according to analysis result to relevant terminal;
(5) after terminal is received the load information request message, in the measurement report that the next one reports, comprise adjacent cell load information.
(2) of said process are relevant with the quantizing process of cell load.The quantification of cell load is wished as far as possible accurately, restricts but also be subjected to two factors, that is:
The phase deviation resolution capability: because the signal of different base station exists path delay and multipath effect, be the sequence of 2N for length, its phase resolution is lower than 1/2N, so its actual useful quantitative figure place can be less than N;
The frequency of terminal to report cell load information: the figure place of quantification is high more, and it is just frequent more that the terminal to report load variations is designated as 1 situation, and the frequency of the flow process that load reports is also big more, so quantization digit can not be excessive.
For this reason, the present invention is chosen in and adopts length is under the situation of sequence of 2N, the value of phase quantization just is decided to be N, terminal is after detecting phase deviation, the preceding N/2 of quantized value is as the foundation that judges whether to take place load variations, and the back N/2 of quantized value participates in computing with lower weights just as with reference to value when carrying out respective handling after the base station receives.
In (4) of said process, the analytic process of load variations indication is as follows:
This cell base station is indicated the mapping relations that draw as shown in Figure 7 according to the load variations that receives.Wherein, the terminal 701 that the load variations indicated value that reports equals 1 is classified on the left side one as, sorts according to the number of the adjacent sub-district of its received signal; The right one is classified these as and is indicated pairing sub-district 702, the load variations indication of middle connecting line 703 expression terminal to report and the corresponding relation between the respective cell.This cell base station is at first selected the maximum UE of connecting line according to these mapping relations, sends adjacent cell load information request message to it, simultaneously the corresponding connecting line of deletion; Select the maximum UE of connecting line afterwards again in remaining mapping relations, send adjacent cell load information request message to it, the corresponding connecting line of deletion simultaneously finishes up to all connecting lines are deleted.
When this cell base station finds that this cell load is overweight, when reaching certain thresholding and need do load balancing, even without receiving that the load variations indicated value is 1 message, also can initiatively send adjacent cell load information demand signalling, request UE reports adjacent cell load information.The mode of the object UE of base station selected transmission signaling is identical with previously described process at this moment, and the load variations indicated value of just supposing all UE all is 1.
When UE finds that by measurement the signal of the dtr signal of this sub-district, adjacent sub-district is better, in the time of may switching, also can be initiatively to the base station transmit signals load information of adjacent sub-district preferably, and need not receive the adjacent cell load information demand signalling that send the base station by the time.The load information that UE initiatively sends has two kinds of forms: a kind of is foregoing concrete quantized value, a kind of is to do a whether judgement of access earlier according to the load quantized value of being surveyed, and the judgment value (1 bit) of access reports the base station as load information then.Wherein, second method can reduce the data volume of eating dishes without rice or wine, but requires UE that certain access judgement is arranged, and consistent with the access algorithm of base station.
Embodiment 2
The transmission downlink frame that the base station of this sub-district and adjacent sub-district is continuous comprises the load information of this sub-district after the quantification in the downlink frame; The inaccurate problem of PN sequence phase that causes for fear of the transmission delay in path, can consider to represent load information without initial phase, but choose one group of mutually orthogonal sign indicating number, be divided into several disjoint subclass, be the different subclass of each cell allocation, a kind of load information state of a representation in each subclass, terminal only need know that the sign indicating number of receiving just can obtain load information like this.
The load information of each sub-district of terminal parses, at first determine the downlink information of operable several sub-districts according to correlation peak, draw the quantification load information of these several sub-districts then according to the phase place of relevant peaks, and do down: if the preceding N/2 bit of the N bit quantization value of each sub-district that parses is all constant as judging, think that then load does not change, load variations is designated as 0, otherwise thinks that load changes, and load variations is designated as 1;
The base station to this sub-district of terminal periodic sends measurement report, comprises current load variations indication in the measurement report;
This cell base station is received the measurement report that each terminal sends over, and analyzes load variations indication wherein, and sends adjacent cell load information request message according to analysis result to relevant terminal;
After terminal is received the load information request message, in the measurement report that the next one reports, comprise adjacent cell load information.
Embodiment 3
As shown in Figure 8, the present invention provides also that wireless resource management information obtains system in a kind of evolvement network, comprising: subscriber equipment (UE), this cell base station, neighbor cell base station; Described subscriber equipment has the wireless resource management information R-T unit; Wherein: described wireless resource management information comprises the neighbor cell resource information, this neighbor cell resource information comprises: the upstate of neighbor cell resource load information, neighbor cell information of radio resource allocation, neighbor cell Radio Resource is that example describes with the neighbor cell resource load information below:
The transmission downlink frame that the base station of (1 ') this sub-district and neighbor cell is continuous comprises the resource load information of this sub-district after the quantification in the downlink frame;
The resource load information resolver of (2 ') terminal is resolved the resource load information of each sub-district, at first determine the downlink information of operable several sub-districts according to correlation peak, draw the quantification resource load information of these several sub-districts then according to the phase place of relevant peaks, and do down: if the preceding N/2 bit of the N bit quantization value of each sub-district that parses is all constant as judging, think that then load does not change, load variations is designated as 0, otherwise think that load changes, load variations is designated as 1;
The wireless resource management information R-T unit of (3 ') terminal periodically sends measurement report to the base station of this sub-district, comprises current load variations indication in the measurement report;
After (4 ') this cell base station is received the measurement report that each terminal sends over,, and send adjacent local resource load information request message to relevant terminal according to analysis result by resource load information request indication dispensing device analysis load variations indication wherein;
After (5 ') terminal is received the resource load information request message, in the measurement report that the next one reports, comprise adjacent local resource load information.
(2 ') of said process are relevant with the quantizing process of cell load.The quantification of cell load is wished as far as possible accurately, for this reason, the present invention is chosen in and adopts length is under the situation of sequence of 2N, the value of phase quantization just is decided to be N, terminal is after detecting phase deviation, the preceding N/2 of quantized value is as the foundation that judges whether to take place load variations, and the back N/2 of quantized value participates in computing with lower weights just as with reference to value when carrying out respective handling after the base station receives.
In (4 ') of said process, the analytic process of load variations indication is as follows:
This cell base station is indicated the mapping relations that draw as shown in Figure 7 according to the load variations that receives.Wherein, the terminal 701 that the load variations indicated value that reports equals 1 is classified on the left side one as, sorts according to the number of the adjacent sub-district of its received signal; The right one is classified these as and is indicated pairing sub-district 702, the load variations indication of middle connecting line 703 expression terminal to report and the corresponding relation between the respective cell.This cell base station is at first selected the maximum UE of connecting line according to these mapping relations, sends adjacent local resource load information request message to it, simultaneously the corresponding connecting line of deletion; Select the maximum UE of connecting line afterwards again in remaining mapping relations, send adjacent local resource load information request message to it, the corresponding connecting line of deletion simultaneously finishes up to all connecting lines are deleted.
The present invention has provided a kind of scheme that participates in obtaining adjacent local resource load information by UE.This scheme need not carried out the transmission that Signalling exchange is realized resource load information between eNodeB, finished the transmission of adjacent local resource information with very little cost.
Above embodiment only is used to illustrate the present invention, but not is used to limit the present invention.
Claims (19)
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| WO2013000146A1 (en) * | 2011-06-30 | 2013-01-03 | Panasonic Corporation | Method of reporting phase offsets, user equipment and transmission point device using the method |
| US9232503B2 (en) * | 2012-04-27 | 2016-01-05 | Intel Corporation | Apparatus and method for cell information indication in a wireless network |
| CN113597018A (en) * | 2015-07-07 | 2021-11-02 | 索尼公司 | Auxiliary communication device and method, wireless access point and method thereof |
| CN107864492A (en) * | 2016-09-22 | 2018-03-30 | 中兴通讯股份有限公司 | A kind of cell load equalization methods and device |
| CN109391310B (en) * | 2017-08-08 | 2021-09-10 | 珠海市魅族科技有限公司 | Beam configuration method and beam configuration device |
| CN110213802B (en) * | 2018-02-28 | 2021-08-03 | 成都鼎桥通信技术有限公司 | Group neighbor information transmission method, access network equipment, terminal and system |
| CN111314974B (en) * | 2020-02-11 | 2022-11-08 | 展讯通信（上海）有限公司 | Method and device for processing update of primary and secondary cells, base station and storage medium |
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2006
- 2006-03-23 CN CNB2006100658331A patent/CN100496135C/en not_active Expired - Fee Related
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