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In:Challenges in Corpus Linguistics: Rethinking corpus compilation and analysis
Edited by Mark Kaunisto and Marco Schilk
[Studies in Corpus Linguistics 118] 2024
► pp. 142–170

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Modeling fine-grained sociolinguistic variation

The promises and pitfalls of Twitter corpora and neural word embeddings

 | CLLE, CNRS & Université Toulouse - Jean Jaurès | IMS, Universität Stuttgart
 | CLLE, CNRS & Université Toulouse - Jean Jaurès
 | CLLE, CNRS & Université Toulouse - Jean Jaurès
Published online: 19 September 2024
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https://doi.org/10.1075/scl.118.09mil
Abstract
This chapter examines the use of recent data sources and computational methods to study fine-grained sociolinguistic phenomena. We deploy a custom-built corpus of tweets (Miletić et al. 2020) and neural word embeddings to investigate the use of contact-induced semantic shifts in Quebec English. Drawing on an analysis of 40 lexical items, we show that our approach is beneficial in facilitating manual inspection of vast amounts of data and establishing fine-grained patterns of language variation. While it is affected by a range of noise-related issues, which we describe in detail, coarse-grained annotation provides an efficient way of circumventing them. We use the results filtered in this way to conduct a quantitative analysis of sociolinguistic constraints on contact-induced semantic shifts, further confirming the relevance of our approach.
Article outline
  • 1.Introduction
  • 2.Theoretical and methodological background
    • 2.1Semantic shifts in Quebec English: The need for corpus studies
    • 2.2Twitter-based corpora for language variation
    • 2.3Vector space models for lexical semantic variation
  • 3.Data and method
    • 3.1A corpus of tweets
    • 3.2A set of semantic shifts in Quebec English
    • 3.3Neural word embeddings
    • 3.4Clustering and annotating the uses of a lexical item
  • 4.Results
    • 4.1An overview of regionally specific clusters
    • 4.2Types of variation captured by the analysis
      • 4.2.1True positives
        • A clear-cut distinction
        • A subtler distinction
      • 4.2.2False positives
        • Cultural effects
        • Proper names
        • French homographs in codeswitched tweets
        • Structural patterns affecting model performance
    • 4.3Deploying coarsely annotated data for linguistic description
  • 5.Discussion and conclusion
  • Notes
  • References
References (60)
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