In this study, approximation properties of the Mellin-type nonlinear integral operators defined on multivariate functions are investigated. In order to get more general results than the classical aspects, we mainly use the summability methods defined by Bell. Considering the Haar measure with variation semi-norm in Tonelli's sense, we approach to the functions of bounded variation. Similar results are also obtained for uniformly continuous and bounded functions. Using suitable function classes we investigate the rate of convergence in the approximation. Finally, we give a non-trivial application verifying our approach
AbstractIn this study, we investigate the weighted approximation properties of a general sequence of...
In the present paper, we study approximation properties of a family of linear positive operators and...
In this paper, a q-based generalization of Meyer-Konig and Zeller (MKZ) operators in several variabl...
In this paper, we study the approximation properties of nonlinear integral operators of convolution-...
We present a review on recent approximation results in the space of functions of bounded variation f...
In 1903 Fredholm published his famous paper on integral equations. Since then linear integral operat...
We define the summation-integral-type operators involving the ideas of Pólya–Eggenberger distributio...
AbstractIn this paper, where for the first time it is introduced a multidimensional concept of φ-var...
Here we study pointwise approximation and asymptotic formulae for a class of Mellin-Kantorovich type...
In the present paper, we study the pointwise approximation of nonlinear multivariate singular integr...
Here we study quantitatively the approximation of multivariate function by general multivariate posi...
In this note we construct the BÈzier variant of summation integral type operators based on a non-neg...
In the present paper, we study the certain summation integral type operators which includes the well...
In the present paper, we study the certain summation integral type operators which includes the well...
Here we study quantitatively the approximation of multivariate function by general multivariate posi...
AbstractIn this study, we investigate the weighted approximation properties of a general sequence of...
In the present paper, we study approximation properties of a family of linear positive operators and...
In this paper, a q-based generalization of Meyer-Konig and Zeller (MKZ) operators in several variabl...
In this paper, we study the approximation properties of nonlinear integral operators of convolution-...
We present a review on recent approximation results in the space of functions of bounded variation f...
In 1903 Fredholm published his famous paper on integral equations. Since then linear integral operat...
We define the summation-integral-type operators involving the ideas of Pólya–Eggenberger distributio...
AbstractIn this paper, where for the first time it is introduced a multidimensional concept of φ-var...
Here we study pointwise approximation and asymptotic formulae for a class of Mellin-Kantorovich type...
In the present paper, we study the pointwise approximation of nonlinear multivariate singular integr...
Here we study quantitatively the approximation of multivariate function by general multivariate posi...
In this note we construct the BÈzier variant of summation integral type operators based on a non-neg...
In the present paper, we study the certain summation integral type operators which includes the well...
In the present paper, we study the certain summation integral type operators which includes the well...
Here we study quantitatively the approximation of multivariate function by general multivariate posi...
AbstractIn this study, we investigate the weighted approximation properties of a general sequence of...
In the present paper, we study approximation properties of a family of linear positive operators and...
In this paper, a q-based generalization of Meyer-Konig and Zeller (MKZ) operators in several variabl...