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Photoswap: Personalized Subject Swapping in Images
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In an era where images and visual content dominate our digital landscape, the ability to manipulate and personalize these images has become a necessity. Envision seamlessly substituting a tabby cat lounging on a sunlit window sill in a photograph with your own playful puppy, all while preserving the original charm and composition of the image. We present Photoswap, a novel approach that enables this immersive image editing experience through personalized subject swapping in existing images. Photoswap first learns the visual concept of the subject from reference images and then swaps it into the target image using pre-trained diffusion models in a training-free manner. We establish that a well-conceptualized visual subject can be seamlessly transferred to any image with appropriate self-attention and cross-attention manipulation, maintaining the pose of the swapped subject and the overall coherence of the image. Comprehensive experiments underscore the efficacy and controllability of Photoswap in personalized subject swapping. Furthermore, Photoswap significantly outperforms baseline methods in human ratings across subject swapping, background preservation, and overall quality, revealing its vast application potential, from entertainment to professional editing.
Forward citations
Cited by 2 Pith papers
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DIVE: Taming DINO for Subject-Driven Video Editing
DIVE uses DINOv2 feature maps as automatic video correspondences to carry source motion, while LoRA adapters carry the target identity.
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Refine-by-Align: Reference-Guided Artifacts Refinement through Semantic Alignment
Refine-by-Align uses diffusion cross-attention maps to locate the reference region matching a masked artifact, then re-inpaints the artifact with that reference detail.
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