PRE-CONFERENCE DAY - SUNDAY, NOV. 11, 2007 |
Time |
Description |
Location |
07:00 - 11:30 |
REGISTRATION |
Mezzanine |
08:30 - 15:45 |
PARALLEL TUTORIALS |
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|
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"WiMAX: The Broadband Wireless Access Technology" |
Awal 3 |
Mr. Wafik Ajoor |
FCCI-Bahrain, Kingdom of Bahrain |
This tutorial is designed to be applicable to managers who are concerned
with the system integration, network realization and operation for
profit of broadband wireless access networks as well as engineers and
technicians who are interested in technical issues of broadband wireless
access networks to allow them to make sound engineering judgments. |
|
"Semiconductor Nanotechnology" |
Awal 2 |
Dr. Ali Iranmanesh |
Founder and Chairman of Silicon Valley Technical Institute (SVTI), USA |
Since the first integrated circuit was created about 50 years ago, the
idea of transistors on silicon becoming the building blocks for
intelligent processors has transformed almost every facet of daily life.
Today the semiconductor technology is well recognized for the
fundamental revolution it has brought to the advancement of electronics
technology though creation of “chip”. Computers and all electronic
products are using components called IC, which stands for Integrated
Circuit. Each IC encapsulates one or more pieces of silicon called
“silicon chip” or simply “chip”. A silicon chip is a piece of silicon
that can hold thousands and at times millions of transistors. The
progression from silicon to doped silicon to transistors to chips, along
with continuous reduction of geometries from generation to generation,
is what has made microprocessors and other electronic devices so
inexpensive and ubiquitous in today's society. The fundamental
principles behind making chips are surprisingly simple but the miracle
is the constant refinement of those principles to the point where,
today, tens of millions of transistors can be inexpensively formed onto
a single chip. Even though chips are widely used, how
the process for transformation of simple sand (silicon) into a highly
complex chip occurs is less widely known. This tutorial explores the
process for manufacturing of silicon chips and creating ICs in a simple
to understand language. In addition the tutorial provides an overview of
recent advancements in semiconductor technology and the trends toward
nanofabrication. |
|
"How to Specify, Design, Construct, Test, Install and Commission Power
Management Systems" |
Awal 1 |
Mr. Terry Hazel |
Schneider Electric France, USA |
This tutorial will describe how each of these functions can be designed,
tested and commissioned. The solutions for each of these functions is
not unique and thus different possibilities will be presented. Since the
key issue is a reliable power supply, the concept of Robust Control will
be used as the basis for the implementation of these functions. This
concept will be explained in the tutorial. |
|
"Data Fusion for Sensor Networks– Potential Applications for the Power,
Petrochemical and Oil and Gas
Industries"
|
Dana 5 |
Dr. Salah Sukkarieh |
Associate Professor at the University of Sydney, Australia |
This tutorial is for those interested in knowing more about the
underlying principles behind scalable and robust sensor networks and how
they can be used to provide effective means of monitoring the
environment. The tutorial will cater for those in the scientific and
industrial community and will focus mainly on how these two communities
bridge together to bring about realistic and effective systems. Those in
the Power, Petrochemical and Oil and Gas Industries are encouraged to
attend to see how this technology could be used in their industries.
|
Lunch Sponsored by NESIC |
|
16:00 - 18:30 |
ISBIR Workshop: IEEE Student Branches Industry
Relations (ISBIR) Awareness Workshop for IEEE-GCC Students |
Murjan |
|
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