面向扩散模型的图像水印方法研究综述OA
Survey of image watermarking methods for diffusion models
随着扩散模型的迅速发展,真实与AI生成图像的界限日益模糊,引发内容真实性、责任归属和版权保护等关键问题,因此亟需可靠的水印技术进行验证和溯源.为助力研究人员在扩散模型水印领域研究,对扩散模型的水印方法进行了系统调研.首先从嵌入阶段与机制的角度,梳理了不同水印方法的研究进展,构建了面向扩散模型的水印分类框架.其次,分析了基于微调与初始噪声的生成式水印机制,对比了各类方法的优缺点.进一步明确了水印在知识产权保护、AIGC溯源标识及责任追究中的应用场景,并且归纳了涵盖不可感知性、鲁棒性以及水印容量的评估体系.最后,探讨了扩散模型图像水印的当前挑战与未来发展方向,并给出可能的解决方案.
The rapid development of diffusion models increasingly blurs the boundary between real and AI-generated images.This trend triggers critical issues regarding content authenticity,accountability,and copyright protection,and urgently de-mands reliable watermarking techniques for verification and traceability.To assist researchers,this review systematically sur-veyed watermarking methods for diffusion models.Firstly,the paper outlined the advancements of various watermarking app-roaches from the perspective of embedding stages and mechanisms and constructed a watermark classification framework tailo-red for diffusion models.Secondly,it analyzed generative watermarking mechanisms based on fine-tuning and initial noise,comparing their respective strengths and limitations.Furthermore,the study clarified the application scenarios of watermarks in intellectual property protection,AI-generated content(AIGC)traceability,and accountability,and summarized an evaluation system that covered imperceptibility,robustness,and watermark capacity.Finally,the review explored current challenges and future development directions for image watermarking in diffusion models and provides potential solutions.
唐晓亮;孙振
青岛科技大学数据科学学院,山东青岛 266061青岛科技大学数据科学学院,山东青岛 266061
信息技术与安全科学
生成式人工智能数字水印扩散模型内容溯源版权保护生成式水印
generative artificial intelligencedigital watermarkingdiffusion modelcontent traceabilitycopyright protec-tiongenerative watermarking
《计算机应用研究》 2026 (9)
2575-2588,14
山东省重大科技创新工程资助项目(2017CXGC0607)泰山学者海外特聘专家资助项目(tshw201502042)
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