Section: SELF-EVALUATION | Modelling marine diseases with ordinary differential equations using Matlab, [2021/11][eng] | OCW

ISSN 2255-2316

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Section outline

- Select activity Self-Evaluation EXERCISE 1: Build up a SEIR model
  
  Self-Evaluation EXERCISE 1: Build up a SEIR model File
- Select activity Solution to Self-Evaluation Exercise 1: MATLAB code for the SEIR model
  
  Solution to Self-Evaluation Exercise 1: MATLAB code for the SEIR model Folder
  
  The student will evaluate the constructed model by comparing it to the provided solutions and completing the self-evaluation form.
- Select activity Self-Evaluation EXERCISE 2: Build up the SIPDB model
  
  Self-Evaluation EXERCISE 2: Build up the SIPDB model File
- Select activity Solution to Self-Evaluation Exercise 2: MATLAB code for the SIPDB model
  
  Solution to Self-Evaluation Exercise 2: MATLAB code for the SIPDB model Folder
- Select activity SELF-Evaluation EXERCISE 3: Running simulations using the Graphical User Interface (GUI) for marine disease modelling
  
  SELF-Evaluation EXERCISE 3: Running simulations using the Graphical User Interface (GUI) for marine disease modelling File
- Select activity Self-Evaluation EXERCISE 3: Matlab files for using the GUI
  
  Self-Evaluation EXERCISE 3: Matlab files for using the GUI Folder
- Select activity Download the GUI from the MATLAB Central, File Exchanges.
  
  Download the GUI from the MATLAB Central, File Exchanges. URL