DomainShuttle: Freeform Open Domain Subject-driven Text-to-video Generation
Summary
DomainShuttle introduces a method for open domain subject-driven text-to-video generation, achieving high fidelity and flexibility across in-domain and cross-domain scenarios using domain-aware modeling and dual RoPE schemes.
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Cached at: 06/25/26, 05:17 AM
Paper page - DomainShuttle: Freeform Open Domain Subject-driven Text-to-video Generation
Source: https://huggingface.co/papers/2606.26058
Abstract
DomainShuttle enables open domain subject-driven text-to-video generation with high fidelity and flexibility across in-domain and cross-domain scenarios through domain-aware modeling and dual RoPE schemes.
Open domain subject-driven text-to-video (S2V) generation has drawn significant interest in academia and industry. Open domain S2V mainly involves two scenarios: in-domain, which requires retaining the reference subject features as much as possible, and cross-domain, which preserves the intrinsic features of the subject while allowing subject-irrelevant properties to vary flexibly according to the text prompt. Existing methods primarily focus on maximizing subject fidelity in in-domain scenarios, which limits their editability and adaptability in cross-domain scenarios, such as novel styles, semantic combinations, or domain attributes. In this study, we propose that an ideal S2V method should flexibly shuttle between different domains, achieving strong performance in both in-domain and cross-domain scenarios. To this end, we propose DomainShuttle, which could achieve high fidelity and generative flexibility for open domain video personalization. Specifically, we introduce Domain-MoT, which decouples videos and reference features and introduces thedomain-aware AdaLNfordomain-specific modelingof reference images. We then introduce theVideo-Reference DualRoPEscheme, which placesreference image tokensandvideo tokensin separateRoPE spacesto enable precisesubject-level spatial modeling, andCross-Pair Consistent Loss, which aims to extract intrinsic subject features unaffected by irrelevant features. Extensive experiments demonstrate that DomainShuttle achieves significant performance improvements over existing methods, exhibiting high subject fidelity and generative flexibility across diverse open domain application scenarios.
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