Lectures:
1 introduction
2 combinatorial games, graph games
3 the game of NIM, the Sprague-Grundy function
4 sums of games and their solution using the Sprague-Grundy function
5 two-person zero-sum games in the strategic form, matrix games
6 dominated strategies, saddle points, mixed strategies
7 solving matrix games by transformation to a linear programming problem
8 linear programming
9 two-person zero-sum games in the extensive form, Kuhn tree, chance moves, games of imperfect information
10 two-person general-sum games in the strategic form, bimatrix games, Nash equilibria
11 cooperative games with transferable utility
12 games in coalitional form
Tutorials:
the content of tutorials corresponds to the content of lectures
1 introduction
2 combinatorial games, graph games
3 the game of NIM, the Sprague-Grundy function
4 sums of games and their solution using the Sprague-Grundy function
5 two-person zero-sum games in the strategic form, matrix games
6 dominated strategies, saddle points, mixed strategies
7 solving matrix games by transformation to a linear programming problem
8 linear programming
9 two-person zero-sum games in the extensive form, Kuhn tree, chance moves, games of imperfect information
10 two-person general-sum games in the strategic form, bimatrix games, Nash equilibria
11 cooperative games with transferable utility
12 games in coalitional form
Tutorials:
the content of tutorials corresponds to the content of lectures