AbstractWe consider the one-degree reduction problem with endpoint interpolation in the L1-norm. We obtain the best one-degree reduction of Bézier curve of the degree n ≤ 5 with endpoint interpolation by using perfect splines. For the general degree n, we propose a ‘good’ one-degree reduction by use of an appropriate transform of the Tchebycheff polynomials Un(x) of the second kind of degree n. By use of the good one-degree reduction, subdivision algorithm is given to get one-degree reduced Bézier curve within a given tolerance ϵ. Some numerical experiments are also given
It is frequently important to approximate a rational Bézier curve by an integral, i.e., polynomial ...
This paper considers Chebyshev weighted G3-multi-degree reduction of B´ezier curves. Exact degree re...
A disk Bézier curve is a Bézier curve whose control points are disks in a plane. It can be viewed as...
AbstractWe consider the one-degree reduction problem with endpoint interpolation in the L1-norm. We ...
Besides inheriting the properties of classical Bézier curves of degree n, the corresponding λ-Bézier...
In this paper a constrained Chebyshev polynomial of the second kind with C1-continuity is proposed a...
Abstract. An algorithmic approach to degree reduction of B{spline curves is presented. The new algor...
Optimal degree reductions, i.e. best approximations of n-th degree Bezier curves by Bezier curves of...
AbstractA polynomial curve on [0,1] can be expressed in terms of Bernstein polynomials and Chebyshev...
AbstractThe error analysis of Farin's and Forrest's algorithms for generating an approximation of de...
AbstractA polynomial curve on [0,1] can be expressed in terms of Bernstein polynomials and Chebyshev...
Abstract—In this paper, weighted G1-multi-degree reduction of Bézier curves is considered. The degr...
AbstractWe consider the degree elevation and reduction of Bézier curves as the filter bank process. ...
AbstractIn this paper, we develop an analytic solution for the best one-sided approximation of polyn...
AbstractThe constrained Chebyshev polynomial is the error function of the best degree reduction of p...
It is frequently important to approximate a rational Bézier curve by an integral, i.e., polynomial ...
This paper considers Chebyshev weighted G3-multi-degree reduction of B´ezier curves. Exact degree re...
A disk Bézier curve is a Bézier curve whose control points are disks in a plane. It can be viewed as...
AbstractWe consider the one-degree reduction problem with endpoint interpolation in the L1-norm. We ...
Besides inheriting the properties of classical Bézier curves of degree n, the corresponding λ-Bézier...
In this paper a constrained Chebyshev polynomial of the second kind with C1-continuity is proposed a...
Abstract. An algorithmic approach to degree reduction of B{spline curves is presented. The new algor...
Optimal degree reductions, i.e. best approximations of n-th degree Bezier curves by Bezier curves of...
AbstractA polynomial curve on [0,1] can be expressed in terms of Bernstein polynomials and Chebyshev...
AbstractThe error analysis of Farin's and Forrest's algorithms for generating an approximation of de...
AbstractA polynomial curve on [0,1] can be expressed in terms of Bernstein polynomials and Chebyshev...
Abstract—In this paper, weighted G1-multi-degree reduction of Bézier curves is considered. The degr...
AbstractWe consider the degree elevation and reduction of Bézier curves as the filter bank process. ...
AbstractIn this paper, we develop an analytic solution for the best one-sided approximation of polyn...
AbstractThe constrained Chebyshev polynomial is the error function of the best degree reduction of p...
It is frequently important to approximate a rational Bézier curve by an integral, i.e., polynomial ...
This paper considers Chebyshev weighted G3-multi-degree reduction of B´ezier curves. Exact degree re...
A disk Bézier curve is a Bézier curve whose control points are disks in a plane. It can be viewed as...