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2020•Frontiers in Optics / Laser ScienceRequires access

Tomographic Reconstruction of a Sample in Diffuse Media via the Radon Transform

John Holdsworth, Zachary T. Groth, Jordan V. Velich, Nigel P. Walters, Galiya Sharafutdinova, P. Lamichhane

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Abstract

The tomographic reconstruction of an object embedded within gelatin has been undertaken applying the Radon transform to visible light scattering recorded by a fast optical scanner, allowing a successful reconstruction of the object.

About this research paper

What this paper is about

The tomographic reconstruction of an object embedded within gelatin has been undertaken applying the Radon transform to visible light scattering recorded by a fast optical scanner, allowing a successful reconstruction of the object.

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Available abstract

The tomographic reconstruction of an object embedded within gelatin has been undertaken applying the Radon transform to visible light scattering recorded by a fast optical scanner, allowing a successful reconstruction of the object.

Key concepts: Radon transform, Tomographic reconstruction, Optics, Iterative reconstruction, Scanner, Radon, Sample (material), Light scattering

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