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AI CURATED HOT STORY · 10/14/2026

Tri-Modal Masked Diffusion Models: SDE Reparameterization Decouples Batch Size for Unified Text-Image-Audio Generation at 3B Scale

1 reports archived0 independent sourcesupdated 10/14/2026, 08:00:00
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Researchers pretrained the first tri-modal Masked Diffusion Model (MDM) from scratch on text, image-text, and audio-text data, achieving strong generation capabilities at a 3B parameter scale. The study introduces an SDE-based reparameterization that decouples physical batch size from logical gradient variance, eliminating the need for manual batch tuning. This work represents the largest systematic open study of multimodal discrete diffusion models to date, offering critical insights into scaling laws across modalities.

LATEST/Researchers pretrained the first tri-modal Masked Diffusion Model (MDM) from scratch on text, image-text, and audio-text data, achieving strong generation capabilities at a 3B parameter scale. The study introduces an SDE-based reparameterization that decouples physical batch size from logical gradient variance, eliminating the need for manual batch tuning. This work represents the largest systematic open study of multimodal discrete diffusion models to date, offering critical insights into scaling laws across modalities.

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Total 1 reports · Latest first
  1. Apple Machine Learning ResearchT1·78 pts
    • First tri-modal Masked Diffusion Model pretrained from scratch on text, image-text, and audio-text data
    • Novel SDE-based reparameterization decouples physical batch size from logical gradient variance, removing manual tuning needs
    • Demonstrates unified cross-modal generation at 3B scale, representing the largest systematic open study of multimodal discrete diffusion