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Economics 109: Game Theory (combined A00 and B00 classes)
Schedule: All class meetings will take place remotely using Zoom according to the schedule below (all times Pacific).
Grading Weights: The raw total is 100 points: 5 points for reflection surveys, 5 bonus points, 60 points for exams, 30 points for problem sets. The worst exam and worst problem set will notbe counted towards the grade.
Examinations: There will be 5 short (50 min) examinations: 4 midterms on each even week and final on Saturday of the last week. The exams will be self-proctored on Zoom, with students locally recording themselves taking the exams and then uploading the recordings in Canvas (see protocol in Logistics).
- The midterm exams will take place on Tuesday evenings April 6, April 20, May 4, May 18at 8:00 – 8:50 p.m. Students will be required to download/view the exam questions and submit their answers using both Gradescope (linked within Canvas) and Canvas, be present on Zoom with screen sharing and video on, record their Zoom sessions, and upload their Zoom recordings to Canvas.
- The final exam will comprise a midterm-like part and an interview part. The first part will take place on Saturday June 5 8:00-8:50 a.m. in the same format as the midterms. The interview part will take place on Zoom Saturday June 5 9:00am-11:00am. Not all students will be interviewed. Selections for interviews will be at the discretion of the instructor and TAs, based on (i) random draw, and (ii) in case of any individual problems with midterms and assignments. Each interview will be conducted privately by the instructor and TAs; the student will explain how to solve exam problems.
Problem Sets: There will be (at least) 4 graded assignments. They will be posted on Canvas and will be due on Mondays at 11:59 pm.
Surveys: Please, fill out a very short intro survey on time zones, etc in the first week. At the end of each week, please, fill out a short survey that asks you to name 2-3 things (in 1-2 sentences) you (i) enjoyed learning, (ii) struggled with, and (iii) would like to learn more about. Each survey counts as 0.5 points.
Bonus Points: Bonus points can be earned in two ways: (i) by signing up for and participating in the class panels (each panel is 0.5 points) or (ii) by solving bonus exercises in problem sets. Note that if you do wish to participate in the class panels, you can earn the maximal 5 bonus points only through bonus exercises and vice versa.
Required Textbook: Watson, J., Strategy: An Introduction to Game Theory (W.W. Norton), 3rd edition.
Class Website and Prof. Shishkin’s Office Hours: Materials will be posted on Canvas. Students should log in regularly to follow the schedule, access video lectures, and check for announcements. Prof. Shishkin’s office hours will be on Wednesdays from 8 am to 9:45 am Pacific time at the discussion sessions zoom link. Please, note that the office hour schedule may eventually change.
Teaching Assistants: Malte Lammert ([email protected]), Sasha Levkun ([email protected]), Alex Garland ([email protected]), Giampaolo Bonomi ([email protected]).
Procedure for Questions: It is best to ask questions during class meetings, discussion sessions, and in office hours. In all other cases, questions about the material or logistics are welcome on Piazza. Do not send emails to Prof. Shishkin except to inform him of urgent matters relating to the course (such as letting him know of an illness that necessitates missing an examination).
1. Incidents in which students are suspected of cheating on exams will be reported to the administration.
2. Students have one week from the day in which the midterm examinations and quizzes are graded to report errors in grading and/or to request that problems be re-graded. If a student submits his/her exam for re-grading, then the student’s entire exam will be re-graded by the professor (with no guarantee of a higher total score).
• Normal-form (matrix) and extensive-form representations [familiarity with]• Strategies and mixed strategies [operational understanding]• Best response and dominance [definitions and operational understanding]• Iterated dominance [definition and operational understanding]• Nash equilibrium [definition and calculations, also for games requiring calculus]• Cournot and Bertrand models of oligopoly [ability to calculate the Nash equilibria]• Mixed-strategy Nash equilibrium [definition and ability to compute for 2x2 games]• Backward induction and subgame perfection [rudimentary knowledge]• Stackelberg oligopoly model [ability to calculate the subgame-perfect equilibrium]• Adverse selection [rudimentary understanding, in particular of lemons markets]• Moral hazard [rudimentary understanding]