aiqbench analysis
This research introduces GAND, a benchmark dataset designed to evaluate how machine translation models handle gender-ambiguous contexts without relying on stereotypes. By applying contrastive attribution analysis across grammatical gender languages, the study identifies specific contextual cues that drive biased output in neural systems. The work advances interpretability efforts by revealing exactly which source words influence target language gender assignments when explicit signals are missing.
Explaining GAND: A Resource on Gender-Ambiguous Natural Data & Contrastive Attribution
arXiv:2607.22546v1 Announce Type: new Abstract: Machine translation (MT) systems continue to produce gender-biased translations. In a time where self-expression is paramount, mistranslations based on default behaviour and stereotyping can lead to harm for users of these systems. To better understand how these systems translate gender in the absence of clear gender cues, we need benchmarking resources that reflect gender-ambiguous scenarios in a natural way. To this end, we present GAND, a gender-ambiguous natural data benchmarking resource for MT consisting of English source sentences, specifically designed to analyse the influence of contextual cues on gender in translation. We leverage GAND to conduct an interpretability analysis: we translate a subset of GAND into two grammatical gender languages and extend these with manually crafted contrastive translations. A following feature attribution analysis reveals source words in context that inform the gender translation of an ambiguous referent entity in the target translation.
Abstract:Machine translation (MT) systems continue to produce gender-biased translations. In a time where self-expression is paramount, mistranslations based on default behaviour and stereotyping can lead to harm for users of these systems. To better understand how these systems translate gender in the absence of clear gender cues, we need benchmarking resources that reflect gender-ambiguous scenarios in a natural way. To this end, we present GAND, a gender-ambiguous natural data benchmarking resource for MT consisting of English source sentences, specifically designed to analyse the influence of contextual cues on gender in translation. We leverage GAND to conduct an interpretability analysis: we translate a subset of GAND into two grammatical gender languages and extend these with manually crafted contrastive translations. A following feature attribution analysis reveals source words in context that inform the gender translation of an ambiguous referent entity in the target translation.
Computation and Language (cs.CL)
arXiv:2607.22546 [cs.CL]
(or arXiv:2607.22546v1 [cs.CL] for this version)
https://doi.org/10.48550/arXiv.2607.22546 Focus to learn more arXiv-issued DOI via DataCite
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