A "dyadic rectangle" is a set of the form R = [a2 -s , (a+1)2 -s ][b2 -t , (b+1)2 -t ], where s and t are non-negative integers. A dyadic tiling is a tiling of the unit square with dyadic rectangles. In this paper we study n-tilings, which consist of 2 nonoverlapping dyadic rectangles, each of area 2 -n , whose union is the unit square. We discuss some of the underlying combinatorial structures, provide some efficient methods for uniformly sampling from the set of n-tilings, and study some limiting properties of random tilings
In this paper we consider the snub square tiling of the plane ($(3^2,4,3,4)$ Archimedean tiling) and...
AbstractWe prove that any two tilings of a rectangular region by T-tetrominoes are connected by move...
Dans cette thèse nous étudions deux types de pavages : des pavages par une paire de carres et des pa...
A dyadic tile of order n is any rectangle obtained from the unit square by n successive bisections b...
AbstractA dyadic interval is an interval of the form [j/2k,(j+1)/2k], where j and k are integers, an...
Two-dimensional random tilings of rhombi can be seen as projections of two-dimensional membranes emb...
A grid region is (roughly speaking) a collection of “elementary cells” (squares, for example, or tri...
The standard system of dyadic cubes in the Euclidean space R^n is a collection of half-open cubes of...
We study rectangular dissections of an n × n lattice region into rectangles of area n, where n = 2k ...
In this paper we examine generalisations of the following problem posed by Laczkovich: Given an n × ...
AbstractThe problem of counting tilings of a plane region using specified tiles can often be recast ...
Combinatorics is the field of mathematics studying the combination and permutation of sets of elemen...
Random walks have been studied by mathematicians and statisticians for over one hundred years, and h...
Consider the following Markov chain, whose states are all domino tilings of a 2n \Theta 2n chessboar...
In this thesis we study two types of tilings : tilings by a pair of squares and tilings on the tri-h...
In this paper we consider the snub square tiling of the plane ($(3^2,4,3,4)$ Archimedean tiling) and...
AbstractWe prove that any two tilings of a rectangular region by T-tetrominoes are connected by move...
Dans cette thèse nous étudions deux types de pavages : des pavages par une paire de carres et des pa...
A dyadic tile of order n is any rectangle obtained from the unit square by n successive bisections b...
AbstractA dyadic interval is an interval of the form [j/2k,(j+1)/2k], where j and k are integers, an...
Two-dimensional random tilings of rhombi can be seen as projections of two-dimensional membranes emb...
A grid region is (roughly speaking) a collection of “elementary cells” (squares, for example, or tri...
The standard system of dyadic cubes in the Euclidean space R^n is a collection of half-open cubes of...
We study rectangular dissections of an n × n lattice region into rectangles of area n, where n = 2k ...
In this paper we examine generalisations of the following problem posed by Laczkovich: Given an n × ...
AbstractThe problem of counting tilings of a plane region using specified tiles can often be recast ...
Combinatorics is the field of mathematics studying the combination and permutation of sets of elemen...
Random walks have been studied by mathematicians and statisticians for over one hundred years, and h...
Consider the following Markov chain, whose states are all domino tilings of a 2n \Theta 2n chessboar...
In this thesis we study two types of tilings : tilings by a pair of squares and tilings on the tri-h...
In this paper we consider the snub square tiling of the plane ($(3^2,4,3,4)$ Archimedean tiling) and...
AbstractWe prove that any two tilings of a rectangular region by T-tetrominoes are connected by move...
Dans cette thèse nous étudions deux types de pavages : des pavages par une paire de carres et des pa...