

Teaching
Staff
TA Lillian
Ratliff
Office hours: Tues 121 pm (Cory 337b), Mon 12 pm (Cory
337a),
email: ratliffl@eecs.berkeley.edu
Yun Jae Cho
Office hours F 1112 Cory Moore Room, ('2nd floor in the
little
courtyard')
email: chojoseph91@berkeley.edu
If TA office hours times have an empty intersection with
your
availability,
please email us and we will try to make arrangements.
Reader: Yale Chen
Office hours: TBA
Meeting
Times
Lecture: MW 46pm, 390 Hearst Memorial
Section 101: F 12 pm, 241 Cory
Section 102: F 23 pm 241 Cory
Section 103: F 34 pm, 241 Cory
Note: You may attend any or all of the sections.
Textbook
"Signals and Systems" by
Oppenheim and Willsky
(Also on reserve in the
engineering library.)
Related
Information



Week 
Lecture
# 
Date 
Topic 
Reading
(OWY)

1 
1 
1/22 
LTI
systems
review,
convolution, stability from impulse response 
Ch1,
22.3

2 
2 
1/27 
LCCDE,
FIR
vs IIR, block
diag, freq response 
2.4, 33.2

3 
1/29 
CT and
DT
Fourier series 
3.33.6

3 
4 
2/3 
CTFT,
FT of
periodic, FT
properties 
44.3

5 
2/5 
FT
properties: convolution,
AM, freq resp 2nd order 
4.4  4.7

4 
6 
2/10 
DTFT,
properties 
Ch 5

7 
2/12 
DTFT
II,
convolution 
Ch 5

5 
8 
2/17 
President's
day


8

2/19 
lin
phase,
2D FT,
separability, convolution, projection slice 
66.4

6 
9

2/24 
DFT

p. 417418


2/26 
Midterm
#1
lectures
18,
and
PS
#14
(FS,
CFT,
DTFT) 

7 
10 
3/3 
sampling I

7.17.3

11 
3/5 
sampling
II, 2D DFT 
7.37.4

8 
12 
3/10 
down
sample, upsample

7.57.6

13 
3/12 
Laplace
transform, ILT by
PFE

9.19.3, A.1A.2

9 
14 
3/17 
LT
properties, freq
response from LDE, 2nd order response

9.49.6, 6.7

15 
3/19 
LT: RoC,
freq resp from
polezero

9.4

10 


SPRING
BREAK 

11 
16 
3/31 
LT: all
pass, minimum phase

9.79.9

17 
4/2 
Z transform

1010.3

12

18 
4/7 
ZT
properties, polezero 
10.410.5


4/9 
Midterm
#2
Lectures
116,
and
PS
#18
(DFT,
sampling,
LT) 

13 
19

4/14 
ZT freq
resp, solving LDE

A.3, 10.610.9

20 
4/16 
control,
noise cancelling

1111.2

14 
21 
4/21 
internal model principle, 2nd order

11.5, 11.6 
22 
4/23 
control
design II, disturb
rejection


15 
23 
4/28 
autonomous
systems, edge
detection 

24 
4/30 
Course
summary and review 



5/5 
RRR
Week 


5/7 
RRR
Week 



5/16 
Friday
Final Exam 08001100 

