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Service Management in Wireless
Networks: Technologies, Products, Services
Joseph Ghetie
Telcordia Technologies, USA
Date & time: Tuesday, June 14, 2005, 14:00-18:00
Location: Faculty of Electrical Engineering and
Computing, room: Grey Hall
ABSTRACT
The “Service Management in Wireless
Networks: Technologies, Products, Services” tutorial
provides a comprehensive analysis of wireless networking technologies
with focus on service management. The wireless networking coverage
includes public mobile wireless networks, wide
area wireless access and metropolitan networks
as well as local area-based wireless networks.
Current and emerging wireless networking technologies that compose
wireless networks are evaluated for their functionality and performance:
PCS/PCN, MMDS, LMDS, WiMAX, and FSO solutions
are analyzed for service management performance along with 802.11a/b/g
wireless LAN and Bluetooth PAN solutions. The emphasis
of this tutorial is on analysis and evaluation of management
systems and associated service management applications
used in commercial off-the-shelf products that provide service
level management.
TUTORIAL OUTLINE
The tutorial “Service Management in Wireless Networks:
Technologies, Products, Services”, covers the major
aspects of managing wireless networks and services from wireless
technologies to actual service management products analysis and
evaluation. The tutorial abstract and outline follow.
Introduction
- Network Management Concepts, Evolution, and Framework
- Telecommunications and data communications network models
- Open management systems concept
- The basic management paradigm and protocols
- Management systems evolution
- Network management models
- Service Management Concept, QOS, and SLA
- Service and service level management concepts
- Class of Services (COS) as applied to wireless networks
- Quality of Service (QOS) model and performance management
metrics
- Service Level Specifications/Agreement (SLS/SLA) methodology
and attributes
- Wireless Public Mobile Networking and Management
- Mobile networks classifications and evolution
- Data communications in mobile networks
- Mobile communications services
- Mobile communications carrier networks
- Mobile networks service management solutions and products
- Wireless Access /Metro Networking and Management
- MMDS and LMDS access/metro networking
- VSAT satellite broadband access networking
- Free space optics wireless access solutions
- WiMAX wireless access solutions
- Wireless access/metro networking services
- Wireless access/metro service management products
- LAN and PAN-based Wireless Networking and Management
- 802.11a, 802.11b, and 802.11g networking solutions
- Bluetooth and other PAN networking solutions
- Local wireless networking services
- LAN and PAN service management products
- Wireless Network and Service Management Implementation
- The state of wireless networks and service management
implementation
- Issues in wireless networks and service management implementation
- Trends in wireless and service management development
INTENDED AUDIENCE: General
SPEAKER'S BIOGRAPHY
Joseph Ghetie is a network and systems engineer consultant and
instructor for Telcordia Technologies (Bell Communications Research).
In his position, J. Ghetie was responsible for developing architectures,
requirements, and solutions for network management integration,
providing consulting, and supporting management standards development.
Joseph Ghetie has also developed and taught numerous advanced
technical courses in the areas of telecommunications, data communications
and Internet network management. He owns his consulting and training
business, TCOM & NET.
Joseph Ghetie is the author of a published book on Network
and Systems Management Platforms Analysis, Kluwer Academics
Publishers. Since 1993, he has taught 29 tutorials at major network
and service management related international conferences and symposia
such as INMS (IN), NOMS, SICOM, EMS, APNOMS, LANOMS, SBRC, ITC,
ISCC, Globecom, etc.
Joseph Ghetie is originally from Romania and has a MSEE in Electronics
and Telecommunications from the Polytechnic Institute of Bucharest.
He started in 1967 as an electronics and network engineer with
the Institute for Railroad Research and Design, involved in the
design and implementation of data communications networks and
complex process-oriented computer systems for centralized traffic
control of mass transit. Since 1985 he worked as a technical specialist
at J.C. Penney Company, Inc. as part of the Corporate Communications
Systems Development headquarters-based group, where he was responsible,
as project manager, for developing strategic planning, and evaluation,
selection, and implementation of new networking technologies.
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