Skip to content

The mathematical modeling of the optimal strategy for influenza vaccination was studied using a transmission dynamics model that considered population movement, province, and age group

License

Notifications You must be signed in to change notification settings

ZEROXMU/Flu_vac_model_mc_2024

Repository files navigation

Flu_vac_model_mc_2024

The mathematical modeling of the optimal strategy for influenza vaccination was studied using a transmission dynamics model that considered population movement, province, and age group

How to use

As simple as pie ! Reference model code, import data, and simulate ~

paraphrase

FLOW_MATRIX_NUMBER_3D_2023.npy: Population mobility data
BI_8M_12M.xlsx:Validate data set 1
ill.xlsx: Validate data set 2
初值.xlsx: Model parameters and initial values
national.csv: Computational validation data

FYI, Remember to modify the code file path to suit your device

About

The mathematical modeling of the optimal strategy for influenza vaccination was studied using a transmission dynamics model that considered population movement, province, and age group

Topics

Resources

License

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published