Scientific Session
Approximately 8-10 presented papers spanning mature research, emerging work, positions, posters, and demonstrations.
ACM TRUST 2027
Responsible, Explainable, and Ethical-by-Design Artificial Intelligence in Clinical Applications
Track Scope
REED-AI advances trustworthy AI methodologies and deployment frameworks for healthcare and clinical environments. It welcomes original research, position papers, and case studies across explainable and interpretable AI, uncertainty quantification, fairness and bias mitigation, multimodal and foundation models, clinical natural language processing, medical imaging AI, federated and privacy-preserving learning, human-AI collaboration, governance, and post-deployment monitoring.
Particular emphasis is placed on generalizability, reliability, clinician trust, workflow integration, and societal impact.
Motivation
Foundation models, multimodal AI, and generative AI create valuable opportunities in medical imaging, clinical decision support, healthcare operations, and patient engagement. Their clinical deployment remains constrained by concerns about explainability, robustness, uncertainty, fairness, accountability, privacy, and governance.
REED-AI aligns with ACM TRUST 2027 by addressing the complete ecosystem required for trustworthy adoption, including human-centered design, regulatory considerations, transparency mechanisms, uncertainty-aware decision support, fairness evaluation, privacy-preserving learning, and continuous monitoring.
Approximately 8-10 presented papers spanning mature research, emerging work, positions, posters, and demonstrations.
Teams will evaluate predictive performance, explanation quality, uncertainty, failure modes, and clinical communication.
Two invited talks, a panel of 3-4 experts, open discussion, and cross-institutional networking.
Sustainability
The organizers envision a recurring forum supporting mentorship, collaborative publications, shared benchmarks, dataset challenges, and cross-institutional research. Lessons from the scientific session, hackathon, and community discussion will inform future recommendations and research directions.