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inikishev/README.md

Hi! So far I've specialized in medical segmentation and optimization algorithms, but done a lot of other stuff as well. My master's thesis was in glioblastoma segmentation on MRI images using neural nets.

If you are into optimization, you might find pytorch image descent useful for debugging and quickly visualizing momentum or generally how an optimizer works. I've also implemented some gradient-free PyTorch optimizers in torchzero (pretty sure its the first library to do so!), which is useful when you need to optimize a function or a model without having access to gradients.

My first every project was a music beat swapping and automatic mixing/remixing tool with AI-based beat detection which you can try in your browser https://huggingface.co/spaces/dpe1/beat_manipulator.

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  1. beat-manipulator beat-manipulator Public

    beat swapping powered by AI

    Python 8 2

  2. image-descent image-descent Public

    Pytorch library to test optimizers by visualizing how they descend on a your images. You can draw your own custom loss landscape and see what different optimizers do.

    Jupyter Notebook

  3. torchzero torchzero Public

    0th order optimizers, gradient chaining, random gradient approximation

    Python

  4. Saber2Osu Saber2Osu Public

    Converts BeatSaber beatmaps to osu! beatmaps . Opposite of https://github.com/tmokmss/Osu2Saber

    Python 3