Course Syllabus

Spring 2026

Instructors: Adam Albright, Edward Flemming

Lecture:  W 10am–1pm, 32-D461 

Description: 

The field of phonology has increasingly looked to experimental results to confirm and extend its understanding of phonological patterns. In this course, we will examine some of the issues involved in deriving experimentally testable predictions from a theory, designing and running an experiment, and interpreting the results.

The class has several goals:

  • Consider the relation between linguistic theory, empirical predictions, and experimental results
  • Gain practical knowledge in designing and carrying out experiments in the lab and on-line, and performing data analysis using R
  • Gain familiarity with some commonly used experimental paradigms, comparing what they can tell us about the linguistic system

The emphasis this year will be on statistical analysis. The course will be organized around the statistical models that are most applicable to linguistic experiments:

  • Linear models and linear mixed-effects models
  • Generalized linear (mixed) models: logistic/probit regression, ordinal logistic regression, log-linear models
  • Factor coding for interpretable statistical analysis
  • Possibly: Bayesian linear models

The application of these models will be illustrated through case studies selected based on the interests of the participants. Candidates include: Coarticulation, perceptual similarity, the P-Map Hypothesis, statistics of the lexicon, wug/blick tests and Universal Grammar/learning biases. Experimental paradigms examined are likely to include production, perceptual identification and discrimination, artificial language learning, and acceptability judgments.

Requirements for registered participants:

  • Readings and class participation
  • Regular assignments (modest and practical in nature)

Schedule of topics (provisional, subject to revision)

Date Topic Readings Due
Feb 4 Introduction

Class 1 slides

Github repo link

Differences between groups
Feb 11 Linear regression

Read: Vasishth et al. (2019), chapter 1

Slides: linear models, part 1

Feb 18 Variable coding Slides: linear models, part 2, and linear mixed effects model, part 1 Assignment 1 due
Feb 25 Linear mixed effects models Slides: Linear Mixed Effect Models, part 2 Assignment 2 due
Mar 4 Observed and expected counts

Read: Frisch, Pierrehumbert and Broe (2004)

Slides: Loglinear Models, part 1

Assignment 3 due
Phonotactics in the lexicon
Mar 11 Loglinear models

Read: Wilson and Obdeyn (2009)

Slides: Loglinear Models, part 2

Assignment 4 due
Mar 18 Logistic Regression; jointly modeling lexicons and experiments; custom factor coding

Read: Becker, Ketrez and Nevins (2011)

Slides: Logistic Regression

Mar 25 No class (spring break)
Apr 1 Wrapping up custom factor coding; Detection Theory

Read: Hautus et al, Redford and Diehl (1999)

Slides: Detection Theory slides

Testing generalization in experiments
Apr 8 Luce's Biased Choice Model

Read: Luce (1963)

Slides: BCM slides

Assignment 5 due
Measuring perceptual similarity
Apr 15 Discrimination

Read: Gallagher (2010)

Slides: 

Assignment 6 due
Apr 22 Multinomial models
Apr 29 Bayesian models Read: Vasishth et al. (2018), Nicenboim et al. (2026)
May 6     (cont.)