In this paper we present uniform convergence of a sequence of lambda-bernstein operators viaA-statistical convergence and power summability method. A rate of convergence of the sequence of operators are also investiga...
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In this paper we present uniform convergence of a sequence of lambda-bernstein operators viaA-statistical convergence and power summability method. A rate of convergence of the sequence of operators are also investigated by means of above mentioned summability methods. The last section is devoted to pointwise convergence (A-statistical convergence) of the sequence of operators in terms of Voronovskaya and Gruss-Voronovskaya type theorems.
The primary objective of this work is to explore various approximation properties of Stancu variant generalized (lambda, mu)-bernsteinoperators. Various moment estimates are analyzed, and several aspects of local dir...
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The primary objective of this work is to explore various approximation properties of Stancu variant generalized (lambda, mu)-bernsteinoperators. Various moment estimates are analyzed, and several aspects of local direct approximation theorems are investigated. Additionally, further approximation features of newly defined operators are delved into, such as the Voronovskaya-type asymptotic theorem and pointwise estimates. By comparing the proposed operator graphically and numerically with some linear positive operators known in the literature, it is evident that much better approximation results are achieved in terms of convergence behavior, calculation efficiency, and consistency. Finally, the newly defined operators are used to obtain a numerical solution for a special case of the fractional Volterra integral equation of the second kind.
In the present article, Kantorovich variant of lambda-bernstein operators with shifted knots are introduced. The advantage of using shifted knot is that one can do approximation on [0,1] as well as on its subinterval....
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In the present article, Kantorovich variant of lambda-bernstein operators with shifted knots are introduced. The advantage of using shifted knot is that one can do approximation on [0,1] as well as on its subinterval. In addition, it adds flexibility to operators for approximation. Some basic results for approximation as well as rate of convergence of the introduced operators are established. The r(th) order generalization of the operator is also discussed. Further for comparisons, some graphics and error estimation tables are presented using MATLAB.
In this article, we apply weighted A-statistical convergence to obtain some general approximation results for lambda-bernstein operators. We prove a weighted A-statistical Voronovskaja-type approximation theorem. We s...
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In this article, we apply weighted A-statistical convergence to obtain some general approximation results for lambda-bernstein operators. We prove a weighted A-statistical Voronovskaja-type approximation theorem. We support our theoretical parts about approximation properties of constructed bivariate lambda-bernstein operators with numerical results and graphics.
In this manuscript, we propose a Polya distribution-based generalization of lambda-bernstein operators. We establish some fundamental results for convergence as well as order of approximation of the proposed operators...
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In this manuscript, we propose a Polya distribution-based generalization of lambda-bernstein operators. We establish some fundamental results for convergence as well as order of approximation of the proposed operators. We present theoretical result and graph to demonstrate the proposed operator's intriguing ability to interpolate at the interval's end points. In order to illustrate the convergence of proposed operators as well as the effect of changing the parameter "mu," we provide a variety of results and graphs as our paper's conclusion.
The purpose of present paper is to extend the study of lambda-bernstein operators introduce by Cai et al. (J Inequal Appl 12: 1-11, 2018). In our paper we consider a generalization of the U-n (rho) operators introduce...
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The purpose of present paper is to extend the study of lambda-bernstein operators introduce by Cai et al. (J Inequal Appl 12: 1-11, 2018). In our paper we consider a generalization of the U-n (rho) operators introduced in 2007 by Radu Paltanea, using the new bernstein-Bezier bases { b n, k} with shape parameter.. Some approximation properties are given, including local approximation, error estimation in terms of moduli of continuity and Voronovskajatype asymptotic formulas. Finally, we give some numerical examples and graphs to put in evidence the convergence of U-n (rho) (f;x) to f (x).
In the present paper, we construct a new class of operators based on new type Bezier bases with a shape parameter lambda and positive parameter s. Our operators include some well-known operators, such as classical Ber...
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In the present paper, we construct a new class of operators based on new type Bezier bases with a shape parameter lambda and positive parameter s. Our operators include some well-known operators, such as classical bernstein, alpha-bernstein, generalized blending type alpha-bernstein and lambda-bernstein operators as special case. In this paper, we prove some approximation theorems for these operators. Approximation properties of our operators are illustrated on graphs for variables s, alpha, lambda, and n. It should be mentioned that our operators for lambda = 1 have better approximation than bernstein and alpha-bernsteinoperators.
We investigate the shape-preserving properties of lambda-bernstein operators B-n,B-lambda(f;x) that were recently introduced bernstein-type operators defined by a new Bezier basis with shape parameter lambda is an ele...
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We investigate the shape-preserving properties of lambda-bernstein operators B-n,B-lambda(f;x) that were recently introduced bernstein-type operators defined by a new Bezier basis with shape parameter lambda is an element of [-1,1]. For this purpose, we express B-n,B-lambda(f;x) as a sum of a classical bernstein operator and a sum of first order divided differences of f. Using this new representation, we prove that B-n,B-lambda(f;x) preserves monotonic functions for all lambda is an element of [-1, 1]. However, we show by a counter example that B-n,B-lambda(f;x) does not preserve convex functions for some lambda is an element of [-1, 1]. We present a weaker result for the case lambda is an element of [0,1] for a special class of functions. Finally, we analyze the monotonicity of lambda-bernstein operators with n and show that B-n,B-lambda(f;x) is not monotonic with n for some lambda if 1/2 < lambda <= 1.
In the present paper, we construct a new class of positive linear lambda-bernstein operators based on (p, q)-integers. We obtain a Korovkin type approximation theorem, study the rate of convergence of these operators ...
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In the present paper, we construct a new class of positive linear lambda-bernstein operators based on (p, q)-integers. We obtain a Korovkin type approximation theorem, study the rate of convergence of these operators by using the conception of K-functional and moduli of continuity, and also give a convergence theorem for the Lipschitz continuous functions.
In this paper, we introduce a Stancu type lambda-bernstein operators, and obtain the moments and the limitation of central moments of these operators, study a statistical approximation theorem and a Voronovskaja type ...
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ISBN:
(纸本)9781538692981
In this paper, we introduce a Stancu type lambda-bernstein operators, and obtain the moments and the limitation of central moments of these operators, study a statistical approximation theorem and a Voronovskaja type theorem by using the concept of statistical convergence. We also give an example to show the convergent effect of these operators to certain function f.
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