The field of text-to-image synthesis and editing is rapidly advancing, with a focus on improving the control and fidelity of generated images. Recent developments have introduced new methods for incorporating negative prompt guidance, style-specific content creation, and anomaly generation. These innovations have led to significant improvements in image quality and adherence to textual prompts. Notably, the integration of large language models and diffusion transformers has enhanced the understanding and execution of complex instructions. Furthermore, advances in autoregressive modeling and flow matching have enabled more precise and efficient image editing. Overall, the field is moving towards more sophisticated and controllable image synthesis and editing capabilities. Noteworthy papers include VSF, which introduces a simple and efficient method for negative prompt guidance, and DeCoT, which leverages large language models to enhance text-to-image generation. Additionally, papers like SAGA and CurveFlow have made significant contributions to improving the fidelity and control of generated images.
Advances in Text-to-Image Synthesis and Editing
Sources
VSF: Simple, Efficient, and Effective Negative Guidance in Few-Step Image Generation Models By \underline{V}alue \underline{S}ign \underline{F}lip
DeCoT: Decomposing Complex Instructions for Enhanced Text-to-Image Generation with Large Language Models
CTA-Flux: Integrating Chinese Cultural Semantics into High-Quality English Text-to-Image Communities