RestorerID: Towards Tuning-Free Face Restoration with ID Preservation
Jiacheng Ying, Mushui Liu, Zhe Wu, Runming Zhang, Zhu Yu, Siming Fu,, Si-Yuan Cao, Chao Wu, Yunlong Yu, Hui-Liang Shen

TL;DR
RestorerID is a tuning-free, diffusion model-based face restoration method that effectively preserves ID information across various degradation levels using a single reference image.
Contribution
It introduces a novel framework combining ID injection with blind face restoration and a Face ID Rebalancing Adapter to improve ID preservation without tuning.
Findings
Outperforms test-tuning and other reference-guided methods in ID preservation.
Effectively restores high-quality faces across different degradation levels.
Demonstrates superior results on Celeb-Ref and real-world datasets.
Abstract
Blind face restoration has made great progress in producing high-quality and lifelike images. Yet it remains challenging to preserve the ID information especially when the degradation is heavy. Current reference-guided face restoration approaches either require face alignment or personalized test-tuning, which are unfaithful or time-consuming. In this paper, we propose a tuning-free method named RestorerID that incorporates ID preservation during face restoration. RestorerID is a diffusion model-based method that restores low-quality images with varying levels of degradation by using a single reference image. To achieve this, we propose a unified framework to combine the ID injection with the base blind face restoration model. In addition, we design a novel Face ID Rebalancing Adapter (FIR-Adapter) to tackle the problems of content unconsistency and contours misalignment that are caused…
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Taxonomy
TopicsFace recognition and analysis · Medical Imaging and Analysis · Biometric Identification and Security
MethodsAdapter · Balanced Selection · Diffusion
