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Diffusion Language Models

Exploring how diffusion-based generation (iterative masking/filling) can be adapted from pretrained autoregressive models, and how this affects efficiency and generation capabilities across parameter scales.

13 papers

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  1. Sept 2026 · University of Texas at Austin

    Hybrid backbones can efficiently adapt into diffusion language models

    This paper adapts pretrained autoregressive models into diffusion LMs across scales, directly advancing the thread on diffusion-based generation adaptation.

  2. 4 further papers

    Oct 2026 · Seoul National University, Harvard University

    Diffusion models beat autoregressive LLMs on globally constrained problems

    Shows masked diffusion language models outperform autoregressive LLMs on globally constrained tasks using a fixed checkpoint and mean confidence guidance.

  3. Oct 2026 · NVIDIA, Cornell University

    Semi-autoregressive continuous diffusion models match discrete baselines and enable KV caching.

    Proposes a semi-autoregressive continuous diffusion framework for language that enables KV caching.

  4. Oct 2026 · University of Illinois Urbana-Champaign, Amazon.com, Inc.

    Coupling continuous latent with token feedback improves diffusion language models

    Proposes a hierarchical hybrid of continuous and discrete diffusion for language, improving coherence over pure continuous approaches.

  5. 1 further paper

    Oct 2026 · NVIDIA, Cornell University

    Continuous diffusion language models match discrete peers while enabling smoother control

    introduces a continuous diffusion LM that matches autoregressive models on math and coding

  6. Oct 2026

    Parallel diffusion decoding rivals autoregressive visual grounding at 4B scale

    Applies parallel diffusion decoding to visual grounding, demonstrating blockwise non-autoregressive generation at scale.

  7. 1 further paper

    Oct 2026 · The Hong Kong University of Science and Technology

    Repelling crossing trajectories makes flow matching smoother and easier to sample

    Presents CoFlow, a flow-matching method that repels crossing trajectories during training for smoother and easier sampling

7 of 13 papers shown