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    • 1. 发明申请
    • AN APPARATUS AND A METHOD FOR MANAGING FULL-DUPLEX COMMUNICATION BETWEEN A BASE STATION AND A PLURALITY OF USER EQUIPMENTS
    • 用于管理基站和多个用户设备之间的全双工通信的装置和方法
    • WO2017129227A1
    • 2017-08-03
    • PCT/EP2016/051504
    • 2016-01-26
    • HUAWEI TECHNOLOGIES CO., LTD.GARCIA ORDONEZ, LuisDUARTE GELVEZ, MelissaDEBBAH, MerouaneGUILLAUD, Maxime
    • GARCIA ORDONEZ, LuisDUARTE GELVEZ, MelissaDEBBAH, MerouaneGUILLAUD, Maxime
    • H04L5/14H04B7/04
    • H04L5/143H04B7/0456
    • The invention relates to an apparatus (301) for managing full-duplex communication between a base station (BS 0 ) and a set of user equipments (101a,b), the base station (BS 0 ) comprising a plurality of transmitter antennas, the plurality of transmitter antennas being associated with a downlink communication channel H between the base station (BS 0 ) and the set of user equipments (101a,b) and a plurality of interference channels G i between the base station (BS 0 ) and a plurality of neighboring base stations (BS i ), the apparatus (301) comprising: a determiner (303) configured to determine an aggregate interference channel G on the basis of the plurality of interference channels G i , a modifier (305) configured to [modify the aggregate interference channel G to obtain a modified aggregate interference channel F under the constraint that a performance measure depending on the downlink communication channel H and the modified aggregate interference channel F meets a performance measure criterion, wherein the modified aggregate interference channel F spans a subspace of the space spanned by the aggregate interference channel G , and a precoder (307) configured to precode signals to be transmitted by the plurality of transmitter antennas on the basis of a precoder matrix W , wherein the precoder matrix W depends on the modified aggregate interference channel F .
    • 本发明涉及一种用于管理基站(BS 0)和一组用户设备(101a,b)之间的全双工通信的设备(301),其中, 基站(BS 0)包括多个发射机天线,所述多个发射机天线与基站(BS <0>)之间的下行链路通信信道H相关联, 0)和用户设备集合(101a,b)和多个干扰信道之间的干扰信道G i, 所述装置(301)包括:确定器(303),被配置为确定聚合干扰信道(BS 0)和多个相邻基站(BS 0) 基于所述多个干扰信道G i,i,G i,修改器(305),其被配置为[修改 集合干扰信道G以在约束下获得修改的集合干扰信道F, 根据下行链路通信信道H和修改的集合干扰信道F满足性能测量标准,其中修改的集合干扰信道F根据下行链路通信信道 跨越由集总干扰信道G所跨越的空间的子空间,以及预编码器(307),其被配置为基于预编码器矩阵来预编码将由多个发射器天线发射的信号, W,其中预编码矩阵W取决于修改的集总干扰信道F。
    • 10. 发明申请
    • A BASE STATION AND A METHOD OF OPERATING A BASE STATION
    • 基站和操作基站的方法
    • WO2017000995A1
    • 2017-01-05
    • PCT/EP2015/064883
    • 2015-06-30
    • HUAWEI TECHNOLOGIES CO., LTD.GUILLAUD, MaximeDECURNINGE, AlexisSLOCK, Dirk
    • GUILLAUD, MaximeDECURNINGE, AlexisSLOCK, Dirk
    • H04B7/04H04B7/06
    • H04B7/0456H04B7/0478H04B7/0617H04B7/0684H04B7/0691
    • The invention relates to a base station (100) configured to communicate with at least one user equipment (105a-g). The base station (100) comprises: an antenna array (101a) with a plurality of antennas configured to establish a duplex communication channel with the at least one user equipment (105a-g), wherein the duplex communication channel is associated with a correlation matrix pair comprising a downlink correlation matrix R i describing the channel state in the downlink direction and an uplink correlation matrix R i UL describing the channel state in the uplink direction; and a processor (103) configured to in a training phase, generate for a plurality of positions of the at least one user equipment (105a-g) or a plurality of times a plurality of correlation matrix pairs (R i , R i UL ), wherein the processor (103) is configured to determine each uplink correlation matrix R i UL of the plurality of correlation matrix pairs (R i , R i UL ) on the basis of a respective uplink training signal received from the at least one user equipment (105a-g) and to associate each uplink correlation matrix R i UL with a corresponding downlink correlation matrix R i ; and in an exploitation phase, determine a further uplink correlation matrix Rj UL on the basis of a further uplink training signal received from the at least one user equipment (105a-g) and estimate a further downlink correlation matrix R j corresponding to the further uplink correlation matrix R j UL on the basis of the further uplink correlation matrix R j UL and the plurality of correlation matrix pairs (R i , R i UL ).
    • 本发明涉及一种被配置为与至少一个用户设备(105a-g)通信的基站(100)。 基站(100)包括:天线阵列(101a),其具有被配置为与所述至少一个用户设备(105a-g)建立双工通信信道的多个天线,其中所述双工通信信道与相关矩阵相关联 对,包括描述下行链路方向上的信道状态的下行链路相关矩阵Ri以及描述上行链路方向上的信道状态的上行链路相关矩阵Ri UL; 以及被配置为在训练阶段中的所述至少一个用户设备(105a-g)的多个位置或多个相关矩阵对(Ri,Ri UL)的多个位置的处理器(103),其中, 处理器(103)被配置为基于从至少一个用户设备(105a-g)接收的相应的上行链路训练信号来确定多个相关矩阵对(Ri,Ri UL)中的每个上行链路相关矩阵Ri UL, 并且将每个上行链路相关矩阵Ri UL与相应的下行链路相关矩阵Ri相关联; 并且在开发阶段中,基于从所述至少一个用户设备(105a-g)接收的另外的上行链路训练信号,确定另外的上行链路相关矩阵R j UL,并且估计与所述另外的上行链路相关性相对应的另外的下行链路相关矩阵Rj 基于进一步的上行链路相关矩阵Rj UL和多个相关矩阵对(Ri,Ri UL)的矩阵Rj UL。