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Register a new userInvestigating Annotator Bias in Abusive Language Datasets
التحقيق التحيز العنصران في مجموعات بيانات اللغة المسيئة
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في الوقت الحاضر، تستخدم منصات وسائل التواصل الاجتماعي نماذج التصنيف للتعامل مع خطاب الكراهية واللغة المسيئة.مشكلة هذه النماذج هي ضعفها للحيز.شكل منتشر من التحيز في خطاب الكراهية ومجموعات البيانات اللغوية المسيئة هو التحيز الهندي الناجم عن التصور النفسي للتعليق وتعقيد مهمة الشرح.في ورقتنا، نقوم بتطوير مجموعة من الأساليب لقياس التحيز العنافي في مجموعات البيانات اللغوية المسيئة وتحديد وجهات نظر مختلفة باللغة المسيئة.نحن نطبق هذه الأساليب إلى أربع مجموعات بيانات مختلفة للغة المسيئة.يدعم نهجنا المقترح عمليات التوضيحية لهذه مجموعات البيانات والبحوث المستقبلية التي تتناول وجهات نظر مختلفة حول تصور اللغة المسيئة.
Nowadays, social media platforms use classification models to cope with hate speech and abusive language. The problem of these models is their vulnerability to bias. A prevalent form of bias in hate speech and abusive language datasets is annotator bias caused by the annotator's subjective perception and the complexity of the annotation task. In our paper, we develop a set of methods to measure annotator bias in abusive language datasets and to identify different perspectives on abusive language. We apply these methods to four different abusive language datasets. Our proposed approach supports annotation processes of such datasets and future research addressing different perspectives on the perception of abusive language.
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As socially unacceptable language become pervasive in social media platforms, the need for automatic content moderation become more pressing. This contribution introduces the Dutch Abusive Language Corpus (DALC v1.0), a new dataset with tweets manual
ly an- notated for abusive language. The resource ad- dress a gap in language resources for Dutch and adopts a multi-layer annotation scheme modeling the explicitness and the target of the abusive messages. Baselines experiments on all annotation layers have been conducted, achieving a macro F1 score of 0.748 for binary classification of the explicitness layer and .489 for target classification.
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The state-of-the-art abusive language detection models report great in-corpus performance, but underperform when evaluated on abusive comments that differ from the training scenario. As human annotation involves substantial time and effort, models th
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A common practice in building NLP datasets, especially using crowd-sourced annotations, involves obtaining multiple annotator judgements on the same data instances, which are then flattened to produce a single ground truth'' label or score, through m
ajority voting, averaging, or adjudication. While these approaches may be appropriate in certain annotation tasks, such aggregations overlook the socially constructed nature of human perceptions that annotations for relatively more subjective tasks are meant to capture. In particular, systematic disagreements between annotators owing to their socio-cultural backgrounds and/or lived experiences are often obfuscated through such aggregations. In this paper, we empirically demonstrate that label aggregation may introduce representational biases of individual and group perspectives. Based on this finding, we propose a set of recommendations for increased utility and transparency of datasets for downstream use cases.
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