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    • 53. 发明公开
    • RADIO TRANSMISSION APPARATUS AND TRANSMISSION RATE DETERMINING METHOD
    • FUNKÜBERTRAGUNGSVORRICHTUNGUNDÜBERTRAGUNGSRATENBESTIMMUNGSVERFAHREN
    • EP1589715A1
    • 2005-10-26
    • EP04707644.3
    • 2004-02-03
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • AIZAWA, JunichiIOCHI, HitoshiMIYA, Kazuyuki
    • H04L29/02
    • H04L1/0026H04L1/0002H04L1/0033H04W28/22H04W92/10
    • A base station apparatus (radio transmission apparatus) transmits a radio signal of data to a mobile terminal apparatus (communication apparatus of a transmission destination). The mobile terminal apparatus receiving the radio signal determines (ST1010) information (CQI) on a downlink transmission rate enabling reception in the mobile terminal apparatus based on reception quality such as CIR to transmit to the base station apparatus. The base station apparatus extracts a CQI value from the received radio signal, while obtaining likelihood of received data (ST1020), and corrects the CQI value based on the likelihood (ST1030). Then, based on the corrected CQI value, the base station apparatus determines a downlink transmission rate (ST1040). By this means, even when the radio transmission apparatus erroneously receives the transmission rate request transmitted from the communication apparatus of the transmission destination, the communication apparatus is prevented from erroneously receiving the data transmitted from the radio transmission apparatus.
    • 基站装置(无线发送装置)向移动终端装置(发送目的地的通信装置)发送数据的无线信号。 接收无线电信号的移动终端装置基于诸如CIR的接收质量在移动终端装置中确定能够进行接收的下行链路传输速率(ST1010)信息(CQI),以向基站装置发送。 基站装置从接收的无线信号中提取CQI值,同时获得接收数据的可能性(ST1020),并根据似然率来校正CQI值(ST1030)。 然后,基于校正的CQI值,基站装置判定下行链路传输速率(ST1040)。 通过这种方式,即使无线发送装置错误地接收到从发送目的地的通信装置发送的发送速率请求,也防止通信装置错误地接收从无线发送装置发送的数据。
    • 55. 发明公开
    • SCHEDULE CREATION APPARATUS, BASE STATION APPARATUS, AND RADIO COMMUNICATION METHOD
    • 基督教徒基督教基金会(FUNKKOMMUNIKATIONSVERFAHREN)
    • EP1365617A1
    • 2003-11-26
    • EP02780065.5
    • 2002-11-11
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • ARIMA, TakenobuMIYA, Kazuyuki
    • H04Q7/38
    • H04W72/1242H04W24/08H04W52/44
    • The CM controller 101 outputs times at which signals are sent to various communication terminal apparatuses in a compressed mode based on information on the compressed mode sent from a host station such as a control station apparatus to the scheduler 102, coder 105 and modulator 106. The scheduler 102 decides times (order) at which packet data is sent to the respective communication terminal apparatuses based on priority information such as channel conditions and times at which signals are sent in the compressed mode and outputs schedule information indicating the times for creating this packet data to the switch circuit 104. The switch circuit 104 outputs the packet data to be sent to the communication terminal apparatuses sequentially to the coder 105 according to the schedule created by the scheduler 102.
    • CM控制器101基于从诸如控制站装置的主机发送到调度器102,编码器105和调制器106的压缩模式的信息,输出以压缩模式将信号发送到各种通信终端装置的时间。 调度器102基于诸如信道条件的优先级信息和在压缩模式下发送信号的时间来决定将哪个分组数据发送到各个通信终端装置的时间(顺序),并且输出指示用于创建该分组数据的时间的调度信息 交换电路104根据由调度器102创建的调度将要发送给通信终端设备的分组数据顺序输出到编码器105.
    • 56. 发明公开
    • RADIO RECEPTION APPARATUS AND RADIO RECEPTION METHOD
    • 无线电接收设备和无线电接收方法
    • EP1322045A1
    • 2003-06-25
    • EP02758806.0
    • 2002-08-08
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • HASHIGUCHI, KoichiMIYA, KazuyukiARIMA, Takenobu
    • H04B1/707
    • H04B1/712H04B1/707H04B1/7117
    • When carrying out a weighted addition on the in-phase added values of pilot signals and simulated pilot signals of the data section about the nth slot, the channel estimation circuit 104 controls the weighting factors according to the number of iterations of channel estimation. That is, the channel estimation circuit 104 carries out channel estimation by decreasing weights of simulated pilot signals in addition to pilot signals in a stage in which the number of iterations is small and by increasing weights of simulated pilot signals in addition to pilot signals in a stage in which the number of iterations is large. In iterative channel estimation, this makes it possible to improve the accuracy of channel estimation in the initial stage and carry out high accuracy channel estimation with a small number of iterations of recursive channel estimation.
    • 当对第n个时隙的导频信号和数据部分的模拟导频信号的同相相加值进行加权相加时,信道估计电路104根据信道估计的迭代次数来控制加权因子。 即,信道估计电路104除了导频信号之外,还减少反复次数少的阶段的导频信号,并且除了导频信号之外还增加模拟导频信号的权重,通过减少模拟导频信号的权重来进行信道估计 阶段的迭代次数很大。 在迭代信道估计中,这使得可以在初始阶段提高信道估计的准确度,并且用递归信道估计的少量迭代来执行高精度信道估计。
    • 59. 发明公开
    • PHASE ROTATION MEASURING DEVICE AND RADIO BASE STATION DEVICE HAVING THE SAME
    • 用于测量相位旋转以及无线基站设备的利用
    • EP1233535A1
    • 2002-08-21
    • EP01961299.3
    • 2001-09-03
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • KANEMOTO, HidekiHAYASHI, ToshiteruMIYA, Kazuyuki
    • H04B1/707
    • H04B1/7115H04B1/709H04B1/7117H04B1/712
    • A quadrantal compensation circuit 2051 performs quadrantal compensation on a despread signal. A between-symbol averaging circuit 2052 averages in-phase addition results over a period in which differential detection is performed. A differential detection circuit 2053 performs differential detection using averaged in-phase addition results. A between-finger averaging circuit 2057 averages differential detection output averaged between fingers. A normalization circuit 2058 normalizes differential detection output averaged between fingers. A multiplier 2060 multiplies differential detection output from the differential detection circuit 2053 by the complex conjugate of normalized differential detection output. An absolute value calculation circuit 2055 performs absolute value calculation for differential detection output after it has undergone frequency offset compensation. A between-finger averaging circuit 2059 averages differential detection output averaged between fingers.
    • 甲象限补偿电路2051执行一个去扩展信号补偿象限。 在以上哪个差分检测期间A之间的码元平均电路2052的平均值的同相相加结果被执行。 差分检测电路2053个执行差分检测使用平均同相相加结果。 手指之间的平均值差之间指平均电路2057检测输出平均化。 归一化电路2058归手指之间平均差分检测输出。 乘法器2060乘以归一化的差分检测输出的复共轭从差分检测电路2053检测输出的差分。 绝对值计算电路2055它已经经历频率偏移补偿后的差分检测输出进行绝对值计算。 手指之间的平均值差之间指平均电路2059检测输出平均化。