DOI: 10.11606/d.45.2019.tde-28062019-073823
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Gibbs measures on subshifts

Abstract: We study the properties of Gibbs measures for functions with d-summable variation defined on a subshift X. Based on Meyerovitch's work [Mey13], we prove that if X is a subshift of finite type (SFT), then any equilibrium measure is also a Gibbs measure. Although the definition provided by Meyerovitch does not make any mention to conditional expectations, we show that in the case where X is a SFT it is possible to characterize these measures in terms of more familiar notions presented in the literature (e.g. [Ca… Show more

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Cited by 5 publications
(9 citation statements)
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“…The purpose of the present article is to show that the two notions of Gibbs measure recalled above coincide in some generality. Our results build on those of Kimura [11], who proves two results relevant here. The first is that every conformal measure, with respect to an appropriately regular potential, satisfies the DLR equations for that potential.…”
Section: Introductionsupporting
confidence: 90%
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“…The purpose of the present article is to show that the two notions of Gibbs measure recalled above coincide in some generality. Our results build on those of Kimura [11], who proves two results relevant here. The first is that every conformal measure, with respect to an appropriately regular potential, satisfies the DLR equations for that potential.…”
Section: Introductionsupporting
confidence: 90%
“…ζ∈A Λ e fm(ζx Λ c ) 1 X (ζx Λ c ) These are the DLR equations as found in Kimura [11]. Applying Theorem 5 therefore shows that any DLR measure with respect to a potential f ∈ ShReg(X) is necessarily (φ f , T X )-conformal, providing the full converse for Kimura's result described in the introduction.…”
Section: It Is Convenient To Definesupporting
confidence: 52%
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“…Nesta seção estudaremos as relações das medidas de equilíbrio e as medidas DLR para o espaço shift de Markov com alfabeto enumerável. Esse problema já foi abordado por G. Keller, B. Kimura e S. Muir nos trabalhos [Kel,Ki,Mu1]…”
Section: Equivalência Entre Medidas Dlr E De Equilíbriounclassified