Integrated Continuity Conditions and Degree of Approximation by Polynomials or by Bounded Analytic Functions

DOI10.2307/1993161zbMath0098.04901OpenAlexW4238315414MaRDI QIDQ3277557

Helen G. Russell, Joseph L. Walsh

Publication date: 1959

Full work available at URL: https://doi.org/10.2307/1993161

zbMATH Keywords

complex functions

Related Items (17)

Note on classes of functions defined by integrated Lipschitz conditions ⋮ Approximation by Faber-Laurent rational functions in Lebesgue spaces with variable exponent ⋮ On the Degree of Convergence of Extremal Polynomials and Other Extremal Functions ⋮ Approximation by trigonometric polynomials in weighted Morrey spaces ⋮ The Convergence of Sequences of Rational Functions of Best Approximation. III ⋮ Approximating polynomials for functions of weighted Smirnov-Orlicz spaces ⋮ Approximation by polynomials and rational functions in weighted rearrangement invariant spaces ⋮ Multiplier and approximation theorems in Smirnov classes with variable exponent ⋮ Approximation by Rational Functions on Riemann Surfaces ⋮ On the degree of polynomial approximation in \(E^p(D)\) ⋮ Approximation by p-Faber-Laurent Rational Functions in the Weighted Lebesgue Spaces ⋮ Approximation in weighted rearrangement invariant Smirnov spaces ⋮ Interpolation and functions of class H(k,d,2) ⋮ Approximation by rational functions on doubly connected domains in weighted generalized grand Smirnov classes ⋮ Mean approximation by polynomials on a Jordan curve ⋮ A converse of the theorem of mean approximation in domains with corners ⋮ Approximation by Faber-Laurent rational functions in variable exponent Morrey spaces

Cites Work

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• Degree of Approximation to Functions on a Jordan Curve
• Degree of Approximation on a Jordan Curve
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• Analytic Functions of Class H p

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