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    • 4. 发明授权
    • Transmission system, repeater and receiver
    • 传输系统,中继器和接收机
    • US08498204B2
    • 2013-07-30
    • US12716451
    • 2010-03-03
    • Hidehiro ToyodaShinji Murai
    • Hidehiro ToyodaShinji Murai
    • H04L12/26
    • H04L43/065H04L1/20H04L41/0677
    • It is provided a data transmission system comprising a transmitter, a repeater and a receiver. The transmitter and the repeater are coupled through a first transmission path and the receiver and the repeater are coupled through a second transmission path. The transmitter, the repeater and the receiver have virtual lanes. The transmitter demultiplexes the transmission data into as many data streams as a number of useable virtual lanes based on useable lane information. The repeater monitors failures of the transmission lanes of the first transmission path and the virtual lanes. The receiver monitors failures of the transmission lanes of the second transmission path and the virtual lanes, selects the useable virtual lanes, sends to the transmitter the useable lane information, corrects a wrong order of the received data streams and a shift of reception point in the virtual lanes, and restores the demultiplexed data streams into the transmission data.
    • 提供了一种包括发射机,中继器和接收机的数据传输系统。 发射机和中继器通过第一传输路径耦合,并且接收机和中继器通过第二传输路径耦合。 发射机,中继器和接收机都有虚拟通道。 发射机基于可用的车道信息将传输数据解复用成与许多可用的虚拟车道一样多的数据流。 中继器监视第一传输路径和虚拟通道的传输通道的故障。 接收机监视第二传输路径和虚拟通道的传输通道的故障,选择可用的虚拟通道,向发射机发送可用的车道信息,校正接收到的数据流的错误顺序和接收点的移位 虚拟通道,并将解复用的数据流恢复为传输数据。
    • 5. 发明授权
    • Data transmission equipment and generating method for transmission code
    • 数据传输设备及传输码生成方法
    • US08281207B2
    • 2012-10-02
    • US12515176
    • 2006-11-17
    • Hidehiro ToyodaTakayuki MuranakaTakeshi MatsumotoNaohisa Koie
    • Hidehiro ToyodaTakayuki MuranakaTakeshi MatsumotoNaohisa Koie
    • H03M13/00
    • H03M13/19
    • A transmitter communicates with a receiver and an error corrector corrects bit errors generated during data transmission. The transmitter has a scrambler unit that scrambles data so that a running disparity of 0 and 1 in the input data is substantially zero. A bit-string converting unit 15 that adds bit data for ensuring a maximum run length of a serial bit string of the scrambled data and converts control information to bit data of a fixed value. A synchronization timing generating unit 16 divides the transmitted data by a constant interval and converts the transmission data to a data block. A bit-string converting unit extracts a fixed-value bit pattern of the control data from the bit string of the data block, converts the bit pattern to the control information, and discriminates the data and the control information. A descrambler unit reconverts the data-scrambled data to the data before scrambling.
    • 发射机与接收机通信,误差校正器校正数据传输期间产生的比特错误。 发射机具有扰频单元,用于加扰数据,使得输入数据中的0和1的运行视差基本上为零。 一个比特串转换单元15,其添加用于确保加扰数据的串行比特串的最大游程长度的比特数据,并将控制信息转换成固定值的比特数据。 同步定时生成单元16将发送的数据以恒定的间隔分割,并将发送数据转换为数据块。 位串转换单元从数据块的位串中提取控制数据的固定值位模式,将位模式转换为控制信息,并对数据和控制信息进行鉴别。 解扰器单元将数据加扰的数据重新转换为加扰之前的数据。
    • 6. 发明申请
    • Transmitter and receiver with transversal filter
    • 带横向滤波器的发射机和接收机
    • US20060269025A1
    • 2006-11-30
    • US11350085
    • 2006-02-09
    • Hidehiro Toyoda
    • Hidehiro Toyoda
    • H04B1/10G06F17/10
    • H03H17/06H03H17/0294H03H2220/08H04B3/10
    • Provided is a transversal filter, in which delayers and multipliers are connected in series, includes: a first multiplier for multiplying a first tap coefficient set by a tap coefficient register module and an input signal to output a result of multiplication; a first delayer for delaying the value output from the first multiplier by a predetermined time to output the delayed value; a second multiplier for multiplying a second tap coefficient set by the tap coefficient register module and an input signal to output a result of multiplication; a first adder for adding the value output from the delayer situated upstream to the value output from the second multiplier to output a result of addition; a second delayer for delaying the value output from the first adder by a predetermined time to output the delayed value; and a selector for selecting one of the input signal, the value output from the first delayer, and the value output from the second delayer to output the selected one.
    • 提供了一种横向滤波器,其中延迟器和乘法器串联连接,包括:用于将由抽头系数寄存器模块设置的第一抽头系数与输入信号相乘以输出乘法结果的第一乘法器; 第一延迟器,用于将从第一乘法器输出的值延迟预定时间以输出延迟值; 用于将由抽头系数寄存器模块设置的第二抽头系数与输入信号相乘以输出乘法结果的第二乘法器; 第一加法器,用于将从位于上游的延迟器输出的值相加于从第二乘法器输出的值,以输出相加结果; 第二延迟器,用于将从第一加法器输出的值延迟预定时间以输出延迟值; 以及选择器,用于选择输入信号之一,从第一延迟器输出的值和从第二延迟器输出的值以输出所选择的输入信号。
    • 7. 发明申请
    • MULTIPLEXING TRANSMISSION SYSTEM, RECEIVER APPARATUS AND MODULE, TRANSMITTER APPARATUS FOR MULTIPLEXING TRANSMISSION
    • 多路复用传输系统,接收机和模块,用于多路复用传输的发射机设备
    • US20130064115A1
    • 2013-03-14
    • US13586076
    • 2012-08-15
    • HIDEHIRO TOYODAMasashi Kono
    • HIDEHIRO TOYODAMasashi Kono
    • H04L12/26H04L29/04
    • H04L12/26H03K17/00H03L7/081H03L7/1976H04B1/00H04J3/00H04J3/047H04J3/062H04J3/0685H04L29/04H04L43/00
    • Digital signals having respective pieces of frequency information different from each other are bundled, and transmitted at high speed. On receiving side, digital signals retaining the respective pieces of frequency information are recovered and separated. Transmitter apparatus divides pieces of transmission data that have the different pieces of frequency information and correspond to respective input channels into data blocks having a fixed length, as valid data, and subsequently multiplexes the data blocks corresponding to the respective input channels and outputs the multiplexed data to a transmission path. A receiver apparatus divides data string received into data flows and subsequently restores the transmission data, from the data blocks consecutive in each data flow and stores the restored data, and outputs transmission data corresponding to the respective data flows in synchronization with clocks generated for these data flows.
    • 具有彼此不同的各个频率信息的数字信号被捆扎,并以高速发送。 在接收侧,保存各个频率信息的数字信号被恢复和分离。 发射机设备将具有不同频率信息的传输数据片段与对应于输入信道的传输数据分成具有固定长度的数据块作为有效数据,然后将与各个输入信道相对应的数据块多路复用,并输出多路复用数据 到传输路径。 接收机设备将接收到的数据串分成数据流,然后从每个数据流中连续的数据块中恢复发送数据,并存储恢复的数据,并且与为这些数据生成的时钟同步地输出与各个数据流对应的发送数据 流动。
    • 9. 发明申请
    • TRANSMISSION SYSTEM, REPEATER AND RECEIVER
    • 传输系统,接收器和接收器
    • US20100246389A1
    • 2010-09-30
    • US12716451
    • 2010-03-03
    • Hidehiro ToyodaShinji Murai
    • Hidehiro ToyodaShinji Murai
    • G01R31/08
    • H04L43/065H04L1/20H04L41/0677
    • It is provided a data transmission system comprising a transmitter, a repeater and a receiver. The transmitter and the repeater are coupled through a first transmission path and the receiver and the repeater are coupled through a second transmission path. The transmitter, the repeater and the receiver have virtual lanes. The transmitter demultiplexes the transmission data into as many data streams as a number of useable virtual lanes based on useable lane information. The repeater monitors failures of the transmission lanes of the first transmission path and the virtual lanes. The receiver monitors failures of the transmission lanes of the second transmission path and the virtual lanes, selects the useable virtual lanes, sends to the transmitter the useable lane information, corrects a wrong order of the received data streams and a shift of reception point in the virtual lanes, and restores the demultiplexed data streams into the transmission data.
    • 提供了一种包括发射机,中继器和接收机的数据传输系统。 发射机和中继器通过第一传输路径耦合,并且接收机和中继器通过第二传输路径耦合。 发射机,中继器和接收机都有虚拟通道。 发射机基于可用的车道信息将传输数据解复用成与许多可用的虚拟车道一样多的数据流。 中继器监视第一传输路径和虚拟通道的传输通道的故障。 接收机监视第二传输路径和虚拟通道的传输通道的故障,选择可用的虚拟通道,向发射机发送可用的车道信息,校正接收到的数据流的错误顺序和接收点的移位 虚拟通道,并将解复用的数据流恢复为传输数据。