发明名称 FEC CODING/DECODING DATA PROCESSING METHOD AND RELATED APPARATUS
摘要 An FEC coding/decoding data processing method and a related apparatus are provided. The method includes: performing, at an FEC coding processing sublayer by using m data code blocks as one group, FEC coding on a data code block sequence output by a physical coding sublayer, to generate n FEC check code blocks; respectively distributing m×t2 data code blocks and n×t2 FEC check code blocks to M virtual channels of a first virtual channel group and N virtual channels of a second virtual channel group; and respectively multiplexing, according to geared speed bit by bit multiplexing, data distributed to the first virtual channel group and data distributed to the second virtual channel group to at most H interfaces of a first physical channel group and at most K interfaces of a second physical channel group, where M is an integral multiple of H, and N is an integral multiple of K.
申请公布号 US2016070615(A1) 申请公布日期 2016.03.10
申请号 US201514943924 申请日期 2015.11.17
申请人 Huawei Technologies Co., Ltd. 发明人 Zhong Qiwen
分类号 G06F11/10;H04L1/00 主分类号 G06F11/10
代理机构 代理人
主权项 1. A forward error correction (FEC) coding data processing method, comprising: performing, at an FEC coding processing sublayer by using m data code blocks as one group, FEC coding on a data code block sequence output by a physical coding sublayer, to generate n FEC check code blocks, wherein both m and n are positive integers; respectively distributing m×t2 data code blocks and n×t2 FEC check code blocks to M virtual channels of a first virtual channel group and N virtual channels of a second virtual channel group, wherein m×t2 is less than or equal to m_max, m_max is t1 times the value of M, n×t2 is less than or equal to n_max, n_max is t1 times the value of N, and t1 and t2 are positive integers; and respectively multiplexing, according to geared speed bit by bit multiplexing, data distributed to the first virtual channel group and data distributed to the second virtual channel group to at most H interfaces of a first physical channel group and at most K interfaces of a second physical channel group, wherein M is an integral multiple of H, and N is an integral multiple of K.
地址 Shenzhen CN