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Domenico Mezzanotte
Domenico Mezzanotte
Research Fellow, University of Turin
在 unito.it 的电子邮件经过验证 - 首页
标题
引用次数
引用次数
年份
Product integration rules by the constrained mock-Chebyshev least squares operator
F Dell’Accio, D Mezzanotte, F Nudo, D Occorsio
BIT Numerical Mathematics 63 (2), 24, 2023
82023
Combining Nyström methods for a fast solution of Fredholm integral equations of the second kind
D Mezzanotte, D Occorsio, MG Russo
Mathematics 9 (21), 2652, 2021
62021
A discretization method for nonlocal diffusion type equations
D Mezzanotte, D Occorsio, MG Russo, E Venturino
ANNALI DELL'UNIVERSITA'DI FERRARA 68 (2), 505-520, 2022
42022
Numerical approximation of Fredholm integral equation by the constrained mock-Chebyshev least squares operator
F Dell’Accio, D Mezzanotte, F Nudo, D Occorsio
Journal of Computational and Applied Mathematics 447, 115886, 2024
32024
A product integration rule on equispaced nodes for highly oscillating integrals
L Fermo, D Mezzanotte, D Occorsio
Applied Mathematics Letters 136, 108463, 2023
32023
On the numerical solution of Volterra integral equations on equispaced nodes
L Fermo, D Mezzanotte, D Occorsio
arXiv preprint arXiv:2207.06736, 2022
32022
Analysis of a line method for reaction-diffusion models of nonlocal type
D Mezzanotte, D Occorsio, E Venturino
Applied Numerical Mathematics 203, 255-268, 2024
12024
Compounded Product Integration rules on (0,+∞)
D Mezzanotte, D Occorsio
Dolomites Research Notes on Approximation 15 (3), 78-92, 2022
12022
A high order numerical scheme for a nonlinear nonlocal reaction–diffusion model arising in population theory
E Venturino, S Aniţa, D Mezzanotte, D Occorsio
Journal of Computational and Applied Mathematics, 116082, 2024
2024
A GLOBAL APPROXIMATION METHOD FOR SECOND-KIND VOLTERRA-FREDHOLM EQUATIONS
L FERMO, D MEZZANOTTE, D OCCORSIO
CONFERENCE PROGRAMME &, 21, 2024
2024
SIMULTANEOUS APPROXIMATION OF HILBERT AND HADAMARD TRANSFORMS ON BOUNDED INTERVALS
D MEZZANOTTE, D OCCORSIO
Electronic Transactions on Numerical Analysis 61, 28-50, 2024
2024
A Nyström method for Volterra-Fredholm integral equations with highly oscillatory kernel
L Fermo, D Mezzanotte, D Occorsio
Dolomites Research Notes on Approximation 16 (3), 17-28, 2023
2023
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