Games or ‘Strategic Interactions’ can be found in all walks of life. Examples of such scenarios are two firms competing for market share, politicians contesting elections, different bidders participating in an auction for wireless spectrum, coal blocks etc. Game theory provides a convenient framework to model and interpret the behavior of participants in such strategic interactions. Hence it can be applied to solve a wide variety of problems involving diverse areas such as Markets, Auctions, Online Retail, Cold War, Paying Taxes, Bargaining, Elections, Portfolio Management etc. Therefore, both undergraduate and postgraduate students and professionals from diverse backgrounds such as Scientists, Engineers, Managers, Politicians and Political Scientists, Economists, Mathematicians etc will find the course content useful. Examples and exercises will be motivated by problems close to real life scenarios.INTENDED AUDIENCE : Students: Engineering, Management,Economics, Mathematics Professionals: Engineers, Scientists, Managers, Economists, Academicians, Policy Makers.INDUSTRY SUPPORT : This is a undergraduate core course required as a foundation to other courses in Microwave, Optical, and Antenna engineering.
Week 1: Normal Games and Nash Equilibrium.Week 2: Mixed Strategies.Week 3: Sequential Games.Week 4: Games with Incomplete Information.Week 5: AuctionsWeek 6: Repeated GamesWeek 7: Cooperative GamesWeek 8: Bargaining and Negotiation