Cao and Yuan obtained a Blichfeldt-type result for the vertex set of the edge-to-edge tiling of the plane by regular hexagons. Observing that the vertex set of every Archimedean tiling is the union of translates of a fixed lattice, we take a more general viewpoint and investigate basic questions for such point sets about the homogeneous and inhomogeneous problem in the geometry of numbers. The Archimedean tilings nicely exemplify our results
The structure of translational tilings in $\mathbb{Z}^d$, Discrete Analysis 2021:16, 28 pp. A signi...
Consider a periodical (in two independent directions) tiling of the plane with polygons (faces). In ...
Dolbilin NP, Dress A, Huson DH. Two finiteness theorems for periodic tilings of d-dimensional euclid...
AbstractThe definitions and lattice hierarchy previously established for tiling regions with individ...
An Archimedean tiling is a tiling of the plane by one type of regular polygon or several types of re...
AbstractWe consider the tilings by translation of a single polyomino or tile on the square grid Z2. ...
Tilings over the plane are analysed in this work, making a special focus on the Aztec Diamond Theore...
Abstract. A finite subset A of integers tiles the discrete line Z if the integers can be written as ...
We show that a single prototile can fill space uniformly but not admit a periodic tiling. A two-dime...
The paper studies combinatorial prototiles of locally finite face-to-face tilings of euclidean d-spa...
AbstractIn this paper, we study a class of polycubes that tile the space by translation in a non-lat...
We consider tilings of the plane. Two tiles are called neighbors if they share at least one boundary...
AbstractTilings of the discrete plane Z2 generated by quasi-linear transformations (QLT) have been i...
The periodic tiling conjecture asserts that any finite subset of a lattice $\mathbb{Z^d}$ which tile...
A locally finite face-to-face tiling of euclidean $d$-space by convex polytopes is called {\em combi...
The structure of translational tilings in $\mathbb{Z}^d$, Discrete Analysis 2021:16, 28 pp. A signi...
Consider a periodical (in two independent directions) tiling of the plane with polygons (faces). In ...
Dolbilin NP, Dress A, Huson DH. Two finiteness theorems for periodic tilings of d-dimensional euclid...
AbstractThe definitions and lattice hierarchy previously established for tiling regions with individ...
An Archimedean tiling is a tiling of the plane by one type of regular polygon or several types of re...
AbstractWe consider the tilings by translation of a single polyomino or tile on the square grid Z2. ...
Tilings over the plane are analysed in this work, making a special focus on the Aztec Diamond Theore...
Abstract. A finite subset A of integers tiles the discrete line Z if the integers can be written as ...
We show that a single prototile can fill space uniformly but not admit a periodic tiling. A two-dime...
The paper studies combinatorial prototiles of locally finite face-to-face tilings of euclidean d-spa...
AbstractIn this paper, we study a class of polycubes that tile the space by translation in a non-lat...
We consider tilings of the plane. Two tiles are called neighbors if they share at least one boundary...
AbstractTilings of the discrete plane Z2 generated by quasi-linear transformations (QLT) have been i...
The periodic tiling conjecture asserts that any finite subset of a lattice $\mathbb{Z^d}$ which tile...
A locally finite face-to-face tiling of euclidean $d$-space by convex polytopes is called {\em combi...
The structure of translational tilings in $\mathbb{Z}^d$, Discrete Analysis 2021:16, 28 pp. A signi...
Consider a periodical (in two independent directions) tiling of the plane with polygons (faces). In ...
Dolbilin NP, Dress A, Huson DH. Two finiteness theorems for periodic tilings of d-dimensional euclid...