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    • 42. 发明申请
    • ADAPTIVE SELECTION OF SIGNAL-DETECTION MODE
    • 信号检测模式的自适应选择
    • WO2018001478A1
    • 2018-01-04
    • PCT/EP2016/065207
    • 2016-06-29
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)
    • REIAL, AndresAXNÄS, JohanRUNE, JohanSAHLIN, Henrik
    • H04L27/26
    • H04L27/2663H04L27/2657
    • A wireless device detects a synchronization signal by obtaining (210), from a received signal, a sequence of samples, and calculating (220) a differentially decoded sequence from the obtained sequence of samples. The wireless device correlates (230) the calculated differentially decoded sequence with a first reference sequence corresponding to the synchronization signal, at each of a plurality of time offsets, and identifies which of the plurality of time offsets results in a largest correlation result. In response to determining (240) that the largest correlation result does not meet a predetermined reliability criterion, the wireless device correlates (250) the obtained sequence of samples with a second reference sequence, at each of a plurality of time and frequency offsets, and identifies which combination of time offset and frequency offset results in a largest correlation result. The first reference sequence comprises a differentially decoded version of the second reference sequence.
    • 无线设备通过从接收到的信号中获得(210)采样序列并且从所获得的采样序列计算(220)差分解码序列来检测同步信号。 无线设备在多个时间偏移中的每个偏移处将计算的差分解码序列与对应于同步信号的第一参考序列相关(230),并识别多个时间偏移中的哪一个导致最大相关结果。 响应于确定(240)最大相关结果不符合预定的可靠性标准,无线设备在多个时间和频率偏移中的每个偏移处将所获得的采样序列与第二参考序列相关(250),并且 识别时间偏移和频率偏移的哪个组合导致最大的相关结果。 第一参考序列包括第二参考序列的差分解码版本。
    • 46. 发明申请
    • MULTI-CARRIER SCHEDULING
    • 多载波调度
    • WO2006121376A1
    • 2006-11-16
    • PCT/SE2005/000682
    • 2005-05-11
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)AXNÄS, JohanTYNDERFELDT, Tobias
    • AXNÄS, JohanTYNDERFELDT, Tobias
    • H04L1/08H04L1/04
    • H04L1/04H04L1/1607
    • The invention provides a scheduling of data blocks on multiple data carriers (310, 320) and a selection of data carrier to listen to. A transmitting unit (200-1) simultaneously transmits, during a communication session with at least one participating receiving unit (100), at least a first data block (14) on a first data carrier (310) and a second data block (22) on a second data carrier (320). The receiving unit (100) selects which of these data carriers (310), 320) to listen to, i.e. whether to receive the first (14) or second (22) data block, based on a reception quality of a previously received data block (12). Furthermore, at least one of the first (14) and second (22) data block is based on information common to the data block (14; 22) and the previous data block (12), e.g. the first (14) or second (22) data block could be re-transmitted version of the previous block (12).
    • 本发明提供了对多个数据载体(310,320)上的数据块的调度和用于监听的数据载体的选择。 发送单元(200-1)在与至少一个参与接收单元(100)的通信会话期间同时发送第一数据载体(310)和第二数据块(22)上的至少第一数据块(14) )在第二数据载体(320)上。 接收单元(100)基于先前接收到的数据块的接收质量来选择这些数据载体(310),320)中的哪一个进行监听,即是否接收第一(14)或第二(22)数据块 (12)。 此外,第一(14)和第二(22)数据块中的至少一个基于数据块(14; 22)和先前数据块(12)共同的信息,例如, 第一(14)或第二(22)数据块可以是先前块(12)的重新发送版本。