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arXiv math/0301054math.DS
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三角映射的揉化理论

Kneading Theory for Triangular Maps

Diana A. Mendes, J. Sousa Ramos

摘要:

本文的主要目的是提出一个二维三角形映射的揉化理论。这是通过定义多项式与对应于一维基映射和纤维映射的矩阵之间的张量积来完成的。我们还定义了一个马尔可夫分割矩形的相空间这些地图。这些结果的一个直接结果是二维三角映射的拓扑熵的严格计算。捏合理论和有限型的子移位之间的连接示出了通过使用一个交换图表来自同调配置相关的$m-$模态映射的间隔。

英文摘要:

The main purpose of this paper is to present a kneading theory for two-dimensional triangular maps. This is done by defining a tensor product between the polynomials and matrices corresponding to the one-dimensional basis map and fiber map. We also define a Markov partition by rectangles for the phase space of these maps. A direct consequence of these results is the rigorous computation of the topological entropy of two-dimensional triangular maps. The connection between kneading theory and subshifts of finite type is shown by using a commutative diagram derived from the homological configurations associated to $m-$modal maps of the interval.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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