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    • 11. 发明申请
    • Radio signal analysis
    • 无线电信号分析
    • US20080171517A1
    • 2008-07-17
    • US11648849
    • 2006-12-29
    • Isaac AliDavid Albert SawyerNick Cowley
    • Isaac AliDavid Albert SawyerNick Cowley
    • G01S7/40H04B17/00
    • H04B17/21H04B17/0085H04B17/29
    • In some embodiments, a radio transmitter assembly comprises a test signal generator module to generate a first instance of a test signal, the test signal comprising a code, a test signal receiver module which receives the code, a signal combiner to combine the first instance of the test signal with a real signal to create a combined signal, a radio signal generator to generate a radio signal from the combined signal, a signal separator to separate a second instance of the test signal from the radio signal, and comparator logic in the test signal receiver module to compare the code with a code embedded in the second instance of the test signal in the test signal receiver module.
    • 在一些实施例中,无线电发射器组件包括测试信号发生器模块以产生测试信号的第一实例,测试信号包括代码,接收代码的测试信号接收器模块,组合信号的第一实例 具有实信号的测试信号以产生组合信号,无线电信号发生器从组合信号产生无线电信号,信号分离器将测试信号的第二个实例与无线电信号分开,以及测试中的比较器逻辑 信号接收器模块,用于将代码与嵌入在测试信号接收器模块中的测试信号的第二实例中的代码进行比较。
    • 12. 发明授权
    • Efficient tuning and demodulation techniques
    • 高效的调谐和解调技术
    • US08743977B2
    • 2014-06-03
    • US12456894
    • 2009-06-23
    • Bernard ArambepolaNick Cowley
    • Bernard ArambepolaNick Cowley
    • H04K1/10
    • H04N5/4401H04L7/0029H04L25/05H04N5/455H04N21/4383
    • Techniques for the reception and processing of wireless signals are disclosed. For instance, an apparatus may include a first hardware module (e.g., a mixed signal module) and a second hardware module (e.g., a digital signal module). The first hardware module may convert an analog signal corresponding to a received wireless signal into a digital signal having a first sampling rate. In turn, channel filtering may be performed on this digital signal. Following this, the filtered digital signal may be resampled from the first sampling rate to a second sampling rate. At this point, the resampled signal may be transferred across an interface from the first hardware module to the second hardware module. Upon receipt, the second hardware module may correct a sampling rate error in the second sampling rate, and demodulate the digital signal into one or more symbols.
    • 公开了接收和处理无线信号的技术。 例如,设备可以包括第一硬件模块(例如,混合信号模块)和第二硬件模块(例如,数字信号模块)。 第一硬件模块可以将对应于接收到的无线信号的模拟信号转换为具有第一采样率的数字信号。 反过来,可以对该数字信号执行信道滤波。 之后,滤波后的数字信号可以从第一采样率重采样到第二采样率。 此时,重新采样的信号可以跨接口从第一硬件模块传送到第二硬件模块。 在接收时,第二硬件模块可以校正第二采样率中的采样率误差,并将数字信号解调成一个或多个符号。
    • 13. 发明申请
    • Efficient tuning and demodulation techniques
    • 高效的调谐和解调技术
    • US20100322326A1
    • 2010-12-23
    • US12456894
    • 2009-06-23
    • Bernard ArambepolaNick Cowley
    • Bernard ArambepolaNick Cowley
    • H04K1/10H03M1/00H03M1/12
    • H04N5/4401H04L7/0029H04L25/05H04N5/455H04N21/4383
    • Techniques for the reception and processing of wireless signals are disclosed. For instance, an apparatus may include a first hardware module (e.g., a mixed signal module) and a second hardware module (e.g., a digital signal module). The first hardware module may convert an analog signal corresponding to a received wireless signal into a digital signal having a first sampling rate. In turn, channel filtering may be performed on this digital signal. Following this, the filtered digital signal may be resampled from the first sampling rate to a second sampling rate. At this point, the resampled signal may be transferred across an interface from the first hardware module to the second hardware module. Upon receipt, the second hardware module may correct a sampling rate error in the second sampling rate, and demodulate the digital signal into one or more symbols.
    • 公开了接收和处理无线信号的技术。 例如,设备可以包括第一硬件模块(例如,混合信号模块)和第二硬件模块(例如,数字信号模块)。 第一硬件模块可以将对应于接收到的无线信号的模拟信号转换为具有第一采样率的数字信号。 反过来,可以对该数字信号执行信道滤波。 之后,滤波后的数字信号可以从第一采样率重采样到第二采样率。 此时,重新采样的信号可以跨接口从第一硬件模块传送到第二硬件模块。 在接收时,第二硬件模块可以校正第二采样率中的采样率误差,并将数字信号解调成一个或多个符号。
    • 15. 发明申请
    • DIVERSITY RECEIVER AND METHOD FOR CONTROLLING POWER THEREOF
    • 多样性接收机及其功率控制方法
    • US20090097600A1
    • 2009-04-16
    • US11870028
    • 2007-10-10
    • Bernard ArambepolaNick Cowley
    • Bernard ArambepolaNick Cowley
    • H04L1/02
    • H04L1/02H04B7/0857H04B7/0868H04B7/0877
    • The present disclosure provides a diversity receiver. The diversity receiver includes a plurality of tuners, a plurality of demodulators operatively coupled to the plurality of tuners and a controller operatively coupled to the plurality of demodulators and the plurality of tuners. Each tuner is capable of receiving a modulated signal from a path of a plurality of distinct paths. The controller determines information for each path and computes a ratio of signal strength to an additive noise for each path based on determined information. Further, the controller adjusts power of signal in each path based on comparison of computed ratio of signal strength to additive noise with a predetermined threshold. The diversity receiver also includes a MRC circuitry operatively coupled to the plurality of demodulators and configured to combine the signal of each path for obtaining a resultant combined signal having an improved ratio of signal strength to additive noise.
    • 本公开提供了一种分集接收机。 分集接收机包括多个调谐器,可操作地耦合到多个调谐器的多个解调器和可操作地耦合到多个解调器和多个调谐器的控制器。 每个调谐器能够从多个不同路径的路径接收调制信号。 控制器确定每个路径的信息,并且基于确定的信息计算每个路径的信号强度与加性噪声的比率。 此外,控制器基于计算的信号强度与加性噪声的比率与预定阈值的比较来调整每个路径中的信号功率。 分集接收机还包括可操作地耦合到多个解调器并且被配置为组合每个路径的信号以获得具有改善的信号强度与加性噪声比的合成信号的MRC电路。
    • 17. 发明申请
    • Double conversion tuner
    • 双转换调谐器
    • US20050118968A1
    • 2005-06-02
    • US10992785
    • 2004-11-22
    • Nick Cowley
    • Nick Cowley
    • H03D7/16H04B1/18H04B1/16H04B1/26
    • H03D7/161
    • A tuner comprising a signal input 2 for receiving an input signal comprising multichannel data, a filter 3 having an input coupled to said signal input, the filter being tunable to pass a selected frequency channel, a first frequency changer 8 having an input coupled to an output of said filter 3 and arranged to upconvert the filtered input signal so that said selected frequency channel is shifted to a predefined high intermediate frequency, a second filter 9 having an input coupled to an output of said first mixer 9 and arranged to pass said predefined high intermediate frequency, and a second frequency shifter 12 having an input coupled to an output of said second filter 9 and arranged to downconvert the filtered high intermediate frequency to a predefined output frequency.
    • 一种调谐器,包括用于接收包括多声道数据的输入信号的信号输入2,具有耦合到所述信号输入的输入的滤波器3,可调谐的滤波器以通过选定的频道;第一变频器8,具有耦合到 所述滤波器3的输出并被布置成上变频滤波后的输入信号,使得所选择的频道被转移到预定的高中频;第二滤波器9具有耦合到所述第一混频器9的输出并被布置成通过所述预定义的 以及第二移频器12,其具有耦合到所述第二滤波器9的输出并被布置成将滤波的高中频下变频到预定输出频率的输入。
    • 18. 发明授权
    • Diversity receiver and method for controlling power thereof
    • 分集接收机及其功率控制方法
    • US08116404B2
    • 2012-02-14
    • US11870028
    • 2007-10-10
    • Bernard ArambepolaNick Cowley
    • Bernard ArambepolaNick Cowley
    • H04B7/185H04B7/00H04B7/02H04L1/02
    • H04L1/02H04B7/0857H04B7/0868H04B7/0877
    • The present disclosure provides a diversity receiver. The diversity receiver includes a plurality of tuners, a plurality of demodulators operatively coupled to the plurality of tuners and a controller operatively coupled to the plurality of demodulators and the plurality of tuners. Each tuner is capable of receiving a modulated signal from a path of a plurality of distinct paths. The controller determines information for each path and computes a ratio of signal strength to an additive noise for each path based on determined information. Further, the controller adjusts power of signal in each path based on comparison of computed ratio of signal strength to additive noise with a predetermined threshold. The diversity receiver also includes a MRC circuitry operatively coupled to the plurality of demodulators and configured to combine the signal of each path for obtaining a resultant combined signal having an improved ratio of signal strength to additive noise.
    • 本公开提供了一种分集接收机。 分集接收机包括多个调谐器,可操作地耦合到多个调谐器的多个解调器和可操作地耦合到多个解调器和多个调谐器的控制器。 每个调谐器能够从多个不同路径的路径接收调制信号。 控制器确定每个路径的信息,并且基于确定的信息计算每个路径的信号强度与加性噪声的比率。 此外,控制器基于计算的信号强度与加性噪声的比率与预定阈值的比较来调整每个路径中的信号功率。 分集接收机还包括可操作地耦合到多个解调器并且被配置为组合每个路径的信号以获得具有改善的信号强度与加性噪声比的合成信号的MRC电路。
    • 19. 发明授权
    • Direct conversion receiver and method for correcting phase imbalance therein
    • 直接转换接收机及其相位失衡校正方法
    • US08036319B2
    • 2011-10-11
    • US11933579
    • 2007-11-01
    • Bernard ArambepolaNick Cowley
    • Bernard ArambepolaNick Cowley
    • H03D3/22
    • H04L27/3863H03D3/009H04B1/30H04L2027/0024
    • A direct conversion receiver and a method for correcting phase imbalance including applying an input signal to an in-phase channel and a quadrature channel of the receiver. The input signal is processed by the receiver to obtain an in-phase zero intermediate frequency (IF) signal in the in-phase channel and a quadrature zero-IF signal in the quadrature channel. The in-phase zero-IF signal and the quadrature zero-IF signal are filtered to obtain a fixed band signal. A phase imbalance correction value is obtained for the fixed-band quadrature zero-IF signal as a function of the frequency of the fixed-band in-phase zero-IF signal and the fixed-band quadrature zero-IF signal. The in-phase zero-IF signal and the quadrature zero-IF signal are sampled and the phase imbalance correction value is applied using an interpolation to the sampled quadrature zero-IF signal or to the sampled in-phase zero-IF signal to correct the phase imbalance in the direct conversion receiver.
    • 直接转换接收机和用于校正相位不平衡的方法,包括将输入信号施加到接收机的同相信道和正交信道。 输入信号由接收机处理,以获得同相信道中的同相零中频(IF)信号和正交信道中的正交零中频信号。 对同相零中频信号和正交零中频信号进行滤波以获得固定频带信号。 作为固定频带同相零中频信号和固定频带正交零中频信号的频率的函数,针对固定频带正交零中频信号获得相位不平衡校正值。 对同相零中频信号和正交零中频信号进行采样,并使用插值对采样的正交零中频信号或采样同相零中频信号施加相位不平衡校正值,以校正 直接转换接收机的相位不平衡。