A Two
Days Training Program - 4th Generation Mobile
Wireless Technology, by World Wireless Institute
About the
Program
This two-day special 4G training program
gives you a solid understanding and knowledge of the
design and development of 4th generation wireless and
mobile communications; a systematic process so you know
what to do, how to do it, and why; as well as invaluable
experience to help keep you on track for this
future-proven 4G technology movement and business
strategy. For brief video introduction of this 4G
technology, please click this
Youtube.com Videos (English
version and
Chinese version) by Prof. Willie Lu.
What's 4G
Technology
Someone always has a wrong concept that 4G means
very high-speed transmission which is totally wrong! While 4G
can support high-speed data rates, but high-speed data
rates is not equal to 4G.
Based on
LU's Laws,
"No single Radio Transmission Technology (RTT) can do
both Broadband High-speed and Seamless Mobility in a
commercial environment", and
"Transmitting very high data rates over a fast-fading
mobile wireless link in a commercial environment does
not work because it requires very high S/N by the
increased receiver bandwidth and much more spectrum with
very low BER which is really hard to implement" by Prof.
Willie Lu, former Stanford University Professor and
adjunct Zhejiang University Professor, etc.
Therefore, the 4G
technology should be focused on the Converged mobile
Cellular and High data rate solutions with Multiple RTTs
on Open Wireless Architecture (OWA) platform in a
cost-effective and spectrum efficient way.
Program
Benefits
Learn the existing problem of 3G architecture
and its limitation for further improvement &
evolution
Master the fundamentals of open architecture,
proprietary architecture and closed architecture in
wireless communications
Explore the 4G technology development and
business strategy in a honest, un-hyped and
scientific way
Understand why the 4G is a revolutionary
approach but without changing much on existing
infrastructures
Review the whole wireless development milestones
and the importance of the architectural breakthrough
Share the successful design experiences with
successful wireless architects and mobile
application architects
Create the best platform for professional
networking and team building in this emerging 4G
technology industry
Listen to the major investors' recommendations
on this emerging topics of 4G technology movement
Explore this optimal business model by
separating the architecture group from the product
development and production group with outsourcing
Learn how to file successful wireless
architectural IPR by yourself (without attorney)
internationally
Learn how to protect your 4G wireless
innovations and inventions by patents and/or by
publications
Describe why architecture is so important for
emerging wireless concept engineering and product
definition
Discover the global investment percentage on
open architecture vs. proprietary architecture in
2009
Identify the key topics on 4G R&D and design of
this emerging 4G wireless and mobile technology
Get involved in major global 4G projects - North
America, West Europe, East Asia, etc.
Learn how to apply for funds on 4G R&D from
government foundations and government investment
Understand why 4G is the key point for the
strategic planning of next generation wireless and
mobile communications
Explain why 4G becomes the next driver to
trigger the ICT (Information and Communication
Technology) industry booming
Study the business plan on new 4G marketing,
definition, investment and products
Get the new ideas, insights and analysis in the
implementation of the 4G systems and networks
List the potential topics on 4G technology for
IPR filings by the course attendees as a case study
Contribute to the major international
standardization bodies on 4G and related technology
architectures
Understand why the ITU, 3GPP, IEEE and ISO will
all move forward for 4G open architecture solutions
Program Topics
The Fundamentals of Wireless Communications -
Data rate, Transmission range, S/N, BER, Link
Budget, etc.
The Fundamentals of 4G Technology Core - Open
Wireless Architecture (OWA) and its Modeling
4G Open Mobile System (OMS) software
architecture defined by OWA common platform and
protocols
In-depth study of the 3G and 2G architectures
and their limitation of future development and
evolution
4G technology is not just new air-interface or
data-rate increase. It is a convergence of multiple
RTTs
Why 4G is extremely important for service
providers and network operators - future total
solutions' providers
Major definitions of 4G RF, Base-Band, Network,
Infrastructure, OS, Security, Power and Applications
4G is a revolutionary approach but without
changing much on existing infrastructures and
networks
4G Open Terminal Architecture and its Design
Mechanism for 4G Smartphone and 4G mobile Internet
device
SIM-Card will remain to be the most important
part of an 4G mobile phone, but will have much more
functions
All-IP framework for 4G systems and networks
design focusing on mobile Internet applications &
services
The Adaptation Layer of the 4G Terminal
Protocols - from Physical layers to the Application
layers
Security Enhancement in 4G systems and networks
- Anti-virus solutions in 4G data and video services
Smart Antenna and MIMO for 4G transceiver design
- from Base Station, Mobile Laptop to mobile phone
OWA vs. Software Definable Radio (SDR) -
different technological strategies for different 4G
markets
Cognitive Radio and dynamic spectrum management
for 4G development - different global approaches
Convergence strategy vs. Co-existence strategy -
What's the optimal approach for 4G network
development
4G Open Spectrum utilization - algorithms based
on digital GPS map, digital spectrum map & service
map
UWB technology and other short-range wireless
technologies for 4G development and 4G business
4G Open Networks for public safety and massive
emergency applications - an approach for special
services
Challenges and solutions in 4G Base Band
processing and RF Chipset Design - an 4G OWA Core
platform
4G Open OS architecture and its Open Mobile
adaptation to 4G services and applications
4G SIM Card architecture - A revolutionary
approach in defining the open mobile communications
platform
Performance evaluation criteria for 4G base
station and terminal design - system & transmission
performance
How to define the 4G regulations and policies -
experiences and practices in USA, EU, China and
Japan
State-of-the-Art of global 4G Technical and
Standardization Activities - LTE, IMT-Adv., IEEE802,
DARPA, EU-FP
Green 4G Issues: energy efficiency, environment
friendliness, infrastructure, power, transmission,
tower, etc
More on 4G mobile terminal devices and networks
architecture:
from Present to Future
Who Should
Attend
Managers and professionals across all industries and
functional areas involved in emerging 4G wireless and
mobile communication research, development, design,
implementation and deployment. The largest and fastest
benefits to your organization are with people in Senior
Technical Management, Technical Leadership, Wireless
Strategy, Technical Marketing, Concept Engineering,
Product Definition, Technical Standards, System
Architecture and IPR administration, etc.
You will benefit greatly from invaluable technology
training, business strategy as well as professional
networking by the world's leading wireless architects,
decision makers and top managers in the field.
Distinguished
Lecturer
Prof. Willie W. Lu will share with you of his rich
experiences and expertise in the system architecture,
product definition and business model throughout his
careers in Japan, Germany, China and USA. He will
combine very well the technology, regulation and
business in this three-day 4G special training program.
Prof. Willie Lu is CEO of the U.S. Center for Wireless
Communications (USCWC) in Palo Alto, California, and a
special advisor on emerging 4G technologies and
strategies for leading Fortune 500 industries and
numerous government authorities. Prof. Lu was a member
of the Technological Advisory Council of the U.S.
Federal Communications Commission (FCC), Professor of
Stanford University, and a Chief Architect and Vice
President of Infineon Technologies AG. He is also an
internationally very recognized and notable senior
expert in emerging wireless technologies and has been a
senior technical advisor for 25 wireless communication
authorities in more than ten countries including US,
China, EU. Dr. Lu is one of the pioneers in driving the
U.S. open mobile communication movement, and the chief
inventor of the famous Open Wireless Architecture (OWA)
technology core platform - referred as the "LU
model" in the industry. For more information
about Prof. Lu, please visit: http://Willie.Lu
Program Fee
US$2,490 (includes working breakfast, refreshment, meal,
training pass and copyrighted materials). Travel and
hotel fees are not included. For a group of five
attendees and more, there is a discount on full program
fee. Corporate training of any size is welcome.
