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    • 1. 发明授权
    • Turbo encoder apparatus
    • 涡轮编码器装置
    • US09000959B2
    • 2015-04-07
    • US14370565
    • 2012-02-24
    • Jinsoup JoungJoohyeong LeeJongho LimSeungkeun YookJi Hye Shin
    • Jinsoup JoungJoohyeong LeeJongho LimSeungkeun YookJi Hye Shin
    • H03M13/00H03M13/47H03M13/23H03M13/29
    • H03M13/47H03M13/235H03M13/2903H03M13/2957H03M13/2993H03M13/6525H03M13/6575
    • A turbo encoder apparatus includes: a first element encoder for receiving an input of a bitstream of the data, encoding the input of the bitstream of the data, and generating a first output bitstream in an unit of plural bits; an internal interleaver for generating an interleaved input bitstream from the bitstream of the data; a second element encoder for receiving an input of the interleaved input bitstream in the unit of plural bits, encoding the input of the interleaved input bitstream, and generating a second output bitstream in an unit of plural bits; a trellis-termination-encoder for generating bits for trellis terminations of the first element encoder and the second element encoder; and a bitstream assembler for receiving the first output bitstream, the second output bitstream, and the bits for the trellis terminations and generating an input bitstream for a rate matching.
    • 涡轮编码器装置包括:第一元件编码器,用于接收数据的比特流的输入,对数据的比特流的输入进行编码,并以多个比特为单位生成第一输出比特流; 内部交织器,用于从所述数据的比特流生成交织的输入比特流; 第二单元编码器,用于以多位为单位接收交织的输入比特流的输入,对交织的输入比特流的输入进行编码,并以多位单位生成第二输出比特流; 网格终端编码器,用于产生用于第一单元编码器和第二单元编码器的网格终端的比特; 以及比特流汇编器,用于接收第一输出比特流,第二输出比特流和用于网格终端的比特,并且生成用于速率匹配的输入比特流。
    • 3. 发明授权
    • Apparatus and method for generating interleaver index
    • 用于生成交织器索引的装置和方法
    • US09344118B2
    • 2016-05-17
    • US14370571
    • 2012-02-24
    • Jinsoup JoungJoohyeong LeeJongho LimJaehwan Kim
    • Jinsoup JoungJoohyeong LeeJongho LimJaehwan Kim
    • G06F11/00H03M13/00H03M13/27H03M13/39
    • H03M13/2771H03M13/2739H03M13/276H03M13/395H03M13/6561
    • An apparatus for generating indexes of an interleaver for input data comprises: a main processor for calculating an index for a predetermined bit of the input data; and an index operator for receiving the index calculated by the main processor, calculating in parallel indexes for bits after the predetermined bit, and deriving a plurality of indexes. The main processor calculates the index for ith to (i+15)th bits of the input data where i is an integer equal to or larger than 0, and transfers a result of (128*f2)modK to the index operator. The index operator calculates an index for an (i+j+16)th bit where j is an integer which satisfies 0≦j≦7 by using an equation of Π(i+j+16)=(2*Π(i+j+8)−Π(i+j)+128*f2)modK where K is a size of the input data and f2 is a coefficient calculated from K.
    • 一种用于产生用于输入数据的交织器的索引的装置,包括:主处理器,用于计算输入数据的预定位的索引; 以及索引运算器,用于接收由主处理器计算的索引,在预定比特之后对比特的并行索引计算,并导出多个索引。 主处理器计算输入数据的第i至第(i + 15)位的索引,其中i是等于或大于0的整数,并将(128 * f2)modK的结果传送给索引操作符。 索引算子通过使用&Pgr;(i + j + 16)=(2 *&Pgr;(i + j + 16)的等式来计算第(i + j + 16)位的索引,其中j是满足0≦̸ j& i + j + 8) - &Pgr;(i + j)+ 128 * f2)modK其中K是输入数据的大小,f2是从K计算的系数。
    • 5. 发明申请
    • DIGITAL RE-SAMPLING APPARATUS USING FRACTIONAL DELAY GENERATOR
    • 数字再采样器采用分时延迟发生器
    • US20130187694A1
    • 2013-07-25
    • US13816255
    • 2010-12-30
    • Jinsoup JoungKyeongmin HaJoohyeong Lee
    • Jinsoup JoungKyeongmin HaJoohyeong Lee
    • H03H17/04
    • H03H17/0444H03H17/0027H03H17/0642
    • Disclosed herein is a digital re-sampling apparatus. The digital re-sampling apparatus includes a sample buffer, a sample buffer control unit, a filter bank, a first delay bank, a fractional delay constant table, a combiner bank, and a second delay bank. The sample buffer temporarily stores an input sample in synchronization with an input sampling frequency. The sample buffer control unit controls writing and reading operations. The filter bank includes a number of digital filters equal to the number of stages, and filters the input sample. The first delay bank differentially delays a filter output value. The fractional delay constant table stores information about re-sampling time. The combiner bank includes a number of adders and multipliers, performs an operation, and outputs a re-sampled value. The second delay bank causes a delay so that output of each combiner can be synchronized with each output of the fractional delay constant table.
    • 这里公开了一种数字再采样装置。 数字重采样装置包括采样缓冲器,采样缓冲器控制单元,滤波器组,第一延迟组,分数延迟常数表,组合器组和第二延迟组。 采样缓冲器与输入采样频率同步地临时存储输入采样。 采样缓冲器控制单元控制写入和读取操作。 滤波器组包括等于级数的多个数字滤波器,并对输入样本进行滤波。 第一个延迟组差分地延迟滤波器输出值。 分数延迟常数表存储关于重新采样时间的信息。 组合器组包括多个加法器和乘法器,执行操作,并且输出重新采样的值。 第二延迟组引起延迟,使得每个组合器的输出可以与分数延迟常数表的每个输出同步。
    • 6. 发明授权
    • Digital re-sampling apparatus using fractional delay generator
    • 使用分数延迟发生器的数字再采样装置
    • US08787513B2
    • 2014-07-22
    • US13816255
    • 2010-12-30
    • Jinsoup JoungKyeongmin HaJoohyeong Lee
    • Jinsoup JoungKyeongmin HaJoohyeong Lee
    • H04L7/00H03H17/06H03H17/04H03H17/00
    • H03H17/0444H03H17/0027H03H17/0642
    • Disclosed herein is a digital re-sampling apparatus. The digital re-sampling apparatus includes a sample buffer, a sample buffer control unit, a filter bank, a first delay bank, a fractional delay constant table, a combiner bank, and a second delay bank. The sample buffer temporarily stores an input sample in synchronization with an input sampling frequency. The sample buffer control unit controls writing and reading operations. The filter bank includes a number of digital filters equal to the number of stages, and filters the input sample. The first delay bank differentially delays a filter output value. The fractional delay constant table stores information about re-sampling time. The combiner bank includes a number of adders and multipliers, performs an operation, and outputs a re-sampled value. The second delay bank causes a delay so that output of each combiner can be synchronized with each output of the fractional delay constant table.
    • 这里公开了一种数字再采样装置。 数字重采样装置包括采样缓冲器,采样缓冲器控制单元,滤波器组,第一延迟组,分数延迟常数表,组合器组和第二延迟组。 采样缓冲器与输入采样频率同步地临时存储输入采样。 采样缓冲器控制单元控制写入和读取操作。 滤波器组包括等于级数的多个数字滤波器,并对输入样本进行滤波。 第一个延迟组差分地延迟滤波器输出值。 分数延迟常数表存储关于重新采样时间的信息。 组合器组包括多个加法器和乘法器,执行操作,并且输出重新采样的值。 第二延迟组引起延迟,使得每个组合器的输出可以与分数延迟常数表的每个输出同步。