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Robustness analysis of the improved minimum descriptive length stopping criterion

机译：改进的最小描述长度停止准则的鲁棒性分析

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Most of the turbo decoding stopping criteria assume perfect channel reliability available at the receiver since they require a threshold based on signal-to-noise ratio (SNR) information. However, operational environments can vary according to frame sizes, code structures and channel reliability requirements, further aggravating the difficulty in threshold determination and convergence or non-convergence detection. This paper aims to provide a robustness analysis of improved minimum descriptive length (IMDL) stopping criterion peculiar to these factors: the frame sizes, the channel reliability requirements, the code structures, and the code rate. The robustness analysis is benchmarked to the well-known Genie stopping criterion based on the average iteration number (AIN) and bit error rate (BER) performance.
机译：大多数Turbo解码停止标准都假定接收器可提供完美的信道可靠性，因为它们需要基于信噪比（SNR）信息的阈值。然而，操作环境可以根据帧大小，代码结构和信道可靠性要求而变化，这进一步加剧了阈值确定和收敛或不收敛检测的难度。本文旨在针对这些因素所特有的改进的最小描述长度（IMDL）停止准则进行鲁棒性分析：帧大小，信道可靠性要求，代码结构和代码率。鲁棒性分析基于平均迭代次数（AIN）和误码率（BER）性能，以众所周知的Genie停止标准为基准。

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