

Teaching
Staff
Teaching Assistants
Timothy Tsai
Office hours: Tues 2 pm, Thurs 3 pm (500 Soda Atrium)
email: tjtsai@eecs.berkeley.edu
Suchit Bhattarai
Office hours: Thurs 11 am (500 Soda Atrium)
email: suchitb@eecs.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: Edward Lai
edward.lai@berkeley.edu
Office hours: TBA
Meeting Times
Lecture: MW 46pm, 120 Latimer
Section 101: W 11 am12 pm, 12 Haviland
Section 102: W 121 pm, 285 Cory
Section 103: W 23 pm, 247 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)

Homework

1 
1 
9/3 
LTI
systems review, convolution, stability from
impulse response 
Ch1,
22.3


2 
2 
9/8

LCCDE,
FIR vs IIR, block diag, freq response 
2.42.5, 33.2


3 
9/10

CT and
DT Fourier series
clipped sine .ipynb

3.33.6

HW 1 due 9/12 sol

3 
4 
9/15

CTFT,
FT of periodic, FT properties 
44.3


5 
9/17

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

HW 2 due 9/19 sol

4 
6 
9/22

FT
properties, modulation 
Ch 4


7 
9/24

FT
properties duality, periodic functions 
Ch 4

HW3 due 9/26 sol 
5 
8 
9/29

ideal
LPF, DTFT 
4, 5.15.2


9

10/1

DTFT II 
Ch 5

HW4 due 10/3 sol

6 
10 
10/6

linear phase, filter design, time and frequency
response 
66.4


11

10/8

DFT
fft example.ipynb 
p. 417418, DFT
H.O. 
HW5 due 10/10 sol

7

12

10/13

DFT
II, review 
DFT H.O. 


10/15

Midterm #1 lectures 110,
Ch 15, and PS #15 (FS,
CFT, DTFT)



8

13 
10/20

DFT
example, JPEG 
7.7.6

HW 6 due 10/31 sol

14 
10/22

aliasing,
interpolation, down sample

7.7.6


9

15 
10/27

Up
sample/down sample example

7.7.6, sample
H.O.


16 
10/29

Laplace
transform, ROC, ILT by PFE

9.19.3,
A.1A.2

HW7
due 11/7
sol

10

17 
11/3

LT: intro
to control and
stability

9.49.6,
6.7


18 
11/5

LT:
feedback,
gain/phase
margin

9.79.9

HW8 due
11/14
sol

11 
19 
11/10

LT:
IVT, FVT, freq
response from
polezero,
filter design

9


20

11/12

Z
transform
ZT
properties, polezero

1010.5

HW9 due 11/26
sol

12

21

11/17

ZT freq resp, solving LDE 
A.3, 10.610.9 


11/19

Midterm #2
Lectures 110+1119, and PS #18 (DFT,
sampling, LT)



13 
22

11/24

control, noise cancelling

1111.2 

23 
11/26

internal model principle, 2nd order 
11.5,
11.6 
HW10 due 12/10
sol

14 
24 
12/1

autonomous systems



25 
12/3 
Course
summary and review 




12/8

RRR
Week 



12/10

RRR
Week 




12/18

Thursday Final Exam 08001100 


