Introduction |
The Normalized Bessel Function Of First Kind / 1: |
The Bessel function of first kind / 1.I.: |
Definition / 1.I.1.: |
Derivatives and differential equation of the Bessel function J[subscript v] / 1.I.2.: |
Asymptotic formulas for the Bessel function J[subscript v] / 1.I.3.: |
The Poisson integral representations of the Bessel function J[subscript v] / 1.I.4.: |
The Sonine's first integral for the Bessel functions J[subscript alpha] and J[subscript beta] / 1.I.5.: |
Addition formulas for the Bessel function J[subscript v] / 1.I.6.: |
Product formulas for the Bessel function J[subscript v] / 1.I.7.: |
The normalized Bessel function of first kind / 1.II.: |
Properties of the function j[subscript alpha] ([lambda]x) / 1.II.1.: |
Integral representations of the function j[subscript alpha] ([lambda]x) / 1.II.3.: |
The Poisson integral representations / 1.II.3.a.: |
The Sonine's first integral / 1.II.3.b.: |
Product formula for the function j[subscript alpha] / 1.II.4.: |
Useful formulas involving the function j[subscript alpha] / 1.II.5.: |
Problems / 1.III.: |
Riemann-Liouville And Weyl Integral Transforms / 2: |
The Riemann-Liouville integral transform / 2.I.: |
Definition and properties / 2.I.1.: |
Inversion of the operator R[subscript alpha] / 2.I.2.: |
The Riemann-Liouville integral transform on the spaces L[superscript p]([0, + [infinity][, dx), 1[less than or equal]p[less than or equal]+[infinity] / 2.I.3.: |
The Weyl integral transform / 2.II.: |
Inversion of the operator W[subscript alpha] / 2.II.1.: |
The Weyl integral transform on the space and[subscript *](IR) / 2.III.: |
The Weyl transform on the space E'[subscript *](IR) / 2.IV.: |
The Sonine integral transform and its dual / 2.V.: |
The Sonine integral transform / 2.V.1.: |
The Sonine integral transform on the spaces L[superscript p]([0, + [infinity][, dx], 1[less than or equal]p[less than or equal]+[infinity] / 2.V.2.: |
The dual Sonine integral transform / 2.V.3.: |
The Sonine transform on the space E'[subscript *](IR) / 2.V.4.: |
Convolution Product And Fourier-Cosine Transform Of Functions, Measures And Distributions / 2.VI.: |
Convolution product of functions and distributions / 3.I.: |
The translation operator / 3.I.1.: |
Convolution product of functions / 3.I.2.: |
Convolution product of measures / 3.I.3.: |
Convolution product of distributions / 3.I.4.: |
The Fourier-cosine transform / 3.II.: |
The Fourier-cosine transform on L[superscript 1]([0, +[infinity][, dx) / 3.II.1.: |
The Fourier-cosine transform on and[subscript *](IR) and D[subscript *](IR) / 3.II.2.: |
The Fourier-cosine transform on L[superscript 2]([0, +[infinity][, dx) / 3.II.3.: |
The Fourier-cosine transform on M[superscript b]([0, +[infinity][) / 3.II.4.: |
The Fourier-cosine transform on E'[subscript *](IR) and and'[subscript *](IR) / 3.II.5.: |
Generalized Convolution Product Associated With The Bessel Operator / 3.III.: |
Convolution product of radial functions / 4.I.: |
Convolution product / 4.I.1.: |
Generalized translation operators associated with the Bessel operator / 4.II.: |
Generalized convolution product associated with the Bessel operator / 4.III.: |
Generalized convolution product of functions / 4.III.1.: |
Generalized convolution product of measures of M[superscript b]([0,+[infinity][) / 4.III.2.: |
Generalized convolution product of distributions / 4.III.3: |
Fourier-Bessel Transform / 4.IV.: |
Fourier transform of radial functions / 5.I.: |
The Fourier-Bessel transform on L[superscript 1]([0, + [infinity][, d[mu subscript alpha]) / 5.II.: |
The Fourier-Bessel transform on and[subscript *](IR) and D[subscript *](IR) / 5.III.: |
The Fourier-Bessel transform on L[superscript 2]([0, + [infinity][, d[mu subscript alpha]) / 5.IV.: |
The Fourier-Bessel transform on L[superscript p]([0, + [infinity][, d[mu subscript alpha]),1[less than or equal]p[less than or equal]2 / 5.V.: |
The Fourier-Bessel transform on M[superscript b]([0, + [infinity][) / 5.VI.: |
The Fourier-Bessel transform on E'[subscript *](IR) and and'[subscript *](IR) / 5.VII.: |
Infinitely Divisible Probabilities And Central Limit Theorem Associated With The Bessel Operator / 5.VIII.: |
Dispersion of a probability measure on [0, + [infinity][ / 6.I.: |
Generalized quadratic form / 6.I.1.: |
Levy's theorem / 6.I.2.: |
Levy-Khintchine's formula / 6.II.: |
Convolution semigroups and infinitely divisible probabilities associated with the Bessel operator / 6.III.: |
Convolution semigroups / 6.III.1.: |
Infinitely divisible probabilities associated with the Bessel operator / 6.III.2.: |
Central limit theorem associated with the Bessel operator / 6.IV.: |
Continuous Wavelet Transform Associated With The Bessel Operator / 7: |
Classical continuous wavelet transform on [0, + [infinity][ / 7.I.: |
Classical wavelets on [0, + [infinity][ / 7.I.1.: |
Continuous wavelet transform associated with the Bessel operator / 7.I.2.: |
Wavelets associated with the Bessel operator / 7.II.1.: |
Continuous wavelet transform associated, with the Bessel operator / 7.II.2.: |
Inversion formulas for the operator R[subscript alpha] and W[subscript alpha] / 7.III.: |
Inversion formulas for the operators R[subscript alpha] and W[subscript alpha] using wavelets associated with the Bessel operator / 7.IV.: |
Wavelet Packets Associated With The Bessel Operator / 7.V.: |
The P-wavelet packet transform associated with the Bessel operator / 8.I.: |
Plancherel and reconstruction formulas / 8.I.1.: |
Calderon's reproducing formula / 8.I.2: |
Scale discrete scaling function associated with the Bessel operator / 8.II.: |
Modified packet associated with the Bessel operator / 8.III.: |
S-wavelet packet associated with the Bessel operator / 8.IV.: |
Multiresolution analysis by means of wavelet packets associated with the Bessel operator / 8.V.: |
Continuous Linear Wavelet Transform Associated With The Bessel Operator And Its Discretization / 8.VI.: |
Linear wavelets associated with the Bessel operator / 9.I.: |
Linear wavelet packets associated with the Bessel operator / 9.II.: |
Scale discrete L-scaling function associated with the Bessel operator / 9.III.: |
Bibliography |
Index |
Introduction |
The Normalized Bessel Function Of First Kind / 1: |
The Bessel function of first kind / 1.I.: |
Definition / 1.I.1.: |
Derivatives and differential equation of the Bessel function J[subscript v] / 1.I.2.: |
Asymptotic formulas for the Bessel function J[subscript v] / 1.I.3.: |