PersonaCraft adds SMPLx depth and normal conditioning, occlusion boundary enhancement, and occlusion-aware classifier-free guidance to diffusion models, enabling controllable multi-person images that preserve both face and body identity.
Customization Assistant for Text-to-image Generation
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
Customizing pre-trained text-to-image generation model has attracted massive research interest recently, due to its huge potential in real-world applications. Although existing methods are able to generate creative content for a novel concept contained in single user-input image, their capability are still far from perfection. Specifically, most existing methods require fine-tuning the generative model on testing images. Some existing methods do not require fine-tuning, while their performance are unsatisfactory. Furthermore, the interaction between users and models are still limited to directive and descriptive prompts such as instructions and captions. In this work, we build a customization assistant based on pre-trained large language model and diffusion model, which can not only perform customized generation in a tuning-free manner, but also enable more user-friendly interactions: users can chat with the assistant and input either ambiguous text or clear instruction. Specifically, we propose a new framework consists of a new model design and a novel training strategy. The resulting assistant can perform customized generation in 2-5 seconds without any test time fine-tuning. Extensive experiments are conducted, competitive results have been obtained across different domains, illustrating the effectiveness of the proposed method.
fields
cs.CV 1years
2024 1verdicts
CONDITIONAL 1representative citing papers
citing papers explorer
-
PersonaCraft: Personalized and Controllable Full-Body Multi-Human Scene Generation Using Occlusion-Aware 3D-Conditioned Diffusion
PersonaCraft adds SMPLx depth and normal conditioning, occlusion boundary enhancement, and occlusion-aware classifier-free guidance to diffusion models, enabling controllable multi-person images that preserve both face and body identity.