This paper explores the employment of LLMs, specifically of Mistral-Nemo, in the semi-automatic population of the Ancient Greek WordNet synsets. Several approaches are investigated: zero-shot, few-shots, and fine-tuning. The results are compared against an English baseline. Zero-shot approach yields the highest accuracy, while fine-tuning leads to the highest number of potential synonyms. Our analysis also reveals that polysemy and PoS play a role in the model’s performance, as the highest scores are registered for polysemous words and for verbs and nouns. The results are encouraging for the application of such approaches in a human-in-the-loop scenario, since human validation still proves crucial in ensuring the accuracy of the results.
Marchesi, B., Clementelli, A., Maurizio Mammarella, A., Zampetta, S., Biagetti, E., Brigada Villa, L., et al. (2025). Towards the Semi-Automated Population of the Ancient Greek WordNet. In E.J. Cristina Bosco (a cura di), Proceedings of the Eleventh Italian Conference on Computational Linguistics (CLiC-it 2025) (pp. 647-658). Aachen : ACL Anthology / CEUR Workshop Proceedings.
Towards the Semi-Automated Population of the Ancient Greek WordNet
Claudia Roberta Combei;
2025-01-01
Abstract
This paper explores the employment of LLMs, specifically of Mistral-Nemo, in the semi-automatic population of the Ancient Greek WordNet synsets. Several approaches are investigated: zero-shot, few-shots, and fine-tuning. The results are compared against an English baseline. Zero-shot approach yields the highest accuracy, while fine-tuning leads to the highest number of potential synonyms. Our analysis also reveals that polysemy and PoS play a role in the model’s performance, as the highest scores are registered for polysemous words and for verbs and nouns. The results are encouraging for the application of such approaches in a human-in-the-loop scenario, since human validation still proves crucial in ensuring the accuracy of the results.| File | Dimensione | Formato | |
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