CovsirPhy: Python library for COVID-19 analysis with phase-dependent SIR-derived ODE models.

This repository hosts my master's thesis project.

Repository for the course Computational Biology (CS-2456) at Ashoka University in the Spring 2024 semester.

(2024) Modeling electric vehicle adoption with differential equations by Dallin Stewart, Jeff Hansen, Gwen Martin, Eliza Powell

An SIR model for predicting the spread of an infectious disease

A repository to store all of my epidemiological predictive models, including a basic SIR model and it's modifications. This repository also has some other fun models, including the SIInZD model for zombie outbreaks, and a model to predict the population growth of the Diclonious race from Elfen Lied. These models are written in C++ and use OpenMP.

Franklin-powered website.

This application simulates and visualizes the SIR model for infectious disease spread.

repository per codici per il corso di introduzione alla teoria bayesiana della probabilità

TBVAX Model

An Extended SIR Mathematical Model for Lumpy Skin Disease and Associated Properties

Implementation of the numerical scheme for the solution of the age-structured SVeaiR model

Vectored GPU based compartmental simulations. Easy to use. With some ABC (Approximate Bayesian Computation) utils

All evaluable exercises for Technomathematics Workshop subject, taught by David Gomez Castro in Complutense University of Madrid in 2022/23

(project) COVID-19 Simulation used Computing System

SIR model parameter estimation using a novel algorithm for differentiated uniformization.

Simulating epidemics using Python

More than a year after the onset of the CoVid-19 pandemic in the UK: lessons learned from a minimalistic model capturing essential aspects including social awareness and policy making

Simulation of the SIR model written in C#. Writes per day outputs to CSV for easy ingestion into a visualizer.