Timezone: »
Building Algorithms by Playing Games
Jacob D Abernethy
A very popular trick for solving certain types of optimization problems is this: write your objective as the solution of a two-player zero-sum game, endow both players with an appropriate learning algorithm, watch how the opponents compete, and extract an (approximate) solution from the actions/decisions taken by the players throughout the process. This approach is very generic and provides a natural template to produce new and interesting algorithms. I will describe this framework and show how it applies in several scenarios, and describe recent work that draws a connection to the Frank-Wolfe algorithm and Nesterov's Accelerated Gradient Descent.
Author Information
Jacob D Abernethy (University of Michigan)
More from the Same Authors
-
2018 Workshop: CiML 2018 - Machine Learning competitions "in the wild": Playing in the real world or in real time »
Isabelle Guyon · Evelyne Viegas · Sergio Escalera · Jacob D Abernethy -
2017 Workshop: Machine Learning Challenges as a Research Tool »
Isabelle Guyon · Evelyne Viegas · Sergio Escalera · Jacob D Abernethy -
2017 Poster: On Frank-Wolfe and Equilibrium Computation »
Jacob D Abernethy · Jun-Kun Wang -
2017 Spotlight: On Frank-Wolfe and Equilibrium Computation »
Jacob D Abernethy · Jun-Kun Wang -
2016 Poster: Threshold Bandits, With and Without Censored Feedback »
Jacob D Abernethy · Kareem Amin · Ruihao Zhu -
2015 Poster: Fighting Bandits with a New Kind of Smoothness »
Jacob D Abernethy · Chansoo Lee · Ambuj Tewari -
2015 Poster: A Market Framework for Eliciting Private Data »
Bo Waggoner · Rafael Frongillo · Jacob D Abernethy -
2014 Workshop: NIPS Workshop on Transactional Machine Learning and E-Commerce »
David Parkes · David H Wolpert · Jennifer Wortman Vaughan · Jacob D Abernethy · Amos Storkey · Mark Reid · Ping Jin · Nihar Bhadresh Shah · Mehryar Mohri · Luis E Ortiz · Robin Hanson · Aaron Roth · Satyen Kale · Sebastien Lahaie -
2013 Poster: Minimax Optimal Algorithms for Unconstrained Linear Optimization »
Brendan McMahan · Jacob D Abernethy -
2013 Poster: Adaptive Market Making via Online Learning »
Jacob D Abernethy · Satyen Kale -
2013 Poster: How to Hedge an Option Against an Adversary: Black-Scholes Pricing is Minimax Optimal »
Jacob D Abernethy · Peter Bartlett · Rafael Frongillo · Andre Wibisono -
2013 Spotlight: How to Hedge an Option Against an Adversary: Black-Scholes Pricing is Minimax Optimal »
Jacob D Abernethy · Peter Bartlett · Rafael Frongillo · Andre Wibisono -
2013 Oral: Adaptive Market Making via Online Learning »
Jacob D Abernethy · Satyen Kale -
2011 Poster: A Collaborative Mechanism for Crowdsourcing Prediction Problems »
Jacob D Abernethy · Rafael Frongillo -
2011 Oral: A Collaborative Mechanism for Crowdsourcing Prediction Problems »
Jacob D Abernethy · Rafael Frongillo -
2010 Poster: Repeated Games against Budgeted Adversaries »
Jacob D Abernethy · Manfred K. Warmuth