Wireless Communication System - Management Sciences - Course Outline, Lecture notes of Wireless Communication Systems

Key points of this course outline are: Wireless, Communication, System, Networks, Mac, Mobility, Control, TCP, Applications, CDMA, Concepts.

Typology: Lecture notes

2011/2012

Uploaded on 10/24/2012

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Faculty of management sciences
Department of Technology Management
Course Code & Title TEM603-Wireless communication System
Credit – 3 Program - MBA (TEM-Specialization course)
Pre-requisites: None.
COURSE OBJECTIVES:
The Objective of the course is to teach student state-of-the-art technology in
modern telecommunications. Students will study topics such as digital
communications over the public telephone networks, switching systems, computer
telephony, modern operation, wireless communications, multimedia
communications, and optical fiber communication.
Course outline:
A. Ad hoc Networks (Multihop- Mobile-Multimedia network):
Routing (Unicast, multicast, anycast, multi path),
Flat and hierarchical proposals,
Survivability,
Quality-of-Service (QOS): increase data carrying capacity or/and differentiated service
Power control,
Addressing,
Issues when integrated with fixed network, Can we suggest some nice architectures
B. Medium Access Control (MAC) for wireless medium:
Capacity,
Scheduling,
Fairness,
Quality-of-Service (QOS), power control, misbehavior detection, single hop and multi-hop
issues, Security (?)
Various proposals for MAC schemes dealing with above issues.
Promise of directional antenna in wireless Mac performance improvement
Interaction and relationship between MAC performance and ad-hoc routing proposals,
cross layer design (new direction)
D. Network Layer Mobility Control:
Handling location transparency in network layer: Handoff management,
Handoff Latency and scalability issues (flat and hierarchical proposals),
Managing Session mobility
Various Architectures: Cellular IP, HAWAI, Mosquito Net and some more in survey
fashion
Mobile IP Architecture in specifics
E. TCP and Mobility
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Faculty of management sciences

Department of Technology Management

Course Code & Title TEM603-Wireless communication System

Credit – 3 Program - MBA (TEM-Specialization course)

Pre-requisites: None.

COURSE OBJECTIVES:

The Objective of the course is to teach student state-of-the-art technology in

modern telecommunications. Students will study topics such as digital

communications over the public telephone networks, switching systems, computer

telephony, modern operation, wireless communications, multimedia

communications, and optical fiber communication.

Course outline:

A. Ad hoc Networks (Multihop- Mobile-Multimedia network):

  • Routing (Unicast, multicast, anycast, multi path),
  • Flat and hierarchical proposals,
  • Survivability,
  • Quality-of-Service (QOS): increase data carrying capacity or/and differentiated service
  • Power control,
  • Addressing,
  • Issues when integrated with fixed network, Can we suggest some nice architectures

B. Medium Access Control (MAC) for wireless medium:

  • Capacity,
  • Scheduling,
  • Fairness,
  • Quality-of-Service (QOS), power control, misbehavior detection, single hop and multi-hop issues, Security (?)
  • Various proposals for MAC schemes dealing with above issues.
  • Promise of directional antenna in wireless Mac performance improvement
  • Interaction and relationship between MAC performance and ad-hoc routing proposals, cross layer design (new direction)

D. Network Layer Mobility Control:

  • Handling location transparency in network layer: Handoff management,
  • Handoff Latency and scalability issues (flat and hierarchical proposals),
  • Managing Session mobility
  • Various Architectures: Cellular IP, HAWAI, Mosquito Net and some more in survey fashion
  • Mobile IP Architecture in specifics

E. TCP and Mobility

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  • Performance of TCP over wireless medium.
  • Do we new any modification in existing TCP in wireless transmission media, which has lower bandwidth, and higher channel error and loss rates?
  • Is TCP performance also sensitive to particular wireless mac layers?
  • Study of various mobility adapted modified TCP protocols

F1. Cellular Communication Concepts (without any case studies: No GSM or CDMA, GPRS):

  • Frequency reuse, cellular, microcellular concepts including sectorization and cell splitting;
  • Location management: Handoff, Paging,
  • Admission control

F2. Applications:

• WAP, Data Broadcasting Issue,

• Related ideas/architectures for multimedia applications Eg:

• SIP (Session Initiation Protocol), user and personal mobility,

Text Book:

  • Fondamental of wireless communication By David Tse University of California Berkeley and Pramod Viswanath University of Illinois, Urbana-champaign

Reference :

  • Wireless Communications & Networks (Hardcover) by William Stallings (Author)
  • Wireless Crash Course, Second Edition by Paul Bedell
  • Wireless Communications: Principles and Practice (2nd Edition) by Theodore S. Rappaport

Grading policy:

The final grade will be computed from the following constituent parts: mid-semester exam

(20%), final exam (50%), assignments (10%) and project (20%). Closed-book examination

is used for both mid-semester and final exam.

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