Main content
Home
Menu
Video overview here. Feel free to ask questions in the comments, or in this Zoom call Thursday 12-2!
Short Abstract: In English, subjects and their corresponding verb must agree in number: "Dogs run", but "A dog runs." However, when an intervening NP has a different number feature than the subject, speakers sometimes mistakenly have the verb agree with this intervening attractor rather than the subject. A number of studies have found various factors that manipulate this agreement attraction effect, but no existing model of agreement can account for all of the data. Recent work in Natural Language Processing has shown that simple neural language models (NLMs) learn subject-verb agreement, and make some human-like errors. In this project, we test a set of simple NLMs on their ability to replicate seven experimental results from the agreement attraction literature, and find that these general purpose sequence learners can replicate 3 of them. We see this as indicating (1) that some results from the literature can be explained through domain-general sequence processing mechanisms and (2) others may require more specific inductive biases to learn from the input. We suggest investigating these inductive biases as a complementary approach to modeling agreement attraction.
Page permissions have changed
Your browser should refresh shortly…
Renaming wiki...
Wiki page deleted
Press Confirm to return to the project wiki home page.
Connected to the collaborative wiki
This page is currently connected to the collaborative wiki. All edits made will be visible to contributors with write permission in real time. Changes will be stored but not published until you click the "Save" button.
Connecting to the collaborative wiki
This page is currently attempting to connect to the collaborative wiki. You may continue to make edits. Changes will not be saved until you press the "Save" button.
Collaborative wiki is unavailable
The collaborative wiki is currently unavailable. You may continue to make edits. Changes will not be saved until you press the "Save" button.
Browser unsupported
Your browser does not support collaborative editing. You may continue to make edits. Changes will not be saved until you press the "Save" button.

Start managing your projects on the OSF today.
Free and easy to use, the Open Science Framework supports the entire research lifecycle: planning, execution, reporting, archiving, and discovery.
Copyright © 2011-2025
Center for Open Science
|
Terms of Use
|
Privacy Policy
|
Status
|
API
TOP Guidelines
|
Reproducibility Project: Psychology
|
Reproducibility Project: Cancer Biology