Human-centered artificial intelligence framework for overdose mortality surveillance

Published in American Journal of Public Health, 2025

Overdose mortality surveillance relies heavily on Medicolegal Death Investigation (MLI) reports, which contain rich but unstructured clinical narratives. We propose a human-centered AI framework that combines evidence extraction with overdose prediction in a two-stage pipeline. In Stage 1, key evidence spans are extracted from MLI reports. In Stage 2, the extracted evidence is used to predict overdose mortality. Our framework is designed with clinical stakeholders in mind, prioritizing interpretability and transparency throughout.

Overdose mortality surveillance pipeline
Two-stage pipeline: evidence extraction from MLI reports (Stage 1) and overdose prediction (Stage 2).

Recommended citation: K. Hochstatter, S. Muresan, R. Gupta, T. Nadel, A. Jangra, Y. Li, C. Yang, N. D'Anna, H. Johnson, J. Gryczynski, N. El-Bassel, J. Graham, "Human-centered artificial intelligence framework for overdose mortality surveillance," American Journal of Public Health.