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Unofficial, provenance-first data archive and county-level model of the 2026 Pennsylvania measles outbreak
Five ODE solvers compared on a stiff SEIR epidemic model, with a time-varying SEIR fit to Italy's COVID-19 data
SIR/SEIR epidemic simulator with network spread, ML forecasting, and scenario comparison
ABDM-compliant rural health grid featuring on-device Edge AI clinical triage, IoT cold-chain telemetry, SEIR outbreak radar, and autonomous drone logistics.
A general framework for quick epidemiological ABM models
Repository listing all the measles resources and tools developed by ForeSITE
SIR/SEIR ODE models with lockdown fitted to Spain's first COVID-19 wave and validated out-of-sample
Simulation des modèles épidémiques SIR et SEIR en Python : comparaison d'Euler et Runge-Kutta 4, étude de convergence et effet de l'incubation
🇮🇳 BNGIS — AI-Powered Neuro-Governance Platform | 8 AI modules: scheme-matching engine, corruption detection (Benford Law + anomaly AI), SEIR epidemic simulator, flood-risk scoring, multilingual grievance NLP, transparency blockchain | FastAPI · 25 tests · CI/CD · Docker · ₹0 cost
Policy-aware epidemiological modeling using SIR and SEIR compartmental models with time-varying transmission and recovery rates for improved COVID-19 forecasting.
Public health intelligence suite combining real-time BERT NLP symptom classification with SEIR compartment models, Leaflet.js interactive maps, and trend simulations.
Four-compartment SEIR epidemic model in MATLAB - R0 threshold, Jacobian eigenvalue stability analysis, ode45 simulation and phase portraits.
"Life simulation" of a SEIR inspired model to better understand pandemic using python
A full textbook turned into code: every derivation, model, and proof from An Introduction to Mathematical Modeling of Infectious Diseases (Li, 2018), reproduced and numerically verified in parallel Python/R notebooks.
Genetic Algorithm-Optimized SEIR-V Model for Wastewater Epidemiology
R package and reproducibility repository for robust LAD and LSQ calibration, simulation, and forecasting with time-varying SEIR models.
Pulse-driven SEIR simulation of the scream effect in directed social networks, with threshold, pulse-intensity, and k-core interventions.
Python toolkit for epidemiological modelling and reporting. SIR/SEIR/SEIRD compartmental models, sensitivity analysis, interactive visualisations, and automated HTML/Markdown/JSON reports, built for low-resource health contexts.
Open epidemiology platform for Africa : OpenEpi rewrite in React/TypeScript with epidemic simulation, geospatial mapping, in-browser R IDE, and multilingual support including Mooré, Wolof, Swahili and Haoussa.
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