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| pub:gtfmas2016 [2016/05/25 12:05] basilico | pub:gtfmas2016 [2021/05/26 06:27] (current) basilico | ||
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| //Lecturer: Dr. Nicola Basilico// | //Lecturer: Dr. Nicola Basilico// | ||
| - | This course provides an introduction to multiagent systems by concentrating on modeling agents interactions by means of competitive games. The main objectives of this course are: conveying basic notions of game theoretical models, discussing in detail some of the algorithms for their resolution, and presenting some recent real-world applications. | + | This course provides an introduction to multiagent systems by concentrating on modeling agents interactions by means of competitive games. The main objectives of this course are: conveying basic notions of game theoretical models, discussing in detail some of the algorithms for their resolution, and presenting some recent real-world applications. | 
| === Announcements === | === Announcements === | ||
| + | * For non-UNIMI students: when certifying the exam I can recognize additional hours for the final project if required by your PhD School' | ||
| + | * Course notes and other material presented in class have been completely uploaded | ||
| * The calendar has been updated: the class of May 10th is postponed to May 25th --- //NB 2016/05/08 13:14// | * The calendar has been updated: the class of May 10th is postponed to May 25th --- //NB 2016/05/08 13:14// | ||
| * A [[http:// | * A [[http:// | ||
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| === Syllabus === | === Syllabus === | ||
| - Introduction to Algorithmic Game Theory, self-interested agents, von Neumann-Morgenstern preferences and utilities, definition and examples of strategic form games, strategy profiles and expected utility (April 19th, 2016); | - Introduction to Algorithmic Game Theory, self-interested agents, von Neumann-Morgenstern preferences and utilities, definition and examples of strategic form games, strategy profiles and expected utility (April 19th, 2016); | ||
| - | - Strategy profiles, strictly competitive games, solution concepts, Pareto efficiency, strict, weak and very weak dominance, dominant strategies, iterated removal of dominated actions (April | + | - Strategy profiles, strictly competitive games, solution concepts, Pareto efficiency, strict, weak and very weak dominance, dominant strategies, iterated removal of dominated actions (April | 
| - Algorithms for dominance, Nash, Maxmin/ | - Algorithms for dominance, Nash, Maxmin/ | ||
| - | - Nash and Maxmin, maxmin/ | + | - Nash and Maxmin, maxmin/ | 
| - | - Correlated equilibrium, | + | - Correlated equilibrium, | 
| - | + | ||
| - | === Course notes === | + | |
| - | // | + | |
| - | - Intro: {{: | + | |
| - | - Agents: {{: | + | |
| - | - Games: {{: | + | |
| - | - Concepts (1): {{: | + | |
| === Assignment === | === Assignment === | ||