International audienceIn this paper, we introduce matrix representations of algebraic curves and surfaces for Computer Aided Geometric Design (CAGD). The idea of using matrix representations in CAGD is quite old. The novelty of our contribution is to enable non square matrices, extension which is motivated by recent research in this topic. We show how to manipulate these representations by proposing a dedicated algorithm to address the curve/surface intersection problem by means of numerical linear algebra techniques
International audienceIn the last years, the field of non-linear Computational Geometry has produced...
AbstractStructured matrices play an important role in the numerical solution of practical problems, ...
In a previous work we introduced a new general representation of algebraic surfaces, that we called ...
International audienceIn this paper, we introduce matrix representations of algebraic curves and sur...
International audienceEvaluating the intersection of two rational parameterized algebraic surfaces i...
In this paper, we introduce and study a new implicit representation of parametric curves and paramet...
Presented at the SIAM conference of Geometric and Physical Modeling (GD/SPM), November 11-14, 2013 a...
In this habilitation thesis, a matrix-based approach of elimination theory is described and illustra...
In this thesis, we introduce and study a new implicit representation of rational curves of arbitrary...
International audienceGiven a parameterization of an algebraic rational curve in a projective space ...
Computing the intersection curve of two surfaces is a fundamental problem in many areas, such as the...
The need to compute the intersections between a line and a high-order curve or surface arises in a l...
We present an efficient algorithm to compute the intersection of algebraic and NURBS surfaces. Our a...
AbstractIn this paper a new algorithm for computing the intersection of two rational ruled surfaces,...
The problem of computing the intersection of parametric and algebraic curves arises in many applicat...
International audienceIn the last years, the field of non-linear Computational Geometry has produced...
AbstractStructured matrices play an important role in the numerical solution of practical problems, ...
In a previous work we introduced a new general representation of algebraic surfaces, that we called ...
International audienceIn this paper, we introduce matrix representations of algebraic curves and sur...
International audienceEvaluating the intersection of two rational parameterized algebraic surfaces i...
In this paper, we introduce and study a new implicit representation of parametric curves and paramet...
Presented at the SIAM conference of Geometric and Physical Modeling (GD/SPM), November 11-14, 2013 a...
In this habilitation thesis, a matrix-based approach of elimination theory is described and illustra...
In this thesis, we introduce and study a new implicit representation of rational curves of arbitrary...
International audienceGiven a parameterization of an algebraic rational curve in a projective space ...
Computing the intersection curve of two surfaces is a fundamental problem in many areas, such as the...
The need to compute the intersections between a line and a high-order curve or surface arises in a l...
We present an efficient algorithm to compute the intersection of algebraic and NURBS surfaces. Our a...
AbstractIn this paper a new algorithm for computing the intersection of two rational ruled surfaces,...
The problem of computing the intersection of parametric and algebraic curves arises in many applicat...
International audienceIn the last years, the field of non-linear Computational Geometry has produced...
AbstractStructured matrices play an important role in the numerical solution of practical problems, ...
In a previous work we introduced a new general representation of algebraic surfaces, that we called ...