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Parabolic-Like Wavelet Transforms and Relevant Reproducing Formulas

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We introduce new anisotropic wavelet-type transforms generated by two components: a wavelet measure (or a wavelet function) and a kernel function that naturally generalizes the Gauss and Poisson kernels. The… Click to show full abstract

We introduce new anisotropic wavelet-type transforms generated by two components: a wavelet measure (or a wavelet function) and a kernel function that naturally generalizes the Gauss and Poisson kernels. The analogues of Calderon’s reproducing formula are established in the framework of the $$L_{p}(\mathbb {R}^{n+1})$$ -theory. These wavelet-type transforms have close connection with a significant generalization of the classical parabolic-Riesz and parabolic-Bessel potentials and can be used to find explicit inversion formulas for the generalized parabolic-type potentials.

Keywords: wavelet; parabolic like; transforms relevant; wavelet transforms; relevant reproducing; like wavelet

Journal Title: Journal of Fourier Analysis and Applications
Year Published: 2021

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