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    • 15. 发明授权
    • Signal detection with adjustable number of interferring signals
    • 信号检测可调干扰信号数量
    • US09136890B1
    • 2015-09-15
    • US14221828
    • 2014-03-21
    • MARVELL INTERNATIONAL LTD.
    • Jungwon LeeJiwoong ChoiYakun Sun
    • H03D1/04H04B1/10
    • H04B1/10H04L25/03891H04L2025/03426
    • Systems, methods, and other embodiments associated with signal detection with an adjustable number of interfering signals. According to one embodiment an apparatus includes an interferer counter, a detection method selector, and a signal detector. The interferer counter is configured to identify a number of active interfering signals in a received signal. The detection method selector is configured to select a signal detection method based, at least in part, on the number of active interfering signals identified by the interferer counter. In this manner, when one interfering signal is identified, a detection method having a first order is selected; and when two interfering signals are identified, the detection method having a second order is selected. The signal detector is configured to process the received signal according to the signal detection method selected by the detection method selector to detect an intended signal in the received signal.
    • 与可调节数量的干扰信号的信号检测相关的系统,方法和其它实施例。 根据一个实施例,一种装置包括干扰计数器,检测方法选择器和信号检测器。 干扰计数器被配置为识别接收信号中的多个有源干扰信号。 检测方法选择器被配置为至少部分地基于由干扰计数器识别的有源干扰信号的数量来选择信号检测方法。 以这种方式,当识别出一个干扰信号时,选择具有第一级的检测方法; 并且当识别出两个干扰信号时,选择具有二阶的检测方法。 信号检测器被配置为根据由检测方法选择器选择的信号检测方法处理接收信号,以检测接收信号中的预期信号。
    • 18. 发明授权
    • Autonomous adaptation of modulation and coding scheme for persistent scheduling in electronic communication
    • 电子通信中持续调度的调制和编码方案的自适应
    • US08982828B1
    • 2015-03-17
    • US14206550
    • 2014-03-12
    • Marvell International Ltd.
    • Jihwan P. ChoiJungwon Lee
    • H04W4/00H04L5/00
    • H04L5/0044H04L1/0003H04L1/0009H04L1/0019H04L1/1829H04L5/0037
    • Communication circuitry that employs persistent scheduling conventionally uses one initiation command to establish the modulation and coding scheme (“MCS”) that will be used for transmission of subsequent payload bursts, at least until it is time to send another initiation command. Inefficiency can result if transmission channel conditions change between initiation commands. To avoid such inefficiency, the disclosed circuitry maintains a count of unsuccessful transmission attempts. When the count deviates from a predetermined reference standard, the circuitry automatically and autonomously makes an appropriate change in the MCS selection without waiting for the next initiation command. Both transmitter and receiver circuits independently operate in the same way at the same time so that both ends of a communication link remain coordinated with one another.
    • 采用持续调度的通信电路通常使用一个启动命令建立将用于后续有效载荷突发的传输的调制和编码方案(“MCS”),至少直到发送另一个启动命令为止。 如果传输通道条件在启动命令之间变化,则可能导致低效率。 为了避免这种低效率,所公开的电路保持不成功传输尝试的计数。 当计数偏离预定的参考标准时,电路自动并自主地进行MCS选择的适当改变,而不等待下一个启动命令。 发射机和接收机电路在相同的方式独立地以相同的方式操作,使得通信链路的两端保持彼此协调。
    • 19. 发明授权
    • Selecting modulation and coding scheme in the presence of interference
    • 在存在干扰的情况下选择调制和编码方案
    • US08971815B1
    • 2015-03-03
    • US14257446
    • 2014-04-21
    • Marvell International Ltd.
    • Jungwon Lee
    • H04B1/00H04L27/00H04L1/00H04L25/08
    • H04L27/0012H04L1/0003H04L1/0009H04L25/08H04L27/3405
    • A sensing module determines whether a signal sensed in a wireless channel is noise or is modulated by a remote device and attempts to determine, in response to the signal being modulated, a modulation scheme of the signal. A capacity determination module determines capacities of the wireless channel to transmit data using a plurality of modulation schemes. In response to the modulation scheme of the signal being determinable, the plurality of modulation schemes includes the modulation scheme of the signal. In response to the modulation scheme of the signal being indeterminable, the plurality of modulation schemes includes one or more modulation schemes that the remote device is configured to use to modulate the signal. A transmit module selects a first modulation scheme of the plurality of modulation schemes based on the capacities of the wireless channel and transmits data over the wireless channel using the first modulation scheme.
    • 感测模块​​确定在无线信道中感测的信号是否是噪声或由远程设备调制,并且尝试响应于被调制的信号来确定该信号的调制方案。 容量确定模块确定使用多个调制方案来发送数据的无线信道的容量。 响应于可被确定的信号的调制方案,多个调制方案包括信号的调制方案。 响应于信号的调制方案是不可确定的,多个调制方案包括远程设备被配置为用于调制信号的一个或多个调制方案。 发送模块基于无线信道的容量来选择多个调制方案的第一调制方案,并且使用第一调制方案通过无线信道发送数据。
    • 20. 发明授权
    • Preamble detection with multiple receive antennas
    • 使用多个接收天线进行前导码检测
    • US08787505B1
    • 2014-07-22
    • US14066191
    • 2013-10-29
    • Marvell International Ltd.
    • Jungwon LeeHui-Ling Lou
    • H04L27/06
    • H04L27/2655H04L27/2657H04L27/2675
    • A system including a differential demodulation module that generates differentially demodulated signals based on having differentially demodulated received signals. A first summing module generates a combined signal, including a plurality of symbols, by adding the differentially demodulated signals. A second summing module generates a plurality of sums for each of a plurality of derived preamble sequences, which are derived from preamble sequences. Each of the derived preamble sequences includes a plurality of derived symbols. One of the plurality of sums generated for one of the derived preamble sequences is a sum of a first portion of one of the plurality of symbols of the combined signal and a second portion of one of the derived symbols of the one of the derived preamble sequences.
    • 一种包括差分解调模块的系统,其基于具有差分解调的接收信号来产生差分解调信号。 第一求和模块通过加入差分解调信号来产生包括多个符号的组合信号。 第二求和模块为从前同步码序列导出的多个派生前同步码序列中的每一个生成多个和。 每个派生的前导序列包括多个导出的符号。 为所导出的前导码序列之一生成的多个和之一是组合信号的多个符号之一的第一部分和所导出的前导序列之一的导出符号之一的第二部分之和 。