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    • 1. 发明授权
    • Radio station, transmitting station, and frequency band sharing method
    • 无线电台,发射台和频带共享方式
    • US08396498B2
    • 2013-03-12
    • US12832139
    • 2010-07-08
    • Hiroki HaradaHiromasa FujiiTakahiro AsaiTomoyuki Ohya
    • Hiroki HaradaHiromasa FujiiTakahiro AsaiTomoyuki Ohya
    • H04B7/01
    • H04W16/14H04W52/243H04W88/08
    • The invention has a step where a transmitting station in a second radio communication system determines whether transmission of a second radio communication system signal using a shared frequency band is possible or not based on load information of a first radio communication system broadcast from a base station in the first radio communication system, a step where the transmitting station in the second radio communication system calculates predicted interference power caused in a receiving station in the first radio communication system by the second radio communication system signal transmitted using the shared frequency band, and a step where the base station in the first radio communication system increases an allowable interference level of a first radio communication system signal transmitted using the shared frequency band based on the predicted interference power broadcast from the transmitting station in the second radio communication system.
    • 本发明具有以下步骤:第二无线通信系统中的发送站基于从基站广播的第一无线通信系统的负载信息来确定是否可以使用共享频带发送第二无线通信系统信号 第一无线通信系统,第二无线通信系统中的发送站利用通过共享频带发送的第二无线通信系统信号来计算在第一无线通信系统中的接收站中产生的预测干扰功率的步骤,以及步骤 其中第一无线电通信系统中的基站基于在第二无线电通信系统中从发送站广播的预测干扰功率,增加使用共享频带发送的第一无线电通信系统信号的容许干扰电平。
    • 3. 发明申请
    • SIGNAL GENERATION DEVICE AND SIGNAL GENERATION METHOD
    • 信号生成装置和信号生成方法
    • US20110235740A1
    • 2011-09-29
    • US13037933
    • 2011-03-01
    • Hiroki HARADAHiromasa FujiiShunji MiuraTomoyuki Ohya
    • Hiroki HARADAHiromasa FujiiShunji MiuraTomoyuki Ohya
    • H04L27/00
    • H04L27/2634H04L27/2602
    • Disclosed is a signal generation device that employs a transmission method using inverse Fourier transform. The signal generation device includes: a modulation unit which modulates transmission data to obtain modulation data; a serial-parallel conversion unit which converts the modulation data input in series to parallel data of a predetermined size smaller than the size of inverse Fourier transform; a duplication unit which selects and duplicates all or a portion of the parallel data to obtain duplication data; a first time-axis shift unit which shifts the duplication data along the time axis to obtain time-axis shift data; and an inverse Fourier transform unit which carries out inverse Fourier transform on the parallel data obtained by the serial-parallel conversion unit and the time-axis shift data obtained by the first time-axis shift unit.
    • 公开了采用使用傅里叶逆变换的发送方法的信号生成装置。 信号发生装置包括:调制单元,其对发送数据进行调制以获得调制数据; 串行并行转换单元,其将串行输入的调制数据转换为小于反傅立叶变换的大小的预定尺寸的并行数据; 复制单元,其选择和复制所述或一部分并行数据以获得复制数据; 第一时间轴移位单元,沿着时间轴移动复制数据以获得时间轴移位数据; 以及对由并行转换单元获得的并行数据和由第一时间轴移位单元获得的时间轴移位数据进行傅立叶逆变换的逆傅里叶变换单元。
    • 5. 发明授权
    • Signal generation device and signal generation method
    • 信号发生装置和信号发生方法
    • US08542758B2
    • 2013-09-24
    • US13037933
    • 2011-03-01
    • Hiroki HaradaHiromasa FujiiShunji MiuraTomoyuki Ohya
    • Hiroki HaradaHiromasa FujiiShunji MiuraTomoyuki Ohya
    • H04K1/10
    • H04L27/2634H04L27/2602
    • Disclosed is a signal generation device that employs a transmission method using inverse Fourier transform. The signal generation device includes: a modulation unit which modulates transmission data to obtain modulation data; a serial-parallel conversion unit which converts the modulation data input in series to parallel data of a predetermined size smaller than the size of inverse Fourier transform; a duplication unit which selects and duplicates all or a portion of the parallel data to obtain duplication data; a first time-axis shift unit which shifts the duplication data along the time axis to obtain time-axis shift data; and an inverse Fourier transform unit which carries out inverse Fourier transform on the parallel data obtained by the serial-parallel conversion unit and the time-axis shift data obtained by the first time-axis shift unit.
    • 公开了采用使用傅里叶逆变换的发送方法的信号生成装置。 信号发生装置包括:调制单元,其对发送数据进行调制以获得调制数据; 串行并行转换单元,其将串行输入的调制数据转换为小于反傅立叶变换的大小的预定尺寸的并行数据; 复制单元,其选择和复制所述或一部分并行数据以获得复制数据; 第一时间轴移位单元,沿着时间轴移动复制数据以获得时间轴移位数据; 以及对由并行转换单元获得的并行数据和由第一时间轴移位单元获得的时间轴移位数据进行傅立叶逆变换的逆傅里叶变换单元。
    • 6. 发明授权
    • Signal detection apparatus and signal detection method for use in radio station of radio communication system
    • 用于无线电通信系统的无线电台的信号检测装置和信号检测方法
    • US08503944B2
    • 2013-08-06
    • US12975975
    • 2010-12-22
    • Hiroki HaradaHiromasa FujiiShunji MiuraTomoyuki Ohya
    • Hiroki HaradaHiromasa FujiiShunji MiuraTomoyuki Ohya
    • H04B17/00
    • H04B7/086H04B17/26H04B17/309H04B17/382
    • A signal detection apparatus 23 for determining whether a detection target signal is included in a received radio signal, includes: a waveform feature amount calculation unit 31 configured to calculate a waveform feature amount Rxα representing a waveform feature; a test statistic calculation unit 32 configured to calculate test statistic Zxα of each detection target signal by using the waveform feature amount; and a signal decision unit 33 configured to determine presence or absence of each detection target signal by comparing the test statistic Zxα of each detection target signal with a threshold Γ, wherein, under a condition where a specific detection target signal is removed, the test statistic calculation unit calculates a test statistic for a detection target signal which is not removed, and the signal decision unit determines presence or absence of the detection target signal by comparing the calculated test statistic with the threshold.
    • 用于确定检测目标信号是否包括在接收的无线电信号中的信号检测装置23包括:波形特征量计算单元31,被配置为计算表示波形特征的波形特征量Rxalpha; 被配置为通过使用波形特征量来计算每个检测目标信号的检验统计量Zxalpha的检验统计量计算单元32; 以及信号判定单元33,被配置为通过将每个检测目标信号的检验统计量Zxalpha与阈值Gamma进行比较来确定每个检测目标信号的存在或不存在,其中在去除特定检测目标信号的条件下,检验统计量 计算单元计算未被去除的检测目标信号的检验统计量,并且信号判定单元通过将计算的检验统计量与阈值进行比较来确定检测目标信号的存在与否。
    • 7. 发明申请
    • SIGNAL DETECTION APPARATUS AND SIGNAL DETECTION METHOD FOR USE IN RADIO STATION OF RADIO COMMUNICATION SYSTEM
    • 用于无线电通信系统无线电台的信号检测装置和信号检测方法
    • US20110165851A1
    • 2011-07-07
    • US12975975
    • 2010-12-22
    • Hiroki HaradaHiromasa FujiiShunji MiuraTomoyuki Ohya
    • Hiroki HaradaHiromasa FujiiShunji MiuraTomoyuki Ohya
    • H04B17/00
    • H04B7/086H04B17/26H04B17/309H04B17/382
    • A signal detection apparatus 23 for determining whether a detection target signal is included in a received radio signal, includes: a waveform feature amount calculation unit 31 configured to calculate a waveform feature amount Rxα representing a waveform feature; a test statistic calculation unit 32 configured to calculate test statistic Zxα of each detection target signal by using the waveform feature amount; and a signal decision unit 33 configured to determine presence or absence of each detection target signal by comparing the test statistic Zxα of each detection target signal with a threshold Γ, wherein, under a condition where a specific detection target signal is removed, the test statistic calculation unit calculates a test statistic for a detection target signal which is not removed, and the signal decision unit determines presence or absence of the detection target signal by comparing the calculated test statistic with the threshold.
    • 一种用于确定检测目标信号是否包括在接收的无线电信号中的信号检测装置23包括:波形特征量计算单元31,被配置为计算表示波形特征的波形特征量Rxα; 被配置为通过使用波形特征量来计算每个检测目标信号的检验统计量Zxα的检验统计量计算单元32; 以及信号判定单元33,其被配置为通过将每个检测目标信号的检验统计量Zxα与阈值&Ggr进行比较来确定每个检测目标信号的存在或不存在;其中,在去除特定检测目标信号的条件下, 统计量计算单元计算未被去除的检测目标信号的检验统计量,并且信号判定单元通过将计算的检验统计量与阈值进行比较来确定检测目标信号的存在与否。
    • 8. 发明授权
    • Radio communication method and radio base station
    • 无线电通信方式和无线基站
    • US08521174B2
    • 2013-08-27
    • US13332909
    • 2011-12-21
    • Hiromasa FujiiHiroto YasudaHiroki HaradaShunji MiuraTomoyuki Ohya
    • Hiromasa FujiiHiroto YasudaHiroki HaradaShunji MiuraTomoyuki Ohya
    • H04W88/02
    • H04W72/0406H04W16/32H04W92/20
    • When a frequency band is shared between a large cell system having a large cell base station and a small cell system having a small cell base station, the large cell base station dynamically controls dedicated resources for the large cell base station and shared resources for both the large cell base station and the small cell base station based on predetermined information, broadcasts allocation information of dedicated resources for the large cell base station and shared resources for both the large cell base station and the small cell base station, to the small cell base station belonging to the own cell, and the small cell base station belongs to at least one large cell base station and determines resource assignment in the own cell based on the resource allocation information broadcast from the large cell base station.
    • 当在具有大小区基站的大小区系统与具有小小区基站的小小区系统之间共享频带时,大小区基站动态地控制大小区基站的专用资源和用于两者的共享资源 基于预定信息的大小区基站和小小区基站,向大小区基站广播用于大小区基站的专用资源的分配信息以及大小区基站和小小区基站的共享资源到小小区基站 属于自己的小区,小小区基站属于至少一个大小区基站,并且基于从大小区基站广播的资源分配信息来确定自身小区中的资源分配。
    • 9. 发明申请
    • RADIO STATION, TRANSMITTING STATION, AND FREQUENCY BAND SHARING METHOD
    • 无线电台,发射站和频带共享方法
    • US20110009141A1
    • 2011-01-13
    • US12832139
    • 2010-07-08
    • Hiroki HaradaHiromasa FujiiTakahiro AsaiTomoyuki Oya
    • Hiroki HaradaHiromasa FujiiTakahiro AsaiTomoyuki Oya
    • H04B7/00
    • H04W16/14H04W52/243H04W88/08
    • The invention has a step where a transmitting station in a second radio communication system determines whether transmission of a second radio communication system signal using a shared frequency band is possible or not based on load information of a first radio communication system broadcast from a base station in the first radio communication system, a step where the transmitting station in the second radio communication system calculates predicted interference power caused in a receiving station in the first radio communication system by the second radio communication system signal transmitted using the shared frequency band, and a step where the base station in the first radio communication system increases an allowable interference level of a first radio communication system signal transmitted using the shared frequency band based on the predicted interference power broadcast from the transmitting station in the second radio communication system.
    • 本发明具有以下步骤:第二无线通信系统中的发送站基于从基站广播的第一无线通信系统的负载信息来确定是否可以使用共享频带发送第二无线通信系统信号 第一无线通信系统,第二无线通信系统中的发送站利用通过共享频带发送的第二无线通信系统信号来计算在第一无线通信系统中的接收站中产生的预测干扰功率的步骤,以及步骤 其中第一无线电通信系统中的基站基于在第二无线电通信系统中从发送站广播的预测干扰功率,增加使用共享频带发送的第一无线电通信系统信号的容许干扰电平。