The document discusses the future of wireless technology. It aims to make wireless technologies universally accessible anywhere and enable always-on broadband connections across any network or device. This can be achieved by combining existing technologies like cellular, Wi-Fi and Bluetooth. Alternatively, new architectures like cloud computing, mesh networks and self-organizing networks could be developed. Hybrid wireless networks that integrate multiple technologies may provide data rates up to 2x768 kbps. The key is developing solutions that maximize the accessibility of wireless connectivity over time and space.

1. What is The Future
of Wireless
Technology?
YUVAL LEVENTAL

2. Contents
 Executive Summary
 Primary Goals
 Primary Architecture Types
 Combining Technologies
 New Technology Architectures
 Conclusion
 Bibliography

3. Executive Summary
I have been interested in Information Technologies for a while, one of
them being wireless technologies. As an engineer, it will be important
to track future trends in wireless technology. These trends range from
combining current technologies to creating new technologies from
scratch.
The primary goal overall is to make different kinds of wireless
technologies as accessible as possible anywhere, anytime. Hybrid
wireless networks are estimated to be able to provide up to 2×768
Kbps. To create better technologies, one can either modify the
software or create a new architecture entirely. Both ways are essential
for a more effective wireless system.

4. Primary Goals
 The two main aims: Universal Access (UA) and Always Broadband
Connection (ABC) services across any network and terminal
 One method is to combine different technologies together such as
cellular technology, Wireless LAN, and Bluetooth
 Another method is to implement new technologies, such as Cloud
Computing and Mesh and SON technologies.

5. Primary Architecture Types
 There are many kinds of wireless architectures including multiple
types of cellular technology, fixed and nomadic wireless access,
wireless LAN, and even Bluetooth.
 Different wireless networks which will be able to work together
include cellular systems, regional wireless networks, and
radio/television/satellite communication systems.
 All-IP technology will enable data to be transmitted regardless of
the original medium from which it is.

6. Combining Technologies
 Vertical handover, the handover between heterogenous networks,
will shatter the restrictions imposed by horizontal handover, the
handover between homogenous networks.
 Combining technologies will be able to achieve a single-user rate of
2×768 Kbps.
 The future of technology networks comes from combinations of
WWAN (3GPP/3GPP2 cellular network), WMAN (WiMAX), and WLAN
(Wi-Fi).
 A significant problem to be encountered is the interruption between
different standards of different networks.

7. New Technology Designs
 Cloud computing is a
phenomenon where the vast
majority of computing resources
are based in one location.
 It will reduce resources and
enhance efficiency. The only
other important processing tasks
remaining will be visual and audio
processing.
 Mesh and Self-Organizing Network
technologies involve networks that
self-organize to form the most
efficient transmissions. The mesh
network is a multi-hop network
that is based off Ad Hoc networks.

8. Conclusion
 There are two different methods for improving wireless technologies
 Combining technologies together at the same place creates the
best configuration of multiple networks
 Mesh and Self-Organizing structures will self-organize to form the
best path based on the user’s preferences
 The key is to make wireless networks more accessible over the
breadths of time and space.

9. Contact Me
Presentation by Yuval Levental
yuval.levental@edu.esiee.fr
http://linkedin.com/in/yuvallevental

10. Bibliography
 Huawei Technologies Co.
 Open-Mesh Cloud-Managed Wireless Networks
 IEEE Professional Association