A hybrid of low-resolution backpropagation and high-resolution zeroth-order optimization, scheduled by a dynamic timestep-dependent probability, matches full-resolution fine-tuning quality while cutting training memory.
InstructBooth: Instruction-following Personalized Text-to-Image Generation
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abstract
Personalizing text-to-image models using a limited set of images for a specific object has been explored in subject-specific image generation. However, existing methods often face challenges in aligning with text prompts due to overfitting to the limited training images. In this work, we introduce InstructBooth, a novel method designed to enhance image-text alignment in personalized text-to-image models without sacrificing the personalization ability. Our approach first personalizes text-to-image models with a small number of subject-specific images using a unique identifier. After personalization, we fine-tune personalized text-to-image models using reinforcement learning to maximize a reward that quantifies image-text alignment. Additionally, we propose complementary techniques to increase the synergy between these two processes. Our method demonstrates superior image-text alignment compared to existing baselines, while maintaining high personalization ability. In human evaluations, InstructBooth outperforms them when considering all comprehensive factors. Our project page is at https://sites.google.com/view/instructbooth.
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Memory-Efficient Personalization of Text-to-Image Diffusion Models via Selective Optimization Strategies
A hybrid of low-resolution backpropagation and high-resolution zeroth-order optimization, scheduled by a dynamic timestep-dependent probability, matches full-resolution fine-tuning quality while cutting training memory.