The strip projection method is used to generate rational approximants to Penrose, octagonal and 7-fold tilings. Two types of approximants to the Penrose tiling are considered, wherein the basis vectors of the approximants are either orthogonal or are 72° apart. Various types of approximants including those with partially retained quasiperiodicity are generated and the pseudosymmetries arising therein analyzed. A simplified approach based on uniform distortions of perpendicular space is put forth for the analyses
It is shown that there are primitive substitution tilings with dense tile orientations invariant und...
Abstract. 3D quasiperiodic tilings derived from deformed cuboctahedra are obtained by projection fro...
Beauquier and Nivat introduced and gave a characterization of the class of pseudo-square polyominoes...
The strip projection method is used to generate rational approximants to Penrose, octagonal and 7-fo...
The modification of the Penrose tiling into a periodic structure is considered. Detailed analysis of...
The Strip Projection Method is used to generate pentagonal and trigonal 2-dimensional quasilattices ...
1 introduction 2 2 construction of a rational approximant 3 2.1 Fibonacci approximants in one dimens...
Conventionally, Penrose tilings with fivefold symmetry are constructed with the aid of two character...
An algorithm for projecting the interior of a hypercube in N- dimensions on to an m-dimensional subs...
We extend our previous results on the connection between strip tiling problems and regular grammars ...
We investigate a 3-dimensional analogue of the Penrose tiling, a class of 3-dimensional aperiodic ti...
AbstractWe extend our previous results on the connection between strip tiling problems and regular g...
We have constructed a generalized Penrose tiling by the cut-and-project method and compared its stru...
Several methods are currently available for the generation of quasiperiodic lattices in one-, two- a...
We briefly review the standard methods used to construct quasiperiodic tilings, such as the projecti...
It is shown that there are primitive substitution tilings with dense tile orientations invariant und...
Abstract. 3D quasiperiodic tilings derived from deformed cuboctahedra are obtained by projection fro...
Beauquier and Nivat introduced and gave a characterization of the class of pseudo-square polyominoes...
The strip projection method is used to generate rational approximants to Penrose, octagonal and 7-fo...
The modification of the Penrose tiling into a periodic structure is considered. Detailed analysis of...
The Strip Projection Method is used to generate pentagonal and trigonal 2-dimensional quasilattices ...
1 introduction 2 2 construction of a rational approximant 3 2.1 Fibonacci approximants in one dimens...
Conventionally, Penrose tilings with fivefold symmetry are constructed with the aid of two character...
An algorithm for projecting the interior of a hypercube in N- dimensions on to an m-dimensional subs...
We extend our previous results on the connection between strip tiling problems and regular grammars ...
We investigate a 3-dimensional analogue of the Penrose tiling, a class of 3-dimensional aperiodic ti...
AbstractWe extend our previous results on the connection between strip tiling problems and regular g...
We have constructed a generalized Penrose tiling by the cut-and-project method and compared its stru...
Several methods are currently available for the generation of quasiperiodic lattices in one-, two- a...
We briefly review the standard methods used to construct quasiperiodic tilings, such as the projecti...
It is shown that there are primitive substitution tilings with dense tile orientations invariant und...
Abstract. 3D quasiperiodic tilings derived from deformed cuboctahedra are obtained by projection fro...
Beauquier and Nivat introduced and gave a characterization of the class of pseudo-square polyominoes...