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    • 82. 发明授权
    • Methods and arrangements in a mobile telecommunication network
    • 移动电信网络中的方法和布置
    • US08965292B2
    • 2015-02-24
    • US11990691
    • 2005-10-26
    • Bo HagermanFredrik Gunnarsson
    • Bo HagermanFredrik Gunnarsson
    • H04K1/10H04W4/00H04B1/00H04W72/00H04W72/08H04B1/7097
    • H04W72/082H04B1/7097H04B2201/70702
    • A first unit for use in a base station in a mobile telecommunication network is adapted to use an identity for identifying a mobile terminal or for identifying a channel in the uplink. The first unit manages information of at least one additional identity of a mobile terminal or a channel belonging to at least a second base station for interference mitigation purposes. The first unit detects whether the mobile terminal or channel identified by the additional identity is active and mitigates cell-interference caused by an active mobile terminal or a channel identified by the additional identity. A second unit reserves at least one identity for identifying a mobile terminal or for identifying a channel in order to make the at least one identity identifiable to at least a second base station.
    • 在移动电信网络中的基站中使用的第一单元适于使用用于识别移动终端的标识或用于在上行链路中识别信道。 第一单元管理移动终端或属于至少第二基站的信道的至少一个附加身份的信息,以用于干扰减轻的目的。 第一单元检测由附加身份识别的移动终端或信道是否活动并减轻由活动移动终端或由附加身份识别的频道引起的小区干扰。 第二单元保留用于识别移动终端或用于识别信道的至少一个身份,以便使至少一个身份可被至少第二基站识别。
    • 87. 发明授权
    • Fast identification of OFDM signal
    • 快速识别OFDM信号
    • US08938016B1
    • 2015-01-20
    • US14016108
    • 2013-09-01
    • Marvell International, Ltd.
    • David Ben-EliDaniel Yellin
    • H04K1/10H04L27/26
    • H04L27/2607H04L27/0012
    • A method includes receiving a signal in a frequency band, which is assignable at least to a communication protocol in which Cyclic Prefixes (CP) are added to symbols having a predefined symbol interval. Multiple autocorrelations of the received signal are computed with a fixed time offset that depends on the symbol interval defined in the communication protocol, and the multiple autocorrelations are accumulated to produce a cumulative autocorrelation. An identification is made, based on the cumulative autocorrelation, whether the received signal is formatted in accordance with the communication protocol.
    • 一种方法包括在频带中接收信号,该信号至少可分配给其中循环前缀(CP)被添加到具有预定符号间隔的符号的通信协议。 接收信号的多个自相关用固定的时间偏移来计算,该固定时间偏移取决于通信协议中定义的符号间隔,并且多个自相关被累积以产生累积自相关。 基于累积自相关来确定接收到的信号是否根据通信协议进行格式化。
    • 89. 发明授权
    • QLM communications faster than Shannon rate
    • QLM通信速度比香农速度快
    • US08917786B1
    • 2014-12-23
    • US13986498
    • 2013-05-09
    • Urbain Alfred von der Embse
    • Urbain Alfred von der Embse
    • H04K1/10H04L1/00
    • H04L1/0047H04L1/0054H04L5/02H04L27/38
    • This invention discloses a method for communications faster than the Nyquist rate (FTN) and faster than the Shannon rate which method is Quadrature Layered Modulation (QLM). QLM properties include scaling the data symbol pulses to maintain the same error rate performance for all rates. QLM alternatively considers the increase in the data symbol rate to be a layering of additional communications over the same link. The Shannon bound is a limit on the capacity of a communication link when transmitting data symbols at the Nyquist rate. QLM observes one can communicate at FTN to transmit more information than the Shannon rate since the Nyquist rate captures the information in a frequency band and does not constraint the information. These properties describe QLM and a separate math proof-of-concept is disclosed. Implementation and performance data demonstrate QLM can support communications data rates which are at least double the Shannon rate.
    • 本发明公开了一种比奈奎斯特速率(FTN)快的通信方法,并且速度快于香农速率,该方法是正交分​​层调制(QLM)。 QLM属性包括缩放数据符号脉冲,以维持所有速率的相同错误率性能。 QLM可以将数据符号率的增加视为通过同一链路进行的附加通信的分层。 香奈儿限制是以奈奎斯特速率传输数据符号时通信链路容量的限制。 QLM观察到,由于奈奎斯特速率捕获频带中的信息并且不限制信息,所以可以在FTN进行通信以传送比香农速率更多的信息。 这些属性描述了QLM,并且公开了单独的数学概念证明。 实施和性能数据表明,QLM可以支持至少是香农率的两倍的通信数据速率。