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nice works, but the theory is too hard, there is any mthods to understand the paper or methods? #9

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Asherchi opened this issue Sep 3, 2024 · 4 comments

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@Asherchi
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Asherchi commented Sep 3, 2024

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@Asherchi Asherchi changed the title nice working, but the theory is too hard, there is any mthods to understand the paper or methods? nice works, but the theory is too hard, there is any mthods to understand the paper or methods? Sep 3, 2024
@georg-bn
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georg-bn commented Sep 4, 2024

What is your background?

@Asherchi
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Asherchi commented Sep 5, 2024

I am a practitioner in 3D reconstruction. Understand some knowledge related to geometry and artificial intelligence.

@georg-bn
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georg-bn commented Sep 5, 2024

I would recommend this course by Erik Bekkers to get an overview of equivariant methods in deep learning https://uvagedl.github.io/ . What we do in this paper is simpler than many of the methods presented there, but the underlying goal of equivariance is the same.

If you want a book reference for the math itself, with calculus and linear algebra as prerequisites, I would recommend "Groups and Symmetries" by Kosmann-Schwarzbach, link.

@Asherchi
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Asherchi commented Sep 5, 2024

Thank you very much for your suggestion. I will study the relevant content carefully.

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