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首页> 外文期刊>Results in mathematics >Approximation by Urysohn Type Meyer-K?nig and Zeller Operators to Urysohn Integral Operators
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Approximation by Urysohn Type Meyer-K?nig and Zeller Operators to Urysohn Integral Operators

机译:Urysohn型Meyer-k的近似值与urysohn积分运算符

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AbstractThe goal of this study is generalization and extension of the theory of interpolation of functions to functionals and operators. We investigate the convergence problem for linear positive operators that approximate the Urysohn type operator in some functional spaces. One of the main difference between the present work and convergence to a function lies in the use of the Urysohn type operator values instead of the sampling values of a function. From the definitions of the Urysohn type operators, Heaviside and Dirac Delta function, the current study can be also consider as convergence of a kind of nonlinear form of the classical linear positive operators to a function.
机译:<标题>抽象 ara id =“par1”>本研究的目标是泛化和扩展功能和运营商的插值理论。 我们调查了线性正算子的收敛问题,该算子在一些功能空间中近似Urysohn型操作员。 当前工作和函数的收敛之一的主要区别在于使用URYSOHN型操作员值而不是函数的采样值。 从Urysohn型操作员,沉重和DIRAC DELTA功能的定义,目前的研究也可以考虑一种非线性形式的经典线性正算子的融合到功能。

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