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    • 12. 发明申请
    • MOBILE STATION AND TRANSMISSION POWER CONTROL METHOD IN MOBILE STATION
    • 移动站移动站和传输功率控制方法
    • US20080318614A1
    • 2008-12-25
    • US12143409
    • 2008-06-20
    • Yousuke IIZUKAYukihiko OKUMURA
    • Yousuke IIZUKAYukihiko OKUMURA
    • H04B7/00
    • H04W52/40H04B7/0652H04W52/286H04W52/325H04W52/42
    • To provide a mobile station and a transmission power control method in the mobile station, which are capable of improving the power saving characteristic associated with the transmission power control in the mobile station under a condition in which the transmit diversity is applied. The transmission power of feedback information (11: FBI) is controlled on the basis of control information (TPC) transmitted through a sub-information downlink channel (21) from a base station (210) as a main branch, only when it is determined by a communication method determining section 103 that a cosed loop transmit diversity can be applied (step S201: Yes), and when it is determined by a communication base station determining section 104 that sub-information downlink channels (21, 22) and sub-information uplink channels (11, 12) are connected to a plurality of base stations (step S202: Yes).
    • 提供移动站中的移动站和发送功率控制方法,其能够在应用发送分集的条件下改善与移动站中的发送功率控制相关联的功率节省特性。 基于从作为主分支的基站(210)通过子信息下行链路信道(21)发送的控制信息(TPC),仅在确定了反馈信息(11:FBI)时,发送功率被控制 通过通信方法确定部分103可以应用提出的环路发送分集(步骤S201:是),并且当由通信基站确定部分104确定子信息下行链路信道(21,22)和子信道 信息上行链路信道(11,12)连接到多个基站(步骤S202:是)。
    • 14. 发明授权
    • Mobile station and transmission power control method in mobile station
    • 移动台移动台和发射功率控制方法
    • US08050702B2
    • 2011-11-01
    • US12143409
    • 2008-06-20
    • Yousuke IizukaYukihiko Okumura
    • Yousuke IizukaYukihiko Okumura
    • H04B7/00H04Q12/11H04M1/00
    • H04W52/40H04B7/0652H04W52/286H04W52/325H04W52/42
    • To provide a mobile station and a transmission power control method in the mobile station, which are capable of improving the power saving characteristic associated with the transmission power control in the mobile station under a condition in which the transmit diversity is applied. The transmission power of feedback information (11: FBI) is controlled on the basis of control information (TPC) transmitted through a sub-information downlink channel (21) from a base station (210) as a main branch, only when it is determined by a communication method determining section 103 that a cosed loop transmit diversity can be applied (step S201: Yes), and when it is determined by a communication base station determining section 104 that sub-information downlink channels (21, 22) and sub-information uplink channels (11, 12) are connected to a plurality of base stations (step S202: Yes).
    • 提供移动站中的移动站和发送功率控制方法,其能够在应用发送分集的条件下改善与移动站中的发送功率控制相关联的功率节省特性。 基于从作为主分支的基站(210)通过子信息下行链路信道(21)发送的控制信息(TPC),仅在确定了反馈信息(11:FBI)时,发送功率被控制 通过通信方法确定部分103可以应用提出的环路发送分集(步骤S201:是),并且当由通信基站确定部分104确定子信息下行链路信道(21,22)和子信道 信息上行链路信道(11,12)连接到多个基站(步骤S202:是)。
    • 17. 发明申请
    • COMMUNICATION TERMINAL AND METHOD FOR USE IN RADIO COMMUNICATION SYSTEM
    • 通信终端和无线电通信系统中使用的方法
    • US20100267413A1
    • 2010-10-21
    • US12760918
    • 2010-04-15
    • Yousuke IizukaMasato Maeda
    • Yousuke IizukaMasato Maeda
    • H04B7/00
    • H04W52/44H04W52/146H04W52/286
    • A disclosed communication terminal includes a determination unit analyzing a received downlink control signal and determining an allowable maximum uplink transmission power level, a measurement unit performing different frequency measurement in a transmission gap period, a threshold determination unit determining whether the allowable maximum level is higher than or equal to a threshold within a predefined period before the start and/or after the end of the transmission gap period, a transmission power control unit setting an uplink transmission power level, and a transmission unit transmitting an uplink signal at the determined power level. If the allowable maximum level is higher than or equal to the threshold, the transmission power control unit sets the uplink transmission power level to or below a predefined level lower than the allowable maximum level within the predefined period before the start and/or after the end of the transmission gap period.
    • 所公开的通信终端包括:判断单元,对接收到的下行链路控制信号进行分析,并确定允许的最大上行链路发送功率电平;测量单元,在发送间隙期间进行不同的频率测量;阈值判定单元,判定容许最大电平是否高于 或者等于发送间隙周期结束之前和/或之后的预定时间段内的阈值,设定上行链路发送功率电平的发送功率控制单元以及以所确定的功率电平发送上行链路信号的发送单元。 如果允许的最大电平高于或等于阈值,发射功率控制单元将上行链路发射功率电平设置为低于在启动前和/或结束后的预定时间段内允许的最大电平的预定义电平 的传输间隙期间。
    • 20. 发明申请
    • Mobile Communication Terminal, and Multipath Interference Eliminating Method
    • 移动通信终端和多径干扰消除方法
    • US20080253310A1
    • 2008-10-16
    • US11814221
    • 2006-01-17
    • Yousuke IizukaTakeshi NakamoriShinsuke Ogawa
    • Yousuke IizukaTakeshi NakamoriShinsuke Ogawa
    • H04B7/00
    • H04B1/7113H04B1/1081
    • Properties of a mobile communication terminal car be improved by eliminating interference according to environments of various reception paths. The mobile communication terminal generates a delay profile by a common pilot chapel sent from a base station and measures received electric power and delay amount of the reception path. Next, based on the delay profile, the delay amount of a reception path P4 farthest from a reference path P1 is set as a maximum delay amount D. However the farthest reception path P4 is excluded from the subjects of interference elimination when the electric power of which differs by a amount not less than 10 dB with respect to the electric power of the reference path P1, and the delay amount of a reception path P3 next farthest from the reference path P1 is set as the maximum delay amount D. After that, a chapel matrix s generated based on the number of samples and the maximum delay amount D. Then interference is eliminated by multiplying a channel actually carrying data information by a weighting matrix generated based on the channel matrix.
    • 通过根据各种接收路径的环境消除干扰来改善移动通信终端车的属性。 移动通信终端通过从基站发送的公共导频小区生成延迟分布,并测量接收电力和接收路径的延迟量。 接下来,基于延迟分布,将距参考路径P 1最远的接收路径P 4的延迟量设定为最大延迟量D.然而,当最远的接收路径P 4从干扰消除对象中排除时, 其电力相对于基准路径P 1的电力相差不少于10dB,接下来距基准路径P 1最远的接收路径P 3的延迟量被设定为最大延迟 之后,基于样本数和最大延迟量D生成教堂矩阵。然后通过将实际携带数据信息的信道乘以基于信道矩阵生成的加权矩阵来消除干扰。