๐Ÿ† Congratulations to Huizi on Winning Outstanding Award at GBA Forum 2025!

๐ŸŽ‰ Big News! Our core team member Yu Huizi has been honored with the Outstanding Award in the Science and Engineering Academic Oral Presentation at the Greater Bay Area Graduate Research Forum 2025!

This prestigious recognition not only celebrates Huizi’s exceptional research communication skills but also reflects the growing impact of the AIPatient project. ๐Ÿ…

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Certificate of Honor

Yu Huizi
Science and Engineering Section ยท Academic Oral Presentation
Outstanding Award

Greater Bay Area Graduate Research Forum 2025
November 1, 2025
WILEY

๐Ÿง  Behind the Honor: Growing with AIPatient

This award recognizes Huizi’s outstanding oral presentation on our team’s groundbreaking work published in Communications Medicine โ€” AIPatient: Simulating Patients with EHRs and LLM Powered Agentic Workflow. As a core contributor, Huizi delivered a compelling talk on leveraging LLM-powered agentic workflows and electronic health records to build high-fidelity simulated patient systems, earning high praise from the forum judges.

  • โœ… High-Fidelity Knowledge Graph (AIPatient KG, F1 0.89)
  • โœ… Six-Agent Reasoning RAG Architecture achieving 94.15% accuracy in medical QA
  • โœ… Superior Readability & Robustness, offering new paradigms for medical education and clinical decision-making

๐Ÿ”— Explore the Original Project Page

To dive deeper into the AIPatient framework โ€” including core methodology, technical specifications, performance evaluations, and future directions โ€” please visit the project page or read the full paper published in Communications Medicine.

The original page covers the complete Core Methodology (AIPatient Knowledge Graph + Reasoning RAG Workflow), Technical Specifications, Performance Evaluation, and Future Directions โ€” an essential resource for understanding this cutting-edge simulated patient system.


๐Ÿ’ A Message from the Team

From extracting high-quality patient data from MIMIC-III to orchestrating six specialized agents in a reasoning workflow โ€” every achievement reflects Huizi’s dedication and the collective effort of the entire team. Winning the Outstanding Award at the Greater Bay Area Graduate Research Forum 2025 is both a celebration of past work and a stepping stone toward even greater impact.

Please join us in extending our warmest congratulations to Huizi! ๐ŸŽŠ๐ŸŽˆ


Shaping the future of medical simulation with agentic intelligence.
ยฉ AIPatient Team ยท Congratulatory Page | Built in the style of the original project page
Lizhou Fan
Lizhou Fan
Vice-Chancellor Assistant Professor

My research interests include artificial intelligence, neuropsychiatric disorders, digital mental health, and health informatics.