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dFBT-FJ

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posted on 2017-11-06, 10:00 authored by Oliver MelchertOliver Melchert
Efficient polar convolution based on the discrete Fourier-Bessel transform for application in computational biophotonics.

dFBT-FJ implements the technical basis for efficient algorithms for the accurate forward and reverse evaluation of the discrete Fourier-Bessel transform (dFBT) as numerical tools to assist in the 2D polar convolution of two radially symmetric functions, relevant, e.g., to applications in computational biophotonics.

Funding

O. Melchert acknowledges support from the VolkswagenStiftung within the “Niedersächsisches Vorab” program in the framework of the project “Hybrid Numerical Optics” (Grant ZN 3061)

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