Analogy or grammar? Generalizing the Moroccan Arabic plural
My dissertation, co-chaired by Gaja Jarosz and Michael Becker, asks how speakers and computational models generalize inconsistent, nonconcatenative patterns, using the Moroccan Arabic plural system as a case study. Plurals are formed either with a suffix (tomobil → tomobilat ‘cars’) or by changing the shape of the word (ktab → ktub ‘books’), and which option a word takes is only partly predictable. This makes the system an ideal test case for comparing analogical models, which generalize from similar stored words, with grammars of weighted constraints.
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To study the system, I built the Moroccan Arabic Plurals Corpus and traced its unpredictability to a few historical changes.
Analogy. I showed that analogical models predict plurals best when they compare words by their vocalized template, the prosodic structure of the word with its vowels filled in, rather than by an abstract consonant–vowel template, as had been argued for Modern Standard Arabic.
Grammar. I have given constraint-based analyses of the broken plural, in Stratal Optimality Theory in my MA thesis and in parallel Optimality Theory in a handbook chapter. I also developed a learner for Maximum Entropy (MaxEnt) grammars that addresses the grammar–lexicon balancing problem.
Frequency. I work with Gaja Jarosz on studying how type and token frequency shape speakers’ generalizations in this system.
Papers, talks & corpora
- in review Not too coarse, not too fine: Morphological generalization over vocalized templates in Moroccan Arabic. Morphology. preprint
- in press Predicting the Unpredictable: The Case of Moroccan Arabic Broken Plurals. In A. Boudlal, A. Loutfi & A. Noamane (Eds.), The Handbook of Moroccan Arabic Linguistics. Springer.
- in press A parallel, constraint-based account of Moroccan Arabic iambic broken plurals. In A. Korangy & K. Bensoukas (Eds.), The Handbook of North African Arabic. Springer. slides
- corpus Moroccan Arabic Plurals Corpus. corpus
- 2021 Broken plural formation in Moroccan Arabic: a stratal optimality theory account. Master's thesis, Memorial University of Newfoundland. pdf