ELEG306 SIGNAL PROCESSING II
(SPRING 2002)
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COURSE DESCRIPTION
The concepts of Signals and Systems arise in a wide
variety of fields such as telecommunications, acoustics, image and speech
processing, computer communications, and biomedical engineering. Signals
carry information about the nature of some physical phenomena such as
electrocardiograms which contain information on the heart rate and heart
dynamics. Systems respond to input signals and produce other signals as
their output. In some applications, the signals vary continuously in time
or space, whereas in others, their evolution is described only at
discrete points in time. This course will focus on discrete
signals.
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INSTRUCTOR
Professor Kenneth E.
Barner
Office 316 Evans Hall, Ph 831-6937.
TEACHING ASSISTANTS
Min Shao
Office 309 Evans Hall, Ph 831-3274.
Rachel Peng
Office 249 DuPont Hall, Ph 831-8091.
SCHEDULING
- Class
meets on Mondays, Wednesdays, and Fridays from 10:10 to 11:00am in
Sharp 100.
- TA
Office Hours (see TAs first and come often):
- Mondays
2:00-3:00 (Rachel Peng).
- Tuesdays
3:00-4:00 (Min Shao).
- Note
TA office hours (for both TAs) are held in DuPont 249.
- Prof.
Office Hours: Wednesdays from 1:00 to 3:00pm or by appointment.
TEXT
- Proakis and
Manolakis, Digital Signal Processing
Third edition,Prentice-Hall, New
Jersey, 1996.
- Ingle and Proakis, Digital
Signal Processing using Matlab PWS Publishing Company, Boston,
Mass., 1997.
PREREQUISITES
ELEG 205, circuit analysis, differential
equations.
TOPICS
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Chapter
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Topic
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# Weeks
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2
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Discrete-Time Signals &Systems
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0.5
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3
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Z-Transforms
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2
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4
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Frequency Analysis
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1
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5
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The DFT
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2
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6
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FFTs
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1.5
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7
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Implementation of DT Systems
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1
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8
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Design of Digital Filters
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2
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9
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Sampling and Reconstruction
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1
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10
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Multirate DSP
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1
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WEEKLY LECTURE SCHEDULE
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Week
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Topic
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Feb. 4
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Chapter 2/3
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Feb. 11
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Chapter 3
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Feb. 18
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Chapter 3/4
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Feb. 25
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Chapter 4/5
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Mar. 4
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Chapter 5
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Mar. 11
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Chapter 5/6
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Mar. 18
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Chap 6, Tst
(2-5)
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Mar. 25
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Chapter 6/7
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Apr. 1
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Spring Break
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Apr. 8
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Chapter 7/8
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Apr. 15
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Chapter 8
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Apr. 22
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Chapter 8/9
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Apr. 29
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Chapter 9/10
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May 6
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Chap 10, Review
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May 13
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Test (6-10)
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GRADING
- Homework Sets
(15%).
- Computer Projects
(15%).
- (2) Hour Exams
(40%).
- Final Exam
(30%).
FINAL EXAM
GENERAL COMMENTS
- Homework must be turned
in during class – no late
assignments will be accepted.
- Homework must be on
engineering paper – neatness counts.
- Exams are closed
book, closed notes.
- No make-up exams.
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