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Firing the genie: Two-phase short-blocklength convolutional coding with feedback

机译:发射精灵:带反馈的两阶段短块长卷积编码

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In an effort to account for the latency cost of error detection at short blocklengths, we simulate a two-phase feedback-based incremental redundancy scheme. This scheme consists of communication and confirmation phases, as used in the error exponent literature, and allows messages to be decoded with high reliability. Simulation results of tail-biting convolutional codes on the AWGN channel are shown, which demonstrate that the two-phase scheme can deliver throughput surpassing the random coding lower bound on variable-length feedback (VLF) code achievability. A comparison with simulation of CRC-based error detection is also presented.
机译:为了解决短块长度时错误检测的延迟成本,我们模拟了基于两阶段反馈的增量冗余方案。如错误指数文献中所使用的,该方案包括通信和确认阶段,并允许以高可靠性对消息进行解码。示出了在AWGN信道上的咬尾卷积码的仿真结果,这表明两阶段方案可以提供超过可变长度反馈(VLF)码可实现性的随机编码下限的吞吐量。还提出了与基于CRC的错误检测仿真的比较。

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