Human-AI Collaboration

This book constitutes the refereed proceedings of the First International Workshop, HAIC 2025, held in Conjunction with MICCAI 2025, Daejeon, South Korea, in September 27, 2025.

The 9 full papers presented in this book were carefully selected and reviewed from 12 submissions. These papers have been organized in the following topical sections:

Medical image computing; computer-assisted intervention; human-ai collaboration; human-computer interaction; human factor modeling; medical image analysis.

Klappentext

.- Design and assessment for joint systems and workflows. .- Beyond Manual Annotation: A Human-AI Collaborative Framework for Medical Image Segmentation Using Only "Better or Worse" Expert Feedback. .- A methodology for clinically driven interactive segmentation evaluation. .- Interactive environments for clinical training, education,and human-AI teaming. .- Explainable AI for Automated User-specific Feedback in Surgical Skill Acquisition. .- Real-Time, Dynamic, and Highly Generalizable Ultrasound Image Simulation-Guided Procedure Training System for Musculoskeletal Minimally Invasive Treatment. .- Human-in-the-loop model training. .- Learning What is Worth Learning: Active and Sequential Domain Adaptation for Multi-modal Gross Tumor Volume Segmentation. .- Guided Active Learning for Medical Image Segmentation. .- Applications of human-AI interaction, collaboration, and human factor analysis. .- User Perception of Attention Visualizations: Effects on Interpretability Across Evidence-Based Medical Documents. .- Simulating Inter-observer Variability Across Clinical Experience Levels. .- Boosting transparency, interpretability, and risk management. .- Perceptual Evaluation of GANs and Diffusion Models for Generating X-rays.

Inhalt

.- Design and assessment for joint systems and workflows.
.- Beyond Manual Annotation: A Human-AI Collaborative Framework for Medical Image Segmentation Using Only Better or Worse Expert Feedback.
.- A methodology for clinically driven interactive segmentation evaluation.
.- Interactive environments for clinical training, education,and human-AI teaming.
.- Explainable AI for Automated User-specific Feedback in Surgical Skill Acquisition.
.- Real-Time, Dynamic, and Highly Generalizable Ultrasound Image Simulation-Guided Procedure Training System for Musculoskeletal Minimally Invasive Treatment.
.- Human-in-the-loop model training.
.- Learning What is Worth Learning: Active and Sequential Domain Adaptation for Multi-modal Gross Tumor Volume Segmentation.
.- Guided Active Learning for Medical Image Segmentation.
.- Applications of human-AI interaction, collaboration, and human factor analysis.
.- User Perception of Attention Visualizations: Effects on Interpretability Across Evidence-Based Medical Documents.
.- Simulating Inter-observer Variability Across Clinical Experience Levels.
.- Boosting transparency, interpretability, and risk management.
.- Perceptual Evaluation of GANs and Diffusion Models for Generating X-rays.