EEL 3552C Analog and Digital Communications
Dr. Lei Wei
Homework 1 Hint
In the first problem, we compute capacity of a simplified telephone channel. It has
been well known that V33R in year 1996, we a
UNIVERSITY OF CENTRAL FLORIDA
SCHOOL OF ELECTRICAL ENGINEERING AND COMPUTER SCIENCE
EEL 3552 Analog and Digital Communication Fundamental
Homework1
Due at 11:30pm, August 31
Submit online (webcourses
EEL3470 HW2
1. Find the gradient of the following scalar functions:
2. For the scalar function
, determine its directional derivative along the direction of
and then calculate it at P(1, -1, 4).
vect
Problem 3.36 Find the gradient of the following scalar functions:
(a) T = 3/(x2 + z2 ),
(b) V = xy2 z4 ,
(c) U = z cos /(1 + r2 ),
(d) W = eR sin ,
(e) S = 4x2 ez + y3 ,
(f) N = r2 cos2 ,
(g) M = R co
EEL3801 Computer Organization (Summer 2012)
Quiz # 3 (100=40+60)
Q1. This problem covers floating-point IEEE format.
(a) List four floating-point operations that cause NaN to be created?
(b) Assuming
EEL 3801 - Computer Organization
Summer 2012
Project #3
Due date: MON July 30, 2012 (11:59 P.M.)
The project code and report must be submitted online through WebCourses as specified.
1. Introduction
I
EEL 3801 - Computer Organization
Summer 2012
Project #2
Due date: WED July 11, 2012 (11:59 P.M.)
The project code and report must be submitted online through WebCourses as specified.
Introduction
In s
EEL 3801 - Computer Organization
Summer 2012
Project #1
Due date: WED June 20th (11:59 P.M.)
The project code and report must be submitted online through WebCourses as specified.
Literature
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EEL3801 Computer Organization (Summer 2012)
Quiz # 4
cfw_100 = 30(25+5) + 40(5+5+15+15) + 30(10+10+10)
Q1. A two-part question:
(Part A)
Assume the following 10-bit address sequence generated by the m
Q1. (25 pts.) Translate the following pseudocode to MIPS, assuming all integer
arithmetic:
if ($t8<0) then
cfw_
while ($a1 < $a2) do
cfw_
$a1 = $a1 + 1;
$a2 = $a2 1;
else
cfw_
$a0 = $a1 + $a2;
Make
Q1. (25 pts.) Translate the following pseudocode to MIPS, assuming all integer
arithmetic:
if ($t8<0) then
cfw_
while ($a1 < $a2) do
cfw_
$a1 = $a1 + 1;
$a2 = $a2 1;
else
cfw_
$a0 = $a1 + $a2;
Make
Q1. (25 pts.) Two variables x and y are stored in memory locations X and Y.
a. (10 pts.) Write a sequence of MIPS instructions that would check if the
values in X and Y have same signs.
b. (15 pts.) U
Q1. (25 pts.) Two variables x and y are stored in memory locations X and Y.
a. (10 pts.) Write a sequence of MIPS instructions that would check if the
values in X and Y have same signs.
We can use XOR
4. ELECTROSTATICS
Applied EM by Ulaby, Michielssen and
Ravaioli
Chapter 4 Overview
Maxwells Equations
God said:
And there was light!
Charge Distributions
Volume charge density:
Total Charge in a Volum
3. VECTOR ANALYSIS
Applied EM by Ulaby, Michielssen and
R avaioli
Chapter 3 Overview
Laws of Vector Algebra
P roperties of Vector Operations
Equality of Two Vectors
Commutative property
P osition & Di
2-D Array of a Liquid Crystal Display
1. WAVES & PHASORS
Applied EM by Ulaby, Michielssen and
Ravaioli
Chapter 1 Overview
E xamples of EM Applications
Dimensions and Units
F undamental Forces of Natur
EEL3470 HW3
1. Find the total charge contained inside the objects describe as follows:
a. A line on the y-axis from y = -5 m to y = 5 m, given that
b. A circular disk defined by
and
c. A cylindrical v