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    • 42. 发明授权
    • Wireless transmission device, wireless reception device, and symbol arranging method
    • 无线传输设备,无线接收设备和符号排列方法
    • US07852903B2
    • 2010-12-14
    • US11630142
    • 2005-05-20
    • Masaru FukuokaIsamu YoshiiKenichi Miyoshi
    • Masaru FukuokaIsamu YoshiiKenichi Miyoshi
    • H04B7/02
    • H04L27/0008H04B1/707H04B7/12H04L27/34
    • A wireless transmission device enabled to improve an error rate performance at a receiver, by acquiring at least one of frequency diversity effect and a time diversity effect while keeping the interference resistance which is acquired by diffusion. In this transmission device, a modulation unit (101) modulates data to create a modulation symbol having in-phase components and quadrature components. An IQ individual spreading unit (102) arranges the diffusion chips, which are obtained by spreading the modulation symbol, of the in-phase components and the quadrature components, in areas extending in diffusion domains set individually for the in-phase components and the quadrature components. An IQ combining unit (103) combines the arranged spreading chips of the in-phase components and the quadrature components.
    • 一种能够通过在保持通过扩散获得的干扰电阻的同时获取频率分集效应和时间分集效应中的至少一个而能够提高接收机的错误率性能的无线传输装置。 在该传输装置中,调制单元(101)调制数据以产生具有同相分量和正交分量的调制符号。 IQ个体扩展单元(102)将在同相分量和正交分量中扩展调制符号所获得的扩散芯片布置在对于同相分量和正交分量单独设置的扩散域中延伸的区域中 组件。 IQ组合单元(103)组合了排列的同相分量的扩展芯片和正交分量。
    • 43. 发明授权
    • Wireless communication apparatus and data multiplexing method
    • 无线通信装置和数据复用方法
    • US07817744B2
    • 2010-10-19
    • US11720732
    • 2005-12-01
    • Masaru FukuokaIsamu YoshiiKenichi Miyoshi
    • Masaru FukuokaIsamu YoshiiKenichi Miyoshi
    • H04L27/00H04B1/69
    • H04L5/12
    • A wireless transmitting apparatus capable of improving the reception characteristic at a data stream receiving end. In this apparatus, I/Q separating parts (110, 112) each separate first data modulated symbols included in any of a plurality of data streams, which are to be multiplexed, into first in-phase components and first orthogonal components, while separating second data modulated symbols included in the other ones of the plurality of data streams into second in-phase components and second orthogonal components. An I/Q converting part (114) converts the first in-phase components to third orthogonal components, while converting the second orthogonal components to fourth in-phase components. A multi-code multiplexing part multi-code multiplexes the first and third orthogonal components to provide a first multiplexed signal, while multi-code multiplexing the second and fourth in-phase components to provide a second multiplexed signal. An I/Q combining part (124) combines the first and second multiplexed signals to provide a combined signal.
    • 一种能够改善数据流接收端的接收特性的无线发送装置。 在该装置中,I / Q分离部分(110,112)将包含在多路复用的多个数据流中的任一个中的第一数据调制符号分离成第一同相分量和第一正交分量,同时分离第二数据 包括在多个数据流中的其他数据流中的数据调制符号变为第二同相分量和第二正交分量。 I / Q转换部分(114)将第一同相分量转换为第三正交分量,同时将第二正交分量转换为第四同相分量。 多码复用部分多码复用第一和第三正交分量以提供第一多路复用信号,同时多码复用第二和第四同相分量以提供第二多路复用信号。 I / Q组合部分(124)组合第一和第二复用信号以提供组合信号。
    • 44. 发明申请
    • WIRELESS COMMUNICATION APPARATUS AND DATA MULTIPLEXING METHOD
    • 无线通信装置和数据多路复用方法
    • US20090279527A1
    • 2009-11-12
    • US11720732
    • 2005-12-01
    • Masaru FukuokaIsamu YoshiiKenichi Miyoshi
    • Masaru FukuokaIsamu YoshiiKenichi Miyoshi
    • H04B7/216
    • H04L5/12
    • A wireless transmitting apparatus capable of improving the reception characteristic at a data stream receiving end. In this apparatus, I/Q separating parts (110, 112) each separate first data modulated symbols included in any of a plurality of data streams, which are to be multiplexed, into first in-phase components and first orthogonal components, while separating second data modulated symbols included in the other ones of the plurality of data streams into second in-phase components and second orthogonal components. An I/Q converting part (114) converts the first in-phase components to third orthogonal components, while converting the second orthogonal components to fourth in-phase components. A multi-code multiplexing part multi-code multiplexes the first and third orthogonal components to provide a first multiplexed signal, while multi-code multiplexing the second and fourth in-phase components to provide a second multiplexed signal. An I/Q combining part (124) combines the first and second multiplexed signals to provide a combined signal.
    • 一种能够改善数据流接收端的接收特性的无线发送装置。 在该装置中,I / Q分离部分(110,112)将包含在多路复用的多个数据流中的任何一个中的第一数据调制符号分离成第一同相分量和第一正交分量,同时分离第二数据 包括在多个数据流中的其他数据流中的数据调制符号变为第二同相分量和第二正交分量。 I / Q转换部分(114)将第一同相分量转换为第三正交分量,同时将第二正交分量转换为第四同相分量。 多码复用部分多码复用第一和第三正交分量以提供第一多路复用信号,同时多码复用第二和第四同相分量以提供第二多路复用信号。 I / Q组合部分(124)组合第一和第二复用信号以提供组合信号。
    • 48. 发明授权
    • Wireless communication device and wireless communication method
    • 无线通信设备和无线通信方式
    • US08842588B2
    • 2014-09-23
    • US13521859
    • 2011-01-26
    • Takaaki KishigamiIsamu Yoshii
    • Takaaki KishigamiIsamu Yoshii
    • H04B7/00H04L1/00
    • H04L1/0071H04L1/007
    • A high error correction capability is kept while reducing a processing delay in application of the ECC in a multi-radio. A wireless communication device for performing data transmission by using a plurality of radio systems RAT1 and RAT2 includes, in a GLL 100 that absorbs a difference in physical layer and MAC layer among RATs, an encoder 301 that encodes transmission data, a multiplexer 302 that distributes encoded data in correspondence with the RAT1 and the RAT2, interleavers 303 and 304 that interleave a plurality of coded data that has been encoded and multiplexed, and a resource controller 305 that sets an interleaving size for each interleaving processing in the interleavers 303 and 304 based on a transmission delay difference between the RAT1 and the RAT2.
    • 保持高纠错能力,同时减少在多无线电中应用ECC的处理延迟。 用于通过使用多个无线电系统RAT1和RAT2执行数据传输的无线通信设备包括:在吸收RAT中的物理层和MAC层的差异的GLL 100中,编码传输数据的编码器301,分配 与RAT1和RAT2对应的编码数据,对交织器303和304进行交织的多个编码数据的交织器303和304以及基于交织器303和304中的每个交织处理设置交织大小的资源控制器305 关于RAT1和RAT2之间的传输延迟差异。
    • 49. 发明授权
    • Radio communication base station device, radio communication terminal device, and radio communication method
    • 无线通信基站装置,无线通信终端装置,无线通信方式
    • US08787268B2
    • 2014-07-22
    • US12668151
    • 2008-07-09
    • Isamu YoshiiAtsushi SumasuKatsuhiko Hiramatsu
    • Isamu YoshiiAtsushi SumasuKatsuhiko Hiramatsu
    • H04W4/00H04W72/00H04L5/00H04J11/00H04W72/04
    • H04L5/0007H04J11/005H04L5/0037H04L5/0044H04L5/0062H04W72/04
    • Disclosed are a radio communication base station device, a radio communication terminal device, and a radio communication method which can reduce interference between adjacent resource blocks even when the DL timing is overlapped with the UL timing at the boundary between an independent allocation band and a cooperation allocation band. When a terminal A is allocated for a UL resource block of the cooperation allocation band serving as a band boundary with the independent allocation band, in ST301, a terminal A transmits a horizontally polarized wave signal to respective terminals B to D, and in ST302, a base station (100) transmits a vertically polarized signal to respective terminals A to D. In ST303, the terminals B to D measure XPD of the received vertically polarized signal and the horizontally polarized signal. In ST304, the terminals B to D transmit the XPD report value to the base station (100). ST305 selects the terminal which has transmitted the largest XPD report value among the XPD report values transmitted from the terminals B to D and allocates the selected terminal to the DL resource block at the band boundary.
    • 公开了即使当DL定时与独立分配频带和合作之间的边界处的UL定时重叠时,也可以减少相邻资源块之间的干扰的无线电通信基站装置,无线电通信终端装置和无线电通信方法 分配带。 当分配用作具有独立分配频带的频带边界的协作分配频带的UL资源块的终端A时,在ST301中,终端A将水平偏振波信号发送到各个终端B至D,在ST302中, 基站(100)将垂直极化信号发送到各端子A〜D.在ST303中,端子B〜D测量接收的垂直极化信号的XPD和水平极化信号。 在ST304中,终端B〜D将XPD报告值发送给基站(100)。 在从终端B到D发送的XPD报告值中选择已经发送了最大XPD报告值的终端,并将所选择的终端分配给带边界的DL资源块。