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Interpolation by Spline Functions

1993
Even an elementary study of the interpolation problem $$s\left( {{t_i}} \right) = {f_i},\quad i = 0,...,n + 1 $$ in the simplest linear case, i.e., when s ∈ S 1(x 1,... ,x n ), shows that the solvability of the corresponding system depends entirely on the mutual location of the interpolation nodes \(t = \left\{ {{t_i}} \right\}_0^{n + 1}\) and ...
B. D. Bojanov   +2 more
openaire   +1 more source

Natural Spline Functions

1993
The spline function s(x) of odd degree 2r- 1 with knots x 1,..., x n is said to be a natural spline function, if the restriction of s over (-∞, x 1)and (x n , ∞) is a polynomial from π r-1. We shall denote by N 2r - 1(x 1,..., x n ) the class of natural spline functions of degree 2r - 1 with knots \(\left\{ {{x_k}} \right\}_1^n\). It is clear that N 2r
B. D. Bojanov   +2 more
openaire   +1 more source

Chebyshevian Spline Functions

SIAM Journal on Numerical Analysis, 1966
Karlin, S., Ziegler, Z.
openaire   +2 more sources

Reproducing kernel functions based univariate spline interpolation

Applied Mathematics Letters, 2021
Fazhan Geng, Xinyuan Wu
exaly  

Rational spline functions

2001
The refinement partition techniques are very effective in finite element methods and computer-aided geometric designs. However, the introduction of refinement partition may cause some inconvenience. We will discuss rational spline functions, especially the theory and methods of locally supported bivariate rational spline functions.
openaire   +1 more source

Spline Functions

1989
Su Bu-qing, Liu Ding-yuan
openaire   +1 more source

Interpolation with Spline Functions

2023
Abdelwahab Kharab, Ronald B. Guenther
openaire   +1 more source

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