George Mason University |
ECE 220 - Signals and Systems I |
First of a two-semester sequence of courses that provide the mathematical background for many ECE
courses taken in the junior and senior years. This course introduces students to methods of
representing continuous-time signals and systems and the interaction between signals and systems.
Analysis of signals and systems via differential equations and transform methods is discussed.
Laplace and Fourier transforms as convenient analysis tools are presented, and the powerful concept
of frequency response of systems is emphasized. Stability of systems is studied in both the time
and frequency domains. Application examples from communications, circuits, control, and signal
processing are presented.
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Semester: | Summer 2000 |
Credits: | 3 |
Grade: | A |
Lecture | |
Time: | TR 4:30-7:10 pm |
Room: | ST2 260 |
Instructor: | G. Cook |
Book: | Signals & Systems, Continuous and Discrete by Rodger E. Ziemer |
Lab | |
Time: | TR 7:20-9:20 pm |
Room: | ST2 137 |
Instructor: | G. Cook |
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