Timezone: »
We consider an online regression setting in which individuals adapt to the regression model: arriving individuals are aware of the current model, and invest strategically in modifying their own features so as to improve the predicted score that the current model assigns to them. Such feature manipulation has been observed in various scenarios---from credit assessment to school admissions---posing a challenge for the learner. Surprisingly, we find that such strategic manipulations may in fact help the learner recover the meaningful variables---that is, the features that, when changed, affect the true label (as opposed to non-meaningful features that have no effect). We show that even simple behavior on the learner's part allows her to simultaneously i) accurately recover the meaningful features, and ii) incentivize agents to invest in these meaningful features, providing incentives for improvement.
Author Information
Yahav Bechavod (Hebrew University)
Yahav Bechavod is a PhD candidate at the School of Computer Science and Engineering at the Hebrew University of Jerusalem, advised by Amit Daniely and Katrina Ligett. He is an Apple PhD fellow in AI/ML, and a recipient of the Charles Clore Foundation PhD Fellowship. He also holds an MS (Computer Science) and a BS (Mathematics and Computer Science), both from the Hebrew University. Yahav's research explores foundational questions in the field of algorithmic fairness, such as: (1) characterizing the amount of friction between utility and fairness in various settings, (2) providing novel algorithms guaranteeing high utility and fairness in the face of limited or partial feedback, and (3) making clever use of human feedback in the learning loop in auditing for unfairness.
Katrina Ligett (Hebrew University)
Steven Wu (Carnegie Mellon University)
Juba Ziani (University of Pennsylvania)
More from the Same Authors
-
2021 : What Would the Expert do()?: Causal Imitation Learning »
Gokul Swamy · Sanjiban Choudhury · James Bagnell · Steven Wu -
2021 : Iterative Methods for Private Synthetic Data: Unifying Framework and New Methods »
Terrance Liu · Giuseppe Vietri · Steven Wu -
2021 : What Would the Expert do()?: Causal Imitation Learning »
Gokul Swamy · Sanjiban Choudhury · James Bagnell · Steven Wu -
2021 : What Would the Expert $do(\cdot)$?: Causal Imitation Learning »
Gokul Swamy · Sanjiban Choudhury · James Bagnell · Steven Wu -
2021 : Bayesian Persuasion for Algorithmic Recourse »
Keegan Harris · Valerie Chen · Joon Sik Kim · Ameet Talwalkar · Hoda Heidari · Steven Wu -
2021 : What Would the Expert $do(\cdot)$?: Causal Imitation Learning »
Gokul Swamy · Sanjiban Choudhury · James Bagnell · Steven Wu -
2021 : Information Discrepancy in Strategic Learning »
Yahav Bechavod · Chara Podimata · Steven Wu · Juba Ziani -
2021 : Gaming Helps! Learning from Strategic Interactions in Natural Dynamics »
Yahav Bechavod · Katrina Ligett · Steven Wu · Juba Ziani -
2021 : Bayesian Persuasion for Algorithmic Recourse »
Keegan Harris · Valerie Chen · Joon Kim · Ameet S Talwalkar · Hoda Heidari · Steven Wu -
2021 : What Would the Expert $do(\cdot)$?: Causal Imitation Learning »
Gokul Swamy · Sanjiban Choudhury · James Bagnell · Steven Wu -
2021 : What Would the Expert $do(\cdot)$?: Causal Imitation Learning »
Gokul Swamy · Sanjiban Choudhury · James Bagnell · Steven Wu -
2021 : What Would the Expert $do(\cdot)$?: Causal Imitation Learning »
Gokul Swamy · Sanjiban Choudhury · James Bagnell · Steven Wu -
2021 : Information Discrepancy in Strategic Learning »
Yahav Bechavod · Chara Podimata · Steven Wu · Juba Ziani -
2021 : Bayesian Persuasion for Algorithmic Recourse »
Keegan Harris · Valerie Chen · Joon Kim · Ameet S Talwalkar · Hoda Heidari · Steven Wu -
2022 : Strategy-Aware Contextual Bandits »
Keegan Harris · Chara Podimata · Steven Wu -
2022 : Choosing Public Datasets for Private Machine Learning via Gradient Subspace Distance »
Xin Gu · Gautam Kamath · Steven Wu -
2022 : Strategy-Aware Contextual Bandits »
Keegan Harris · Chara Podimata · Steven Wu -
2022 : Strategy-Aware Contextual Bandits »
Keegan Harris · Chara Podimata · Steven Wu -
2022 : Differentially Private Gradient Boosting on Linear Learners for Tabular Data »
Saeyoung Rho · Shuai Tang · Sergul Aydore · Michael Kearns · Aaron Roth · Yu-Xiang Wang · Steven Wu · Cedric Archambeau -
2022 : Counterfactual Decision Support Under Treatment-Conditional Outcome Measurement Error »
Luke Guerdan · Amanda Coston · Kenneth Holstein · Steven Wu -
2022 : Privacy Panel »
Mario Fritz · Katrina Ligett · Vamsi Potluru · Shuai Tang -
2022 Poster: On Privacy and Personalization in Cross-Silo Federated Learning »
Ken Liu · Shengyuan Hu · Steven Wu · Virginia Smith -
2022 Poster: Brownian Noise Reduction: Maximizing Privacy Subject to Accuracy Constraints »
Justin Whitehouse · Aaditya Ramdas · Steven Wu · Ryan Rogers -
2022 Poster: Incentivizing Combinatorial Bandit Exploration »
Xinyan Hu · Dung Ngo · Aleksandrs Slivkins · Steven Wu -
2022 Poster: Sequence Model Imitation Learning with Unobserved Contexts »
Gokul Swamy · Sanjiban Choudhury · J. Bagnell · Steven Wu -
2022 Poster: Private Synthetic Data for Multitask Learning and Marginal Queries »
Giuseppe Vietri · Cedric Archambeau · Sergul Aydore · William Brown · Michael Kearns · Aaron Roth · Ankit Siva · Shuai Tang · Steven Wu -
2022 Poster: Minimax Optimal Online Imitation Learning via Replay Estimation »
Gokul Swamy · Nived Rajaraman · Matt Peng · Sanjiban Choudhury · J. Bagnell · Steven Wu · Jiantao Jiao · Kannan Ramchandran -
2022 Poster: Bayesian Persuasion for Algorithmic Recourse »
Keegan Harris · Valerie Chen · Joon Kim · Ameet Talwalkar · Hoda Heidari · Steven Wu -
2021 : Leveraging strategic interactions for causal discovery »
Steven Wu -
2021 : Bayesian Persuasion for Algorithmic Recourse »
Keegan Harris · Valerie Chen · Joon Sik Kim · Ameet Talwalkar · Hoda Heidari · Steven Wu -
2021 : What Would the Expert do()?: Causal Imitation Learning »
Gokul Swamy · Sanjiban Choudhury · James Bagnell · Steven Wu -
2021 Poster: Iterative Methods for Private Synthetic Data: Unifying Framework and New Methods »
Terrance Liu · Giuseppe Vietri · Steven Wu -
2021 Poster: Stateful Strategic Regression »
Keegan Harris · Hoda Heidari · Steven Wu -
2020 : Invited Talk #2: Katrina Ligett (Hebrew University) »
Katrina Ligett -
2020 Poster: Metric-Free Individual Fairness in Online Learning »
Yahav Bechavod · Christopher Jung · Steven Wu -
2020 Poster: Understanding Gradient Clipping in Private SGD: A Geometric Perspective »
Xiangyi Chen · Steven Wu · Mingyi Hong -
2020 Poster: Distributed Training with Heterogeneous Data: Bridging Median- and Mean-Based Algorithms »
Xiangyi Chen · Tiancong Chen · Haoran Sun · Steven Wu · Mingyi Hong -
2020 Spotlight: Understanding Gradient Clipping in Private SGD: A Geometric Perspective »
Xiangyi Chen · Steven Wu · Mingyi Hong -
2020 Oral: Metric-Free Individual Fairness in Online Learning »
Yahav Bechavod · Christopher Jung · Steven Wu -
2020 Session: Orals & Spotlights Track 20: Social/Adversarial Learning »
Steven Wu · Miro Dudik -
2019 Poster: Equal Opportunity in Online Classification with Partial Feedback »
Yahav Bechavod · Katrina Ligett · Aaron Roth · Bo Waggoner · Steven Wu -
2019 Poster: Random Quadratic Forms with Dependence: Applications to Restricted Isometry and Beyond »
Arindam Banerjee · Qilong Gu · Vidyashankar Sivakumar · Steven Wu -
2019 Poster: Private Hypothesis Selection »
Mark Bun · Gautam Kamath · Thomas Steinke · Steven Wu -
2019 Poster: A Necessary and Sufficient Stability Notion for Adaptive Generalization »
Moshe Shenfeld · Katrina Ligett -
2019 Poster: Locally Private Gaussian Estimation »
Matthew Joseph · Janardhan Kulkarni · Jieming Mao · Steven Wu -
2017 : Spotlights »
Antti Kangasrääsiö · Richard Everett · Yitao Liang · Yang Cai · Steven Wu · Vidya Muthukumar · Sven Schmit -
2017 Poster: Accuracy First: Selecting a Differential Privacy Level for Accuracy Constrained ERM »
Katrina Ligett · Seth Neel · Aaron Roth · Bo Waggoner · Steven Wu -
2016 Poster: Learning from Rational Behavior: Predicting Solutions to Unknown Linear Programs »
Shahin Jabbari · Ryan Rogers · Aaron Roth · Steven Wu -
2014 Tutorial: Differential Privacy and Learning: The Tools, The Results, and The Frontier »
Katrina Ligett -
2012 Poster: A Simple and Practical Algorithm for Differentially Private Data Release »
Moritz Hardt · Katrina Ligett · Frank McSherry