Research on LLMs for emergency medicine

Publications

Peer-reviewed and in-progress papers driving our emergency department simulation work.

Below is a growing list of our publications exploring how large language models can support emergency department teams.

  • EDSim: An Agentic Simulator for Emergency Department Operations
    npj Digital Medicine – Submitted
    Authors: Jiajun Wu, Hutton Ledingham, Zirui Wang, Braden Teitge, Alexander Burn, Oussama Ouadihi, Mohamad Ghattas, Darin Vicaldo, Sergiu Cociuba, Megan Harmon, Tanvir Chowdhury, Zack Marshall, Tyler Williamson, Tracie Risling, Eddy Lang, Jiayu Zhou, Jessalyn Holodinsky, Steve Drew
    Introduces an agentic emergency department simulator that combines LLM-driven clinician and patient behavior with data-driven operational modeling for workflow experiments.

  • Fine-tuned large language models guided by physician feedback can improve patient chart summarization for emergency departments
    ICEM 2025 – International Conference on Emergency Medicine – Conference Presentation
    Authors: Jiajun Wu, Hanzhe Wei, Braden Teitge, Jessalyn Holodinsky, Kyle Exner, Steve Drew
    Demonstrates how clinician-in-the-loop fine-tuning boosts the quality and utility of ED chart summaries.

  • Small Language Models for Emergency Departments Decision Support: A Benchmark Study
    Accepted to 2025 IEEE International Conference on Autonomous and Trusted Computing (ATC 2025) – Conference Paper
    Authors: Zirui Wang, Jiajun Wu, Braden Teitge, Jessalyn Holodinsky, Steve Drew
    Evaluates compact models for ED decision-support tasks, highlighting trade-offs between accuracy, latency, and deployability.

  • Dual-stage and Lightweight Patient Chart Summarization for Emergency Physicians
    Accepted at IEEE Annual Congress on Artificial Intelligence of Things (IEEE AIoT) 2025 – Conference Paper
    Authors: Jiajun Wu, Swaleh Zaidi, Braden Teitge, Henry Leung, Jiayu Zhou, Jessalyn Holodinsky, Steve Drew
    Introduces a two-step summarization pipeline that balances comprehension with speed for frontline clinicians.