Definitions
Algebra of complex numbers
Polar coordinates form of complex numbers
Check your knowledge
Review of Complex Numbers
Definitions, Algebra of complex numbers, Polar coordinates
Review of Complex Numbers
Definitions
Algebra of complex numbers
Pol
EE 353 Signals and Linear Systems
6:00-7:15 P.M., Mon. Feb. 20, 2017
104 Keller
Instructor: G. Kesidis
INSTRUCTIONS:
Answer all questions.
Show your arguments and justify the steps for non-choice-of-answer questions.
Circle your answers where appropria
EE 353 Signals and Linear Systems - Midterm 2
6:30-7:45 p.m., Tues. Apr. 5, 2016
102 Thomas, Penn State Univ.
Instructor: G. Kesidis
INSTRUCTIONS:
Answer all questions.
Show your arguments and justify the steps for non-choice-of-answer questions.
Circl
EE 353 Signals and Linear Systems - Midterm 2
6:00-7:15 P.M., Mon. Apr. 3, 2017
104 Keller, Penn State Univ.
Instructor: G. Kesidis
INSTRUCTIONS:
Answer all questions.
Show your arguments and justify the steps for non-choice-of-answer questions.
Circle
EE 317 MIDTERM EXAM-1 - . February, 2003
' 'Ibtal 100 Points
Spring 2003 8:15-10:15 PM, 262 Willard
. Instructions:
0 This is a closed book, closed notes test. Only one (8 1/2 by 11) page is allowed.
0 Solve all the exam problems. Do not spend too much
Problem 1: [6 + 9 + 3 marks]
Consider the following system with input f and output 3;:
dzy dy d2 d
azm 12 : 2 .
dis? 2dt + y (1th + dtf
The initial conditions are 11(0) 2 1 and %(O) : 1.
(a) Identify the characteristic values and characteristic modes.
(b)
. EE 317 MIDTERM EXAM-1 October 10, 2002
' Him? 199 Pinin
p Fall 2002 " Ws:15:10':15"PM,2eHo'sl'er'4 >
Instructions: , ,
o This is a closed book, closed notes test. Only one (8 1/2 by 11) page is allowed. '
o Solve all the exam problems. Do not spend t
EE '317 MIDTERM EXAM-2 , November 14, 2002
* ' _ Total 100 Points 1 1
Fall 2002 ' _ ' 8:15-10:15 PM, 26 Hosler
Instructions:
o This IS a closed book, closed notes test. Only one (8 1/2 by 11) page is allowed.
0 SOlve all the exam problems. Do not spend
Primer on Complex Numbers
Dr Iain Styles
September 30, 2004
1
Introduction
Much of the analysis involved in understanding quantum computation depends on our
ability to manipulate complex numbers, and so it is very important that you spend some
time famili
Introduction to Frequency-Domain Analysis of
Continuous-Time, Linear and Time-Invariant Systems
Time-domain analysis of transient response
Fourier series of periodic Dirichlet signals
Bode plots of system frequency-response
Bilateral Fourier transform
Signals and Linear and Time-Invariant Systems in Discrete Time
Properties of signals and systems (dierence equations)
Time-domain analysis
ZIR, system characteristic values and modes
ZSR, unit-pulse response and convolution
stability, eigenresponse a
5/15/2016
E E 353 , Section 001: SIGNALS & SYSTEMS
EE 353 Signals and Systems (Analysis in Time & Frequency Domains)
Spring 2016: 1/11- 4/29, MLK day 1/18, SB 3/6-12, FE week 5/2-6
Lectures:
Instructor:
MWF 10:10AM-11:00AM, 258 Willard Bldg
Prof. George K
EE 353 Signals and Linear Systems - Midterm 2
6:30-7:45 p.m., Tues. Apr. 5, 2016
102 Thomas, Penn State Univ.
Instructor: G. Kesidis
INSTRUCTIONS:
Answer all questions.
Show your arguments and justify the steps for non-choice-of-answer questions.
Circl
EE 353 Signals and Systems Final Exam
8:00-9:50 AM, Fri. May. 6, 2016
129 Waring, Penn. State Univ.
Instructor: G. Kesidis
INSTRUCTIONS:
Answer all questions.
Show your arguments and justify the steps.
You do not need to numerically simplify your answe