On the Usage of Semantics, Syntax, and Morphology for Noun Classification in IsiZulu

There is limited work aimed at solving the core task of noun classification for Nguni languages. The task focuses on identifying the semantic categorisation of each noun and plays a crucial role in the ability to form semantically and morphologically valid sentences. The work by Byamugisha (2022) was the first to tackle the problem for a related, but non-Nguni, language. While there have been efforts to replicate it for a Nguni language, there has been no effort focused on comparing the technique used in the original work vs. contemporary neural methods or a number of traditional machine learning classification techniques that do not rely on human-guided knowledge to the same extent. We reproduce Byamugisha (2022)’s work with different configurations to account for differences in access to datasets and resources, compare the approach with a pre-trained transformer-based model, and traditional machine learning models that relyon less human-guided knowledge. The newly created data-driven models outperform the knowledge-infused models, with the best performing models achieving an F1 score of 0.97.

Publication Details

Journal
DSpace repository (University of Tartu)
Published
2025-02-14
Primary Topic
Language and cultural evolution
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article

On the Usage of Semantics, Syntax, and Morphology for Noun Classification in IsiZulu

DSpace repository (University of Tartu)
Language and cultural evolution
article

On the Usage of Semantics, Syntax, and Morphology for Noun Classification in IsiZulu

article en

Abstract

There is limited work aimed at solving the core task of noun classification for Nguni languages. The task focuses on identifying the semantic categorisation of each noun and plays a crucial role in the ability to form semantically and morphologically valid sentences. The work by Byamugisha (2022) was the first to tackle the problem for a related, but non-Nguni, language. While there have been efforts to replicate it for a Nguni language, there has been no effort focused on comparing the technique used in the original work vs. contemporary neural methods or a number of traditional machine learning classification techniques that do not rely on human-guided knowledge to the same extent. We reproduce Byamugisha (2022)’s work with different configurations to account for differences in access to datasets and resources, compare the approach with a pre-trained transformer-based model, and traditional machine learning models that relyon less human-guided knowledge. The newly created data-driven models outperform the knowledge-infused models, with the best performing models achieving an F1 score of 0.97.

DSpace repository (University of Tartu)
Quality Education
Openalex Percentile: Top 41%
Language and cultural evolution
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On the Usage of Semantics, Syntax, and Morphology for Noun Classification in IsiZulu · DSpace repository (University of Tartu) (2025) | TGRS Research Map | TGRS