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    • 35. 发明授权
    • Systems, methods, and apparatuses for coarse spectrum-sensing modules
    • 用于粗糙频谱感测模块的系统,方法和装置
    • US07668262B2
    • 2010-02-23
    • US11458275
    • 2006-07-18
    • Wangmyong WooChang-Ho LeeJungsuk LeeHaksun Kim
    • Wangmyong WooChang-Ho LeeJungsuk LeeHaksun Kim
    • H04L27/06
    • H04L27/2647H04B1/1027H04L27/0004H04L27/0006
    • Systems, methods, and apparatuses are provided for coarse-sensing modules that are operative for providing initial determinations of spectrum occupancy. The coarse-sensing modules may include a wavelet waveform generator providing a plurality of wavelet pulses, and a multiplier that combines the wavelet pulses with an input signal to form a correlation signal. The coarse sensing modules may further include an integrator that receives the generated correlation signal from the multiplier, where the integrator determines correlation values from integrating the correlation signal, and a spectrum recognition module in communication with the integrator that determines an available spectrum segment based at least in part on the correlation values. In addition, the spectrum recognition module may determine an available spectrum segment by utilizing information from a spectrum usage database, where the spectrum usage database includes information associated with one or more known signal types.
    • 提供了用于粗略感测模块的系统,方法和装置,其用于提供频谱占用的初始确定。 粗糙感测模块可以包括提供多个小波脉冲的小波波形发生器,以及将小波脉冲与输入信号组合以形成相关信号的乘法器。 粗略感测模块还可以包括积分器,其从乘法器接收所产生的相关信号,其中积分器确定来自积分相关信号的相关值,以及与积分器通信的频谱识别模块,该频谱识别模块至少基于确定可用频谱段 部分归因于相关值。 此外,频谱识别模块可以通过利用来自频谱使用数据库的信息来确定可用频谱段,其中频谱使用数据库包括与一个或多个已知信号类型相关联的信息。
    • 36. 发明申请
    • Systems, Methods, and Apparatuses for Coarse-Sensing Modules
    • 用于粗糙感测模块的系统,方法和设备
    • US20070091720A1
    • 2007-04-26
    • US11458275
    • 2006-07-18
    • Wangmyong WooChang-Ho LeeJungsuk LeeHaksun Kim
    • Wangmyong WooChang-Ho LeeJungsuk LeeHaksun Kim
    • G01V1/00
    • H04L27/2647H04B1/1027H04L27/0004H04L27/0006
    • Systems, methods, and apparatuses are provided for coarse-sensing modules that are operative for providing initial determinations of spectrum occupancy. The coarse-sensing modules may include a wavelet waveform generator providing a plurality of wavelet pulses, and a multiplier that combines the wavelet pulses with an input signal to form a correlation signal. The coarse sensing modules may further include an integrator that receives the generated correlation signal from the multiplier, where the integrator determines correlation values from integrating the correlation signal, and a spectrum recognition module in communication with the integrator that determines an available spectrum segment based at least in part on the correlation values. In addition, the spectrum recognition module may determine an available spectrum segment by utilizing information from a spectrum usage database, where the spectrum usage database includes information associated with one or more known signal types.
    • 提供了用于粗略感测模块的系统,方法和装置,其用于提供频谱占用的初始确定。 粗糙感测模块可以包括提供多个小波脉冲的小波波形发生器,以及将小波脉冲与输入信号组合以形成相关信号的乘法器。 粗略感测模块还可以包括积分器,其从乘法器接收所产生的相关信号,其中积分器确定来自积分相关信号的相关值,以及与积分器通信的频谱识别模块,该频谱识别模块至少基于确定可用频谱段 部分归因于相关值。 此外,频谱识别模块可以通过利用来自频谱使用数据库的信息来确定可用频谱段,其中频谱使用数据库包括与一个或多个已知信号类型相关联的信息。
    • 37. 发明申请
    • ADAPTIVE COMBINER ERROR CALIBRATION ALGORITHMS IN ALL-DIGITAL OUTPHASING TRANSMITTER
    • 全数字输出发生器中的自适应组合器错误校准算法
    • US20100074367A1
    • 2010-03-25
    • US12561890
    • 2009-09-17
    • Kwan-Woo KimKyutae LimChang-Ho LeeHaksun KimJoy Laskar
    • Kwan-Woo KimKyutae LimChang-Ho LeeHaksun KimJoy Laskar
    • H04L25/03H04L27/12
    • H04L27/361H03F1/0294H03F1/3247H03F3/24H03F2200/207H03F2200/336H03F2200/375H03F2201/3233
    • Systems and methods may include a signal component separator that receives a non-constant envelope input signal and at least one phase offset value, and generates first digital phase data and second digital phase data; at least one digital phase modulator that receives the first phase data and the second phase data and operates with a frequency synthesizer to generate a first component signal having a first constant envelope and a second component signal having a second constant envelope; at least one power amplifier that amplifies the first component signal and the second component signal; a non-isolated power combiner that combines the first amplified component signal and the second amplified component signal to generate an output signal having a non-constant envelope; and a mismatch compensator that monitors the output signal to determine the at least one phase offset value, where the at least one phase offset value is utilized by the signal component separator for phase adjustment.
    • 系统和方法可以包括接收非恒定包络输入信号和至少一个相位偏移值的信号分量分离器,并且产生第一数字相位数据和第二数字相位数据; 至少一个数字相位调制器,其接收第一相位数据和第二相位数据,并与频率合成器一起工作,以产生具有第一恒定包络线的第一分量信号和具有第二恒定包络线的第二分量信号; 至少一个放大第一分量信号和第二分量信号的功率放大器; 非隔离功率组合器,其组合所述第一放大分量信号和所述第二放大分量信号以产生具有非常数包络线的输出信号; 以及不匹配补偿器,其监视所述输出信号以确定所述至少一个相位偏移值,其中所述至少一个相位偏移值由所述信号分量分离器用于相位调整。
    • 38. 发明申请
    • SYSTEMS AND METHODS FOR A LEVEL-SHIFTING HIGH-EFFICIENCY LINC AMPLIFIER USING DYNAMIC POWER SUPPLY
    • 使用动态电源的高效率LINC放大器的系统和方法
    • US20100073084A1
    • 2010-03-25
    • US12563710
    • 2009-09-21
    • Joonhoi HurKwan-Woo KimKyutae LimChang-Ho LeeHaksun KimJoy Laskar
    • Joonhoi HurKwan-Woo KimKyutae LimChang-Ho LeeHaksun KimJoy Laskar
    • H03F3/68
    • H03F1/0294H03F1/025H03F1/3241H03F3/191H03F3/24
    • Systems and methods may be provided for a LINC system having a level-shifting LINC amplifier. The systems and methods may include a dynamic power supply that is adjustable to provide at least a first voltage supply level and a second voltage supply level higher than the first voltage supply level; a first power amplifier that amplifies a first component signal to generate a first amplified signal; a second power amplifier that amplifiers a second component signal to generate a second amplified signal, where the first component signal and the second component signal are components of an original signal, where the first component signal and the second component signal each have a constant envelope, and where the original signal has a non-constant envelope, and where the first and second power amplifiers are biased at the first voltage supply level or the second voltage supply level based upon an analysis of an amplitude of the original signal.
    • 可以为具有电平移位LINC放大器的LINC系统提供系统和方法。 系统和方法可以包括动态电源,其可调节以提供高于第一电压供应电平的至少第一电压供应电平和第二电压供应电平; 第一功率放大器,其放大第一分量信号以产生第一放大信号; 第二功率放大器,放大第二分量信号以产生第二放大信号,其中第一分量信号和第二分量信号是原始信号的分量,其中第一分量信号和第二分量信号各自具有恒定的包络线, 并且其中原始信号具有非恒定包络,并且其中基于原始信号的幅度的分析,第一和第二功率放大器被偏置在第一电压供应电平或第二电压供应电平。
    • 40. 发明申请
    • Compact Multiple Transformers
    • 紧凑型多变压器
    • US20090174515A1
    • 2009-07-09
    • US11970995
    • 2008-01-08
    • Dong Ho LeeKi Seok YangChang-Ho LeeHaksun KimJoy Laskar
    • Dong Ho LeeKi Seok YangChang-Ho LeeHaksun KimJoy Laskar
    • H01F27/28
    • H01F27/2804
    • Example embodiments of the invention may provide systems and methods for multiple transformers. The systems and methods may include a first transformer that may include a first primary winding and a first secondary winding, where the first primary winding may be inductively coupled to the first secondary winding, where the first transformer may be associated with a first rotational current flow direction in the first primary winding. The systems and methods may further include a second transformer that may include a second primary winding and a second secondary winding, where the second primary winding may be inductively coupled to the second secondary winding, where the second transformer may be associated with a second rotational current flow direction opposite the first rotational current flow direction in the second primary winding, where a first section of the first primary winding may be positioned adjacent to a second section of the second primary winding, and where the adjacent first and second sections may include a substantially same first linear current flow direction.
    • 本发明的示例性实施例可以提供用于多个变压器的系统和方法。 系统和方法可以包括可以包括第一初级绕组和第一次级绕组的第一变压器,其中第一初级绕组可以感应耦合到第一次级绕组,其中第一变压器可以与第一转子电流 方向在第一次初级绕组。 所述系统和方法还可以包括可包括第二初级绕组和第二次级绕组的第二变压器,其中第二初级绕组可以感应耦合到第二次级绕组,其中第二变压器可以与第二转子电流相关联 流动方向与第二初级绕组中的第一旋转电流流动方向相反,其中第一初级绕组的第一部分可以邻近第二初级绕组的第二部分定位,并且其中相邻的第一和第二部分可以包括基本上 相同的第一线性电流流动方向。