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KV Inversion: KV Embeddings Learning for Text-Conditioned Real Image Action Editing
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Text-conditioned image editing is a recently emerged and highly practical task, and its potential is immeasurable. However, most of the concurrent methods are unable to perform action editing, i.e. they can not produce results that conform to the action semantics of the editing prompt and preserve the content of the original image. To solve the problem of action editing, we propose KV Inversion, a method that can achieve satisfactory reconstruction performance and action editing, which can solve two major problems: 1) the edited result can match the corresponding action, and 2) the edited object can retain the texture and identity of the original real image. In addition, our method does not require training the Stable Diffusion model itself, nor does it require scanning a large-scale dataset to perform time-consuming training.
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Training-free image inversion for one-step diffusion models
TFinv proposes iterative noise alignment and suffix learning to enable training-free inversion and editing for one-step diffusion models, achieving SOTA performance and higher efficiency than multistep methods.
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