AbstractWe present results regarding the existence of j-convex preserving interpolation operators, as well as results concerning the determination of existence of such operators. We include an application in which we make use of a sufficient set of test-functions to characterize when every degree of convexity can be preserved among particular families of polynomial interpolation operators, which include the Bernstein operators
function is developed which can be used to solve the problem of shape preserving interpolat ion. I t...
In this paper we study a way of extending the model of interpolating the real functions, with simple...
AbstractA review of shape preserving approximation methods and algorithms for approximating univaria...
AbstractWe present results regarding the existence of j-convex preserving interpolation operators, a...
International audienceIn this paper, interpolating curve or surface with linear inequality constrain...
AbstractIt is known that the Bernstein polynomials of a function f defined on [0, 1 ] preserve its c...
Shape preserving approximations are constructed by interpolating the data with polynomial splines of...
In computational fluid dynamics and in CAD/CAM a physical boundary, usually known only discreetly (s...
AbstractExtending the results from the univariate case in a paper by Gal and Szabados, in this paper...
AbstractIn this paper, we present an approach to shape-preserving approximation based on interpolati...
AbstractInterpolation methods are introduced which have specific application in the function space s...
AbstractError bounds between a nonlinear interpolation and the limit function of its associated subd...
AbstractWe give a simple proof of a discrete-convexity lemma to be used in the proof of sufficiency ...
AbstractIn this paper we study the existence and characterization of spaces which are images of mini...
AbstractIn this paper we present the sequence of linear Bernstein-type operators defined for f∈C[0,1...
function is developed which can be used to solve the problem of shape preserving interpolat ion. I t...
In this paper we study a way of extending the model of interpolating the real functions, with simple...
AbstractA review of shape preserving approximation methods and algorithms for approximating univaria...
AbstractWe present results regarding the existence of j-convex preserving interpolation operators, a...
International audienceIn this paper, interpolating curve or surface with linear inequality constrain...
AbstractIt is known that the Bernstein polynomials of a function f defined on [0, 1 ] preserve its c...
Shape preserving approximations are constructed by interpolating the data with polynomial splines of...
In computational fluid dynamics and in CAD/CAM a physical boundary, usually known only discreetly (s...
AbstractExtending the results from the univariate case in a paper by Gal and Szabados, in this paper...
AbstractIn this paper, we present an approach to shape-preserving approximation based on interpolati...
AbstractInterpolation methods are introduced which have specific application in the function space s...
AbstractError bounds between a nonlinear interpolation and the limit function of its associated subd...
AbstractWe give a simple proof of a discrete-convexity lemma to be used in the proof of sufficiency ...
AbstractIn this paper we study the existence and characterization of spaces which are images of mini...
AbstractIn this paper we present the sequence of linear Bernstein-type operators defined for f∈C[0,1...
function is developed which can be used to solve the problem of shape preserving interpolat ion. I t...
In this paper we study a way of extending the model of interpolating the real functions, with simple...
AbstractA review of shape preserving approximation methods and algorithms for approximating univaria...