Benchmarking Laparoscopic Surgical Image Restoration and Beyond

• URL: http://arxiv.org/abs/2505.19161v1
• Date: Sun, 25 May 2025 14:17:56 GMT
• Title: Benchmarking Laparoscopic Surgical Image Restoration and Beyond
• Authors: Jialun Pei, Diandian Guo, Donghui Yang, Zhixi Li, Yuxin Feng, Long Ma, Bo Du, Pheng-Ann Heng,
• Abstract summary: In laparoscopic surgery, a clear and high-quality visual field is critical for surgeons to make accurate decisions.<n> persistent visual degradation, including smoke generated by energy devices, lens fogging from thermal gradients, and lens contamination pose risks to patient safety.<n>We introduce a real-world open-source surgical image restoration dataset covering laparoscopic environments, called SurgClean.
• Score: 54.28852320829451
• License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
• Abstract: In laparoscopic surgery, a clear and high-quality visual field is critical for surgeons to make accurate intraoperative decisions. However, persistent visual degradation, including smoke generated by energy devices, lens fogging from thermal gradients, and lens contamination due to blood or tissue fluid splashes during surgical procedures, severely impair visual clarity. These degenerations can seriously hinder surgical workflow and pose risks to patient safety. To systematically investigate and address various forms of surgical scene degradation, we introduce a real-world open-source surgical image restoration dataset covering laparoscopic environments, called SurgClean, which involves multi-type image restoration tasks, e.g., desmoking, defogging, and desplashing. SurgClean comprises 1,020 images with diverse degradation types and corresponding paired reference labels. Based on SurgClean, we establish a standardized evaluation benchmark and provide performance for 22 representative generic task-specific image restoration approaches, including 12 generic and 10 task-specific image restoration approaches. Experimental results reveal substantial performance gaps relative to clinical requirements, highlighting a critical opportunity for algorithm advancements in intelligent surgical restoration. Furthermore, we explore the degradation discrepancies between surgical and natural scenes from structural perception and semantic understanding perspectives, providing fundamental insights for domain-specific image restoration research. Our work aims to empower the capabilities of restoration algorithms to increase surgical environments and improve the efficiency of clinical procedures.

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