Countable state Markov shifts are a natural generalization of the well-known subshifts of finite type. They are the subject of current research both for their own sake and as models for smooth dynamical systems. In this paper, we investigate their almost isomorphism and entropy conjugacy and obtain a complete classification for the especially important class of strongly positive recurrent Markov shifts. This gives a complete classification up to entropy conjugacy of the natural extensions of smooth entropy expanding maps, including all smooth interval maps with non-zero topological entropy
Funding: G.I. was partially supported by CONICYT PIA ACT172001 and by Proyecto Fondecyt 1190194.We p...
We present two examples of finite-alphabet, infinite excess entropy processes generated by stationar...
A topological dynamical system was defined by Blanchard ([1]) to have topologically completely posit...
Countable state Markov shifts are a natural generalization of the well-known subshifts of finite typ...
Almost isomorphism is an equivalence relation on countable state Markov shifts which provides a stro...
This thesis consists of two independent chapters. Each chapter has its own detailed introduction ...
First, we study countably piecewise continuous, piecewise monotone interval maps. We establish a nec...
. By a result of F. Hofbauer [11], piecewise monotonic maps of the interval can be identified with ...
In this paper we study ergodic theory of countable Markov shifts. These are dynamical systems define...
version 2: correction of typosExtending work of Hochman, we study the almost-Borel structure, i.e., ...
We consider topological Markov chains (also called Markov shifts) on countable graphs. We show that ...
We give a survey of the entropy theory of interval maps as it can be analyzed using ergodic theory, ...
A consequence of Ornstein theory is that the infinite entropy flows associated with Poisson processe...
For any fixed alphabet A, the maximum topological entropy of a Z d subshift with alphabet A is obvio...
We present two examples of finite-alphabet, infinite excess entropy processes generated by ...
Funding: G.I. was partially supported by CONICYT PIA ACT172001 and by Proyecto Fondecyt 1190194.We p...
We present two examples of finite-alphabet, infinite excess entropy processes generated by stationar...
A topological dynamical system was defined by Blanchard ([1]) to have topologically completely posit...
Countable state Markov shifts are a natural generalization of the well-known subshifts of finite typ...
Almost isomorphism is an equivalence relation on countable state Markov shifts which provides a stro...
This thesis consists of two independent chapters. Each chapter has its own detailed introduction ...
First, we study countably piecewise continuous, piecewise monotone interval maps. We establish a nec...
. By a result of F. Hofbauer [11], piecewise monotonic maps of the interval can be identified with ...
In this paper we study ergodic theory of countable Markov shifts. These are dynamical systems define...
version 2: correction of typosExtending work of Hochman, we study the almost-Borel structure, i.e., ...
We consider topological Markov chains (also called Markov shifts) on countable graphs. We show that ...
We give a survey of the entropy theory of interval maps as it can be analyzed using ergodic theory, ...
A consequence of Ornstein theory is that the infinite entropy flows associated with Poisson processe...
For any fixed alphabet A, the maximum topological entropy of a Z d subshift with alphabet A is obvio...
We present two examples of finite-alphabet, infinite excess entropy processes generated by ...
Funding: G.I. was partially supported by CONICYT PIA ACT172001 and by Proyecto Fondecyt 1190194.We p...
We present two examples of finite-alphabet, infinite excess entropy processes generated by stationar...
A topological dynamical system was defined by Blanchard ([1]) to have topologically completely posit...