LING 3160W

Advanced Generative Syntax
Credit Hours:
3

The investigation of English syntax and the development of a theory of generative transformational grammar begun in Generative Syntax. This course expands the range of constructions covered (now including Wh-questions and relative clauses) and focuses on a universal phrase structure system called X-bar Theory rather than language-specific rules.

Prerequisites:
LING3150 or LING3150W
Semester Offered:
Spring
Course Type:
Level:

LING 3150W

Generative Syntax (Writing Intensive)
Credit Hours:
3

Techniques and formalisms for analyzing syntactic phenomena of human languages within the framework of generative grammar. Examples will be drawn from English and a wide variety of other languages. (Writing-intensive).

Prerequisites:
LING2100 or LING2100E or LING2100H
Semester Offered:
Fall
Spring
Course Type:
Duplicate credit :
Level:

Dr. John Hale joins the UGA Department of Linguistics

Photograph of Dr. John Hale

We are very happy to announce the appointment of Dr. John Hale as the Arch Professor of World Languages and Cultures in the Department of Linguistics. Dr. Hale received his Sc.B. degree from Brown University and his Ph.D. from Johns Hopkins University. His work centers on fundamental questions of language comprehension, which he investigates through cognitive modeling using computer simulations.

LING 4530/6530

A Finite-state Introduction to Computational Linguistics
Credit Hours:
3.0

Introduces finite-state automata as both a theoretical framework as well as a practical tool for phonetics, (morpho)phonology, and (certain aspects of) syntax. Students will learn to use software toolkits for linguistic analysis and how to work with natural-language corpora.

Prerequisites:
Undergraduate: LING 3060 or LING(ENGL) 3150 or LING 3150W
Graduate: POD

LING 3350

Language, Mind, and Brain
Credit Hours:
3.0

Introduction to the field of neurolinguistics. Examining the neural basis of human language, the course relates data from techniques like neuroimaging and electrophysiology to computational models across multiple levels of analysis, including phonology, morphology, syntax, and semantics.

Prerequisites:
LING 2100 or LING 2100E or LING 2100H
Semester Offered:
Fall
Level: