STAIRCASE FORWARD ERROR CORRECTION CODING
    1.
    发明申请
    STAIRCASE FORWARD ERROR CORRECTION CODING 审中-公开
    STAIRCASE前向纠错编码

    公开(公告)号:US20160308558A1

    公开(公告)日:2016-10-20

    申请号:US15194432

    申请日:2016-06-27

    摘要: In staircase forward error correction coding, a stream of data symbols are mapped to data symbol positions in a sequence of two-dimensional symbol blocks Bi, a positive integer. Each of the symbol blocks has data symbol positions and coding symbol positions. Coding symbols for the coding symbol positions in each symbol block Bi in the sequence are computed. The coding symbols are computed such that, for each symbol block Bi that has a preceding symbol block Bi−1 and a subsequent symbol block Bi+1 in the sequence, symbols at symbol positions along one dimension of the preceding symbol block Bi−1, concatenated with the data symbols and the coding symbols along the other dimension in the symbol Bi, form a codeword of a FEC component code, and symbols at symbol positions along the one dimension of the symbol Bi, concatenated with the data symbols and the coding symbols along the other dimension in the subsequent symbol block Bi+1, form a codeword of the FEC component code. Thus, each row in [Bi−1T Bi] and each column in [ B i B i + 1 T ] , for example, is a valid codeword.

    摘要翻译: 例如,是有效的码字。

    Staircase forward error correction coding
    2.
    发明授权
    Staircase forward error correction coding 有权
    楼梯前向纠错编码

    公开(公告)号:US09397702B2

    公开(公告)日:2016-07-19

    申请号:US14266299

    申请日:2014-04-30

    摘要: In staircase forward error correction coding, a stream of data symbols are mapped to data symbol positions in a sequence of two-dimensional symbol blocks Bi, i a positive integer. Each of the symbol blocks has data symbol positions and coding symbol positions. Coding symbols for the coding symbol positions in each symbol block Bi in the sequence are computed. The coding symbols are computed such that, for each symbol block Bi that has a preceding symbol block Bi−1 and a subsequent symbol block Bi+1 in the sequence, symbols at symbol positions along one dimension of the preceding symbol block Bi−1, concatenated with the data symbols and the coding symbols along the other dimension in the symbol block Bi, form a codeword of a FEC component code, and symbols at symbol positions along the one dimension of the symbol block Bi, concatenated with the data symbols and the coding symbols along the other dimension in the subsequent symbol block Bi+1, form a codeword of the FEC component code. Thus, each row in [Bi−1TBi] and each column in   [ B i B i + 1 T ] for example, is a valid codeword.

    摘要翻译: 在楼梯前向纠错编码中,将数据符号流映射到二维符号块Bi,i的序列中的数据符号位置为正整数。 每个符号块具有数据符号位置和编码符号位置。 计算序列中的每个符号块Bi中的编码符号位置的编码符号。 计算编码符号,使得对于具有先前符号块Bi-1的符号块Bi和序列中的后续符号块Bi + 1,在前一个符号块Bi-1的一维处的符号位置处的符号, 与符号块Bi中的沿着另一维度的数据符号和编码符号连接,形成FEC分量码的码字,以及沿符号块Bi的一个维度的符号位置处的符号,与数据符号和 沿着后续符号块Bi + 1中的另一维度编码符号,形成FEC分量代码的码字。 因此,[Bi-1TBi]中的每一行和[B i B i + 1 T]中的每列都是有效的代码字。

    STAIRCASE FORWARD ERROR CORRECTION CODING
    3.
    发明申请
    STAIRCASE FORWARD ERROR CORRECTION CODING 有权
    STAIRCASE前向纠错编码

    公开(公告)号:US20140237325A1

    公开(公告)日:2014-08-21

    申请号:US14266299

    申请日:2014-04-30

    IPC分类号: H03M13/15

    摘要: In staircase forward error correction coding, a stream of data symbols are mapped to data symbol positions in a sequence of two-dimensional symbol blocks Bi, i a positive integer. Each of the symbol blocks has data symbol positions and coding symbol positions. Coding symbols for the coding symbol positions in each symbol block Bi in the sequence are computed. The coding symbols are computed such that, for each symbol block Bi that has a preceding symbol block Bi−1 and a subsequent symbol block Bi+1 in the sequence, symbols at symbol positions along one dimension of the preceding symbol block Bi−1, concatenated with the data symbols and the coding symbols along the other dimension in the symbol block Bi, form a codeword of a FEC component code, and symbols at symbol positions along the one dimension of the symbol block Bi, concatenated with the data symbols and the coding symbols along the other dimension in the subsequent symbol block Bi+1, form a codeword of the FEC component code. Thus, each row in [Bi−1TBi] and each column in   [ B i B i + 1 T ] for example, is a valid codeword.

    摘要翻译: 在楼梯前向纠错编码中,将数据符号流映射到二维符号块Bi,i的序列中的数据符号位置为正整数。 每个符号块具有数据符号位置和编码符号位置。 计算序列中的每个符号块Bi中的编码符号位置的编码符号。 计算编码符号,使得对于具有先前符号块Bi-1的符号块Bi和序列中的后续符号块Bi + 1,在前一个符号块Bi-1的一维处的符号位置处的符号, 与符号块Bi中的沿着另一维度的数据符号和编码符号连接,形成FEC分量码的码字,以及沿符号块Bi的一个维度的符号位置处的符号,与数据符号和 沿着后续符号块Bi + 1中的另一维度编码符号,形成FEC分量代码的码字。 因此,[Bi-1TBi]中的每一行和[B i B i + 1 T]中的每列都是有效的代码字。