Justina Mandravickaitė
2024
Exploring Automatic Text Simplification for Lithuanian
Justina Mandravickaitė
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Egle Rimkiene
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Danguolė Kalinauskaitė
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Danguolė Kotryna Kapkan
Proceedings of the 20th Conference on Natural Language Processing (KONVENS 2024)
2017
Stylometric Analysis of Parliamentary Speeches: Gender Dimension
Justina Mandravickaitė
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Tomas Krilavičius
Proceedings of the 6th Workshop on Balto-Slavic Natural Language Processing
Relation between gender and language has been studied by many authors, however, there is still some uncertainty left regarding gender influence on language usage in the professional environment. Often, the studied data sets are too small or texts of individual authors are too short in order to capture differences of language usage wrt gender successfully. This study draws from a larger corpus of speeches transcripts of the Lithuanian Parliament (1990-2013) to explore language differences of political debates by gender via stylometric analysis. Experimental set up consists of stylistic features that indicate lexical style and do not require external linguistic tools, namely the most frequent words, in combination with unsupervised machine learning algorithms. Results show that gender differences in the language use remain in professional environment not only in usage of function words, preferred linguistic constructions, but in the presented topics as well.
Identification of Multiword Expressions for Latvian and Lithuanian: Hybrid Approach
Justina Mandravickaitė
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Tomas Krilavičius
Proceedings of the 13th Workshop on Multiword Expressions (MWE 2017)
We discuss an experiment on automatic identification of bi-gram multi-word expressions in parallel Latvian and Lithuanian corpora. Raw corpora, lexical association measures (LAMs) and supervised machine learning (ML) are used due to deficit and quality of lexical resources (e.g., POS-tagger, parser) and tools. While combining LAMs with ML is rather effective for other languages, it has shown some nice results for Lithuanian and Latvian as well. Combining LAMs with ML we have achieved 92,4% precision and 52,2% recall for Latvian and 95,1% precision and 77,8% recall for Lithuanian.