Judit Casademont


2025

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BiaSWE: An Expert Annotated Dataset for Misogyny Detection in Swedish
Kätriin Kukk | Danila Petrelli | Judit Casademont | Eric J. W. Orlowski | Michal Dzielinski | Maria Jacobson
Proceedings of the Joint 25th Nordic Conference on Computational Linguistics and 11th Baltic Conference on Human Language Technologies (NoDaLiDa/Baltic-HLT 2025)

In this study, we introduce the process for creating BiaSWE, an expert-annotated dataset tailored for misogyny detection in the Swedish language. To address the cultural and linguistic specificity of misogyny in Swedish, we collaborated with experts from the social sciences and humanities. Our interdisciplinary team developed a rigorous annotation process, incorporating both domain knowledge and language expertise, to capture the nuances of misogyny in a Swedish context. This methodology ensures that the dataset is not only culturally relevant but also aligned with broader efforts in bias detection for low-resource languages. The dataset, along with the annotation guidelines, is publicly available for further research.

2024

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GPT-SW3: An Autoregressive Language Model for the Scandinavian Languages
Ariel Ekgren | Amaru Cuba Gyllensten | Felix Stollenwerk | Joey Öhman | Tim Isbister | Evangelia Gogoulou | Fredrik Carlsson | Judit Casademont | Magnus Sahlgren
Proceedings of the 2024 Joint International Conference on Computational Linguistics, Language Resources and Evaluation (LREC-COLING 2024)

This paper details the process of developing the first native large generative language model for the North Germanic languages, GPT-SW3. We cover all parts of the development process, from data collection and processing, training configuration and instruction finetuning, to evaluation, applications, and considerations for release strategies. We discuss pros and cons of developing large language models for smaller languages and in relatively peripheral regions of the globe, and we hope that this paper can serve as a guide and reference for other researchers that undertake the development of large generative models for smaller languages.