Python SIR / SIR-VETOR / Endemic / Dengue algorithm
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Updated
Aug 23, 2022 - Jupyter Notebook
Python SIR / SIR-VETOR / Endemic / Dengue algorithm
Delayed first order of approximation SIR model with interactive GUI.
Na tomto úložišti můžeme najít kód, který byl naprogramován k Středoškolské odborné činnost - Využití p-adických čísel v modelování šíření epidemie - Hronová Anna.
Introduction to temporal networks and the activity driven framework with code
(2024) Modeling electric vehicle adoption with differential equations by Dallin Stewart, Jeff Hansen, Gwen Martin, Eliza Powell
A visualization in processing (java) that simulates how things spread inside a network.
East java map of COVID-19 case count forecast. Me and my friend's Community service program (KKN) project.
Custom ODE solver (Euler method) to solve the SIR model differential equations
Fall 2020 - Computational Medicine - course project
Using the SIR model to predict COVID-19 infection patterns. It is a compartmental model with the variables S, I and R for the number of susceptible, infectious and resistant individuals, respectively.
This repository rises as an undergraduate project to reproduce the main article's results "Diffusion as a first model of spread of viral infection".
Code for predicting hospital bed shortage due to COVID 19
A basic SIR model to improve my understanding on the subject.
Worker of prediksicovidjatim
The map of prediksicovidjatim, built with Arcgis Wep Appbuilder Developer Edition.
This is a COVID-19 spread Simulation created in march 2020 using the NewYork Covid-19 death rate at that time as the infection rate and was mapped onto a 1000x1000 grid due to lack of computational resources.
Two models of epidemic spreading in weighted networks using Julia.
Personal Studies on mathematical modeling for epidemics
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