Day 1 Posters
- When Larger Samples Do Not Help: Experimental Anchors for Sequential Evaluations
Daniel Yurovsky (Netflix), David Landy (Netflix)
- Learnings and Pitfalls from AI-Assisted A/B Experimentation at Scale
Brett Daley (Meta), Ilya Gorbachev (Meta), Anubhav Natani (Meta), Nicholas Brown (Meta), Athena Dai (Meta), Rachel Song (Meta), Marcin Pekalski (Meta), Anchal Choubey (Meta), Daniel Ting (Meta)
- Robust Estimation of Prior Parameters in Normal-Normal Empirical Bayes
Manu Burson (Amazon), Ryan Kessler (Amazon)
- Neutral Is Not Free: Evaluating Downside Risk in Neutral Launches
Pablo Alcain (Meta Platforms, Inc.), Abbas Zaidi (Meta Platforms, Inc.), Jason Kang (Meta Platforms, Inc.), Mia Garrard (Meta Platforms, Inc.), Marine Veits (Meta Platforms, Inc.), Houssam Nassif (Meta Platforms, Inc.)
- Beyond the Average Treatment Effect: Detection and Attribution of Temporal Dynamics in Online Experiments
Tracy Zhang (Spotify), Mårten Schultzberg (Spotify)
- The Boundary of Platform Power: Evidence from a Field Experiment in Bangladesh
Yulin Hao (Peking University), Yan Luo (MIT), Catherine Tucker (MIT), Yifei Wang (University of Pittsburgh)
- Measuring the Difference in Interference Level between Two Online Experiment Randomization Strategies
Aurelius A. Zilko (Booking.com), Edoardo Guarnerio (Booking.com)
- Experimenting with AI Agent Behavior via Counterfactual Environments
Manuel Cherep (MIT), Pattie Maes (MIT), Nikhil Singh (Dartmouth)
- Conformal Policy Learning with Distribution-Free Safety Guarantees
Ying Jin (University of Pennsylvania), Naoki Egami (MIT)
- Going From One Experiment to Another: Estimating Treatment Effects Across Populations
Mengjie (Magie) Cheng (UT Austin), Elie Ofek (Harvard Business School), Nathan Vierling-Claassen (Wayfair), Jerry Chen (Wayfair)
- Sequentially Rerandomized Switchback Experiments
Zhenghao Zeng (Stanford GSB), Christopher Adjaho (Airbnb), Alonso Bucarey (Airbnb)
- Deploying Overlap Experimentation for Direct Mail Model Comparison
Quinn Lanners (Upstart)
- Testing for Trends in Online Experiments
Chris Haulk, Lee Richardson, Jacopo Soriano
- Encouraging Online Content Contributions with Peer Recognition and Platform Rewards: Evidence from a Field Experiment and Structural Model
Yikun Jiang (Purdue)
- Enabling Mid-Experiment Changes and Shared Controls
Daniel Ting (Meta)
- Fitting and Checking a Multivariate Empirical Bayes Launch Rule
Bartek Kozakowski, Kenneth Hung, Houssam Nassif, Jingang Miao (Meta)
- Optimal Variance Reduction in Randomized Experiments
Amir Najmi (Google), Michael D. Keselman (independent)
- Learning About Spillovers Without Network Data: What Outcome Dynamics Reveal and What They Do Not
Albert Tan (Amazon), Sadegh Shirani (MIT), James Nordlund (Amazon), Mohsen Bayati (Stanford)
- Designing Optimal Human-AI Collaboration Processes for Complex Decision Tasks
Xinlan Emily Hu (MIT), Zezhen Dawn He (MIT), Dean Eckles (MIT), Ali Jadbabaie (MIT), Thomas W. Malone (MIT)
- Designing Interleaving Experiments for Online Platforms
Weitao Cheng (HKUST), Ningyuan Chen (University of Toronto), Pin Gao (CUHK-Shenzhen), Nian Si (HKUST)
- Adaptive Experiments with Protected Learning and Agentic Orchestration
Shusei Eshima (Netflix), Simon Ejdemyr (Netflix)
- Randomizing the Guardrail: Experimental Design and Inference for Runtime Governance of AI Agents
Himanshu Joshi (University of Texas at Austin, MIT), Shivani Shukla (University of San Francisco), Dhari Gandhi and Sunita Kumari (COHUMAIN Labs)
- Measuring User Session Success as Search Moves Toward Generative AI Answers: Interpreting Good Abandonment
Minha Hwang (Microsoft), Shavak Agrawal (Microsoft), David Chen (Microsoft), Carto Wong (Microsoft), Xin Du (Microsoft), Tiannan Wang (Microsoft), Georg Buscher (Microsoft), Zheng Chen (Simplex AI)
- Measuring Opportunity Cost with Stock Lifetime Value
Geoffrey Decrouez (Zalando SE), Tobias Huelden (Zalando SE), Paresh Nakhe (Zalando SE), Dominik Prugger (Zalando SE)
- AI Sycophancy and Human Decision-Making
Raphael Raux (MIT), Rui Zuo (MIT), Harang Ju (Johns Hopkins), Sinan Aral (MIT)