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A simple yet sufficiently fast (attenuated) Radon and backproject implementation using KernelAbstractions.jl. Runs on CPU, CUDA, ...

Home Page: https://roflmaostc.github.io/RadonKA.jl/stable

License: MIT License

Julia 100.00%
automatic-differentiation computed-tomography ct cuda gpu julia julia-language optimization radon radon-transform

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radonka.jl's Issues

General inquiry

This package already looks impressive, so I was wondering your goals for this sort of package? I work with CT imaging physics for my Ph.D. and if this is something you plan on spending a lot of time on, I would be interesting in collaborating wherever possible.

I am very interested in having something like KomaMRI.jl for CT and this seems like a good starting point - and maybe something like https://github.com/xcist/main could be useful for that goal.

Do you have any larger goals like that for this package?

"Radon matrix"

Hi,

Is there a way to obtain the "Radom matrix" ?

I will try to be more clear.

Based on the direction the signal (the electromagnetic wave), we could define a matrix
of zeros and ones where each row would represent where the signal traveled through the image.

So that we could write something like A * f, where f would be representative of the image, say vec(Image).
Here we can think of the first row of A[1, :] as a row-vector whose components that are 1 represent where the signal
traveled through the image.

More precisely, check this self-consistent material slide 38.

I been to developing some Gaussian process regression approach computing things in a recursive way without
any matrix inversion and would be of great help if I could recover such matrix A from this package.

Any help on this ?

Thank you.

Rewrite needed to add more flexible interface

Current issues:

  • restricted to in-circle
  • even number of input, odd number of output.

Roadmap:

  • allow different samplings of rays, not only integer steps
  • allow arbitrary directions of rays
  • sample the whole array, not only the in-circle

TagBot trigger issue

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I'll open a PR within a few hours, please be patient!

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