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  • 9 - Network Structure and Inflection Class Predictability: Modeling the Emergence of Marginal Detraction

  • from Part III - How Do System-Level Principles of Morphological Organization Emerge?
  • Edited by Andrea D. Sims, Ohio State University, Adam Ussishkin, University of Arizona, Jeff Parker, Brigham Young University, Utah, Samantha Wray, Dartmouth College, New Hampshire
  • Book: Morphological Diversity and Linguistic Cognition
  • Published online: 19 May 2022
  • Print publication: 02 June 2022, pp 247-281

  • Summary

    This paper examines the emergence of a pattern that Stump and Finkel () dub Marginal Detraction: a tendency in inflection class systems for low type frequency (i.e., irregular) classes to disproportionately detract from the predictability of regular classes. We ask: What factors lead to the emergence (and sometimes non-emergence) of Marginal Detraction? We use an iterated agent-based Bayesian learning model to simulate the conditions for analogical restructuring of inflection classes over time. Input to the model consists of artificial inflection class systems that vary in how the classes overlap — their network structure. We find that network properties predict whether the Marginal Detraction distribution emerges within the model. We conclude that languagespecific network properties shape local interactions among words and thereby likely play a significant role in analogical inflection class restructuring and the emergence (or non-emergence) of global properties of inflectional systems.

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