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首页> 外文期刊>Functional analysis and its applications >Asymptotics of the Partition of the Cube into Weyl Simplices and an Encoding of a Bernoulli Scheme
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Asymptotics of the Partition of the Cube into Weyl Simplices and an Encoding of a Bernoulli Scheme

机译:立方体分区的渐近学分析到博尔努利方案的威尔简报和编码

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摘要

We suggest a combinatorial method for encoding continuous symbolic dynamical systems. We transform a continuous phase space, the infinite-dimensional cube, into the path space of a tree, and the shift corresponds to a transformation which we called transfer. The central problem is that of distinguishability: does the encoding distinguishes between almost all points of the space? The main result says that the encoding by means of the partition of the cube into Weyl simplices has this property.
机译:我们建议一种用于编码连续符号动态系统的组合方法。 我们将连续相空间,无限维立方体转换为树的路径空间,并且偏移对应于我们称为传输的转换。 核心问题是区分性的:编码是否区分了空间的几乎所有点? 主要结果表明,通过将多维数据集分区的编码为Weyl Simplectices具有此属性。

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