Block Parallel Decoding 分块并行译码
partly parallel decoding 部分并行译码
parallel decoding algorithm 并行译码算法
parallel decoding on levels 并行译码
overlapped partially parallel decoding 交迭的部分并行译码
sub-block parallel decoding algorithm 分块并行译码算法
Partially-parallel decoding architecture 部分并行译码结构
parallel Turbo decoding 并行Turbo译码
parallel Viterbi decoding Viterbi并行译码
The adoption of linear Log-Map algorithm reduces the computation complexity sharply, and the application of QPP interleaver avoids the access collision problem in parallel decoding effectively.
该方法采用线性拟合Log-Map算法有效逼近Log-Map算法,大大减少了计算量;应用二次置换多项式交织器,有效地解决了并行译码的访问冲突问题,缩短了Turbo码译码时延。
参考来源 - 深空通信中微弱信号接收检测方法研究According to characters of the H.264 decode algorithms, this pa-per analyses data dependency of macro-blocks, designs parallel decoding flow, and implements the parallel decoding on macro-block group level.
文章根据H.264视频压缩标准的算法特点,分析了宏块间的数据依赖关系,设计并行流程,实现了宏块组级别的并行解码。
参考来源 - H.264并行解码的设计与实现·2,447,543篇论文数据，部分数据来源于NoteExpress
The parallel decoding method of a parallel concatenation of multiple codes is well known.
多维并行级联码的译码普遍采用并行译码方法。
Though it is simpler than the parallel decoding method in calculation, it gives the same performance as the parallel decoding method.
串行译码方法不仅计算简单，而且所达到的性能与并行译码方法相近。
The proposed algorithm is applicable to the parallel decoding structure and can improve the decoding speed meanwhile keeping the decoding performance unchanged.
该算法适合于并行的译码结构，能够在保持译码性能不变的同时，加快译码速度。
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