EE565 Pattern Recognition and Machine Learning (3 credits)
Klipsch School of Electrical and Computer Engineering
College of Engineering
New Mexico State University
[ PDF File ]
Instructor and Class Information
Instructor: Prof. Phillip De Leon, Goddard Annex 160G, (575) 646-DSP1 (3771), firstname.lastname@example.org
Class Days and Times: Tu, Th 10:20 – 11:35pm, T&B 303
Office Hours: M 1:30 – 2:30pm, Tu 1:30 – 2:30pm; and by prior appointment
Course Description from the Graduate Course Catalog
Statistical pattern classification, supervised and unsupervised learning, feature selection and extraction, clustering, image classification and syntactical pattern recognition.
Recommended preparation is EE210 or equivalent probability and statistics and linear algebra courses. Students must have programming competency in MATLAB, Python, or other language appropriate for PRML.
Pattern Recognition and Machine Learning by Christopher Bishop, Springer, 2007 (ISBN 978-0387310732)
Students may use the computing laboratory located in T&B 202. The lab is equipped with PCs and MATLAB.
EE565 Web Page
Course announcements will be emailed via Canvas
Note: Please do not email Prof. De Leon through Canvas–use the email address listed above.
The objective of this course is to gain an understanding of the methods used in pattern recognition and machine learning:
- Density estimation methods
- Linear models for regression and classification
- Neural networks and kernel methods
- Support Vector Machines (SVMs) and Relevance Vector Machines (RVMs)
- Graphical models and clustering
- Mixture models and expectation maximization (EM)
- Principal component analysis (PCA)
This objective is achieved through a graduate-level treatment of pattern recognition and machine learning including both theoretical and experimental work.
Contribution of EE565 to Meeting the Professional Component
Pattern recognition and machine learning is an elective course for specialization in Digital Signal Processing. Students in EE565 will apply techniques learned in class through problem solving, software development, and in-class discussions. Such a treatment will greatly assist students in understanding research articles in journals such as the IEEE Transactions on Pattern Analysis and Machine Intelligence and also to conduct independent research. Class provides 3 credits of engineering science credit.
Relationship of the Course to Program Objectives
Pattern recognition and machine learning provides a foundation for advanced level study in Digital Signal Processing. This will allow students to further explore their graduate specialty and perform independent research.
Americans with Disabilities Act/Office of Institutional Equity (ADA/OIE)
Section 504 of the Rehabilitation Act of 1973 and the Americans with Disabilities Act Amendments Act (ADAAA) covers issues relating to disability and accommodations. If a student has questions or needs an accommodation in the classroom (all medical information is treated confidentially), contact:
Policy Statement on Equal Employment Opportunity and Affirmative Action
NMSU policy prohibits discrimination on the basis of age, ancestry, color, disability, gender identity, genetic information, national origin, race, religion, retaliation, serious medical condition, sex, sexual orientation, spousal affiliation and protected veterans status. Furthermore, Title IX prohibits sex discrimination to include sexual misconduct: sexual violence (sexual assault, rape), sexual harassment and retaliation.
For more information on discrimination issues, Title IX, Campus SaVE Act, NMSU Policy Chapter 3.25, NMSU’s complaint process, or to file a complaint contact:
Lauri Millot, Director and Title IX Coordinator
Agustin Diaz, Associate Director, Title IX Deputy Coordinator
Office of Institutional Equity (OIE) – O’Loughlin House, 1130 University Avenue
Phone: (575) 646-3635 | E-mail: email@example.com | Website: http://eeo.nmsu.edu/
Other NMSU Resources
NMSU Police Department: (575) 646-3311 http://www.nmsupolice.com/
NMSU Police Victim Services: (575) 646-3424
NMSU Counseling Center: (575) 646-2731
NMSU Dean of Students: (575) 646-1722
For Any On-campus Emergencies: 911
Regular Projects (80%) – There will be six regular projects requiring development of software for pattern recognition and machine learning. Each regular project will include a short (3-5 pages) technical report. Each regular project is worth 13.3% of the final grade.
Final Project (20%) – Each student will develop one final project in the course worth 20% of the final grade. Included in the final project grade is a proposal, short technical report, and presentation.
Final Grade – The final grade will be assigned as follows (we reserve the right to lower the grade ranges for particular letter grades but will never raise the grade ranges)
The College of Engineering has a “2 strikes and you’re out” policy for academic misconduct. This means that a student will be suspended after found guilty of two academic misconduct cases. Suspension means out for one year. A strike can count from academic misconduct occurring in any college. The NMSU Student Code of Conduct can be found at: http://studenthandbook.nmsu.edu/student-code-of-conduct/academic-misconduct/
Additional regulations may be found in the catalog regulation section http://nmsu.smartcatalogiq.com/en/2016-2016/Undergraduate-Catalog/General-Information/Regulations
and in the college of engineering section
The latest online catalog information from these sections, in addition to this syllabus, serve as your contract with the College of Engineering.
Disputes regarding project grades must be submitted in writing to Prof. De Leon for review within 7 days after graded work has been returned or posted.
As a courtesy to the instructor and fellow students, please TURN OFF your cell phones. Any student who disrupts class due to the use of an unwelcomed electronic device will be asked to leave.
Topics Covered / Course Schedule
The topics covered and class schedule are described in the Course Schedule section of this syllabus.
Phillip De Leon, 17 August 2016.