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Comparing Fair Ranking Metrics

1 Pith paper cite this work. Polarity classification is still indexing.

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abstract

Ranked lists are frequently used by information retrieval (IR) systems to present results believed to be relevant to the users information need. Fairness is a relatively new but important aspect of these rankings to measure, joining a rich set of metrics that go beyond traditional accuracy or utility constructs to provide a more holistic understanding of IR system behavior. In the last few years, several metrics have been proposed to quantify the (un)fairness of rankings, particularly with respect to particular group(s) of content providers, but comparative analyses of these metrics -- particularly for IR -- is lacking. There is limited guidance, therefore, to decide what fairness metrics are applicable to a specific scenario, or assessment of the extent to which metrics agree or disagree applied to real data. In this paper, we describe several fair ranking metrics from existing literature in a common notation, enabling direct comparison of their assumptions, goals, and design choices; we then empirically compare them on multiple data sets covering both search and recommendation tasks.

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cs.IR 1

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2025 1

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CONDITIONAL 1

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representative citing papers

A Case Study of Balanced Query Recommendation on Wikipedia

cs.IR · 2025-08-28 · conditional · novelty 4.0

BalancedQR, extended to handle multiple bias dimensions with a Pareto front, recommends less biased Wikipedia queries, and a GloVe-plus-LLM candidate generation method dominates alternatives.

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  • A Case Study of Balanced Query Recommendation on Wikipedia cs.IR · 2025-08-28 · conditional · none · ref 17 · internal anchor

    BalancedQR, extended to handle multiple bias dimensions with a Pareto front, recommends less biased Wikipedia queries, and a GloVe-plus-LLM candidate generation method dominates alternatives.