Multiple weight Riesz and Fourier transforms in bilateral anisotropic Grand Lebesgue spaces
E. Ostrovsky, L. Sirota
Abstract
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E. Ostrovsky, L. Sirota
Abstract
Open-access reader
In this short article we introduce so-called anisotropic (weight) Grand Lebesgue Spaces (more exactly, Grand Lebesgue-Riesz Spaces), which are generalization of the classical Lebesgue-Riesz Spaces and ordinary Grand Lebesgue Spaces, and investigate the boundedness of weight Riesz potential and weight Fourier transforms in this spaces.
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In this short article we introduce so-called anisotropic (weight) Grand Lebesgue Spaces (more exactly, Grand Lebesgue-Riesz Spaces), which are generalization of the classical Lebesgue-Riesz Spaces and ordinary Grand Lebesgue Spaces, and investigate the boundedness of weight Riesz potential and weight Fourier transforms in this spaces.
Key concepts: Lp space, Lebesgue's number lemma, Mathematics, Singular integral operators of convolution type, Riesz transform, Riesz potential, Standard probability space, Pure mathematics