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    • 3. 发明授权
    • Method and system for implementing smart antennas and diversity techniques
    • 实现智能天线和分集技术的方法和系统
    • US07660561B2
    • 2010-02-09
    • US10769690
    • 2004-01-22
    • Leonid KazakevichGerard KlahnFatih Ozluturk
    • Leonid KazakevichGerard KlahnFatih Ozluturk
    • H03C7/02
    • H04B7/0868H04B7/0811H04B7/0857
    • Method and apparatus for transfer of signals from multiple antennas down to baseband over a common radio frequency (RF) chain. Antenna selection having greater flexibility and applicability to both uplink and downlink is obtained by giving priority to the antenna receiving a better/best quality signal. Measurements are taken by at least a channel estimator during each time slot to determine the weighting to be given to the antenna with the better/best quality signal. Techniques and apparatus are provided to take measurements over a range of intervals from time slots to single symbols, for example, to select the best signal. The techniques described herein may be used individually, and in some cases are combined to receive additional benefits in efficiency. For example, one or more of recent and/or current channel estimation, history, optimization may be employed, in addition to channel estimation, to determine signal quality.
    • 用于通过公共射频(RF)链将信号从多个天线向下传输到基带的方法和装置。 通过优先考虑接收更好/最佳质量信号的天线,获得对上行链路和下行链路具有更大灵活性和适用性的天线选择。 在每个时隙期间由至少一个信道估计器进行测量,以确定将以更好/最佳质量信号给予天线的加权。 提供了技术和装置,以在从时隙到单个符号的间隔范围内进行测量,例如选择最佳信号。 本文描述的技术可以单独使用,并且在一些情况下被组合以获得效率的附加益处。 例如,除了信道估计之外,可以采用近期和/或当前信道估计,历史,优化中的一个或多个来确定信号质量。
    • 7. 发明申请
    • Digital baseband receiver with DC discharge and gain control circuits
    • 具有直流放电和增益控制电路的数字基带接收器
    • US20050003777A1
    • 2005-01-06
    • US10832594
    • 2004-04-27
    • Alpaslan DemirLeonid KazakevichFatih OzluturkGeetha Narayan
    • Alpaslan DemirLeonid KazakevichFatih OzluturkGeetha Narayan
    • H03D3/00H04B1/30H04B1/16H04B1/18H04B1/26
    • H04B1/30H03D3/008
    • A method for manufacturing a plurality or metal core substrates for a surface-mounted light emitting diode includes steps of adhering a pair of metal base plates and a plurality of insulation layers, adhering a pair of metal base plates interposing one of the insulation layers as a first insulation layer to form a set plate, stacking a plurality of set plates between a pair of guide plates, interposing a separation gap between adjacent set plates to form a set plate block, cutting the set plate block in a stacking direction to form a set plate aggregation, securing a second insulation layer to a cut surface of the set plate aggregation, securing a circuit pattern aggregation layer to the second insulation layer to form a metal core substrate aggregation, forming a separation groove on the circuit pattern aggregation layer between adjacent set plates, corresponding to the separation gap, forming a groove along a center line of the set plate to separate the set plate into first and second circuit pattern aggregations, forming electrodes on both sides of the substrate aggregation, separating the guide plates, and cutting off the substrate aggregation into independent substrates.
    • 用于制造表面安装发光二极管的多个或金属芯基板的方法包括以下步骤:粘附一对金属基板和多个绝缘层,将一个绝缘层中的一个金属基板粘附在一起 第一绝缘层以形成固定板,在一对引导板之间堆叠多个固定板,在相邻的固定板之间插入分隔间隙以形成固定板块,在堆叠方向上切割固定板块以形成一组 将第二绝缘层固定到固定板聚集体的切割表面上,将电路图案聚集层固定到第二绝缘层以形成金属芯基板聚集,在相邻集合之间的电路图案聚集层上形成分隔槽 对应于分离间隙的板,沿着固定板的中心线形成凹槽,以将固定板分离成第一和第二 d电路图案聚集,在基板聚集的两侧形成电极,分离引导板,并将基板聚集体切割成独立的基板。
    • 8. 发明申请
    • Carrier offset estimator
    • 载波偏移估计器
    • US20070268978A1
    • 2007-11-22
    • US11888168
    • 2007-07-31
    • Leonid KazakevichFatih OzluturkAlexander Reznik
    • Leonid KazakevichFatih OzluturkAlexander Reznik
    • H04L5/12
    • H04L27/3836H04L27/2332H04L27/3854H04L2027/0065H04L2027/0085
    • A system for estimating carrier offset includes includes a transmitter configured to transmit a quadrature modulated signal, and a receiver. The receiver includes an input configured to receive the quadrature modulated signal, a local oscillator configured to generate cosine and sine waves at a carrier frequency of the quadrature modulated signal, at least one cosine mixer configured to generate a carrier frequency demodulated output, at least one sine mixer configured to generate a carrier frequency demodulated output, a plurality of lowpass filters configured to filter the demodulated output of the cosine and sine mixers to produce filtered cosine and sine signal components, and a carrier offset detection processor to estimate a carrier offset between the carrier frequency and a local oscillator frequency based on the filtered output of the lowpass filters.
    • 用于估计载波偏移的系统包括:发射机,被配置为发送正交调制信号;以及接收机。 所述接收机包括被配置为接收所述正交调制信号的输入端,被配置为在所述正交调制信号的载波频率上产生余弦和正弦波的本地振荡器,配置成产生载波频率解调输出的至少一个余弦混频器,至少一个 配置为产生载波频率解调输出的多个低通滤波器,多个低通滤波器,被配置为对余弦和正弦混频器的解调输出进行滤波,以产生滤波余弦和正弦信号分量;以及载波偏移检测处理器,用于估计载波偏移 基于低通滤波器的滤波输出的载波频率和本地振荡器频率。