Usetutoringspotscode to get 8% OFF on your first order!

  • time icon24/7 online - support@tutoringspots.com
  • phone icon1-316-444-1378 or 44-141-628-6690
  • login iconLogin

Modern Communication Systems (EEET 4036), SP5-2015

Modern Communication Systems (EEET 4036), SP5-2015

This homework assignment has 2 questions.  There are 29 marks in total.  Note that the questions can be
solved independently.
Your  answers  must  be  submitted  as  a  single
.pdf
le  not  exceeding  4  pages.  You  may  include  plots  or
drawings to illustrate your answers, but use them sparingly.
Matlab
code listings are to be submitted as
.m
les.  All les, combined into a single
.zip
le, must be submitted via the course website.
In this homework assignment we consider QAM baseband transmission over a noisy channel with signal
attenuation and phase osets.  A block of (
L
+
K
) symbols is transmitted at a symbol rate of
R
s
= 1
=T
symbols per second.  The symbols
u
j
with
j
= 1
;
2
;:::;L
+
K
are taken from some QAM constellation
alphabet
A
.  The transmitted waveform is
u
(
t
) =
L
+
K
X
j
=1
u
j
p
(
t

Responses are currently closed, but you can trackback from your own site.

Comments are closed.

Modern Communication Systems (EEET 4036), SP5-2015

Modern Communication Systems (EEET 4036), SP5-2015

This homework assignment has 2 questions.  There are 29 marks in total.  Note that the questions can be
solved independently.
Your  answers  must  be  submitted  as  a  single
.pdf
le  not  exceeding  4  pages.  You  may  include  plots  or
drawings to illustrate your answers, but use them sparingly.
Matlab
code listings are to be submitted as
.m
les.  All les, combined into a single
.zip
le, must be submitted via the course website.
In this homework assignment we consider QAM baseband transmission over a noisy channel with signal
attenuation and phase osets.  A block of (
L
+
K
) symbols is transmitted at a symbol rate of
R
s
= 1
=T
symbols per second.  The symbols
u
j
with
j
= 1
;
2
;:::;L
+
K
are taken from some QAM constellation
alphabet
A
.  The transmitted waveform is
u
(
t
) =
L
+
K
X
j
=1
u
j
p
(
t

Responses are currently closed, but you can trackback from your own site.

Comments are closed.

Powered by WordPress | Designed by: Premium WordPress Themes | Thanks to Themes Gallery, Bromoney and Wordpress Themes