An offline, low-resource machine learning triage engine for early preeclampsia pre-detection in crisis-stricken communities.
# π©Ί Preeclampsia Early-Detection AI: Crisis-Context Home-Shield Triage Engine
An open-source, production-grade clinical stratification application leveraging machine learning to predict preeclampsia risk profiles within low-resource environments, conflict-displaced populations, and home settings.
## π Core Innovations
* **Self-Healing Clinical Pipeline:** Integrates an iterative missing-data imputation array (`IterativeImputer`) to calculate missing clinical parameters safely on the fly, eliminating system crashes caused by missing or broken checkup log entry variables.
* **Calibrated Recall Optimization:** Tuned specifically for public health triage frameworks, optimizing decision margins to minimize fatal false-negative errors while maintaining robust statistical classification power.
* **100% Offline Database Architecture:** Leverages a localized SQLite data-logging system, allowing field workers and families to run analytical assessments and track patient profiles securely entirely without internet connectivity.
* **Dual-Tier Emergency Evacuation Protocol:** Features clear, non-technical instructions for family response routines alongside professional intervention protocols for field medics.
## ποΈ Technical Architecture Blueprint
The system utilizes a multi-layered, offline-first pipeline to process clinical input safely and generate highly critical triage protocols:
```text
[ Mother's Input Form ]
β
βΌ
[ Step 1: Symptom Scan Override ] βββ (Active Checkboxes Detected) ββββΊ [ AUTOMATIC EMERGENCY ALERT ]
β β²
β (All Symptoms Clear) β
βΌ β
[ Step 2: Self-Healing Imputer ] ββββΊ (Fills Blank Inputs / NaN Data) β (Risk >= 28% OR
β β Vitals Critic β¦