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    • 4. 发明授权
    • Digital transmission system
    • 数字传输系统
    • US07424230B2
    • 2008-09-09
    • US10308588
    • 2002-12-03
    • Masahito TomizawaAkira HiranoYoshiaki KisakaYutaka Miyamoto
    • Masahito TomizawaAkira HiranoYoshiaki KisakaYutaka Miyamoto
    • H04B10/06H04L25/03H03M13/00
    • H04L25/062
    • This digital transmission system is provided with a transmitting apparatus that transmits digital data signals and a receiving apparatus that receives the digital data signals transmitted over a transmission path, compares the signals with a predetermined threshold value, and performs decision reproduction. The receiving apparatus is formed by: decision circuits that receive the input of reception signals, discriminate between the respective reception signals using a plurality of threshold values, and output decision results; and a selection circuit that, based on the decision results output from the decision circuit, selects one decision result from one threshold value from among the decision results from each of the plurality of threshold values, and outputs the selected decision result. As a result, the receiving apparatus is able to individually select which decision result to use from which threshold value.
    • 该数字传输系统设置有发送数字数据信号的发送装置和接收通过传输路径发送的数字数据信号的接收装置,将该信号与规定的阈值进行比较,进行判定再现。 接收装置由以下部分构成:接收接收信号的输入的判定电路,使用多个阈值对各个接收信号进行识别,并输出判定结果; 以及选择电路,其基于从所述判定电路输出的判定结果,从所述多个阈值中的每一个的判定结果中从一个阈值中选择一个判定结果,并输出所选择的判定结果。 结果,接收装置能够从哪个阈值单独地选择使用哪个判定结果。
    • 6. 发明授权
    • Optical digital transmission system
    • 光数字传输系统
    • US08571037B2
    • 2013-10-29
    • US13126372
    • 2009-11-13
    • Shigeki AisawaMasahito TomizawaYutaka MiyamotoYoshiaki KisakaYasuyuki EndoKatsuyoshi MiuraKazuhito Takei
    • Shigeki AisawaMasahito TomizawaYutaka MiyamotoYoshiaki KisakaYasuyuki EndoKatsuyoshi MiuraKazuhito Takei
    • H04L12/28
    • H04J3/1652H04J3/076H04J2203/0089
    • An optical digital transmission system of the present invention newly defines one second negative stuff byte in an overhead area for accommodation of the client signals with multiplexing into the OTU frame, newly defines one third positive stuff byte in a corresponding tributary slot in a payload area for accommodation of client signals with multiplexing, newly defines stuff control bits that is used for decision of the use of the second negative stuff byte and the third positive stuff byte in three different places in the overhead area for client signal accommodation with multiplexing, performs control by using the newly defined stuff control bits when accommodation of the client signal with the third positive stuff byte or the second negative stuff byte is required, and performs stuff control without using the newly defined stuff control bits when accommodation of the client signal by the third positive stuff byte and the second negative stuff byte is not required.
    • 本发明的光数字传输系统新定义了一个开销区域中的一个第二负填充字节,用于将客户端信号复用到OTU帧中,新定义了有效负载区域中的相应支路时隙中的三分之一正填充字节 客户端信号采用多路复用方式,新定义了用于决定使用第二负填充字节和第三正填充字节的填充控制位,用于多路复用的客户端信号调用的开销区域中的三个不同位置,执行控制 当需要用第三正填充字节或第二负填充字节调节客户端信号时,使用新定义的填充控制位,并且在将客户端信号调节为第三正值时,不使用新定义的填充控制位执行填充控制 填充字节和第二个负面填充字节不是必需的。
    • 7. 发明申请
    • OPTICAL DIGITAL TRANSMISSION SYSTEM
    • 光数字传输系统
    • US20110262136A1
    • 2011-10-27
    • US13126372
    • 2009-11-13
    • Shigeki AisawaMasahito TomizawaYutaka MiyamotoYoshiaki KisakaYasuyuki EndoKatsuyoshi MiuraKazuhito Takei
    • Shigeki AisawaMasahito TomizawaYutaka MiyamotoYoshiaki KisakaYasuyuki EndoKatsuyoshi MiuraKazuhito Takei
    • H04J14/00
    • H04J3/1652H04J3/076H04J2203/0089
    • An optical digital transmission system of the present invention newly defines one second negative stuff byte in an overhead area for accommodation of the client signals with multiplexing into the OTU frame, newly defines one third positive stuff byte in a corresponding tributary slot in a payload area for accommodation of client signals with multiplexing, newly defines stuff control bits that is used for decision of the use of the second negative stuff byte and the third positive stuff byte in three different places in the overhead area for client signal accommodation with multiplexing, performs control by using the newly defined stuff control bits when accommodation of the client signal with the third positive stuff byte or the second negative stuff byte is required, and performs stuff control without using the newly defined stuff control bits when accommodation of the client signal by the third positive stuff byte and the second negative stuff byte is not required.
    • 本发明的光数字传输系统新定义了一个开销区域中的一个第二负填充字节,用于将客户端信号复用到OTU帧中,新定义了有效负载区域中的相应支路时隙中的三分之一正填充字节 客户端信号采用多路复用方式,新定义了用于决定使用第二负填充字节和第三正填充字节的填充控制位,用于多路复用的客户端信号调用的开销区域中的三个不同位置,执行控制 当需要用第三正填充字节或第二负填充字节调节客户端信号时,使用新定义的填充控制位,并且在将客户端信号调节为第三正值时,不使用新定义的填充控制位执行填充控制 填充字节和第二个负面填充字节不是必需的。