Results 51 to 60 of about 1,098 (130)
Simultaneous approximation with generalized Durrmeyer operators
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Gülsüm Ulusoy, Emre Deniz, Ali Aral
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A Bernstein‐Like Trigonometric Basis: Properties, Curve Design, and Operator Construction
We introduce a novel family of trigonometric basis functions equipped with a shape parameter, analogous to Bernstein functions. These basis functions are employed to construct Bézier‐like curves, termed “trigo‐curves”, which retain the fundamental properties of classical Bézier curves while offering enhanced shape control through parameter adjustment ...
Jamshid Saeidian +3 more
wiley +1 more source
Approximation Properties of a New Class of Beta‐Type Szász–Mirakjan Operators
We use the new variant of Szász–Mirakjan operators to construct a generalized version of Szász‐beta type operators and obtain auxiliary lemmas. We present the weighted approximation theorems and, by using Peetre’s K‐function, the local approximation results of these operators are studied.
Md. Nasiruzzaman +3 more
wiley +1 more source
Economic implications of a phased‐in EV mandate in Canada
Abstract Canada plans to phase out internal combustion engine vehicle (ICEV) sales in favour of electric vehicles (EVs) by 2035 as part of its climate policy. Herein I examine the economic implications of a phased‐in electric vehicle mandate. I show using partial equilibrium analysis that when both types of cars are available, auto companies will ...
Ross McKitrick
wiley +1 more source
Szász–Durrmeyer Operators Involving Confluent Appell Polynomials
This article is concerned with the Durrmeyer-type generalization of Szász operators, including confluent Appell polynomials and their approximation properties.
Kadir Kanat, Selin Erdal
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Coefficient Bounds for q‐Noshiro Starlike Functions in Conic Region
We present and examine a new family of analytic functions that can be described by a q‐Ruscheweyh differential operator. We discuss several novel results, including coefficient inequalities and other noteworthy properties such as partial sums and radii of starlikeness.
V. Malathi, K. Vijaya, H. Ozlem Guney
wiley +1 more source
Certain approximation properties of Brenke polynomials using Jakimovski–Leviatan operators
In this article, we establish the approximation by Durrmeyer type Jakimovski–Leviatan operators involving the Brenke type polynomials. The positive linear operators are constructed for the Brenke polynomials, and thus approximation properties for these ...
Shahid Ahmad Wani +2 more
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SATURATION THEOREM FOR SZÁSZ-DURRMEYER OPERATORS
This paper deals with a generalized Szász operator \(S_n (f, x)\) defined as \[ S_n (f, x)= n\sum^\infty_{\nu =0} \varphi_{n, \nu} (x) \int^\infty_0 \varphi_{n, \nu} (t) f(t) dt, \] where \(\varphi_{n, \nu} (x)= e^{-nx} {{(nx)^\nu} \over {\nu!}}\). The operator \(S_n (f, x)\) was introduced by Coatmelec in 1980.
Gupta, Vijay, Srivastava, G. S.
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Better Approximation Properties by New Modified Baskakov Operators
This paper introduces a new idea to obtain a better order of approximation for the Baskakov operator. We conclude two new operators from orders one and two of the Baskakov type. Also, we prove some directed results concerning the rate of convergence of these operators.
Ahmed F. Jabbar +2 more
wiley +1 more source
Approximation on a class of Szász–Mirakyan operators via second kind of beta operators
In the present article, we construct a new sequence of positive linear operators via Dunkl analogue of modified Szász–Durrmeyer operators. We study the moments and basic results.
M. Nasiruzzaman +3 more
doaj +1 more source

