GAIN: A Benchmark for Goal-Aligned Decision-Making of Large Language Models under Imperfect Norms
Masayuki Kawarada, Kodai Watanabe, Soichiro Murakami

TL;DR
GAIN is a benchmark for evaluating how large language models make decisions in complex, real-world scenarios involving norm-goal conflicts, with a focus on understanding factors influencing their adherence or deviation from norms.
Contribution
The paper introduces GAIN, a novel benchmark with diverse scenarios and pressures to systematically assess LLM decision-making under imperfect norms in real-world contexts.
Findings
Advanced LLMs often mirror human decision patterns.
Presence of Personal Incentive pressure causes models to adhere more strictly to norms.
Models show significant divergence from human-like decision-making under certain pressures.
Abstract
We introduce GAIN (Goal-Aligned Decision-Making under Imperfect Norms), a benchmark designed to evaluate how large language models (LLMs) balance adherence to norms against business goals. Existing benchmarks typically focus on abstract scenarios rather than real-world business applications. Furthermore, they provide limited insights into the factors influencing LLM decision-making. This restricts their ability to measure models' adaptability to complex, real-world norm-goal conflicts. In GAIN, models receive a goal, a specific situation, a norm, and additional contextual pressures. These pressures, explicitly designed to encourage potential norm deviations, are a unique feature that differentiates GAIN from other benchmarks, enabling a systematic evaluation of the factors influencing decision-making. We define five types of pressures: Goal Alignment, Risk Aversion, Emotional/Ethical…
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Taxonomy
TopicsExplainable Artificial Intelligence (XAI) · Ethics and Social Impacts of AI · Artificial Intelligence in Healthcare and Education
