Clinical onboarding, documentation, and discharge workflows are still fragmented and labor-intensive, restraining efficiency and consistency in hospital workflows. Here, we introduce a modular, memory-extended multi-agent architecture to automate and manage these workflows through three specialist agents. The Onboarding Agent combines demographic and historical information to pre-populate intake documents and uses an ensemble of ARIMA, LSTM, and XGBoost models for wait-time estimation (MAE = 14.9 min), boosting timeliness in operations. The Clinical Notes Agent, based on transformer-based language architectures (ClinicalBERT), conducts biomedical named entity recognition and structured SOAP note composition, reaching F1-scores of 0.66 (TREATMENT), 0.62 (PROBLEM), and 0.55 (TEST), outclassing rule-based baselines. The Discharge Agent generates treatment summaries and follow-up intentions, ensuring accuracy and completeness of patient instructions. Coordinated through a shared memory substrate, agentic orchestration reduces normalized edit distance to reference notes to 0.250 (from 0.385) (Δ = 0.135; p = 0.0002) and boosts discharge accuracy by 10.5 percentage points (p = 0.0006). Tested offline on public datasets, the architecture shows that context-aware, interoperable agentic AI can efficiently diminish documentation workload, boost information fidelity, and enable enhanced workflow coordination under clinician oversight, and provides a reproducible platform compliant with risk protocols for large-scale, safe, and data-driven healthcare operations.
A Modular Multi-Agent Framework for Clinical Documentation and Hospital Operations
Banani Mohapatra,Bhavnish Walia,Sital Dash
Published 2025 in International Conference on Advances in Computing and Artificial Intelligence
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- Publication year
2025
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International Conference on Advances in Computing and Artificial Intelligence
- Publication date
2025-12-26
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