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Bibliographic Details
Main Authors: Frick, Sarah, Petersen, Karl, Shields, Sandi
Format: Preprint
Published: 2024
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Online Access:https://arxiv.org/abs/2409.00762
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author Frick, Sarah
Petersen, Karl
Shields, Sandi
author_facet Frick, Sarah
Petersen, Karl
Shields, Sandi
contents To study any dynamical system it is useful to find a partition that allows essentially faithful encoding (injective, up to a small exceptional set) into a subshift. Most topological and measure-theoretic systems can be represented by Bratteli-Vershik (or adic, or BV) systems. So it is natural to ask when can a BV system be encoded essentially faithfully. We show here that for BV diagrams defined by homogeneous positive integer multivariable polynomials, and a wide family of their generalizations, which we call polynomial shape diagrams, for every choice of the edge ordering the coding according to initial path segments of a fixed finite length is injective off of a negligible exceptional set.
format Preprint
id arxiv_https___arxiv_org_abs_2409_00762
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Polynomial shape adic systems are inherently expansive
Frick, Sarah
Petersen, Karl
Shields, Sandi
Dynamical Systems
37B10, 37B02, 28D05
To study any dynamical system it is useful to find a partition that allows essentially faithful encoding (injective, up to a small exceptional set) into a subshift. Most topological and measure-theoretic systems can be represented by Bratteli-Vershik (or adic, or BV) systems. So it is natural to ask when can a BV system be encoded essentially faithfully. We show here that for BV diagrams defined by homogeneous positive integer multivariable polynomials, and a wide family of their generalizations, which we call polynomial shape diagrams, for every choice of the edge ordering the coding according to initial path segments of a fixed finite length is injective off of a negligible exceptional set.
title Polynomial shape adic systems are inherently expansive
topic Dynamical Systems
37B10, 37B02, 28D05
url https://arxiv.org/abs/2409.00762