AbstractLet T,U be two linear operators mapped onto the function f such that U(T(f))=f but T(U(f))≠f. In this paper, interpolating the functions of type T(U(f)) is presented in a general case. As a special case, the linear operators T(f)=∫λxf(t)dt and U(f)=df(x)/dx are considered to interpolate the family of incomplete special functions. Three new examples of interpolation formulas together with their analytic error are also given as the special samples of the mentioned operator method. Finally, by using the foresaid method, a basic class of operator type quadrature rules is defined and its properties are investigated
AbstractGiven a set of points xi, i=0,…,n on [−1,1] and the corresponding values yi, i=0,…,n of a 2-...
AbstractWe answer a question raised by Carl de Boor regarding the existence of certain “good” error ...
AbstractWe approximate every function f by a function fn(x) of the form a cos kx + b sin kx + Σn−2i=...
AbstractLet T,U be two linear operators mapped onto the function f such that U(T(f))=f but T(U(f))≠f...
A new method of approximating a function f(x) uniquely by a function fn(x) of the form fn(x) = e1x(a...
AbstractA new method of approximating a function f(x) uniquely by a function fn(x) of the form fn(x)...
AbstractIn the present paper, based on a recently developed generalised mixed interpolation formula,...
summary:The following interpolation problem is considered: There are given points and at some of the...
summary:The following interpolation problem is considered: There are given points and at some of the...
AbstractA general procedure is developed to derive a mixed interpolation formula for approximating a...
In this paper we study a way of extending the model of interpolating the real functions, with simple...
113. A new interpolation If we wish to interpolate values of a function between two given values y1,...
In the papers [5], [6], [7] we shall study a way of extending the model of interpolating the real fu...
AbstractEhrenmark (this journal, 1988) and Vanden Berghe et al. (this journal, 1990) introduced quad...
AbstractWe analyse the error induced by the approximation of a function by an interpolation function...
AbstractGiven a set of points xi, i=0,…,n on [−1,1] and the corresponding values yi, i=0,…,n of a 2-...
AbstractWe answer a question raised by Carl de Boor regarding the existence of certain “good” error ...
AbstractWe approximate every function f by a function fn(x) of the form a cos kx + b sin kx + Σn−2i=...
AbstractLet T,U be two linear operators mapped onto the function f such that U(T(f))=f but T(U(f))≠f...
A new method of approximating a function f(x) uniquely by a function fn(x) of the form fn(x) = e1x(a...
AbstractA new method of approximating a function f(x) uniquely by a function fn(x) of the form fn(x)...
AbstractIn the present paper, based on a recently developed generalised mixed interpolation formula,...
summary:The following interpolation problem is considered: There are given points and at some of the...
summary:The following interpolation problem is considered: There are given points and at some of the...
AbstractA general procedure is developed to derive a mixed interpolation formula for approximating a...
In this paper we study a way of extending the model of interpolating the real functions, with simple...
113. A new interpolation If we wish to interpolate values of a function between two given values y1,...
In the papers [5], [6], [7] we shall study a way of extending the model of interpolating the real fu...
AbstractEhrenmark (this journal, 1988) and Vanden Berghe et al. (this journal, 1990) introduced quad...
AbstractWe analyse the error induced by the approximation of a function by an interpolation function...
AbstractGiven a set of points xi, i=0,…,n on [−1,1] and the corresponding values yi, i=0,…,n of a 2-...
AbstractWe answer a question raised by Carl de Boor regarding the existence of certain “good” error ...
AbstractWe approximate every function f by a function fn(x) of the form a cos kx + b sin kx + Σn−2i=...