REAL-FM Framework Evaluates Foundation Models in Biomedical Imaging
A new initiative named REAL-FM (Real-world Evaluation and Assessment of Foundation Models) has been launched to evaluate foundation models in the field of biomedical imaging. This framework assesses various aspects, including data quality, technical readiness, clinical significance, workflow integration, and responsible AI practices. Foundation models are transforming biomedical imaging from specific task-oriented models to comprehensive frameworks that incorporate imaging, pathology, clinical records, and genomics. This shift contrasts with the growing trend of sub-specialization in medicine. Challenges such as data scarcity, domain diversity, and limited interpretability highlight the disparity between benchmark achievements and actual clinical utility. The authors emphasize that foundation models should enhance, rather than replace, clinical expertise, showing that their primary function is to assist clinicians despite their proficiency in pattern recognition.
Key facts
- REAL-FM framework assesses data, technical readiness, clinical value, workflow integration, and responsible AI.
- Foundation models are shifting biomedical imaging from task-specific to unified backbone models.
- The vision integrates imaging, pathology, clinical records, and genomics data.
- Modern medicine is moving toward more granular sub-specialization.
- Data scarcity, domain heterogeneity, and limited interpretability create a gap.
- Foundation models should augment, not replace, clinical expertise.
- REAL-FM finds that foundation models excel in pattern recognition.
- The framework aims to separate hype from reality.
Entities
Institutions
- arXiv