Spring 2026: Strategic Computation: Games, Mechanisms, and Information
Spring 2026: Strategic Computation: Games, Mechanisms, and Information
- Time: Mondays and Wednesdays 2:00 – 3:15 PM
- Location: Online (over Zoom)
Overview: This course introduces the foundations of game theory and mechanism design, with a focus on their computational aspects. We study key equilibrium concepts in a variety of settings, including games with incomplete information and repeated interactions. We also explore algorithmic mechanism design and contract design, as well as applications in engineering, computer science, and machine learning.
Syllabus: Syllabus PDF
Class Topics:
| Topics |
|---|
| Normal Form Games |
| Pure and Mixed Nash Equilibrium |
| Correlated Equilibrium |
| Existence and Uniqueness of (Pure/Mixed) Nash Equilibrium |
| Supermodular Games |
| Computation and Approximation of Nash Equilibria |
| A Brief Introduction to Learning in Games |
| Extensive Form Games |
| Repeated Games |
| Games with Incomplete Information & Bayesian Nash Equilibrium |
| Mechanism Design |
| Contract Design |
| Special Topic: Data Markets |
Fall 2025: Graduate Seminar in Machine Learning (COMP 640 004)
Responsible AI for Society: Foundations, Incentives, and Policy
- Time: Wednesdays 2:00 – 3:15 PM
- Location: HRZ 211
Overview: This seminar explores the theoretical foundations and interdisciplinary challenges involved in building responsible AI systems and algorithms. Topics include data privacy, fairness, incentive-aware algorithm design, strategic data sharing, and the legal and policy dimensions of AI, such as intellectual property and regulatory frameworks. By bridging ideas from machine learning and economics, the course aims to equip students with a critical understanding of the technical and societal implications of AI systems.
Syllabus: Syllabus PDF
Sign-up form: Sign up here to present (need to log in with the Rice account)!
Class Schedule: