Week
|
Topics
|
Class
|
Notes and
Assignments
|
1,2,3
|
-
Introduction
- Review of signals
and systems (time and frequency domains)
|
Chapters 1, 2
|
Lecture 1: Notes, MATLAB
tutorial and assignment (solutions, matlab)
Lecture 2: Notes,
applet, assignment: solve Problem 2.2, Problem
2.3 in the textbook (solutions)
Lecture 3: Notes,
assignment (solutions)
|
4, 5
|
- Complex baseband representation of bandpass signals
|
Chapter 4
|
Lecture 4: Notes, assignment (solutions)
Lecture 5: Notes, assignment (solutions)
|
6
|
- Analog
communication basics
- Amplitude
modulation
- Angle
modulation
|
Chapters 5, 6
|
Lecture 6: Notes
|
7
|
MIDTERM
|
|
|
8
|
- Review of probability
and random processes
- Noise in bandpass communication systems
- Fidelity of
analog systems
|
Chapter 7
Chapters 3, 9, 10, 11
|
Lecture 7: Notes
Part 1, Notes Part 2, assignment (file – save in
the Document/MATLAB folder) (solution)
|
9,10
|
- Digital
communication basics
- Optimal single
bit demodulation
|
Chapters 12, 13
|
Lecture 8-9: Notes 1,
Notes 2 assignment
(solution)
|
11
|
- Optimal single
bit demodulation
|
Chapters 12, 13
|
Lecture 10: Notes,
assignment (solution)
|
12,13,14
|
- Transmitting
more than one bit
- Linear
modulation
|
Chapters 14, 15, 16
|
Lecture 11: Notes, assignment: solve problem 3 of
the final in Spring 14 and problem 3 of the final in Spring 16
Lecture 12: Notes
1, Notes 2, assignment
|
|
FINAL
|
|
|
|