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VideoDreamer: Customized Multi-Subject Text-to-Video Generation with Disen-Mix Finetuning on Language-Video Foundation Models

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arxiv 2311.00990 v2 pith:43VBOPU6 submitted 2023-11-02 cs.CV

classification cs.CV
keywords customizedgenerationgeneratemulti-subjectsubjectstext-to-videovideodreamervideos
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Customized text-to-video generation aims to generate text-guided videos with user-given subjects, which has gained increasing attention. However, existing works are primarily limited to single-subject oriented text-to-video generation, leaving the more challenging problem of customized multi-subject generation unexplored. In this paper, we fill this gap and propose a novel VideoDreamer framework, which can generate temporally consistent text-guided videos that faithfully preserve the visual features of the given multiple subjects. Specifically, VideoDreamer adopts the pretrained Stable Diffusion with temporal modules as its base video generator, taking the power of the text-to-image model to generate diversified content. The video generator is further customized for multi-subjects, which leverages the proposed Disen-Mix Finetuning and Human-in-the-Loop Re-finetuning strategy, to tackle the attribute binding problem of multi-subject generation. Additionally, we present a disentangled motion customization strategy to finetune the temporal modules so that we can generate videos with both customized subjects and motions. To evaluate the performance of customized multi-subject text-to-video generation, we introduce the MultiStudioBench benchmark. Extensive experiments demonstrate the remarkable ability of VideoDreamer to generate videos with new content such as new events and backgrounds, tailored to the customized multiple subjects.

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Cited by 1 Pith paper

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  1. MOVi: Training-free Text-conditioned Multi-Object Video Generation

    cs.CV 2025-05 conditional novelty 6.0 of 10

    MOVi improves multi-object video generation without retraining by using LLM-planned trajectories to reinitialize the diffusion noise and by reweighting attention to stop objects from mixing together.

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