The geometrical concept of the Voronoi diagram was used to create an image filter providing a “stained glass ” or mo-saic effect on an image. The Voronoi diagram was calculated by exploiting its dual relationship with the Delaunay triangulation, which was in turn calcu-lated using a randomized incremental algorithm and stored in a DCEL. Var-ious methods were tried for selecting the points, including sampling from a distribution built using edge detection. Sampling using edge detection distri-butions was shown to provide results significantly better than uniform ran-dom sampling.
A systolic screen of size M is a √M × √M mesh-of-processors where each processing element Pij repres...
We present an algorithm that creates a mosaic effect for an image in an adaptive and automatic fashi...
International audienceThis article presents an algorithm to compute digital images of Voronoi, Johns...
The Voronoi tessellation in the plane can be computed in a particularly time-efficient manner for ge...
Abstract: The Voronoi diagram is a fundamental structure in computational geometry and arises natura...
Given an image or an image Delaunay Triangulation diagram representation, the purpose of this projec...
<p>The Delaunay triangulation and its dual, the Voronoi tessellation for a random set of points. The...
The theory of Glass patterns naturally combines three essential aspects of painterly artworks: perce...
<p>The red lines are the segments of the Voronoi tessellation, the black ones are the edges of the D...
This paper is a review of Voronoi diagrams, Delaunay triangula-tions, and many properties of special...
Voronoi diagrams of curved objects can show certain phenomena that are often considered artifacts: T...
Voronoi diagrams have an organic quality about them because the tessellation of 2 dimensional spaces...
The aim of this Ph.D. thesis is to show how computational geometry in the general case and the Voron...
The restoration of digital images has become highly sought over time and this is why so many algori...
International audienceThis article presents a new approach for detecting patterns, such as lines, pa...
A systolic screen of size M is a √M × √M mesh-of-processors where each processing element Pij repres...
We present an algorithm that creates a mosaic effect for an image in an adaptive and automatic fashi...
International audienceThis article presents an algorithm to compute digital images of Voronoi, Johns...
The Voronoi tessellation in the plane can be computed in a particularly time-efficient manner for ge...
Abstract: The Voronoi diagram is a fundamental structure in computational geometry and arises natura...
Given an image or an image Delaunay Triangulation diagram representation, the purpose of this projec...
<p>The Delaunay triangulation and its dual, the Voronoi tessellation for a random set of points. The...
The theory of Glass patterns naturally combines three essential aspects of painterly artworks: perce...
<p>The red lines are the segments of the Voronoi tessellation, the black ones are the edges of the D...
This paper is a review of Voronoi diagrams, Delaunay triangula-tions, and many properties of special...
Voronoi diagrams of curved objects can show certain phenomena that are often considered artifacts: T...
Voronoi diagrams have an organic quality about them because the tessellation of 2 dimensional spaces...
The aim of this Ph.D. thesis is to show how computational geometry in the general case and the Voron...
The restoration of digital images has become highly sought over time and this is why so many algori...
International audienceThis article presents a new approach for detecting patterns, such as lines, pa...
A systolic screen of size M is a √M × √M mesh-of-processors where each processing element Pij repres...
We present an algorithm that creates a mosaic effect for an image in an adaptive and automatic fashi...
International audienceThis article presents an algorithm to compute digital images of Voronoi, Johns...