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    • 1. 发明授权
    • Waveform shaping method and equipment
    • 波形整形方法和设备
    • US5901179A
    • 1999-05-04
    • US657959
    • 1996-06-04
    • Yoshio UrabeShouichi KogaHitoshi TakaiKoji KaiHidetoshi Yamasaki
    • Yoshio UrabeShouichi KogaHitoshi TakaiKoji KaiHidetoshi Yamasaki
    • H03G3/30H04L25/03H04L27/20H04L27/36H04L27/00
    • H03G3/3089H03G3/3047H04L25/03859H04L27/2067H04L27/362
    • In the transmitter which carries out burst transmission using information data as a packet, if the status is divided into four modes, namely, burst stop mode, burst rising mode, burst continuous mode, and burst falling mode, a waveform shaping equipment designed to read out shaped waveform data for each mode from outputs of either of the two memory tables, the first memory table which holds waveform data for specific data patterns used in common in burst rising mode and burst falling mode and the second memory table which holds waveform data for all data patterns used in the burst continuous mode, or a waveform shaping equipment comprising the third memory table which holds waveform data corresponding to all the data patterns used in the burst rising mode and the fourth memory table which holds waveform data corresponding to all data patterns used in the burst falling mode and generating shaped waveform data by synthesizing the two outputs of the third and the fourth memory tables at the time of burst continuous mode.
    • 在使用信息数据作为分组执行突发传输的发送机中,如果状态被分为四种模式,即突发停止模式,突发上升模式,突发连续模式和突发下降模式,设计为读取的波形整形设备 从两个存储器表中的任一个的输出中输出每个模式的形状波形数据,第一存储表保存用于突发上升模式和突发下降模式中共同使用的特定数据模式的波形数据,以及第二存储器表,其保存用于 在脉冲串连续模式中使用的所有数据模式,或波形整形设备,包括保存与突发上升模式中使用的所有数据模式对应的波形数据的第三存储器表,以及保存对应于所有数据模式的波形数据的第四存储器表 用于突发下降模式,并通过在t处合成第三和第四存储器表的两个输出来产生形状波形数据 他连续时间连续模式。
    • 3. 发明授权
    • Waveform shaping method and equipment
    • 波形整形方法和设备
    • US06243422B1
    • 2001-06-05
    • US09081031
    • 1998-05-18
    • Yoshio UrabeShouichi KogaHitoshi TakaiKoji KaiHidetoshi Yamasaki
    • Yoshio UrabeShouichi KogaHitoshi TakaiKoji KaiHidetoshi Yamasaki
    • H04L2700
    • H03G3/3089H03G3/3047H04L25/03859H04L27/2067H04L27/362
    • In the transmitter which carries out burst transmission using information data as a packet, if the status is divided into four modes, namely, burst stop mode, burst rising mode, burst continuous mode, and burst falling mode, a waveform shaping equipment designed to read out shaped waveform data for each mode from outputs of either of the two memory tables, the first memory table which holds waveform data for specific data patterns used in common in burst rising mode and burst falling mode and the second memory table which holds waveform data for all data patterns used in the burst continuous mode, or a waveform shaping equipment comprising the third memory table which holds waveform data corresponding to all the data patterns used in the burst rising mode and the fourth memory table which holds waveform data corresponding to all data patterns used in the burst falling mode and generating shaped waveform data by synthesizing the two outputs of the third and the fourth memory tables at the time of burst continuous mode.
    • 在使用信息数据作为分组执行突发传输的发送机中,如果状态被分为四种模式,即突发停止模式,突发上升模式,突发连续模式和突发下降模式,设计为读取的波形整形设备 从两个存储器表中的任一个的输出中输出每个模式的形状波形数据,第一存储表保存用于突发上升模式和突发下降模式中共同使用的特定数据模式的波形数据,以及第二存储器表,其保存用于 在脉冲串连续模式中使用的所有数据模式,或波形整形设备,包括保存与突发上升模式中使用的所有数据模式对应的波形数据的第三存储器表,以及保存对应于所有数据模式的波形数据的第四存储器表 用于突发下降模式,并通过在t处合成第三和第四存储器表的两个输出来产生形状波形数据 他连续时间连续模式。
    • 7. 发明申请
    • Channel-Estimating Apparatus and Mimo Communication System
    • 通道估计装置和Mimo通信系统
    • US20080292008A1
    • 2008-11-27
    • US10575359
    • 2005-04-28
    • Jungi KondoShouichi KogaYuji Igata
    • Jungi KondoShouichi KogaYuji Igata
    • H04L27/28
    • H04L25/0208H04L25/0204
    • A channel-estimating apparatus according to the present invention, including: an input unit (2) operable to receive several pieces of channel information (5) from a plurality of receivers (10), (11), in which the plurality of receivers (10), (11) are operable to perform MIMO communication through a plurality of channels; an estimating unit (3) operable to collectively estimate statuses of the plurality of channels in accordance with the several pieces of channel information (5) received by the input unit (2), whereby estimation results (6) are generated; and an output unit (4) operable to feed the estimation results (6) into the plurality of receivers (10), (11). As a result, interference from other pieces of MIMO communication-adapted communication equipment is suppressible, with consequential improvements in both of quality and capacity of communication.
    • 根据本发明的信道估计装置,包括:输入单元(2),用于从多个接收机(10),(11)接收多条信道信息(5),其中多个接收机 10),(11)可操作以通过多个信道执行MIMO通信; 估计单元(3),用于根据由输入单元(2)接收的几条信道信息(5)来集体估计多个信道的状态,由此产生估计结果(6); 以及输出单元(4),其可操作以将所述估计结果(6)馈送到所述多个接收器(10),(11)中。 因此,来自其他MIMO通信适配通信设备的干扰是可以抑制的,因此在通信质量和容量方面都有相应的改善。
    • 8. 发明申请
    • Receiver
    • 接收器
    • US20070025478A1
    • 2007-02-01
    • US10564835
    • 2005-03-08
    • Shouichi Koga
    • Shouichi Koga
    • H04L27/08H04L1/02
    • H04B7/0817
    • A receiver including a plurality of receiver branches operable to receive signals, a plurality of sample-and-hold circuits (4), each of which is connected to corresponding one of the receiver branches at the output thereof, a switch (5) connected to the sample-and-hold circuits at outputs thereof, and a demodulating unit (7) connected to the switch (5) at the output thereof. Each of the sample-and-hold circuits (4) is operable to extract a discrete value from the output from corresponding one of the receiver branches. The switch (5) is operable to allow output signals from the sample-and-hold circuits (4) to be selectively fed out of the swit
    • 一种接收机,包括可操作以接收信号的多个接收机分支,多个采样和保持电路(4),每个接收器分支在其输出处连接到相应的一个接收器分支;开关(5),连接到 其输出端的采样保持电路和在其输出端连接到开关(5)的解调单元(7)。 每个采样和保持电路(4)可操作以从相应的一个接收器分支的输出中提取离散值。 开关(5)可操作以允许来自采样保持电路(4)的输出信号被选择性地馈送到开关