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    • GPU Differential Evolution with qualitative constraint
      Jupyter Notebook
      1000Updated Jan 21, 2025Jan 21, 2025
    • Methodology for Developing Social networks models for epidemiological studies in Python
      Jupyter Notebook
      MIT License
      1000Updated May 15, 2024May 15, 2024
    • Stochastic network modeling to quantify SARS-CoV-2 co-evolution
      C++
      MIT License
      1100Updated May 15, 2024May 15, 2024
    • For the paper "Modeling the CD8+ T cell immune response to influenza infection in adult and aged mice"
      Jupyter Notebook
      MIT License
      1000Updated May 6, 2024May 6, 2024
    • Tracking influenza with machine learning
      Python
      1000Updated Sep 29, 2022Sep 29, 2022
    • The shape of immunity in SARS-CoV-2
      Jupyter Notebook
      1000Updated Feb 4, 2022Feb 4, 2022
    • COVID-19 Network Model to Evaluate Vaccine Strategies towards Herd Immunity
      Jupyter Notebook
      1200Updated Sep 10, 2021Sep 10, 2021
    • COVID19

      Public
      Python
      1000Updated Sep 2, 2020Sep 2, 2020
    • Code for project testing/simulation platform
      Python
      MIT License
      1000Updated Aug 7, 2020Aug 7, 2020
    • Testing platform for COVID-19 mitigation policies in small supermarkets
      Python
      MIT License
      1000Updated Aug 6, 2020Aug 6, 2020
    • Parameter estimation for PDEs
      Python
      MIT License
      61000Updated Sep 12, 2019Sep 12, 2019
    • Accompanying code for paper studying influenza co-infection using TDA
      Jupyter Notebook
      1000Updated Jun 17, 2019Jun 17, 2019
    • Discrete-time approach for decay with a certain half-life
      Python
      MIT License
      1000Updated Mar 4, 2019Mar 4, 2019
    • Within- and between-host effects of NAIs against influenza infection
      Jupyter Notebook
      MIT License
      1000Updated Feb 27, 2019Feb 27, 2019
    • Mathematical model of adjuvanted vaccine dynamics
      Jupyter Notebook
      MIT License
      2100Updated Feb 27, 2019Feb 27, 2019
    • Classification of bacterial metabolite data obtained from soil samples into corresponding to Photorhabdus or Xenorhabdus
      Jupyter Notebook
      MIT License
      1000Updated Feb 27, 2019Feb 27, 2019
    • Modeling and Control of Infectious Diseases in the Host with MATLAB and R
      MATLAB
      Apache License 2.0
      0600Updated Feb 27, 2019Feb 27, 2019
    • Data and R code
      Jupyter Notebook
      0100Updated Oct 3, 2018Oct 3, 2018
    • Supplemental simulation code for the paper [link to bioarix]
      R
      MIT License
      0100Updated Dec 20, 2017Dec 20, 2017