This repository contain the Notebook used during an #orms course at the Math Dept of the University of Pavia.
Every notebook can be opened directly on the web using Google Colab, by clicking on the corresponding icon.
Teaching.
| Data | Notebook | Link |
|---|---|---|
| [2020/03/17] | Python in a Nutshell |  |
| [2020/03/17] | Solving an LP with Two Variables | |
| [2020/03/17] | The Knapsack Problem | |
| [2020/05/17] | The Traveling Salesman Problem | |
Homework solutions.
| Data | Notebook | Link |
|---|---|---|
| [2020/04/07] | Exercise: Optimal Transport, an Appetizer | |
| [2020/03/31] | Exercise: Data Fitting for COVID19 | |
| [2020/03/24] | Solution Homework 2: Magic Squares | |
| [2020/03/24] | Solution Homework 2: Sudoku | |
| [2020/03/20] | Solution Homework 1 | |
Misc Models.
| Data | Notebook | Link |
|---|---|---|
| [2020/03/23] | n-Queens Problem | |
| Data | Name |
|---|---|
| [2020/05/17] | Traveling Salesman Problem |
| [2020/04/21] | Displacement Interpolation with VGA fonts |
| [2020/04/21] | Optimal Transport 2D |
| [2020/04/21] | Optimal Transport 1D |
| [2020/04/03] | Plot Shortest Path Tree with NetworkX |
| [2020/04/03] | Naive Reverse Dijkstra |
| [2020/04/03] | Solution: Data Fitting for COVID19 |
| [2020/03/31] | Magic Square |
| [2020/03/31] | Sudoku |
OPT4DS Notebooks by Stefano Gualandi is licensed under a Creative Commons Attribution 4.0 International License.
Based on a work at https://github.com/mathcoding/opt4ds.
