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20232026
most citedA Decision Theoretic Framework for Measuring AI Reliance

2 citations · 3 across the 17 of their papers we have counts for

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7 papers · 1 filter

cs.DL2026

Learning Checklists to Reduce Lottery Effects in Scientific Peer Review

Xuanyou Liu, Ziyang Guo, Jason Hartline +1

Reviewer lottery error describes error due to a small set of peer reviews attending to only some of the issues with a paper that a larger pool of eligible reviewers would raise. We…

cs.AI2026

Diagnosing and Improving Probabilistic Reasoning in Large Language Models

Huaman Sun, Dingcheng Wang, Jason Hartline +1

Large language models (LLMs) are increasingly proposed as decision assistants who must reason probabilistically from available evidence under explicit decision costs. We propose a…

cs.DS2026

Truthful Calibration Measures for Sequential Prediction

Anagha Gokul, Jason Hartline, Lunjia Hu +2

Calibration requires probabilistic reports to be conditionally unbiased and reliably interpretable as probabilities. A calibration measure assigns numerical error to miscalibrated…

cs.IT2026

Sample Complexity of Peer Prediction

Abdellah Aznag, Robin Bowers, Rachel Cummings +3

Peer prediction seeks to incentivize agents to truthfully report an observed signal by rewarding joint sets of reports without observing a ground truth. Following the generalizatio…

cs.AI2026

Scoring Rules! Statistical and Strategic Alignment for Text Evaluation Metrics

Shengwei Xu, Yuxuan Lu, Yifan Wu +2

Reference-based text evaluation metrics, which are widely used to assess natural language generation systems, score a candidate response by comparing it with a reference response.…

cs.AI2026

ComplLLM: Fine-tuning LLMs to Discover Complementary Signals for Decision-making

Ziyang Guo, Yifan Wu, Jason Hartline +2

Multi-agent decision pipelines can outperform single agent workflows when complementarity holds, i.e., different agents bring unique information to the table to inform a final deci…

cs.GT2026

Clarification of `Algorithmic Collusion without Threats'

Jason Hartline

This brief note clarifies that the scenario described in Arunachaleswaran et al. (2025) -- titled `Algorithmic Collusion without Threats' -- is not one of collusion, but one where…