The main goal is to use Gibbs measures in a markovian
matrices context and in a more general context, to compute the
Hausdorff dimension of subsets of $[0, 1\mathclose [$ and $[0,
1\mathclose [^2$. We introduce a parameter $t$ which could be
interpreted within thermodynamic framework as the variable
conjugate to energy. In some particular cases we recover the
Shannon–McMillan–Breiman and Eggleston theorems. Our proofs
are deeply rooted in the properties of non-negative irreducible
matrices and large deviations techniques as introduced by
Ellis.
Keywords:
main gibbs measures markovian matrices context general context compute hausdorff dimension subsets mathclose mathclose introduce parameter which could interpreted within thermodynamic framework variable conjugate energy particular cases recover shannon mcmillan breiman eggleston theorems proofs deeply rooted properties non negative irreducible matrices large deviations techniques introduced ellis
Affiliations des auteurs :
L. Farhane 
1
;
G. Michon 
2
1
Faculté des sciences de Monastir 5000 Monastir, Tunisie
2
Laboratoire de topologie UMR 5584 Université de Bourgogne B.P. 400 21011 Dijon, France
L. Farhane; G. Michon. Gibbs measures in a markovian context and dimension. Colloquium Mathematicum, Tome 88 (2001) no. 2, pp. 215-223. doi: 10.4064/cm88-2-4
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author = {L. Farhane and G. Michon},
title = {Gibbs measures in a markovian context and dimension},
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