BGM-HAN, a hierarchical attention model enhanced with byte-pair encoding, multi-head attention, and gated residuals, reports 85% accuracy on a proprietary admissions dataset, beating several baselines but with no significance testing.
Fair Machine Guidance to Enhance Fair Decision Making in Biased People
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
Teaching unbiased decision-making is crucial for addressing biased decision-making in daily life. Although both raising awareness of personal biases and providing guidance on unbiased decision-making are essential, the latter topics remains under-researched. In this study, we developed and evaluated an AI system aimed at educating individuals on making unbiased decisions using fairness-aware machine learning. In a between-subjects experimental design, 99 participants who were prone to bias performed personal assessment tasks. They were divided into two groups: a) those who received AI guidance for fair decision-making before the task and b) those who received no such guidance but were informed of their biases. The results suggest that although several participants doubted the fairness of the AI system, fair machine guidance prompted them to reassess their views regarding fairness, reflect on their biases, and modify their decision-making criteria. Our findings provide insights into the design of AI systems for guiding fair decision-making in humans.
fields
cs.LG 1years
2025 1verdicts
CONDITIONAL 1representative citing papers
citing papers explorer
-
BGM-HAN: A Hierarchical Attention Network for Accurate and Fair Decision Assessment on Semi-Structured Profiles
BGM-HAN, a hierarchical attention model enhanced with byte-pair encoding, multi-head attention, and gated residuals, reports 85% accuracy on a proprietary admissions dataset, beating several baselines but with no significance testing.