International audienceThe computation of intersection and self-intersection loci of parameterized surfaces is an important task in Computer Aided Geometric Design. Computer algebra tools need to be developed further for computing their implicit equations. We address these problems via four resultants with separated variables. Two of them are specializations of more general ones and the others are determinantal. We give a rigorous study in these cases and provide new and useful formulas via adapted computations of Bezoutians
AbstractWe study rational ruled surfaces and μ-bases which were recently considered in a series of a...
http://www.springeronline.com/3-540-28966-6We present an algorithm for solving polynomial equations,...
In this paper we introduce an intermediate representation of surfaces that we call semi-implicit. We...
International audienceWe present three symbolic–numeric techniques for computing the in- tersection ...
International audienceEvaluating the intersection of two rational parameterized algebraic surfaces i...
Symbolic computation in algebra, analysis, and geometry (Berkeley, CA, 1998)In this paper, we propos...
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 audienceWe study rational ruled surfaces and $\mu$-bases which were recently considere...
Given two curves in the projective space, either implicitly or by a parameterization, we want to che...
International audienceThe computation of self-intersection loci of parametrized surfaces is needed f...
International audienceThis paper presents two general and efficient methods for determining intersec...
AbstractWe provide a geometric study of the problem of finding and describing the double point locus...
AbstractIn this paper, we propose a new method, based on Bezoutian matrices, for computing a nontriv...
In this article the authors explain the computational requirement and accuracy of two methods for fi...
AbstractWe study rational ruled surfaces and μ-bases which were recently considered in a series of a...
http://www.springeronline.com/3-540-28966-6We present an algorithm for solving polynomial equations,...
In this paper we introduce an intermediate representation of surfaces that we call semi-implicit. We...
International audienceWe present three symbolic–numeric techniques for computing the in- tersection ...
International audienceEvaluating the intersection of two rational parameterized algebraic surfaces i...
Symbolic computation in algebra, analysis, and geometry (Berkeley, CA, 1998)In this paper, we propos...
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 audienceWe study rational ruled surfaces and $\mu$-bases which were recently considere...
Given two curves in the projective space, either implicitly or by a parameterization, we want to che...
International audienceThe computation of self-intersection loci of parametrized surfaces is needed f...
International audienceThis paper presents two general and efficient methods for determining intersec...
AbstractWe provide a geometric study of the problem of finding and describing the double point locus...
AbstractIn this paper, we propose a new method, based on Bezoutian matrices, for computing a nontriv...
In this article the authors explain the computational requirement and accuracy of two methods for fi...
AbstractWe study rational ruled surfaces and μ-bases which were recently considered in a series of a...
http://www.springeronline.com/3-540-28966-6We present an algorithm for solving polynomial equations,...
In this paper we introduce an intermediate representation of surfaces that we call semi-implicit. We...