General Information
- Lecture Hours: MWF 2:00-2:50pm, Wickenden 322
- Recitation Hours: T 4:30-5:45pm, Wickenden 322
- Course Instructor:
Michael Branicky, mb@case.edu, Glennan 517B, x6430
- Instructor's Office Hours:
MW 3-4pm, F 10:30-11:30am
- Required Text:
Simon Haykin and Barry Van Veen.
Signals and Systems. 2nd ed.
Wiley, 2002.
ISBN: 0471164747.
Detailed Syllabus
- 23 AUG: Lecture #1: Introduction / What is a Signal? / What is
a System? / Examples
- 24 AUG: Recitation #1: Background / Intro.
to Signals and Matlab
- 25 AUG: Lecture #2: Classification of Signals
- 27 AUG: Lecture #3: Basic Operations on Signals, Problem Set #1 Due
- 30 AUG: Lecture #4: Elementary Signals
- 31 AUG: Recitation #2: Signal Basics
- 01 SEP: Lecture #5: System Properties
- 03 SEP: Lecture #6: D-T Convolution,
Problem Set #2 Due
- 06 SEP: LABOR DAY HOLIDAY (No Class)
- 07 SEP: Recitation #3: Signal Basics / D-T Convolution
- 08 SEP: Lecture #7: C-T Convolution
- 10 SEP: Lecture #8: Convolution Properties/Uses, Problem Set #3 Due
- 13 SEP: Lecture #9: Convolution Properties/Uses CONTINUED
- 14 SEP: Recitation #4: Convolution
- 15 SEP: Lecture #10: Differential Equations
- 17 SEP: Lecture #11: Difference Equations, Problem Set #4 Due
- 20 SEP: Lecture #12: Block Diagrams / State Equations
- 21 SEP: Recitation #5: Differential/Difference Equations
- 22 SEP: Lecture #13: Fourier Representation
- 24 SEP: Lecture #14: Fourier Series, Problem Set #5 Due
- 27 SEP: Lecture #15: Fourier Series
Properties
- 28 SEP: ecitation #6: Quiz #1 Review
- 29 SEP: Quiz #1 Review
- 01 OCT: QUIZ #1
- 04 OCT: Lecture #17: Fourier Transform
- 05 OCT: ecitation #7: Fourier Series
- 06 OCT: Lecture #18: Fourier Transform 2
- 08 OCT: Lecture #19: Fourier Transform 3, Problem Set #6 Due
- 11 OCT: Lecture #20: Frequency Domain
Systems Analysis 1 (Basics)
- 12 OCT: Recitation #8: Fourier Transform
- 13 OCT: Lecture #21: Frequency Domain
Systems Analysis 2 (Filtering)
- 15 OCT: Lecture #22: Frequency Domain
Systems Analysis 3 (Applications of Filtering) , Problem Set #7 Due
- 18 OCT: FALL BREAK (No Class)
- 19 OCT: FALL BREAK (Recitation moved to Thursday)
- 20 OCT: Lecture #23: Frequency Domain
Systems Analysis 4 (Sampling in Practice)
- 21 OCT: Recitation #9: Frequency Domain
Systems Analysis
- 22 OCT: Lecture #24: Discrete-Time Fourier Analysis 1
- 25 OCT: Lecture #25: Discrete-Time Fourier Analysis 2, Problem Set #8 Due
- 26 OCT: Recitation #10: Quiz #2 Review
- 27 OCT: Lecture #26: Bode Plots [Source: Karu]
- 29 OCT: QUIZ #2
- 01 NOV: Lecture #27: Discrete-Time Fourier Analysis 3
- 02 NOV: Recitation #11: D-T Fourier
- 03 NOV: Lecture #28: Laplace Transform 1
- 05 NOV: Lecture #29: Laplace Transform 2, Problem Set #9 Due
- 08 NOV: Lecture #30: Laplace Transform 3
- 09 NOV: Recitation #12: Laplace Transform
- 10 NOV: Lecture #31: Feedback and Control 1
- 12 NOV: Lecture #32: Feedback and Control 2, Problem Set #10 Due
- 15 NOV: Lecture #33: Feedback and Control 3
- 16 NOV: Recitation #13: Feedback and Control
- 17 NOV: Lecture #34: Feedback and Control CONTINUED
- 19 NOV: Lecture #35: z-Transform 1, Problem Set #11 Due
- 22 NOV: Lecture #36: z-Transform 2
- 23 NOV: Recitation #14: z-Transform
- 24 NOV: Lecture #37: z-Transform 3
- 26 NOV: THANKSGIVING HOLIDAY (No Class)
- 29 NOV: Lecture #38: Final Review
- 30 NOV: Recitation #15: z-Transform
- 01 DEC: Lecture #39: Final Review CONTINUED
- 03 DEC: Lecture #40: Non-LTI Systems, Problem Set #12 Due
Created: 2004-08-20.
Last Modified: 2004-08-20.