We provide a practical implementation of the rubber method of Ahlswede et al. for binary alphabets. The idea is to create the "skeleton" sequence therein via an arithmetic decoder designed for a particular $k$-th order Markov chain. For the stochastic binary symmetric channel, we show that the scheme is nearly optimal in a strong sense for certain parameters.
翻译:我们实际实施了Ahlswede等人的二进制字母的橡胶方法。 其想法是通过为某一特定的 $-th 顺序 Markov 链设计的算术解码器来创建其中的“ skeleton” 序列。 对于随机二进制对称信道,我们显示,对于某些参数来说,这个方案在强烈意义上几乎是最佳的。