Atala: ASSIGNMENTS | Modelling marine diseases with ordinary differential equations using Matlab, [2021/11][eng]

EXERCISE 1: Build up models for marine disease transmission through contact with environmental pathogens Fitxategia

Solution to Exercise 1: ODEs for SIP and SIPD models and models' description Fitxategia

Solution to Exercise 1: MATLAB code for the SIP model Karpeta

To learn about this solution (model code) and run simulations follow the same steps described for the code in Lesson 5.1

Solution to Exercise 1: MATLAB code for the SIPD model Karpeta

To learn about this solution (model code) and run simulations follow the same steps described for the code in Lesson 5.1

EXERCISE 2: Formulation of Ro for SIP and SIPD models Fitxategia

Solution to Exercise 2: Formulation of Ro for SIP and SIPD models Fitxategia

EXERCISE 3: Build up models for marine disease transmission through filtration of environmental pathogens Fitxategia

Solution to Exercise 3: ODEs for SIPF and SIPDF models and models' description Fitxategia

Solution to Exercise 3: MATLAB code for the SIPF model Karpeta

To learn about this solution (model code) and run simulations follow the same steps described for the code in Exercise 1.

The SIPDF model can be easily constructed similarly to SIPF model, following same steps described to build model SIPD from model SIPD.

EXERCISE 4: Formulation of Ro for SIPF and SIPFD models Fitxategia

Solution to Exercise 4: Formulation of Ro for SIPF and SIPDF models Fitxategia

EXERCISE 5: Sensitivity analisis (SA) of Ro for SIP, SIPD, SIPF and SIPDF models Fitxategia

An Excel file can be used for this exercise. Alternatively, the open source software Calc (LibreOffice) can be used (https://www.libreoffice.org/discover/calc/)

Solution to Exercise 5: Sensitivity analisis (SA) of Ro for SIP, SIPD, SIPF and SIPDF models Fitxategia

Atalaren laburpena