11-731: Machine Translation
Department: Language Technologies Institute (LTI)
Units: 12
Semester: Spring (offered every other year)
Instructors: Teruko Mitamura (leader), Bob Frederking, Eric Nyberg
Guest Lecturers: Jaime Carbonell, Alon Lavie, Lori Levin
Prerequisites:
- 11-721 "Grammars and Lexicons" or equivalent background is recommended.
- 11-711 "Algorithms for NLP" or equivalent background is recommended.
Course Description
Machine Translation is an introductory graduate-level course
surveying history, techniques, and research topics in the field.
The main objectives of the course are:
- Obtain a basic understanding of MT systems and MT-related issues.
- Learn about theory and approaches in Machine Translation.
- Learn about basic techniques for MT development, in preparation for the
MT Lab course and real-world MT system project development.
- Obtain in-depth knowledge of one current topic in MT, or
Perform an analysis of a given MT problem, matching it with the most
suitable techniques (includes research, report and presentation).
Detailed Class Webpage
http://www-2.cs.cmu.edu/afs/cs/project/cmt-55/lti/Courses/731/www/
Course Topics
- Introduction to MT
- History of MT
- Modern Theory and Approaches for MT
- Transfer Methods
- Interlingua MT
- Example-based MT
- Statistical MT
- Multi-Engine MT
- MT System Development
- Domain Analysis and System Spec.
- Analyzer SW Development
- Generator SW Development
- Linguistic Knowledge Development
- Issues and Other Topics in MT
- Ambiguity & Ambiguity Resolution
- Controlled Language Input/Output
- Speech-to-Speech Translation
- MT Workflow and Human Factors
- MT Evaluation
- What is a useful MT system?
- Commercial MT Systems
- Future of MT
- Term Project Presentation & Discussion
Reading Materials
Recommended Reading:
W. John Hutchins and Harold L. Somers, "An Introduction to Machine
Translation", Academic Press, San Diego, 1992.
Arturo Trujillo, "Translation Engines: Techniques for Machine Translation" Springer-Verlag Series on Applied Computing, 1999.
Grading Criteria
Students will be graded based on their performance on the following
tasks:
- Homework: 2-3 assignments on lecture material
- Exams: In-class, close book
- Term Project: Class presentation, written paper
- Class Participation
EMail questions to teruko@cs.cmu.edu
|