Add to ORKGMeshing is the process of computing, for a given surface, a representation consisting of piecesof simple surface patches, like triangles. This survey discusses all currently known surface (and curve) meshing algorithms that come with correctness and quality guarantees
Lecture Notes in Computer Science, volume 6920International audienceThis volume constitutes the thor...
Lecture Notes in Computer Science, volume 6920International audienceThis volume constitutes the thor...
Meshing algorithms can be roughly characterized as (i) continuation-based methods, that grow a mesh ...
Outlines the foundations of non-linear computational geometry. This title covers combinatorial data ...
There are many ways in which curves and surfaces may be represented mathematically. This paper discu...
A general program is developed to generate finite element mesh over curved surfaces. The domain to b...
The accurate representation of shape which is essential to engineering design and manufacture conven...
This paper highlights algebraic curves and surfaces and illustrates its use in geometric design appl...
Computer Aided Geometric Design deals with those mathematical properties of curves and surfaces that...
Topics in surface modeling: b-splines, non-uniform rational b-splines, physically based deformable s...
International audienceIn the last years, the field of non-linear Computational Geometry has produced...
International audienceIn the last years, the field of non-linear Computational Geometry has produced...
One of the major difficulties in meshing 3D complex geometries is to deal with non proper geometrica...
International audienceA complex surface is usually represented on a computer aided design (CAD) syst...
Computational geometry takes an algorithmic approach to the study of geometri-cal problems. The prin...
Lecture Notes in Computer Science, volume 6920International audienceThis volume constitutes the thor...
Lecture Notes in Computer Science, volume 6920International audienceThis volume constitutes the thor...
Meshing algorithms can be roughly characterized as (i) continuation-based methods, that grow a mesh ...
Outlines the foundations of non-linear computational geometry. This title covers combinatorial data ...
There are many ways in which curves and surfaces may be represented mathematically. This paper discu...
A general program is developed to generate finite element mesh over curved surfaces. The domain to b...
The accurate representation of shape which is essential to engineering design and manufacture conven...
This paper highlights algebraic curves and surfaces and illustrates its use in geometric design appl...
Computer Aided Geometric Design deals with those mathematical properties of curves and surfaces that...
Topics in surface modeling: b-splines, non-uniform rational b-splines, physically based deformable s...
International audienceIn the last years, the field of non-linear Computational Geometry has produced...
International audienceIn the last years, the field of non-linear Computational Geometry has produced...
One of the major difficulties in meshing 3D complex geometries is to deal with non proper geometrica...
International audienceA complex surface is usually represented on a computer aided design (CAD) syst...
Computational geometry takes an algorithmic approach to the study of geometri-cal problems. The prin...
Lecture Notes in Computer Science, volume 6920International audienceThis volume constitutes the thor...
Lecture Notes in Computer Science, volume 6920International audienceThis volume constitutes the thor...
Meshing algorithms can be roughly characterized as (i) continuation-based methods, that grow a mesh ...