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    • 1. 发明申请
    • RELAY SATELLITE AND SATELLITE COMMUNICATION SYSTEM
    • 继电卫星和卫星通信系统
    • US20140036765A1
    • 2014-02-06
    • US14111652
    • 2012-04-24
    • Akinori FujimuraKyoichiro IzumiToshiyuki Kuze
    • Akinori FujimuraKyoichiro IzumiToshiyuki Kuze
    • H04B7/185
    • H04B7/18578H04B7/18515H04B7/2041
    • A relay satellite includes reception antennas, reception processing units, transmission processing units, transmission antennas, a reception analog switch matrix unit that outputs a signal received by the reception antenna to one or more of the reception processing units, a digital switch matrix unit that outputs digital reception signals obtained by reception processing performed by the reception processing units to one or more of the transmission processing units, and a transmission analog switch matrix unit that outputs analog signals obtained by transmission processing performed by the transmission processing units to one of the transmission antennas. The reception analog switch matrix unit outputs a broadband reception signal to the reception processing units when a reception signal having a band broader than a band processable by the reception processing unit is inputted, and the reception processing unit performs reception processing on a part of a band when the broadband signal is inputted.
    • 中继卫星包括接收天线,接收处理单元,发送处理单元,发送天线,将接收天线接收到的信号输出到一个或多个接收处理单元的接收模拟开关矩阵单元,输出的数字开关矩阵单元 通过由接收处理单元对一个或多个发送处理单元进行的接收处理而获得的数字接收信号,以及发送模拟开关矩阵单元,其将由发送处理单元进行的发送处理而获得的模拟信号输出到发送天线 。 当具有比由接收处理单元处理的频带宽的频带的接收信号被输入时,接收模拟开关矩阵单元向接收处理单元输出宽带接收信号,并且接收处理单元对频带的一部分进行接收处理 当宽带信号被输入时。
    • 2. 发明授权
    • Sensor setup structure
    • 传感器设置结构
    • US07695008B2
    • 2010-04-13
    • US11200573
    • 2005-08-10
    • Toshiyuki KuzeFumitoshi KaseYoshihisa Sugamata
    • Toshiyuki KuzeFumitoshi KaseYoshihisa Sugamata
    • B60R21/16
    • B60R21/01B60R21/33B60R2021/01006
    • A sensor setup structure includes a pair of front side frames that are provided on vehicle widthwise opposite sides of a vehicle front part, and extended along a vehicle lengthwise direction, a pair of upper members that are provided to the vehicle widthwise outsides from these front side frames, and extended from respective front pillars on vehicle widthwise opposite sides downwards to the front, a joining frame that joins in the vehicle widthwise direction between the vicinity of front ends of these upper members and the front side frames on the same sides in the vehicle widthwise direction, and satellite sensors of an airbag apparatus which, in plan view, are setup in positions that are to the vehicle widthwise insides from vehicle widthwise outer surfaces of the respective upper members, and are to the vehicle widthwise outsides from vehicle widthwise outer surfaces of the respective front side frames.
    • 一种传感器设置结构,包括:一对前侧框架,其设置在车辆前部的车辆宽度方向的相对侧,并且沿车辆长度方向延伸;一对上部构件,其从宽度方向设置在从所述前侧 框架,并且从车辆宽度方向相对侧的相应前柱向下延伸到前部;接合框架,其在车辆宽度方向上在这些上部构件的前端附近与车辆相同侧面上的前侧框架 宽度方向和卫星传感器,其平面图被设置在从各个上部构件的车辆宽度方向的外侧的宽度方向上的车辆的位置,并且从宽度方向外侧到车辆宽度方向的外侧面 各自的前侧框架。
    • 10. 发明授权
    • Method for optimizing performance in multi-cell OFDMA networks
    • 用于优化多小区OFDMA网络性能的方法
    • US08223705B2
    • 2012-07-17
    • US12395993
    • 2009-03-02
    • Zhifeng TaoPhilip V. OrlikToshiyuki Kuze
    • Zhifeng TaoPhilip V. OrlikToshiyuki Kuze
    • H04W4/00
    • H04L5/0007H04L5/0037H04L5/0046H04L5/0062H04L5/0066H04W72/08
    • A method optimizes a performance of a multi-cell orthogonal frequency-division multiple access (OFDMA) network that includes a set of base stations (BSs) located in a cell, and each BS transmits data on downlink channels to a set of mobile stations (MSs) in the cell. Each BS acquires channel state information (CSI) and inter-cell interference information (ICI) for each downlink channel to each MS in the cell. Each BS selects a power level and a modulation coding scheme level (MCS) for transmitting the data to each MS on the downlink channels based on the CSI and ICI, such that a bit rate is maximized and the ICI is minimized. Then, time and frequency resource are allocated for transmitting the data on the downlink channels to the set of MSs, such that the allocated resources are minimized to optimize the performance of the network.
    • 一种方法优化包括位于小区中的一组基站(BS)的多小区正交频分多址(OFDMA)网络的性能,并且每个BS在下行链路信道上发送数据到一组移动站( MS)。 每个BS为小区中的每个MS获取每个下行链路信道的信道状态信息(CSI)和小区间干扰信息(ICI)。 每个BS选择功率电平和调制编码方案级(MCS),用于基于CSI和ICI将数据发送到下行链路信道上的每个MS,使得比特率最大化并且ICI最小化。 然后,分配时间和频率资源用于将下行链路信道上的数据发送到MS集合,使得分配的资源被最小化以优化网络的性能。