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Nikol’skii Inequality Between the Uniform Norm and Integral Norm with Bessel Weight for Entire Functions of Exponential Type on the Half-Line

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We study a Nikol’skii type inequality for even entire functions of given exponential type between the uniform norm on the half-line [0,∞) and the norm (∫0∞|f(x)|qx2α+1dx)1/q of the space Lq((0,∞),… Click to show full abstract

We study a Nikol’skii type inequality for even entire functions of given exponential type between the uniform norm on the half-line [0,∞) and the norm (∫0∞|f(x)|qx2α+1dx)1/q of the space Lq((0,∞), x2α+1) with the Bessel weight for 1 ≤ q < ∞ and α > −1/2. An extremal function is characterized. In particular, we prove that the uniform norm of an extremal function is attained only at the end point x = 0 of the half-line. To prove these results, we use the Bessel generalized translation.

Keywords: half line; nikol skii; uniform norm; norm

Journal Title: Analysis Mathematica
Year Published: 2018

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