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    • 31. 发明申请
    • SOFT−OUTPUT DECODER
    • 软输出解码器
    • WO0219539A9
    • 2002-11-28
    • PCT/JP0107576
    • 2001-08-31
    • SONY CORPMIYAUCHI TOSHIYUKIYAMAMOTO KOUHEI
    • MIYAUCHI TOSHIYUKIYAMAMOTO KOUHEI
    • G06F11/10H03M13/25H03M13/27H03M13/29H03M13/39H03M13/45
    • H03M13/2957H03M13/27H03M13/2903H03M13/6566
    • The position where the code is deleted is appropriately expressed through a simple constitution of a small circuit scale. A soft−output decoding circuit (90) of an element decoder has a reception value and prior probability information selecting circuit (154) for selecting an inputted decoding reception value TSR, extrinsic information, or interleave data TEXT as information necessary for soft−output decoding. The reception value and prior probability information selecting circuit (154) replaces the data at which no code output is present because of, e.g., puncture with a symbol having a likelihood of “0” according to intrinsic erasure position information IERS supplied from an intrinsic erasure information generating circuit (152). Consequently, the reception value and prior probability information selecting circuit (154) outputs information representing that the probability that the bit at the position where no code output is present is “0” or “1” is “1/2”.
    • 代码被删除的位置通过小电路规模的简单结构适当地表示。 元件解码器的软输出解码电路(90)具有接收值和先验概率信息选择电路(154),用于选择输入的解码接收值TSR,外在信息或交织数据TEXT作为软输出解码所需的信息 。 接收值和先验概率信息选择电路(154)由于例如根据从内在擦除提供的固有擦除位置信息IERS的符号具有“0”的符号进行穿孔而替换不存在代码输出的数据 信息生成电路(152)。 因此,接收值和先验概率信息选择电路(154)输出表示不存在代码输出的位置的位为“0”或“1”的概率的信息。
    • 32. 发明申请
    • ENHANCED TURBO PRODUCT CODES
    • 增强涡轮产品代码
    • WO0169797A3
    • 2002-02-28
    • PCT/US0108101
    • 2001-03-14
    • ADVANCED HARDWARE ARCHITECTURE
    • HEWITT ERIC JOHNLINDSTROM BRADLEY WILLIAMLADOW PETER SEANDANIELSON ALAN ROBERT
    • G06F11/10H03M13/29
    • H03M13/2963H03M13/2903H03M13/2909H03M13/2918H03M13/2921
    • A hyper encoder module encodes a block of data having a plurality of sub-blocks. Each sub-block includes a plurality of systematic block code codewords. A parity sub-block is added to the block. The parity sub-block is a first sub-block rotated by a predetermined number of bits. Each subsequent sub-block in the n-dimensional block is rotated by an appropriate number of bits and bit-wise XORed. An encoder method and apparatus which includes the hyper encoder module receives the block of data. A row of the block is immediately output and encoded by a first module according to a first encoding scheme. A column is encoded by a second module according to a second encoding scheme. A second set of encoded data is generated, iteratively updated and output by the second module. The hyper encoder module hyper-diagonally encodes the information bits as described above and then output.
    • 超编码器模块对具有多个子块的数据块进行编码。 每个子块包括多个系统块码码字。 奇偶校验子块被添加到块中。 奇偶校验子块是以预定位数旋转的第一子块。 n维块中的每个后续子块被旋转适当数量的位并且进行逐位异或。 包括超编码器模块的编码器方法和装置接收数据块。 根据第一编码方案,块的一行立即由第一模块输出和编码。 根据第二编码方案,列由第二模块编码。 生成第二组编码数据,迭代地更新并由第二模块输出。 超编码器模块如上所述对信息位进行超对角编码,然后输出。
    • 34. 发明申请
    • PARALLEL TURBO CODER IMPLEMENTATION
    • 并行涡轮编码器实现
    • WO01020787A1
    • 2001-03-22
    • PCT/EP2000/008631
    • 2000-09-04
    • G06F11/10H03M13/29
    • H03M13/6561H03M13/235H03M13/2903H03M13/2957
    • In order to achieve a turbo coder block having an increased processing speed it is proposed to carry out a parallelization of degree n. As a result each parallelized turbo coder block comprises a storage unit (I0, ..., I7) to store n samples (I(t-1), ..., I(t-n)) of an input signal I(t) to the parallelized turbo coding block and at least one storage unit (Q0, ..., Q7) to store n samples (Qj(t), ..., Qj(t-(n-1)) of at least one output signal Qj(t) (j=1,..., M) of the parallelized turbo coding block. Further, the parallelized turbo coder block comprises a bank of n delay units (X1, ..., XN) and is adapted to a parallel processing of n samples of the input signal I(t) such that at least two delay units (X1, ..., XN) of the bank directly receive subsets of the n samples (I(t-1), ..., I(t-n)) of the input signal I(t) and an output signal of at least one delay unit (X1, ..., XN) in the parallelized turbo coder block is supplied to at least two delay units in the parallelized turbo coder block.
    • 为了实现具有增加的处理速度的turbo编码器块,提出了执行度n的并行化。 结果,每个并行化的turbo编码器块包括存储单元(I0,...,I7)以存储输入信号I(t)的n个采样(I(t-1),...,I(tn) 并行化的turbo编码块和至少一个存储单元(Q0,...,Q7),以存储至少一个输出的n个采样(Qj(t),...,Qj(t-(n-1) 并行化Turbo编码块的信号Qj(t)(j = 1,...,M),并行化turbo编码器块包括一组n个延迟单元(X1,...,XN),并适用于 输入信号I(t)的n个采样的并行处理使得存储体的至少两个延迟单元(X1,...,XN)直接接收n个采样(I(t-1),... 输入信号I(t)的输出信号I I(t n)和并行化turbo编码器块中的至少一个延迟单元(X1,...,XN)的输出信号被提供给至少两个延迟单元 并行涡轮编码器块。
    • 35. 发明申请
    • DATA TRANSMISSION SYSTEM, DATA RECEIVER, AND DATA TRANSMITTING METHOD
    • 数据传输系统,数据接收器和数据传输方法
    • WO00048323A1
    • 2000-08-17
    • PCT/JP2000/000709
    • 2000-02-09
    • G11B20/10H03M13/29H03M13/35H04L1/00
    • H04L1/0057G11B20/10G11B2020/10944H03M13/1515H03M13/27H03M13/2903H03M13/2906H03M13/2909H03M13/293H03M13/2939H03M13/2957H03M13/35H04L1/0017H04L1/0036H04L1/0045H04L1/0051H04L1/0065
    • A receiver capable of decoding a signal in accordance with the decoding ability of the receiver and the request about the signal to be decoded and a transmitter capable of performing such error correction and encoding are disclosed. Error-correcting/encoding means (11) of a transmitter (1) performs a predetermined error correction processing of digital transmitted data and a predetermined encoding processing of the data. The transmitted data may involve an error or errors while being transmitted through a transmission line (3). Decoding means (20) of a receiver (2) performs an error-correction processing and a decoding processing of the received data according to the degree of the error-correction processing and to that of the decoding processing. Preferably, the error-correcting/encoding means (11) encodes data by using systematic codes as an error-correction processing and an encoding processing about which the decoding means (20) can omit a simple processing or an error correction processing and decoding processing, or the error-correcting/encoding means (11) encodes data by using error-correcting codes, such as a multiplication sign, a connection sign, and turbo sign, the error characteristics of which are controllable by the number of repetitive processings by the decoding means (20).
    • 公开了一种能够根据接收机的解码能力和关于要解码的信号的请求解码信号的接收机以及能够执行这种纠错和编码的发射机。 发射机(1)的纠错/编码装置(11)执行数字发送数据的预定纠错处理和数据的预定编码处理。 所发送的数据可能在通过传输线(3)传输时涉及错误或错误。 接收机(2)的解码装置(20)根据纠错处理的程度和解码处理的程度进行纠错处理和接收数据的解码处理。 优选地,纠错/编码装置(11)通过使用系统代码作为纠错处理和解码装置(20)可以省略简单处理或纠错处理和解码处理的编码处理来对数据进行编码, 或者纠错/编码装置(11)通过使用诸如乘法符号,连接符号和turbo符号的纠错码对数据进行编码,其错误特性由解码的重复处理次数控制 (20)。