ChaoYang University of Technology

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24 Νοε 2013 (πριν από 3 χρόνια και 7 μήνες)

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ChaoYang University of Technology

Department of Information and Communication Engineering

Course Name :


Wireless Communication Systems

Instructor:


Dr. Yung
-
Fa Huang (
黃永發
)


Associate Professor

Office:


T2
-
909

Tel: 886
-
4
-
23323000 ext. 4419

Fax: 886
-
4
-
233
05539

Email:
yfahuang@mail.cyut.edu.tw


Textbook:

1. V. K. Garg, Wireless Communications and Networks, Morgan Kaufmann
Publishers,Elsevier, 2007.(
全華代理
)

2.
William Stallings, "Wireless Communications & Netwo
rks,"

2nd Edition, Prentice
-
Hall Inc., 2005.
(
滄海代理
,ISBN:0
-
13
-
095011
-
4)

3
. Theodore S. Rappaport
,

" Wireless Communications
Principles & Practice
,
"
Prentice
-
Hall Inc., 2002
.


Grading:


1. Homeworks and Labs

30%

2. Midterm Exam

30%

3. Projects and Report
s

30%

4. Class Interaction

10%

_____________________________

__________

Total

100%


Objective:


To introduce to the students the concept of wireless

communication systems
, c
ellular
Systems and wireless networks
,

Wireless Propagation Models, multiple a
ccess scheme
,
and performance of wireless communication systems.



Prerequisites:

Digital Communications


Course Outline:




Introduction



1. Introduction to Wireless Communication Systems and Cellular Systems



2. Signal Frequency Analysis and FDMA, Sign
al Sampling and TDMA, Spreading Spectrum and
CDMA



3. Wireless Propagation Models: Large
-
Scale Path
-
Loss, Small
-
Scale Fading and Multipath Fading
Models.



4. Wireless Cellular Communication Systems and Networks



5. Case Study:
GSM, WLAN 802.11(WiFi), WCDMA

and WiMAX (802.16)





Wireless Communication Systems

Course Schedule, Academic Year 20
1
0

Week

No.

Dates

Coverage of

Course Contents

Labs,
Homeworks,

and Exams

1

Feb.
2
3

An Overview of

Wireless Communication Systems



2

March

2

Teletraffic Engineerin
g


3

March

9

Radio Propagation
Models: Large
-
Scale Path
-
Loss

Homework #1

4

March

1
6

Radio Propagation
Models: Small
-
Scale Fading
&
Multipath Fading Models


5

March

23

Fundamental of
Wireless Cellular System
s


Homework #2

6

March

30

Multiple Access Techn
iques
:
FDMA
,

TDMA


7

April

6

.

Random

Access
Methods

Homework #
3

8

April

13

Modulation Schemes


9

April

20

Antennas, Diversity, and Link Analysis


10

April

27

Midterm Exam


Midterm Exam

11

May 4

Spreading Spectrum and CDMA

Homework #
4

12

May 11

Wirel
ess Communication Networks


13

May 18

Case Study:
GSM
,


Homework #5

14

May 25

WLAN 802.11(WiFi)


15

June 1

WCDMA


16

June 8

WiMAX (802.16)


17

June 15

WiMAX (802.16)

Presentation of
Projects

18

June 22

Finals

Finals Exam