AbstractFor an irrational rotation, we use the symbolic dynamics on the sturmian coding to compute explicitly, according to the continued fraction approximation of the argument, the measure of the largest Rokhlin stack made with intervals, and the measure of the largest Rokhlin stack whose levels have one name for the coding. Each one of these measures is equal to one if and only if the argument has unbounded partial quotients
35 pagesInternational audienceLet $T_\alpha$ denote the rotation $T_{\alpha}x=x+\alpha$ (mod 1) by a...
In present work we study connection between irrational rotations of the unit interval and infinite w...
International audienceWe study the palindromic complexity of infinite words obtained by coding rotat...
AbstractFor an irrational rotation, we use the symbolic dynamics on the sturmian coding to compute e...
AbstractGiven a rotation of the circle, we study the complexity of formal languages that are generat...
AbstractWe discuss combinatorial properties of a class of binary sequences generalizing Sturmian seq...
International audienceWe compute two invariants of topological conjugacy, the upper and lower limits...
AbstractWe consider rotations on the torus T2, and we classify them with respect to the complexity f...
For each {\it well approximable} irrational $\theta$, we provide an explicit rank-one construction o...
AbstractThe aim of this paper is to study local configurations issued from discrete rotations. The a...
In this paper, we study a class of piecewise rotations on the square. While few theoretical results ...
We introduce a renormalization procedure which allows us to study in a unified and concise way diffe...
International audienceNilsystems are a natural generalization of rotations and arise in various cont...
International audienceIt has been a long standing problem to find good symbolic codings for translat...
Symbolic codes for rotational orbits and “islands-around-islands” are constructed for the quadratic,...
35 pagesInternational audienceLet $T_\alpha$ denote the rotation $T_{\alpha}x=x+\alpha$ (mod 1) by a...
In present work we study connection between irrational rotations of the unit interval and infinite w...
International audienceWe study the palindromic complexity of infinite words obtained by coding rotat...
AbstractFor an irrational rotation, we use the symbolic dynamics on the sturmian coding to compute e...
AbstractGiven a rotation of the circle, we study the complexity of formal languages that are generat...
AbstractWe discuss combinatorial properties of a class of binary sequences generalizing Sturmian seq...
International audienceWe compute two invariants of topological conjugacy, the upper and lower limits...
AbstractWe consider rotations on the torus T2, and we classify them with respect to the complexity f...
For each {\it well approximable} irrational $\theta$, we provide an explicit rank-one construction o...
AbstractThe aim of this paper is to study local configurations issued from discrete rotations. The a...
In this paper, we study a class of piecewise rotations on the square. While few theoretical results ...
We introduce a renormalization procedure which allows us to study in a unified and concise way diffe...
International audienceNilsystems are a natural generalization of rotations and arise in various cont...
International audienceIt has been a long standing problem to find good symbolic codings for translat...
Symbolic codes for rotational orbits and “islands-around-islands” are constructed for the quadratic,...
35 pagesInternational audienceLet $T_\alpha$ denote the rotation $T_{\alpha}x=x+\alpha$ (mod 1) by a...
In present work we study connection between irrational rotations of the unit interval and infinite w...
International audienceWe study the palindromic complexity of infinite words obtained by coding rotat...