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MS-Diffusion: Multi-subject Zero-shot Image Personalization with Layout Guidance

About

Recent advancements in text-to-image generation models have dramatically enhanced the generation of photorealistic images from textual prompts, leading to an increased interest in personalized text-to-image applications, particularly in multi-subject scenarios. However, these advances are hindered by two main challenges: firstly, the need to accurately maintain the details of each referenced subject in accordance with the textual descriptions; and secondly, the difficulty in achieving a cohesive representation of multiple subjects in a single image without introducing inconsistencies. To address these concerns, our research introduces the MS-Diffusion framework for layout-guided zero-shot image personalization with multi-subjects. This innovative approach integrates grounding tokens with the feature resampler to maintain detail fidelity among subjects. With the layout guidance, MS-Diffusion further improves the cross-attention to adapt to the multi-subject inputs, ensuring that each subject condition acts on specific areas. The proposed multi-subject cross-attention orchestrates harmonious inter-subject compositions while preserving the control of texts. Comprehensive quantitative and qualitative experiments affirm that this method surpasses existing models in both image and text fidelity, promoting the development of personalized text-to-image generation. The project page is https://MS-Diffusion.github.io.

Xierui Wang, Siming Fu, Qihan Huang, Wanggui He, Hao Jiang• 2024

Related benchmarks

TaskDatasetResultRank
Subject-driven image generationDreamBench
DINO Score67.1
100
Personalized Text-to-Image GenerationDreamBench++ Single-subject
CP0.686
18
Image PersonalizationUser Study Personalization Tasks
Concept Preservation (CP)64.7
17
Disentanglement AnalysisMPI3D complex
DCI Score0.422
14
Graphic design generationGraphic Design Generation Benchmark 1,000 samples
CLIP-I84.75
13
Identity-Preserving Multi-subject Image GenerationLAMICBench++ More Subjects
ITC78.46
12
Identity-Preserving Multi-subject Image GenerationLAMICBench++ Fewer Subjects
ITC89.13
12
Single-frame Image ConsistencyMSBench Single-subject v1
CLIP Image Consistency0.824
11
Subject-driven generationSubject-driven generation (test)
Time (s)4.02
9
Subject-driven generationDreamBench 5 (test)
CLIP-I0.9023
9
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