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    • 3. 发明授权
    • Selective discontinuous reception method and related system and device
    • 选择性不连续接收方法及相关系统和设备
    • US08908714B2
    • 2014-12-09
    • US13638584
    • 2011-03-22
    • Dragan Vujcic
    • Dragan Vujcic
    • H04B7/212H04Q11/04H04B7/26
    • H04Q11/04H04B7/2643H04W72/042H04W76/28
    • Selective DRX method on multiple CCs for a UE (320), at least one CC being configured with a PDCCH received from a base station (310) and arranged for scheduling resources on a physical shared channel to the UE on said at least one CC respectively and/or on at least one other CC, each CC having a respective active time during which the UE monitors or would monitor the reception of a PDCCH on said CC respectively if said CC is or was configured with a PDCCH. It is determined whether at least one CC is configured with a PDCCH arranged for scheduling resources on at least one other CC. If it is, the active time of said at least one CC is adjusted to the longest active time of said at least one CC and said at least one other CC. Otherwise, independent active times are maintained for all CCs respectively.
    • 用于UE的多个CC上的选择性DRX方法(320),至少一个CC被配置有从基站(310)接收的PDCCH并且被分配用于在所述至少一个CC上向UE调度资源到物理共享信道 和/或在至少一个其它CC上,每个CC具有相应的活动时间,在此期间,如果所述CC被配置有PDCCH,则UE将分别监视或将监视所述CC上的PDCCH的接收。 确定至少一个CC是否被配置有用于在至少一个其他CC上调度资源的PDCCH。 如果是,则将所述至少一个CC的活动时间调整到所述至少一个CC和所述至少一个其它CC的最长活动时间。 否则,分别维护所有CC的独立活动时间。
    • 6. 发明授权
    • Method for setting cyclic shift considering frequency offset
    • 考虑频率偏移设置循环移位的方法
    • US08374281B2
    • 2013-02-12
    • US13286147
    • 2011-10-31
    • Hyun Woo LeeMin Seok NohYeong Hyeon KwonSeung Hee HanDong Cheol KimJin Sam KwakDragan Vujcic
    • Hyun Woo LeeMin Seok NohYeong Hyeon KwonSeung Hee HanDong Cheol KimJin Sam KwakDragan Vujcic
    • H04L27/04
    • H04L1/0023H04J13/0062H04J13/0074H04J13/22H04L27/2613H04L27/2657H04W56/00
    • A method for establishing a cyclic shift sequence to provide against the frequency offset is disclosed. The method calculates a distance between a channel response position of the sequence and an alias channel response position caused by a frequency offset, calculates the number of cyclic shifts per group according to the calculated distance, and establishes the cyclic shift (CS)—applying interval. This method easily establishes a cyclic shift (CS) interval at a specific location having no overlapping by considering a channel response of a reception (Rx) sequence and an alias location of this reception (Rx) sequence, although a reception (Rx) signal is shifted by a channel delay spreading or a propagation delay irrespective of categories of a domain generating a sequence, so that it can greatly reduce the number of the detection errors and the false alarm rate. And, if a sequence of the cyclic shift (CS) is allocated to a cell having a frequency offset of more than a predetermined level, the present invention can minimize the influence of a frequency offset on a high-mobility cell.
    • 公开了一种建立循环移位序列以提供抵消频偏的方法。 该方法计算序列的信道响应位置与由频率偏移引起的别名信道响应位置之间的距离,根据计算出的距离计算每组的循环移位数,并建立循环移位(CS)应用间隔 。 这种方法通过考虑接收(Rx)序列的信道响应和该接收(Rx)序列的别名位置而容易地在没有重叠的特定位置建立循环移位(CS)间隔,尽管接收(Rx)信号是 移动了信道延迟扩展或传播延迟,而与生成序列的域的类别无关,从而可以大大减少检测误差和误报率。 并且,如果将循环移位(CS)的序列分配给具有大于预定电平的频率偏移的小区,则本发明可以最小化频率偏移对高移动性小区的影响。
    • 10. 发明申请
    • METHOD FOR SETTING CYCLIC SHIFT CONSIDERING FREQUENCY OFFSET
    • 设定考虑频率偏移的循环移位的方法
    • US20110013715A1
    • 2011-01-20
    • US12840230
    • 2010-07-20
    • Hyun Woo LeeMin Seok NohYeong Hyeon KwonSeung Hee HanDong Cheol KimJin Sam KwakDragan Vujcic
    • Hyun Woo LeeMin Seok NohYeong Hyeon KwonSeung Hee HanDong Cheol KimJin Sam KwakDragan Vujcic
    • H04B15/00
    • H04L1/0023H04J13/0062H04J13/0074H04J13/22H04L27/2613H04L27/2657H04W56/00
    • A method for establishing a cyclic shift sequence to provide against the frequency offset is disclosed. The method calculates a distance between a channel response position of the sequence and an alias channel response position caused by a frequency offset, calculates the number of cyclic shifts per group according to the calculated distance, and establishes the cyclic shift (CS)-applying interval. This method easily establishes a cyclic shift (CS) interval at a specific location having no overlapping by considering a channel response of a reception (Rx) sequence and an alias location of this reception (Rx) sequence, although a reception (Rx) signal is shifted by a channel delay spreading or a propagation delay irrespective of categories of a domain generating a sequence, so that it can greatly reduce the number of the detection errors and the false alarm rate. And, if a sequence of the cyclic shift (CS) is allocated to a cell having a frequency offset of more than a predetermined level, the present invention can minimize the influence of a frequency offset on a high-mobility cell.
    • 公开了一种建立循环移位序列以提供抵消频偏的方法。 该方法计算序列的信道响应位置与由频率偏移引起的别名信道响应位置之间的距离,根据计算出的距离计算每组的循环移位数,并建立循环移位(CS)应用间隔 。 这种方法通过考虑接收(Rx)序列的信道响应和该接收(Rx)序列的别名位置而容易地在没有重叠的特定位置建立循环移位(CS)间隔,尽管接收(Rx)信号是 移动了信道延迟扩展或传播延迟,而与生成序列的域的类别无关,从而可以大大减少检测误差和误报率。 并且,如果将循环移位(CS)的序列分配给具有大于预定电平的频率偏移的小区,则本发明可以最小化频率偏移对高移动性小区的影响。