- Introduces the
key enabling technologies
that make it practical
to deliver data
services over
wireless systems.
- Explores the
promising new
developments that
assure this rapidly
changing field
will have a major
role in emerging
networked applications.
The pace of development
in wireless is
truly compelling,
where the convergence
of wireless communications
and Internet technology
is creating real
opportunity for
innovation. Our
Mobile Computing
course covers
the essential
elements defining
this emerging
discipline, and
gives students
a background that
will make them
effective in contributing
to developing
and supporting
new applications.
• To provide
effective, up-to-date
training that
integrates the
essential elements
of this quickly
developing field.
• To offer
a thoroughly understanding
of the principles
and embedded technologies
that underlie
the delivery of
data services
in a wireless,
mobile environment.
• To present
a rationalized
view of emerging
standards initiatives
in wireless networking.
• To develop
a coherent, systems
view of the relationships
between these
various topics,
and provide an
appreciation of
how to achieve
desired results.
This course appeals
to technical professionals
involved in, or
affected by mobile/wireless
computing technology.
This includes
IT professionals,
engineers, technical
managers, network
administrators.
project planners,
applications developers
and strategic
planners.
It appeals to
a range of backgrounds,
from junior/intermediate
people needing
to develop a more
comprehensive
skill set, to
specialists who
wish to broaden
their knowledge
base.
(i) Introduction
Categories and
Summary Features
of New Wireless
Technologies
Data Service Requirements
and Characteristics
of The Mobile
Channel
Roaming Issues;
How they affect
voice and data
users
Radio Propagation;
Multipath Fading
and Mitigation
(ii) Sharing
and Controlling
the Wireless Channel
TDMA and CDMA
Concepts/Issues/Features/Limitations
Global System
for Mobile (GSM)
Technical Features
CDMA (IS95) Technical
Features
Comparison of
Suitability for
Supporting Data
Applications
(iii)
2.5 and 3G Wireless
Implementations
2.5G Mobile Data
Technologies (e.g.
EDGE, 1X)
3G Systems Framework;
Channel Control
and Modulation
Capacity Features
and Performance
3G Economic Models
Demand an Urban
Market
Smart Antennas;
Antenna Arrays,
Beam Forming and
MIMO
(iv)
Messaging and
Text Delivery
Applications
Comparison: Instant
Messaging, Short
Message Service
and E-Mail
Web-Based Messaging
Exploiting Presence
to Make Messaging
Effective
Personal Email
Tools; Blackberry
and Others
(v) The
Internet Computing
Architecture
Elements of the
Internet Architecture
and Protocol Suite
Key Features of
IPv6
Packetized Voice
and Quality of
Service Issues
Real-Time Extensions
and Voice Over
IP
Client/Server
Architectures
and Thin Client
Solutions
(vi) Mobile
IP; Concepts and
Issues
Disconnecting
from Fixed Infrastructure
Functions of the
Mobile Agent,
Home Agent and
Foreign Agent
Agent Discovery
and Registration
Security Challenges
With Mobile IP
(vii)
Wireless LANs
Issues: Security,
Cost and Capacity
Elements of the
IEEE 802.11-Series
of Standards
System Design
Issues; Coverage
and Throughput
Capacity
High Speed Wireless
LAN Developments
Bluetooth Technology
and Applications
(viii) Location-Based
Solutions and
Applications
Position Location;
Regulatory, Business
and Privacy Issues
The GPS Satellite
System
Other Methods
for Determining
Location
Summary of Applications
(ix)
Developing Community-Wide
Solutions
IEEE 802.16 (WiMAX)
Standard
WiMAX as a Broadband
Access Technology
IEEE 802.20 (Mobile
Broadband Wireless
Access)
Applications,
Economics and
Market for WLL
(x) Wireless
Security Issues
The Unique Security
Environment of
Wireless
Notable Security
Failures With
WiFi and GSM
Authentication,
Authorization
and Accounting
IEEE 802.11 (WiFi)
Solutions; Initial
and Revised
Virtual Private
Networks
(xi) Convergence
and Integration
Opportunities
Cellular/Mobile
Synergy With WiFi
Voice Over IP
Over Wireless;
Hybrid Phones
WiFi Augmented
With WiMAX
Challenges to
4G Mobile from
IEEE 802.16 and
802.20
Appendices
Glossary
of Terminology
Suggestions For
Further Reading
General
Index
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