In this paper, we prove a Korovkin-type approximation theorem for fuzzy positive linear operators by using the notion of A-statistical convergence, where A is a non-negative regular summability matrix. This type of approximation enables us to obtain more powerful results than in the classical aspects of approximation theory settings. An application of this result is also given. Furthermore, we compute the rates of this statistical fuzzy convergence of the operators via the fuzzy modulus of continuity. © 2007 Elsevier Ltd. All rights reserved
In this paper, we obtain a Korovkin type approximation theorem for double sequences of positive line...
We define the notions of weighted λ,μ-statistical convergence of order γ1,γ2 and strongly weighted λ...
In the present paper, a modification of positive linear operators which was proposed by O. Agratini ...
In this paper, we prove a Korovkin-type approximation theorem for fuzzy positive linear operators by...
In this paper, we prove a Korovkin-type approximation theorem for fuzzy positive linear operators by...
AbstractIn this paper, we prove a Korovkin-type approximation theorem for fuzzy positive linear oper...
AbstractIn this paper, we prove a Korovkin-type approximation theorem for fuzzy positive linear oper...
In this paper, we prove a fuzzy Korovkin-type approximation theorem for fuzzy positive linear operat...
Abstract. We prove the basic fuzzy Korovkin theorem via a fuzzy Shisha– Mond inequality given here. ...
In this article, we present a statistical fuzzy Korovkin type approximation result with high rate of...
In this article, we present a statistical fuzzy Korovkin type approximation result with high rate of...
In this paper, we relax the positivity condition of linear operators in the Korovkin-type approximat...
In this paper, using the concept of statistical -convergence which is stronger than convergence...
AbstractMursaleen and Edely [M. Mursaleen and O.H.H Edely, On invariant mean and statistical converg...
The main idea of statistical convergence is to demand convergence only for a majority of elements of...
In this paper, we obtain a Korovkin type approximation theorem for double sequences of positive line...
We define the notions of weighted λ,μ-statistical convergence of order γ1,γ2 and strongly weighted λ...
In the present paper, a modification of positive linear operators which was proposed by O. Agratini ...
In this paper, we prove a Korovkin-type approximation theorem for fuzzy positive linear operators by...
In this paper, we prove a Korovkin-type approximation theorem for fuzzy positive linear operators by...
AbstractIn this paper, we prove a Korovkin-type approximation theorem for fuzzy positive linear oper...
AbstractIn this paper, we prove a Korovkin-type approximation theorem for fuzzy positive linear oper...
In this paper, we prove a fuzzy Korovkin-type approximation theorem for fuzzy positive linear operat...
Abstract. We prove the basic fuzzy Korovkin theorem via a fuzzy Shisha– Mond inequality given here. ...
In this article, we present a statistical fuzzy Korovkin type approximation result with high rate of...
In this article, we present a statistical fuzzy Korovkin type approximation result with high rate of...
In this paper, we relax the positivity condition of linear operators in the Korovkin-type approximat...
In this paper, using the concept of statistical -convergence which is stronger than convergence...
AbstractMursaleen and Edely [M. Mursaleen and O.H.H Edely, On invariant mean and statistical converg...
The main idea of statistical convergence is to demand convergence only for a majority of elements of...
In this paper, we obtain a Korovkin type approximation theorem for double sequences of positive line...
We define the notions of weighted λ,μ-statistical convergence of order γ1,γ2 and strongly weighted λ...
In the present paper, a modification of positive linear operators which was proposed by O. Agratini ...