Syllabus

Southern Oregon University

Department of Computer Science

CS582 Special Topics in Computer Science (Audio Processing)

CRN 3213

Fall Quarter 2006

 

Prerequisite: Computer Science Graduate Student

 

Instructor Information

 

           Instructor:   Dan Harvey

           Room:         Computer Science Building #CS214

           Phone:        552-6149, extension 2-6149

           E-mail:       harveyd@sou.edu

 

           Office Hours: Monday     9:00-11:00

                         Wednesday: 9:00-11:00

                         Friday:    9:00-11:00

 

           Web Site:  www.sou.edu/cs/harvey 

The web site is available for the midterm results, weekly handouts, current grade status, and contact with class members. Click on the appropriate class, and then select the desired option.

 

Class Times

 

Monday, Wednesday (CS 224) 3:00 to 4:50 p.m.

 

Course Text

 

Digital Signal Processing

A Practical Guide for Engineers ande Scientists
Steven W. Smith

Newnes (2003), ISBN 13-978-0-7506-7444-7

 

Course Description

 

This class introduces students to the field of Audio Signal Processing. We focus on the area of speech recognition, and the ACORNS language revitalization project in particular. Subject areas include Fourier analysis, digital filters, standard audio formats, compression, and feature extraction. We will discuss the elements needed for the front end to an automatic speech recognition system.

 

Objectives

 

Upon completion of this course, students will have a working knowledge of Audio Processing techniques. As part of this course, students will make contributions to the ACORNS project. As a graduate course students will gain experience reading presenting relevant scholarly articles.

Tentative Topic Coverage and Student Due Dates

This schedule may change depending on the pace of the class

 

Week    Topic

1       Introduction (Chapters 1 and 2)

2       Chapters 3 and 4

3       Fundamentals

4       Compression Techniques

5       Complex Numbers

6       Fourier Transform

7       Digital Filters

8       Feature Extraction

9       Midterm Examination

10      Other Digital Signal Processing Topics

11      Student Project Presentations

 

Course Grading

 

There will be three twenty minute student presentations. Each of these presentations will require students to read and present the contents of a published scholarly paper. Grades measure quality of the presentation and understanding of the subject matter. The presentations count for 20 percent of the final grade.

 

A quarter long project requires students to add to the ACORNS language acquisition software. The project is due during finals week. A final technical paper will describe the project in detail. Students will prepare a technical paper, power point slides, and keep a research journal during the quarter. The project grade bill measure the quality of the design specification, the final technical paper, the research journal, how well the software works, and the presentation. The project counts for 35 percent of the final grade.

 

Students will take a midterm examination in week nine of the quarter. This examination contributes thirty-five percent towards the final grade. Additional homework assignments and attendance will count for ten percent of the final grade. There will also be opportunities for extra credit.

 

Grade Breakdown:                      93-100% A      90-92% A-

                            88-89%   B+     82-87   B      80-81% B-

                            78-79%   C+     72-77   C      70-71% C-

                            68-69%   D+     62-67   D      60-61% D-

                            Under 60 F

 

Disabilities

 

If you are in need of academic support because of a documented disability (whether it be learning, mobility, psychiatric, health-related, or sensory) you may be eligible for academic or other accommodations through Disability Services for Students. Contact Disability Services for Students; Director DSS 552-6213, or schedule an appointment in person at the ACCESS Center, Stevenson Union, lower-level.