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    • 6. 发明授权
    • Pseudo-noise generating apparatus
    • 伪噪声发生装置
    • US06275520B1
    • 2001-08-14
    • US09198199
    • 1998-11-23
    • Takaharu NakamuraKazuo KawabataKazuhisa ObuchiHajime Hamada
    • Takaharu NakamuraKazuo KawabataKazuhisa ObuchiHajime Hamada
    • H04B1707
    • H04J13/0022H04B1/707H04J13/10
    • A pseudo-noise generating apparatus capable of starting a pseudo-noise sequence from an arbitrary phase using compact processing circuitry. Tap selection patterns corresponding to a plurality of phase shift amounts are stored in advance in a ROM. By giving a phase shift amount to the ROM and setting the corresponding tap selection pattern in AND gates, the pseudo-noise sequence generated by the pseudo-noise generator is shifted in phase, and is loaded into a shift register. After setting a new phase amount in the ROM, the contents of the shift register are transferred into a shift register in the pseudo-noise generator. By repeating this operation, the desired phase shift is accomplished as a sum of a plurality of phase shift amounts.
    • 一种伪噪声发生装置,其能够使用紧凑的处理电路从任意相位开始伪噪声序列。 将与多个相移量相对应的抽头选择模式预先存储在ROM中。 通过给予ROM的相移量并将对应的抽头选择模式设置在与门中,由伪噪声发生器产生的伪噪声序列同相移位,并被加载到移位寄存器中。 在ROM中设置新的相位量之后,移位寄存器的内容被传送到伪噪声发生器中的移位寄存器中。 通过重复该操作,期望的相移作为多个相移量的总和来完成。
    • 7. 发明授权
    • Error-detecting encoding and decoding apparatus and dividing apparatus
    • 错误检测编码和解码装置和分割装置
    • US07428693B2
    • 2008-09-23
    • US10970859
    • 2004-10-20
    • Kazuhisa ObuchiTetsuya YanoTakaharu Nakamura
    • Kazuhisa ObuchiTetsuya YanoTakaharu Nakamura
    • G06F11/00H03M13/00
    • H03M13/091H03M13/093H04L1/0043H04L1/0061H04L1/1829
    • Disclosed are an error-detecting encoding apparatus for creating parity bits by error-detecting encoding processing, appending the parity bits to an input data string and encoding the data string, and an error-detecting decoding apparatus for detecting error using these parity bits. Data segmenting means segments an input data string, which is to undergo error-detecting encoding, into a plurality of sub-data strings, dividing means divides the segmented sub-data strings by a polynomial, which is for generating an error-detecting code, and calculates remainders, converting means applies conversion processing, which conforms to a segmentation position of the sub-data strings, to the remainders on a per-remainder basis, and combining means combines converted values, which have been obtained by the conversion processing, and outputs parity bits. An encoder appends this parity to a data string, and a decoder detects error using this parity.
    • 公开了一种错误检测编码装置,用于通过错误检测编码处理产生奇偶校验位,将奇偶校验位附加到输入数据串并对数据串进行编码;以及错误检测解码装置,用于使用这些奇偶校验位检测误差。 数据分段装置将进行错误检测编码的输入数据串分割成多个子数据串,分割装置将分割的子数据串除以用于生成错误检测码的多项式, 并且计算余数,转换装置将符合子数据串的分割位置的转换处理应用于基于每个余数的余数,并且组合装置将已经通过转换处理获得的转换值和 输出奇偶校验位。 编码器将该奇偶校验附加到数据串,并且解码器使用该奇偶校验来检测错误。
    • 8. 发明申请
    • Error-detecting encoding and decoding apparatus and dividing apparatus
    • 错误检测编码和解码装置和分割装置
    • US20050097432A1
    • 2005-05-05
    • US10970859
    • 2004-10-20
    • Kazuhisa ObuchiTetsuya YanoTakaharu Nakamura
    • Kazuhisa ObuchiTetsuya YanoTakaharu Nakamura
    • G06F11/00H03M13/00H03M13/09H04L1/00
    • H03M13/091H03M13/093H04L1/0043H04L1/0061H04L1/1829
    • Disclosed are an error-detecting encoding apparatus for creating parity bits by error-detecting encoding processing, appending the parity bits to an input data string and encoding the data string, and an error-detecting decoding apparatus for detecting error using these parity bits. Data segmenting means segments an input data string, which is to undergo error-detecting encoding, into a plurality of sub-data strings, dividing means divides the segmented sub-data strings by a polynomial, which is for generating an error-detecting code, and calculates remainders, converting means applies conversion processing, which conforms to a segmentation position of the sub-data strings, to the remainders on a per-remainder basis, and combining means combines converted values, which have been obtained by the conversion processing, and outputs parity bits. An encoder appends this parity to a data string, and a decoder detects error using this parity.
    • 公开了一种错误检测编码装置,用于通过错误检测编码处理产生奇偶校验位,将奇偶校验位附加到输入数据串并对数据串进行编码;以及错误检测解码装置,用于使用这些奇偶校验位检测误差。 数据分段装置将进行错误检测编码的输入数据串分割成多个子数据串,分割装置将分割的子数据串除以用于生成错误检测码的多项式, 并且计算余数,转换装置将符合子数据串的分割位置的转换处理应用于基于每个余数的余数,并且组合装置将已经通过转换处理获得的转换值和 输出奇偶校验位。 编码器将该奇偶校验附加到数据串,并且解码器使用该奇偶校验来检测错误。