Results 141 to 150 of about 612 (181)
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Naylor Transforms of Mellin Type

SIAM Journal on Mathematical Analysis, 1973
Some transforms introduced by Naylor (1963) are characterized in terms of Mellin transforms. This facilitates the analysis of transform properties. A problem of steady-state heat in a finite circular sector (or wedge) is considered to illustrate the use of one of the transforms and its properties.
Harrington, W. J., Patel, K. A.
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The Mellin Transform

2009
Generally speaking, unlike the Fourier and Laplace transforms, we find that the Mellin transform is not very useful in a direct manner. It is quite effective, however, in the derivation of certain properties of integrals, in summing series, and in statistics.
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The Mellin Transform

2002
In this and the next chapter, we study the Mellin transform, which, while closely related to the Fourier transform, has its own peculiar uses. In particular, it turns out to be a most convenient tool for deriving asymptotic expansions, although it has other applications ...
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Evaluation of integrals and the mellin transform

Journal of Soviet Mathematics, 1991
A survey on calculation methods for integrals using the Mellin transform is suggested. The list of literature contains papers on various analytical methods for the calculation of integrals and consists of 1579 (the main) and 45 (additional) denominations.
Prudnikov, A. P.   +2 more
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The Mellin central projection transform

ANZIAM Journal, 2017
The central projection transform can be employed to extract invariant features by combining contour-based and region-based methods. However, the central projection transform only considers the accumulation of the pixels along the radial direction. Consequently, information along the radial direction is inevitably lost.
JIANWEI YANG, LIANG ZHANG, ZHENGDA LU
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On the Asymptotic Expansion of Mellin Transforms

SIAM Journal on Mathematical Analysis, 1987
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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The mellin-whittaker integral transform

Mathematical Notes of the Academy of Sciences of the USSR, 1986
The author gives an inversion formula for the integral transform \(\iint K(\xi,\eta,\alpha,\beta,\lambda)f(\xi,\eta,\lambda)d\xi d\eta =F(\alpha,\beta,\lambda)\) with the kernel \[ K=\{(2\lambda)^{2i\alpha +1}B(i(\alpha +\beta)+1/2,i(\alpha -\beta)+1/2)/_{2\Gamma (2i\alpha +1)}\}\cdot \] \[ \eta^{2i}e^{\beta \pi sign \xi \eta -i\lambda \xi \eta}\Phi (i(
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Eine schnelle Mellin-Transformation

Computing, 1984
A numerical method is developed which handles the Mellin transform (1) \(M_{\epsilon}(y;f)=\int^{\infty}_{0}x^{-iy-\epsilon}f(x)dx,y\in [0,\infty),\epsilon \geq 0,i=\sqrt{\quad -1}\) of a Fourier-bandlimited function f(x). Denoting \(F(z)(F(z)=0\) for \(z\geq Z_ 0)\) the Fourier transform of the even continuation of f(x), then instead of (1) one can ...
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Mellin Transform

2023
Sudeshna Banerjea, Birendra Nath Mandal
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On the (p, q)-Mellin Transform and Its Applications

Acta Mathematica Scientia, 2021
Jain Pankaj
exaly  

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