Modeling the Acquisition of Phonological Interactions: Biases and Generalization

Brandon Prickett, Gaja Jarosz

Abstract


In this paper we computationally implement four different theories for representing opaque and transparent phonological interactions: Harmonic Serialism, Stratal OT, Two-Level Constraints, and Indexed Constraints. We then show that these theories make unique predictions on two tasks: (1) a learning-bias task, based on previous experimental work with humans and (2) a novel generalization task that no human data exists for. Our results in (1) show that serial models predict that transparent languages should be easier to acquire, while parallel models do not. Furthermore, the results for (2) show that all four of the theories we test make unique predictions for how humans should generalize to novel phonological interaction types.

Keywords


phonology, opacity, interactions, computational, generalization, learning biases, harmonic serialism, stratal OT, indexed constraints, exceptionality

Full Text:

PDF


DOI: https://doi.org/10.3765/amp.v9i0.4901

Copyright (c) 2021 Brandon Prickett, Gaja Jarosz

License URL: https://creativecommons.org/licenses/by/3.0/