6.853 Topics in Algorithmic Game Theory: Algorithmic Game Theory and Data Science
Spring 2019
Instructors: Konstantinos Daskalakis, Vasilis Syrgkanis
TAs: Govind Lalgudi Ramnarayan, Devendra Anil Shelar
Lecture:
TR2.30-4
(54-100)
Office hours: T 4:30-6
(26-210)
Information:
How do you setup an auction to optimize revenue? How do you price cloud resources to optimize efficiency? More broadly, how do you solve an optimization problem when your inputs are supplied by strategic agents with a keen interest on your solution, and who may therefore misreport their inputs to manipulate the result? How do you inform all these answers when you have access to data?
This class, situated at the intersection of Algorithms, Game Theory and Machine Learning, will present an analytical and computational framework to approach optimization and inference problems of this form. In doing so, we will also look at the foundations of Game Theory, Learning Theory and Econometrics.
Prerequisites:
Intro to algorithms or Intro to optimization(6.006/6.046 or
equivalent), intro to probability (6.042/6.041 or equivalent)
Piazza link: https://piazza.com/class/jrr81wuvjxg2hv
Course webpage:: http://vsyrgkanis.com/6853sp19/
Announcements
Hmmm...
On a second thought, I realized that the deadline was this morning. Thanks to those who already submitted!Best
Costis
Announced on 20 May 2019 4:00 p.m. by Konstantinos Daskalakis
Class eval
Dear all:Please take a moment to complete the class evaluation form! Thank you, and good luck with your projects!
Best,
Costis
Announced on 20 May 2019 3:56 p.m. by Konstantinos Daskalakis
No Class Today
Dear all:In case you missed Tuesday's lecture, this is a reminder that there is no class today. Please use the time to work on your project, or just enjoy the last day of classes!
Best,
Costis
Announced on 16 May 2019 1:43 p.m. by Konstantinos Daskalakis
Project feedback, deadline
Announced on 07 May 2019 12:28 a.m. by Konstantinos Daskalakis
Econometrics Chapter
Hi all:Today we are entering the third (and final) chapter of our class, focused on Econometrics. In the next three lectures, I will present some fundamentals of distribution estimation from Statistics. Using these foundations we will dive into inferring bidders’ preferences from their observed behavior in auctions, and will use our inferred preferences to do counter-factual predictions of what would happen in other auctions.
Best,
Costis
Announced on 23 April 2019 11:36 a.m. by Konstantinos Daskalakis