This article describes an elementary construction of a dual basis for non-uniform B-splines that is local, L ∞-stable and reproducts polynomials of any prescribed degree. This allows to define local projection operators with near-optimal approximation properties in any L q , 1 ≤ q ≤ ∞, and high order moment preserving properties. As the dual basis functions share the same piecewise polynomial structure as the underlying splines, simple quadrature formulas can be used to compute the projected spline coefficients
We present an algorithm for constructing stable local bases for the spaces ${\cal S}_d^r(\triangle)$...
AbstractThis paper is concerned with the approximation of functions by linear combinations of multiv...
In a series of three articles, spline approximation is presented from a geodetic point of view. In p...
AbstractA constructive proof is given of the existence of a local spline interpolant which also appr...
AbstractBases for a class of splines consisting piecewise of elements in the null space of a linear ...
AbstractQuadrature formulas with multiple nodes, power orthogonality, and some applications of such ...
Stable locally supported bases are constructed for the spaces \cal S d r (\triangle) of polynomial s...
AbstractFormulas and procedures for B-spline and progressive polynomial bases including Marsden′s id...
We continue the study of the properties of local L-splines with uniform knots (such splines were con...
We construct a locally linearly independent basis for the space S 1 q (\Delta) (q 5). Bases with ...
B-splines of polynomial order d are the unique functions that are globally in C^(d-2) and piecewise ...
none3noThis paper presents a general framework for the construction of piecewise-polynomial local in...
This work concerns the theoretical and numerical study of Chebyshevian splines. These functions gene...
: It is an important fact that general families of Chebyshev and L-splines can be locally represent...
Given a multivariate compactly supported function �, we discuss here linear projectors to the space ...
We present an algorithm for constructing stable local bases for the spaces ${\cal S}_d^r(\triangle)$...
AbstractThis paper is concerned with the approximation of functions by linear combinations of multiv...
In a series of three articles, spline approximation is presented from a geodetic point of view. In p...
AbstractA constructive proof is given of the existence of a local spline interpolant which also appr...
AbstractBases for a class of splines consisting piecewise of elements in the null space of a linear ...
AbstractQuadrature formulas with multiple nodes, power orthogonality, and some applications of such ...
Stable locally supported bases are constructed for the spaces \cal S d r (\triangle) of polynomial s...
AbstractFormulas and procedures for B-spline and progressive polynomial bases including Marsden′s id...
We continue the study of the properties of local L-splines with uniform knots (such splines were con...
We construct a locally linearly independent basis for the space S 1 q (\Delta) (q 5). Bases with ...
B-splines of polynomial order d are the unique functions that are globally in C^(d-2) and piecewise ...
none3noThis paper presents a general framework for the construction of piecewise-polynomial local in...
This work concerns the theoretical and numerical study of Chebyshevian splines. These functions gene...
: It is an important fact that general families of Chebyshev and L-splines can be locally represent...
Given a multivariate compactly supported function �, we discuss here linear projectors to the space ...
We present an algorithm for constructing stable local bases for the spaces ${\cal S}_d^r(\triangle)$...
AbstractThis paper is concerned with the approximation of functions by linear combinations of multiv...
In a series of three articles, spline approximation is presented from a geodetic point of view. In p...