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    • 2. 发明授权
    • Apparatus and method for flexible data rate matching
    • 灵活数据速率匹配的装置和方法
    • US07437655B2
    • 2008-10-14
    • US10500538
    • 2002-09-18
    • Gerd MörsbergerStefan SchützGeorg Spörlein
    • Gerd MörsbergerStefan SchützGeorg Spörlein
    • H03M13/03H04J3/22
    • H04L1/0043H04L1/0069H04L1/0071H04L1/08
    • This invention relates to a flexible rate matching method, comprising the steps of: a) receiving a continuous stream of data items at a prespecified rate of a clock signal in a configurable data shift register; b) storing, for each data item stored in the data shirt register, an associated indication of validity in a configurable validity shift register and shifting the indications of validity at said prespecified rate; c) modifying the contents of the data shift register and the validity shift register through puncture/repetition operations so as to achieve a rate matching, and d) outputting valid data items at said prespecified rate using said indications of validity stored in the validity shift register. The invention also relates to a corresponding flexible rate matching apparatus as well as to a computer program product and a processor program product.
    • 本发明涉及一种灵活的速率匹配方法,包括以下步骤:a)以可配置数据移位寄存器中的时钟信号的预定速率接收数据项的连续流; b)对于存储在数据移位寄存器中的每个数据项存储可配置的有效性移位寄存器中的有效性的相关指示,并以所述预定速率移位有效性的指示; c)通过穿刺/重复操作来修改数据移位寄存器和有效移位寄存器的内容以便实现速率匹配,以及d)使用存储在有效移位寄存器中的所述有效性指示,以所述预定速率输出有效数据项 。 本发明还涉及相应的灵活速率匹配装置以及计算机程序产品和处理器程序产品。
    • 3. 发明授权
    • Parallel turbo coder implementation
    • 并行turbo编码器实现
    • US06651209B1
    • 2003-11-18
    • US09660290
    • 2000-09-12
    • Gerd MörsbergerGeorg Sporlein
    • Gerd MörsbergerGeorg Sporlein
    • H03M1300
    • H03M13/6561H03M13/235H03M13/2903H03M13/2957
    • A turbo coder block having a parallelization of degree n achieves increased processing speed. Each parallelized turbo coder block includes a first storage unit to store n samples of an input signal and a second storage unit to store n samples of at least one output signal of the parallelized turbo coding block. The parallelized turbo coder block further includes a bank of n delay units and is adapted to parallel process n samples of the input signal such that two delay units of the bank directly receive subsets of the n samples of the input signal, and an output signal of one delay unit is supplied to two delay units in the parallelized turbo coder block.
    • 具有等级n的并行化的turbo编码器块实现了增加的处理速度。 每个并行化的turbo编码器块包括第一存储单元,用于存储输入信号的n个样本和第二存储单元,以存储并行化turbo编码块的至少一个输出信号的n个采样。 并行化turbo编码器模块还包括一组n个延迟单元,并且适于并行处理输入信号的n个样本,使得存储体的两个延迟单元直接接收输入信号的n个采样的子集,并且输出信号 一个延迟单元被提供给并行涡轮编码器块中的两个延迟单元。
    • 6. 发明授权
    • Parallel CRC generation circuit for generating a CRC code
    • 并行CRC生成电路,用于生成CRC码
    • US06560746B1
    • 2003-05-06
    • US09382591
    • 1999-08-25
    • Gerd Mörsberger
    • Gerd Mörsberger
    • H03M1300
    • H03M13/091H03M13/6575
    • The invention relates to a parallel CRC generation circuit comprising an input register means (I), an output register means (C), a number of XOR gates (XOR1-XORN) and a coupling means (CM) that feeds predetermined ones of the output lines (C0-CN−1) of the output register means (C) and output lines (I1-In) of the input register means (I) as inputs to the respective XOR gates. According to the invention a matrix representation of the state change based on the selected CRC polynomial is set up and evaluated, such that the coupling means (CM) only uses the minimum number of feedbacks of the output lines and feed-forwards of the output lines of the input register means (I). Thus, the parallel CRC calculation circuit according to the invention has no redundancy and uses only a minimum hardware amount.
    • 本发明涉及一种并行CRC生成电路,包括输入寄存器装置(I),输出寄存器装置(C),多个异或门(XOR1-XORN)和耦合装置(CM),其馈送预定的输出 输出寄存器装置(C)的输出线(C0-CN-1)和输入寄存器装置(I)的输出线(I1-In)作为各个异或门的输入。 根据本发明,建立并评估基于选择的CRC多项式的状态变化的矩阵表示,使得耦合装置(CM)仅使用输出线的反馈的最小数量和输出线的前馈 的输入寄存器装置(I)。 因此,根据本发明的并行CRC计算电路没有冗余并且仅使用最小硬件量。