Medical diagnosis prediction is crucial for disease detection and personalized healthcare.
Machine learning models face limitations in generalizing to unseen cases due to their reliance on supervised training and the need for large labeled datasets.
A new approach called KERAP, a knowledge graph-enhanced reasoning method, addresses challenges faced by large language models in diagnosis prediction by using a multi-agent architecture.
Experimental results show that KERAP enhances diagnostic reliability and offers a scalable and interpretable solution for zero-shot medical diagnosis prediction.