Communication method, transmission signal forming method, and data structure of transmission signal
    21.
    发明授权
    Communication method, transmission signal forming method, and data structure of transmission signal 失效
    通信方式,传输信号的形成方法和传输信号的数据结构

    公开(公告)号:US07706461B2

    公开(公告)日:2010-04-27

    申请号:US10578301

    申请日:2004-10-25

    申请人: Naoki Suehiro

    发明人: Naoki Suehiro

    IPC分类号: H04B7/02

    CPC分类号: H04B1/711 H04L25/0226

    摘要: In a communication method for transmitting a multipath characteristic measurement signal and a plurality of data transmission signals, the multipath characteristic measurement signal and data transmission signals are a signal array formed by a plurality of coefficient matrices that are orthogonal to one another within the matrices and which comprise at least one coefficient array that is common in the column direction or row direction. The multipath characteristic measurement signal formed by the coefficient matrices is the same signal array formed by the one common coefficient array. As a result, the transmission wait time and the signal reception time required for transmission of a multiplicity of data transmission signals are shortened in the simultaneous transmission of the multipath characteristic measurement signal and the plurality of data transmission signals by the spread modulation of transmission data by means of a spread spectrum, whereby the scale of the reception processing device is miniaturized.

    摘要翻译: 在用于发送多径特性测量信号和多个数据传输信号的通信方法中,多径特性测量信号和数据传输信号是由矩阵内彼此正交的多个系数矩阵形成的信号阵列, 包括在列方向或行方向上共同的至少一个系数阵列。 由系数矩阵形成的多路径特征测量信号是由一个公共系数阵列形成的相同的信号阵列。 结果,传输多个数据传输信号所需的传输等待时间和信号接收时间在通过传输数据的扩展调制同时传输多路径特性测量信号和多个数据传输信号时被缩短, 扩展频谱的装置,其中接收处理装置的规模小型化。

    Communication method, transmission signal forming method, and data structure of transmission signal
    22.
    发明申请
    Communication method, transmission signal forming method, and data structure of transmission signal 失效
    通信方式,传输信号的形成方法和传输信号的数据结构

    公开(公告)号:US20070071117A1

    公开(公告)日:2007-03-29

    申请号:US10578301

    申请日:2004-10-25

    申请人: Naoki Suehiro

    发明人: Naoki Suehiro

    IPC分类号: H04K1/10

    CPC分类号: H04B1/711 H04L25/0226

    摘要: In a communication method for transmitting a multipath characteristic measurement signal and a plurality of data transmission signals, the multipath characteristic measurement signal and data transmission signals are a signal array formed by a plurality of coefficient matrices that are orthogonal to one another within the matrices and which comprise at least one coefficient array that is common in the column direction or row direction. The multipath characteristic measurement signal formed by the coefficient matrices is the same signal array formed by the one common coefficient array. As a result, the transmission wait time and the signal reception time required for transmission of a multiplicity of data transmission signals are shortened in the simultaneous transmission of the multipath characteristic measurement signal and the plurality of data transmission signals by the spread modulation of transmission data by means of a spread spectrum, whereby the scale of the reception processing device is miniaturized.

    摘要翻译: 在用于发送多径特性测量信号和多个数据传输信号的通信方法中,多径特性测量信号和数据传输信号是由矩阵内彼此正交的多个系数矩阵形成的信号阵列, 包括在列方向或行方向上共同的至少一个系数阵列。 由系数矩阵形成的多路径特征测量信号是由一个公共系数阵列形成的相同的信号阵列。 结果,传输多个数据传输信号所需的传输等待时间和信号接收时间在通过传输数据的扩展调制同时传输多路径特性测量信号和多个数据传输信号时被缩短, 扩展频谱的装置,其中接收处理装置的规模小型化。

    Transmission signal formation method, communication method, and transmission signal data structure
    23.
    发明申请
    Transmission signal formation method, communication method, and transmission signal data structure 审中-公开
    传输信号形成方法,通信方式和传输信号数据结构

    公开(公告)号:US20050243944A1

    公开(公告)日:2005-11-03

    申请号:US10525737

    申请日:2003-08-29

    申请人: Naoki Suehiro

    发明人: Naoki Suehiro

    IPC分类号: H04B1/707 H04J13/22 H04L27/04

    摘要: A coefficient sequence of a spreading sequence is sequentially shifted one pitch at a time, transmission data is multiplied by a plurality of coefficient sequences to produce a plurality of transmission data, and the plurality of produced transmission data are added up to produce a transmission data sequence. Alternatively, the coefficient sequence of the spreading sequence is multiplied by the transmission data, the result is sequentially shifted one pitch at a time, and a plurality of transmission data are added up to produce a transmission data sequence. Transmission data is multiplied by the coefficient sequence of a spreading sequence to produce a finite-length signal and this finite-length signal is repeated an infinite number of times to produce an infinite-length signal. Transmission data, which is longer than the coefficient sequence, is cut out from this infinite-length signal to produce a transmission data sequence. This makes it possible to include transmission data into a spreading sequence and, therefore, when the transmission data is modulated through spread spectrum, an increase in the amplitude of a signal is reduced and the dynamic range of an amplifier on the receiving side is reduced.

    摘要翻译: 扩展序列的系数序列一次顺序地移位一个音调,传输数据乘以多个系数序列以产生多个传输数据,并且将所生成的多个发送数据相加以产生传输数据序列 。 或者,将扩展序列的系数序列与发送数据相乘,一次依次移位一个音调,并将多个发送数据相加,生成发送数据序列。 传输数据乘以扩展序列的系数序列以产生有限长度信号,并且该有限长度信号被无限次重复以产生无限长度信号。 从该无限长信号中切出比系数序列长的发送数据,生成发送数据序列。 这使得可以将传输数据包括在扩展序列中,因此,当通过扩展频谱调制传输数据时,信号幅度的增加减小,并且放大器在接收侧的动态范围减小。