For a set P of points in the plane, we introduce a class of triangulations that is an extension of the Delaunay triangulation. Instead of requiring that for each triangle the circle through its vertices contains no points of P inside, we require that at most k points are inside the circle. Since there are many different higher-order Delaunay triangulations for a point set, other useful criteria for triangulations can be incorporated without sacrificing the well-shapedness too much. Applications include realistic terrain modeling and mesh generation. (C) 2002 Elsevier Science B.V. All rights reserved
AbstractFor hydrologic applications, terrain models should have few local minima, and drainage lines...
In the paper, an improved algorithm is presented for Delaunay triangulation of the point-set in the ...
The Delaunay triangulation is the standard choice for building triangulated irregular networks (TINs...
For a set P of points in the plane, we introduce a class of triangulations that is an extension of ...
AbstractFor a set P of points in the plane, we introduce a class of triangulations that is an extens...
AbstractWhen a triangulation of a set of points and edges is required, the constrained Delaunay tria...
AbstractHigher order Delaunay triangulations are a generalization of the Delaunay triangulation that...
Higher order Delaunay triangulations are a generalization of the Delaunay triangulation which provid...
Higher order Delaunay triangulations are a generalization of the Delaunay triangulation which provid...
AbstractHigher order Delaunay triangulations are a generalization of the Delaunay triangulation that...
AbstractWhen a triangulation of a set of points and edges is required, the constrained Delaunay tria...
In the pursuit of realistic terrain models, Gudmundsson, Hammar, and van Kreveld introduced higher-o...
International audienceHigher order Delaunay triangulations are a generalization of the Delaunay tria...
Delaunay triangulations of a point set in the Euclidean plane are ubiquitous in a number of computat...
The Delaunay triangulation is the standard choice for building triangulated irregular networks (TINs...
AbstractFor hydrologic applications, terrain models should have few local minima, and drainage lines...
In the paper, an improved algorithm is presented for Delaunay triangulation of the point-set in the ...
The Delaunay triangulation is the standard choice for building triangulated irregular networks (TINs...
For a set P of points in the plane, we introduce a class of triangulations that is an extension of ...
AbstractFor a set P of points in the plane, we introduce a class of triangulations that is an extens...
AbstractWhen a triangulation of a set of points and edges is required, the constrained Delaunay tria...
AbstractHigher order Delaunay triangulations are a generalization of the Delaunay triangulation that...
Higher order Delaunay triangulations are a generalization of the Delaunay triangulation which provid...
Higher order Delaunay triangulations are a generalization of the Delaunay triangulation which provid...
AbstractHigher order Delaunay triangulations are a generalization of the Delaunay triangulation that...
AbstractWhen a triangulation of a set of points and edges is required, the constrained Delaunay tria...
In the pursuit of realistic terrain models, Gudmundsson, Hammar, and van Kreveld introduced higher-o...
International audienceHigher order Delaunay triangulations are a generalization of the Delaunay tria...
Delaunay triangulations of a point set in the Euclidean plane are ubiquitous in a number of computat...
The Delaunay triangulation is the standard choice for building triangulated irregular networks (TINs...
AbstractFor hydrologic applications, terrain models should have few local minima, and drainage lines...
In the paper, an improved algorithm is presented for Delaunay triangulation of the point-set in the ...
The Delaunay triangulation is the standard choice for building triangulated irregular networks (TINs...