In (V1), the author studies statistical properties of words generated by dynamical sources. This is done using generalized Ruelle operators. The aim of this article is to generalize the notion of sources for which the results hold. First, we avoid the use of Grothendieck theory and Fredholm determinants, this allows dynamical sources that cannot be extended to a complex disk or that are not analytic. Second, we consider Markov sources: the language generated by the source over an alphabet M is not necessarily M ∗
Infinite random sequences of letters can be viewed as stochastic chains or as strings produced by a ...
Infinite random sequences of letters can be viewed as stochastic chains or as strings produced by a ...
Infinite random sequences of letters can be viewed as stochastic chains or as strings produced by a ...
In Dynamical sources in information theory: fundamental intervals and word prefixes, B. Vallée stu...
International audienceIn \textitDynamical sources in information theory: fundamental intervals and w...
International audienceIn \textitDynamical sources in information theory: fundamental intervals and w...
In \textitDynamical sources in information theory: fundamental intervals and word prefixes, B. Vallé...
International audienceA quite general model of source that comes from dynamical systems theory is in...
International audienceA quite general model of source that comes from dynamical systems theory is in...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
Infinite random sequences of letters can be viewed as stochastic chains or as strings produced by a ...
Infinite random sequences of letters can be viewed as stochastic chains or as strings produced by a ...
Infinite random sequences of letters can be viewed as stochastic chains or as strings produced by a ...
In Dynamical sources in information theory: fundamental intervals and word prefixes, B. Vallée stu...
International audienceIn \textitDynamical sources in information theory: fundamental intervals and w...
International audienceIn \textitDynamical sources in information theory: fundamental intervals and w...
In \textitDynamical sources in information theory: fundamental intervals and word prefixes, B. Vallé...
International audienceA quite general model of source that comes from dynamical systems theory is in...
International audienceA quite general model of source that comes from dynamical systems theory is in...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
45 pages, 15 figuresInfinite random sequences of letters can be viewed as stochastic chains or as st...
Infinite random sequences of letters can be viewed as stochastic chains or as strings produced by a ...
Infinite random sequences of letters can be viewed as stochastic chains or as strings produced by a ...
Infinite random sequences of letters can be viewed as stochastic chains or as strings produced by a ...