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Huvr Vitl16 Tintok32

Implicit neural representation Hyper-networks for Unified Visual Representation (HUVR) aim to unify visual modeling on two axes: embedding dimension, and task family. The embeddings generated by the models include...

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File size
1.32 GB
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vRevision 4e69554
Updated
Oct 10, 2026
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15
Source
Hugging Face

Source description

Model Card for HUVR

Implicit neural representation Hyper-networks for Unified Visual Representation (HUVR) aim to unify visual modeling on two axes: embedding dimension, and task family. The embeddings generated by the models include both standard embeddings (e.g. 768 for ViT-B) as well as compressed embeddings (as small as 8-dim), which we call Tiny Tokens or TinToks. Trained with image reconstruction and distillation objectives, the embeddings support tasks including generation, classification, segmentation, reconstruction, and more.

Details

We provide 4 models, trained using distillation from DINOv3 and pixel-wise reconstruction on DataComp and ImageNet-22k.

3 models are ViT-B, with the same standard embedding dimension size (768) but different TinTok dimensions: 8-dim, 16-dim, and 32-dim.

1 model is a ViT-L, with the standard embedding dimension (1024) and 32-dim TinToks.

The models are pre-trained at 256x256 resolution, and fine-tuned at mixed resolution (256 and 512), and with RoPE embeddings the models can support inference at a range of resolutions. The models take images as inputs, and process them as 16x16 patches, yielding a single global (cls) token and many patch tokens. With a 480x480 input image, the model would yield 901 tokens: 1 class token + 900 (30x30) patch tokens.

Getting Started

Please see our GitHub for more information: GitHub - tiktok/huvr: Hyper-networks for Unified Visual Representation (HUVR) use implicit neural re.

Citation

BibTeX

@article{gwilliam2026HUVR,
  title={Accelerate High-Quality Diffusion Models with Inner Loop Feedback},
  author={Gwilliam, Matthew and Wang, Xiao and Hu, Xuefeng and Yang, Zhenheng},
  journal={arXiv preprint arXiv:2601.14256},
  year={2026}
}

Sources

1 source
Hugging FacePrimaryVersion 4e695544b6c7ff4c708f2c979f4c85413d30fdfb
huggingface.co/tiktok/huvr-vitl16-tintok32/tree/4e695544b6c7ff4c708f2c979f4c85413d30fdfb

Verified Oct 10

Model artifacts

1 artifact

model.safetensors

safetensors · 1.32 GB · SHA-256 64c5d1b884d9…a12e · Hugging Face

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Source excerpts

3 excerpts

--- license: mit pipeline_tag: image-feature-extraction tags: - model_hub_mixin - pytorch_model_hub_mixin --- # Model Card for HUVR Implicit neural representation Hyper-networks for Unified Visual Representation (HUVR) aim to unify visual modeling on two axes: embedding dimension, and task family. The embeddings generated by the models include both standard embeddings (e.g. 768 for ViT-B) as well as compressed embeddings (as small as 8-dim), which we call Tiny Tokens or TinToks. Trained with image reconstruction and distillation objectives, the embeddings support tasks including generation, classification, segmentation, reconstruction, and more. ## Details We provide 4 models, trained using distillation from DINOv3 and pixel-wise reconstruction on DataComp and ImageNet-22k. 3 models are ViT-B, with the same standard embedding dimension size (768) but different TinTok dimensions: 8-dim, 16-dim, and 32-dim. 1 model is a ViT-L, with the standard embedding dimension (1024) and 32-dim TinToks. The models are pre-trained at 256x256 resolution, and fine-tuned at mixed resolution (256 and 512), and with RoPE embeddings the models can support inference at a range of resolutions. The models take images as inputs, and process them as 16x16 patches, yielding a single global (cls) token and many patch tokens. With a 480x480 input image, the model would yield 901 tokens: 1 class token + 900 (30x30) patch tokens. ## Getting Started Please see our GitHub for more information: GitHub - tiktok/huvr: Hyper-networks for Unified Visual Representation (HUVR) use implicit neural re. ## Citation **BibTeX** ``` @article{gwilliam2026HUVR, title={Accelerate High-Quality Diffusion Models with Inner Loop Feedback}, author={Gwilliam, Matthew and Wang, Xiao and Hu, Xuefeng and Yang, Zhenheng}, journal={arXiv preprint arXiv:2601.14256}, year={2026} } ```

Source context: 15 downloads · 4 likes · Pipeline image-feature-extraction · Repo tiktok/huvr-vitl16-tintok32

Source context: 19 downloads · 4 likes · Pipeline image-feature-extraction · Repo tiktok/huvr-vitl16-tintok32