AbstractExplicit inversion formulas are obtained for the analytic family of fractional integrals (Tαf)(x)=γn,α∫Sn|xy|α−1f(y)dyon the unit sphere in Rn+1. Arbitrary complexαandn⩾2 are considered. In the easeα=0 the integralTαfcoincides with the spherical Radon transform. Forα>1(α≠1,3,5,…) such integrals are known as the Blaschke–Levy representations and arise in convex geometry, probability, and the Banach space theory. Forα=1,3,5,… the integralTαfis defined by continuity as the spherical convolution with the power–logarithmic kernel. Different inversion methods are discussed
We consider integrals of spherical harmonics with Fourier exponents on the sphere $S^n , n ≥ 1$. Suc...
We consider integrals of spherical harmonics with Fourier exponents on the sphere $S^n , n ≥ 1$. Suc...
In dieser Arbeit werden stabile und effiziente Inversionsmethoden für zwei eng miteinander verwandte...
AbstractExplicit inversion formulas are obtained for the analytic family of fractional integrals (Tα...
AbstractThe k-dimensional totally geodesic Radon transform on the unit sphere Sn and the correspondi...
A spherical Radon transform whose integral domain is a sphere has many applications in partial diffe...
AbstractThe k-dimensional totally geodesic Radon transform on the unit sphere Sn and the correspondi...
We derive explicit formulae for the reconstruction of a function from its integrals over a family of...
A new proof of the inversion formula for spherical Riesz type fractional potentials in the case 0 &l...
We propose iterative inversion algorithms for weighted Radon transforms $R_W$ along hyperplanes in $...
We propose iterative inversion algorithms for weighted Radon transforms $R_W$ along hyperplanes in $...
Recovering a function from its spherical Radon transform with centers of spheres of integration rest...
The fractional integral is prolific in giving rise to interesting outcomes when associated with diff...
AbstractThe classical Radon transform, R, maps an integrable function in Rn to its integrals over al...
Integral transforms are used throughout mathematics, science, and engineering disciplines. Integral ...
We consider integrals of spherical harmonics with Fourier exponents on the sphere $S^n , n ≥ 1$. Suc...
We consider integrals of spherical harmonics with Fourier exponents on the sphere $S^n , n ≥ 1$. Suc...
In dieser Arbeit werden stabile und effiziente Inversionsmethoden für zwei eng miteinander verwandte...
AbstractExplicit inversion formulas are obtained for the analytic family of fractional integrals (Tα...
AbstractThe k-dimensional totally geodesic Radon transform on the unit sphere Sn and the correspondi...
A spherical Radon transform whose integral domain is a sphere has many applications in partial diffe...
AbstractThe k-dimensional totally geodesic Radon transform on the unit sphere Sn and the correspondi...
We derive explicit formulae for the reconstruction of a function from its integrals over a family of...
A new proof of the inversion formula for spherical Riesz type fractional potentials in the case 0 &l...
We propose iterative inversion algorithms for weighted Radon transforms $R_W$ along hyperplanes in $...
We propose iterative inversion algorithms for weighted Radon transforms $R_W$ along hyperplanes in $...
Recovering a function from its spherical Radon transform with centers of spheres of integration rest...
The fractional integral is prolific in giving rise to interesting outcomes when associated with diff...
AbstractThe classical Radon transform, R, maps an integrable function in Rn to its integrals over al...
Integral transforms are used throughout mathematics, science, and engineering disciplines. Integral ...
We consider integrals of spherical harmonics with Fourier exponents on the sphere $S^n , n ≥ 1$. Suc...
We consider integrals of spherical harmonics with Fourier exponents on the sphere $S^n , n ≥ 1$. Suc...
In dieser Arbeit werden stabile und effiziente Inversionsmethoden für zwei eng miteinander verwandte...