Add to ORKGWe show how to use affine arithmetic to represent a parametric curve with a strip tree. The required bounding rectangles for pieces of the curve are computed by exploiting the linear correlation information given by affine arithmetic. As an application, we show how to compute approximate distance fields for parametric curves
Abstract. In this paper we present a novel nonparametric method for simplifying piecewise linear cur...
One way of graphing a curve in the plane or in space is to use a parametrization X(t) = (x(t), yet))...
We present a spatially and geometrically adaptive method for computing a robust polygonal approximat...
We show how to use affine arithmetic to represent a parametric curve with a strip tree. The required...
We present an adaptive method for computing a robust polygonal approximation of an implicit curve in...
We describe a variant of a domain decomposition method proposed by Gleicher and Kass for intersectin...
AbstractConstructing a parametric spline curve to pass through a set of data points requires assigni...
Abstract. Geometry processing applications estimate the local geometry of objects using information ...
Affine arithmetic is a model for self-validated numerical computation that keeps track of first-orde...
Abstract. Given a large set of irregularly spaced points in the plane, an algorithm for partitioning...
In this paper we present a novel non-parametric method of simplifying piecewise linear curves and we...
includes a short bibliography. Recursive algorithms for the representation of parametric curves and ...
Fitting data in the plane by algebraic curves in parametric representation Helmuth Späth∗ Abstract....
International audienceWe consider the problem of computing the topology and describing the geometry ...
In this paper we propose the use of techniques based on range numbers for solving problems of road d...
Abstract. In this paper we present a novel nonparametric method for simplifying piecewise linear cur...
One way of graphing a curve in the plane or in space is to use a parametrization X(t) = (x(t), yet))...
We present a spatially and geometrically adaptive method for computing a robust polygonal approximat...
We show how to use affine arithmetic to represent a parametric curve with a strip tree. The required...
We present an adaptive method for computing a robust polygonal approximation of an implicit curve in...
We describe a variant of a domain decomposition method proposed by Gleicher and Kass for intersectin...
AbstractConstructing a parametric spline curve to pass through a set of data points requires assigni...
Abstract. Geometry processing applications estimate the local geometry of objects using information ...
Affine arithmetic is a model for self-validated numerical computation that keeps track of first-orde...
Abstract. Given a large set of irregularly spaced points in the plane, an algorithm for partitioning...
In this paper we present a novel non-parametric method of simplifying piecewise linear curves and we...
includes a short bibliography. Recursive algorithms for the representation of parametric curves and ...
Fitting data in the plane by algebraic curves in parametric representation Helmuth Späth∗ Abstract....
International audienceWe consider the problem of computing the topology and describing the geometry ...
In this paper we propose the use of techniques based on range numbers for solving problems of road d...
Abstract. In this paper we present a novel nonparametric method for simplifying piecewise linear cur...
One way of graphing a curve in the plane or in space is to use a parametrization X(t) = (x(t), yet))...
We present a spatially and geometrically adaptive method for computing a robust polygonal approximat...