BrainG3N: A Dual-Purpose Tokenizer for Controllable 3D Brain MRI Generation
A 3D brain MRI generative model uses a masked-autoencoder tokenizer to create clinically informative embeddings that support both medical task performance and controlled image gene…
Hugging Face · Daily Papers
·Max Van Puyvelde, Ibrahim Gulluk
·
·▲ 7 upvotes
Este artigo está em destaque na seleção diária de papers do Hugging Face, curada pela comunidade de pesquisa em IA.
Autores: Max Van Puyvelde, Ibrahim Gulluk, Wim Van Criekinge, Olivier Gevaert
- 7 upvotes da comunidade
- Temas: masked-autoencoder, latent diffusion, volumetric MRI, clinical information, encoder-decoder architecture, frozen encoder
Resumo
Resumo original (em inglês), extraído do paper:
A 3D brain MRI generative model uses a masked-autoencoder tokenizer to create clinically informative embeddings that support both medical task performance and controlled image generation.
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