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CVPR2026Top-tier venue

MoCoDiff: A Controllable Autoregressive Diffusion Model for Expressive Motion Generation

Wenfeng Song, Xuehan Wang, Shuai Li, Yi Chen, Yuting Guo, Zhenyu Wu, Xingliang Jin, Chenglizhao Chen, Fei Hou, Hongyu Wu, Aimin Hao

2026Year

Abstract

Single content multiple styles ("walk"+Crouched style) ("walk"+Zombie style) ("walk"+Ninja style) Multiple content single style ("walk"+Airplane style)("jump"+Airplane style)("run"+Airplane style) Multiple content multiple styles ("walk"+Airplane style)("roll over"+No style) ("go upstairs"+Zombie style) ("go downstairs"+No style) ("sit"+Crouched style) Transition formulation actively suppresses drift, enforces smooth transitions across motion segments, and significantly improves temporal coherence over extended sequences. Experiments show that MoCoDiff achieves state-of-theart style fidelity, transition quality, and efficiency, while supporting flexible and interpretable multi-condition motion synthesis without retraining. The source code and model are available at https://github.com/ Xuehan0530/MoCoDiff-code.

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