After successful completion of the course, students are able to

•  evaluate and classify different solution concepts for game-theoretical problems
• formulate games, model them and apply suitable solution concepts
• conclude solutions to decision-making problems with more than a single decision-maker
• justify strategic thinking and acting

(Bi)Matrix games, saddle point, minimax theorem, combinatorial games, Nash-equilibrium and refinements, inperfect and incomplete information - Bayes games, cooperative game theory, evolutionary game theory, differential games, bargaining theory, theory of auction, possibly mean field games

The basic contents and concepts are presented by the head of the LVA and illustrated and discussed with the help of examples.

Furthermore, the students work through the corresponding chapters in the textbook by Peters (see literature refences below).

First meeting at Mon Oct 4, 2020, 1:30 p.m. TUWEL ZOOM online.

In the winter semester 2020/21, this course will be provided via Podcasts (we will definitely never meet in the seminar room), where I put podcasts in TUWEL and we will meet regularly for a meeting on Monday afternoons; the latter, however, more as needed and not weekly.

The performance is assessed by an examination (written and / or oral) at the end of the semester.

However, it is to be expected that only virtual online exams can be carried out on the exam dates. Those who insist on the type of exam specified in the curriculum may have to write me an email.

Registration on TISS in order to get access for TUWEL.

Game Theory (A Mulit-Level Approach 2nd Edition) - Hans PETERS; 2015 Springer Text in Business and Economics

Further readings:

Game Theory (with Engineering Applictions) - Dario BAUSO; 2016 SIAM - ISBN 978-1-611-974-24-0