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README.md
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# Imagenet.int8: Entire Imagenet dataset in 5GB.
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Find 138 GB of imagenet dataset too bulky? Did you know entire imagenet actually just fits inside the ram of apple watch?
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... but so little material online on the actual preprocessed dataset. I'm here to fix that. One thing I noticed was that latent doesn't have to be full precision! Indeed, they can be as small as int-8, and it won't hurt! Here are some of the examples:
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<p align="center">
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<img src="contents/vae.png" alt="small" width="800">
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</p>
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| original, reconstructed from float16, reconstructed from uint8*
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So clearly, it doesn't make sense to download entire Imagenet and do VAE everytime. Just download this, `to('cuda')` the entire dataset just to flex, and call it a day.😌
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(BTW If you think you'll need higher precision, you can always further fine-tune your model on higher precision. But I doubt that.)
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size_categories:
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- 1M<n<10M
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---
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# Imagenet.int8: Entire Imagenet dataset in 5GB.
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<p align="center">
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<img src="contents/vae.png" alt="small" width="800">
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</p>
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| original, reconstructed from float16, reconstructed from uint8*
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Find 138 GB of imagenet dataset too bulky? Did you know entire imagenet actually just fits inside the ram of apple watch?
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... but so little material online on the actual preprocessed dataset. I'm here to fix that. One thing I noticed was that latent doesn't have to be full precision! Indeed, they can be as small as int-8, and it won't hurt! Here are some of the examples:
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So clearly, it doesn't make sense to download entire Imagenet and do VAE everytime. Just download this, `to('cuda')` the entire dataset just to flex, and call it a day.😌
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(BTW If you think you'll need higher precision, you can always further fine-tune your model on higher precision. But I doubt that.)
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