Transcript No Slide Title

SWACOM WP2:
User mobility and services continuity
Josef Noll,
Prof. stip.
UniK,
[email protected]
www.swacom.org
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27.3.2003 Josef Noll
swacom.org - User Mobility
SWACOM WP2:
User mobility and services continuity
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Service Continuity
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Mobile IP based: fast handover
SIP based: service management and authentication
Enhancement user authentication,
seamless authentication
SIM authentication in 802.11 WLANs and 802.16 WiMAX
networks;
EAP-SIM; level 2 authentication
Personal device authentication over Near Field
Communication (NFC) and/or Bluetooth;
Session continuity with QoS within WLANs and WiMAX
Service roaming between 2G/3G/4G mobile networks and
WLANs and WiMAX networks.
27.3.2003 Josef Noll
swacom.org - User Mobility
Your interests?
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….
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27.3.2003 Josef Noll
swacom.org - User Mobility
Background info
Additional Slides
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swacom.org - User Mobility
Introduction
What is B3G or 4G?
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
Concepts are hard to define, since
– 3G will evolve
– 4G is not likely to be a single standard or a
standalone system
Proposal
– B3G is evolution from state-of-the-art
 Beyond
UMTS R5, WLAN and PAN
 Advanced services including multimedia, media
scaling, personalisation, global mobility, etc
 New roles and business models in a heterogeneous
access environment
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–
4G is still to27.3.2003
be defined
(oftenswacom.org
only -access)
User Mobility
Josef Noll
From 1G to 4G
4G ?
"4G"-specification
(2001 ?)
3G:
1982: GSMspecifications
2G:
1G:
1969: NMTspecifications
1970
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1991: UMTSspecifications
2002: UMTS roll-out
1990: GSM roll-out
1981: NMT roll-out
1980
27.3.2003 Josef Noll
1990
2000
2010
swacom.org - User Mobility
Service development
Personalised broadband
wireless services
B3G:
3G:
Multimedia communication
Mobile telephony, SMS, FAX,
Data
2G:
1G:
Mobile telephony
1970
7
1980
1990
2000
27.3.2003 Josef Noll
2010
swacom.org - User Mobility
Service Network
2G/GPRS
Services
Open Services Access
Ubiquitous Services
Network
Packet and
circuit switched
Packet switched Community
only
Cyberworld
Personal
Core Network
IP Backbone
UMTS
UMTS R5
Access Network
WLAN
GERAN
QoS
Mobility
WLAN ++
IP Access
PAN
Programmable
Networks
Modular
Protocols
New Cellular
Ad Hoc
MSS
Radio
Technology
CDMA
TDMA
Terminal
Technology
Single
-mode
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2001
Ubiquitous
access
MIMO
WRC’03
Multimode
HAS
UWB
SW Radio
WRC’06
OFDM
reconfigurability
SW
Radio
PAN…wearables,
open architecture(s)
2005
27.3.2003 Josef Noll
2008/2010
swacom.org - User Mobility
Roadmap Beyond 3G (B3G)
Security, QoS, Price
Appearance, User friendly
User preferences Presence (context aware)
Community (micro coordination
connection, services)
B3G vision:
It works
Media scaling
Services
Service discovery, Jini, Mobile
Agents
It is simple
Management: network, security
Core Network
Access network
Technology Terminals
Supplementary
technologies
2001
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1-2 Mbit/s everywhere
200 Mbit/s in hot-spots
It is personalised
2005
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2008/2010
swacom.org - User Mobility
Technology
New Access Networks- New Cellular
for 4G?
Requirements for a new cellular access network*
 High-speed transmission
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High-capacity
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Avg. 20 Mbps in cellular environment.
(Peak 100 Mbps)
Independent Up & Downlink speeds
>10 fold increase in 3-G
Good mobility
Supporting high-speed mobility.
– Wide-range variable rate transmission is essential to
extend coverage to indoor areas and to establish smooth
*Kohei Satoh,
DoCoMo Communications
Laboratories Europe;”
handover
to indoor
systems
Future Outlook Future Outlook for Fourth Generation Mobile for Fourth Generation Mobile Communications Communications System”
–
;
EURESCOM P1145 Workshop; 26.06.2001; Kjeller, Norway
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swacom.org - User Mobility
UP
Vision versus reality?
It works
It is simple
Mobility
Vehicle
It is
personalised
UMTS/
4G:
IMT-2000 Bandwidth & Interworking
GSM/
DAB
GPRS
Walk
DECT
Fixed
Bluetooth
20 kbit/s
200 kbit/s
IEEE 802.11, DVB
802.16e, 802.20
WiMAX, LMDS
2 Mbit/s
20
155 Mbit/s
Bandwidth
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source: O. Røstbakken, Telenor R&D
swacom.org - User Mobility
Keep customers:
Enable the Open Access Network
Open access network
WLAN
GSM/GPRS
+
Subscribers’
fixed lines
fixed
Millions
of fixed
lines function
Motorola
EAP-SIM
demo: as
feeder Mobil-2-PC-WLAN
lines for open pico-base
stations
OBAN WS, 6.6.2005
UMTS
Personalised and broadband services
Supported by seamless authentication
based on the Mobile Phone
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swacom.org - User Mobility
Services and User Needs
Mobile Services Potential (estimation 2001)

Different researches predict that...
– m-commerce
– location based services
– entertainment
…will be the most potential mobile services in the
future
(sources: Wolk-Bryan 2000, Järvelä et al. 2001)
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swacom.org - User Mobility
The Mobile
takes it all
SIM with
RFID & PKI
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swacom.org - User Mobility
Four-in-one:
Your mobile integrates them all
Security Requirement
Examples:
&
Have
to know
Need
to know
mHandel,
VPN
*
Intranet, email,
Admittance
&
Nice to know
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RFID,
SIM & PKI
*
Network access
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*&
*
RFID &
SIM
passwd
RFID
(& SIM)
Patent
swacom.org - User
Mobilitypending
SIM based Seamless Authentication
Seamless
authentication
Authentication
provider
SIM with PKI and NFC
Service
access
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Physical
access
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VPN
Home access,
.mp3, .jpg
swacom.org - User Mobility
Research challenges

Understand security of different access systems
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Application (scenario) based security infrastructure
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–
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Identify security requirements for service access
Establish hierarchical security (PKI?)
Near-field-communication related research
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–
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Access versus application security
Security threats for application keys on SIM card
Enable PAN/mobile communication through NFC
Exchange and install applications/identity on phone
27.3.2003 Josef Noll
swacom.org - User Mobility