AbstractIn this paper a method is presented for fitting, in the least-squares sense, a bivariate cubic spline function to values of a dependent variable, specified at points on a rectangular grid in the plane of the independent variables. Products of B-splines are used to represent the bicubic splines. The coefficients in this representation are determined by solving a set of one-dimensional least-squares problems
This paper introduces a new method to compute the approximating explicit B-spline curve to a given s...
AbstractThis paper addresses new algorithms for constructing weighted cubic splines that are very ef...
In linear least squares fitting of B-spline surfaces, the choice of knot vector is essentially impor...
AbstractIn this paper a method is presented for fitting, in the least-squares sense, a bivariate cub...
In this-report we present a FORTRAN IV programme for fitting cubic splines by Least Squares to data ...
In this-report we present a FORTRAN IV programme for fitting cubic splines by Least Squares to data ...
This thesis is concerned with the design and implementation of a surface fitting package in an inter...
Readers of the Gazette will be familiar with the use of least squares to find the polynomial that be...
We begin by considering the problem of fitting a single Bézier curve segment to a set of ordered dat...
This paper presents a method to obtain the mathematical model of a free-form curve or a surface fitt...
This paper presents a method to obtain the mathematical model of a free-form curve or a surface fitt...
none2This paper presents a method to obtain the mathematical model of a free-form curve or a surface...
AbstractLeast-squares spline approximations can be calculated very efficiently if the data are given...
Least squares polynomial splines are an effective tool for data fitting, but they may fail to preser...
Parametric spline surfaces represent an important surface type in the process of reverse engineering...
This paper introduces a new method to compute the approximating explicit B-spline curve to a given s...
AbstractThis paper addresses new algorithms for constructing weighted cubic splines that are very ef...
In linear least squares fitting of B-spline surfaces, the choice of knot vector is essentially impor...
AbstractIn this paper a method is presented for fitting, in the least-squares sense, a bivariate cub...
In this-report we present a FORTRAN IV programme for fitting cubic splines by Least Squares to data ...
In this-report we present a FORTRAN IV programme for fitting cubic splines by Least Squares to data ...
This thesis is concerned with the design and implementation of a surface fitting package in an inter...
Readers of the Gazette will be familiar with the use of least squares to find the polynomial that be...
We begin by considering the problem of fitting a single Bézier curve segment to a set of ordered dat...
This paper presents a method to obtain the mathematical model of a free-form curve or a surface fitt...
This paper presents a method to obtain the mathematical model of a free-form curve or a surface fitt...
none2This paper presents a method to obtain the mathematical model of a free-form curve or a surface...
AbstractLeast-squares spline approximations can be calculated very efficiently if the data are given...
Least squares polynomial splines are an effective tool for data fitting, but they may fail to preser...
Parametric spline surfaces represent an important surface type in the process of reverse engineering...
This paper introduces a new method to compute the approximating explicit B-spline curve to a given s...
AbstractThis paper addresses new algorithms for constructing weighted cubic splines that are very ef...
In linear least squares fitting of B-spline surfaces, the choice of knot vector is essentially impor...