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    • 4. 发明授权
    • Coding standard selecting method and terminal device
    • 编码标准选择方法和终端设备
    • US07242718B2
    • 2007-07-10
    • US10474348
    • 2002-09-03
    • Nobuhiko NakaTakashi Suzuki
    • Nobuhiko NakaTakashi Suzuki
    • H04B14/04
    • H04B14/04B32B7/02B32B27/06B32B27/18G02B1/116
    • A coding standard selecting method for selecting a coding standard used for communications between a first terminal and a second terminal, each terminal supporting multiple coding standards, is disclosed. The first terminal transmits a first signal representing all the coding standards supported by the first terminal itself to the second terminal. The second terminal selects a set of coding standards that satisfies a predetermined condition from among the coding standards represented by the first signal and among the coding standards supported by the second terminal itself, and transmits a second signal representing the selected set of coding standards to the first terminal. The first terminal selects a coding standard to be used for communication with the second terminal from the set of coding standards represented by the second signal, and transmits a third signal representing the selected coding standard to the second terminal.
    • 公开了一种用于选择用于第一终端和第二终端之间的通信的编码标准的编码标准选择方法,每个终端支持多种编码标准。 第一终端将表示由第一终端本身支持的所有编码标准的第一信号发送到第二终端。 第二终端从由第一信号表示的编码标准和由第二终端本身支持的编码标准中选择满足预定条件的一组编码标准,并将表示所选择的一组编码标准的第二信号发送到 第一个终端。 第一终端从由第二信号表示的编码标准的集合中选择要用于与第二终端的通信的编码标准,并将表示所选择的编码标准的第三信号发送到第二终端。
    • 7. 发明授权
    • Method and device for interleaving and method and device for de-interleaving
    • 用于交织的方法和装置以及用于解交织的方法和装置
    • US07428667B2
    • 2008-09-23
    • US11540059
    • 2006-09-29
    • Toshiro KawaharaToshio MikiSanae HotaniTakashi Suzuki
    • Toshiro KawaharaToshio MikiSanae HotaniTakashi Suzuki
    • G06F11/00
    • H04L1/0071H03M13/00H03M13/27H03M13/2703H03M13/2707H03M13/2764H03M13/2792H03M13/35H03M13/356H04L1/0009H04L1/0025H04L1/007H04L1/0072H04L1/0088
    • The writing address supply part 210 supplies writing addresses for writing the bits forming bit sequences corresponding to the header H contained in a frame to be transmitted or stored and bit sequences corresponding to the data D, into the operating memory 220. The reading address supply part 230 alternately supplies to the operating memory 220 a plurality of addresses for reading a plurality of continuous bits corresponding to the header H from the operating memory 220, and an address for reading 1 bit corresponding to the data D from the operating memory 220, and reads the bit sequence such that the bits forming the bit sequence corresponding to the header H are scattered and arranged within the bit sequence forming the data D, from the operating memory. In accordance with such an interleaving device, it is possible to individually randomize frames according to their constituent data, and it is possible to transmit the bits that make up such data in a format which is most suited for said data.
    • 写地址提供部分210将写入地址用于写入与要发送或存储的帧中包含的标题H相对应的位序列的位和与数据D对应的位序列的位写入到操作存储器220中。 读取地址提供部件230从操作存储器220交替地向操作存储器220提供用于读取对应于头部H的多个连续位的多个地址,以及从操作中读取与数据D对应的1位的地址 存储器220,并且读取比特序列,使得形成与头部H相对应的比特序列的比特被分散并布置在从操作存储器形成数据D的比特序列中。 根据这种交织装置,可以根据其构成数据单独地随机化帧,并且可以以最适合于所述数据的格式来发送构成这样的数据的比特。
    • 8. 发明授权
    • Data transmission device
    • 数据传输设备
    • US06202188B1
    • 2001-03-13
    • US08887410
    • 1997-07-02
    • Takashi SuzukiToshio MikiTomoyuki OhyaToshiro KawaharaSatoru Adachi
    • Takashi SuzukiToshio MikiTomoyuki OhyaToshiro KawaharaSatoru Adachi
    • H03M1329
    • H04L1/0059H03M13/35H04L1/0068H04L2001/0098
    • A data transmission device comprises a transmitter device and a receiver device. The transmitter device divides a data string to be transmitted into an original data string requiring protection against code error and a data string requiring no protection. The transmitter device then carries out an error detection code adding operation and error correction coding at a redundancy code rate of 1/N on the original data string to generate a coded data string. The transmitter device divides the coded data string by N, and outputs the N divided coded data strings and the data string requiring no protection on a communication line under a time division multiplexing control. The receiver device receives the N coded data strings and the data string requiring no protection. The receiver device carries out error correction decoding on the N divided coded data strings and a mixed coded data string obtained by mixing the divided coded data strings, and carries out error detection on decoded data strings obtained by the decoding. The receiver device then outputs one of the decoded data strings from which no code error is detected together with the data string requiring no protection. The data transmission device can carry out a data transmission protecting the transmitted data from burst code errors and random code errors without increase of redundancy.
    • 数据传输设备包括发射机设备和接收机设备。 发射机设备将要发送的数据串划分成需要防止代码错误的原始数据串和不需要保护的数据串。 然后,发送装置在原始数据串上以1 / N的冗余码率执行错误检测码相加运算和纠错编码,生成编码数据串。 发送装置将编码数据串除以N,并且在时分复用控制下,在通信线路上输出N个分割编码数据串和不需要保护的数据串。 接收机设备接收N个编码数据串和不需要保护的数据串。 接收机装置对N个分割编码数据串进行纠错解码,并对通过混合分割的编码数据串获得的混合编码数据串进行纠错解码,并对通过解码获得的解码数据串执行错误检测。 然后,接收机装置输出检测出无代码错误的解码数据串中的一个以及不需要保护的数据串。 数据传输设备可以执行保护传输数据的数据传输不受突发码错误和随机码错误的影响,而不增加冗余。