Date post: | 01-Jan-2016 |
Category: |
Documents |
Upload: | nickolas-curtis |
View: | 218 times |
Download: | 4 times |
Advanced Next gEneration
Mobile Open NEtwork
Tridentcom 20084th International Conference on Testbeds and Research
Infrastructures for the Development of Networks & Communities
Demonstration of ANEMONE – An Advanced Next gEnerationMobile Open NEtwork
18th March, 2008
László Bokor ([email protected])
2
AN
EM
ON
E D
emon
s tra
tion
– T
riden
tcom
200
8 –
Mar
ch 1
7-20
, 20 0
8
© ANEMONE consortium - 2008
Outline
Motivation
Objectives of the project
Project information
The ANEMONE architecture
Contribution of partners
Potential impacts
How to join ANEMONE’s open architecture?
Overview of the demonstration
Demonstration setup
3
AN
EM
ON
E D
emon
s tra
tion
– T
riden
tcom
200
8 –
Mar
ch 1
7-20
, 20 0
8
© ANEMONE consortium - 2008
Motivation
In the near future, billions of fixed and mobile users will require reliable, ubiquitous and uninterrupted access
to online services and content
(Advanced Next gEneration Mobile Open NEtwork)A distributed & open IPv6 network aiming at hosting IETF1 mobility
protocols, third party research projects and pre-industrial initiatives
Growing demand of mobility R&D community for a playground to evaluate and validate innovative complex applications, services and
devices
1 Internet Engineering Task Force – Large and open community concerned with the evolution of the Internet architecture and the smooth operation of the Internet
4
AN
EM
ON
E D
emon
s tra
tion
– T
riden
tcom
200
8 –
Mar
ch 1
7-20
, 20 0
8
© ANEMONE consortium - 2008
Objectives of the project
To set up a Pan-European open testbed offering state-of-the-art wireless access networks, mobility enablers, mobile devices and multimedia services
To offer a viable alternative to the current necessity of large-scale testbeds for testing and validating the latest standards in wireless access technologies, communication protocols, applications and services
To identify key components and major issues for mobility services deployment and to share our experiences on integration of IPv6 mobility into the Internet architecture
To organize and leverage the evaluation of new mobility-related solutions and protocols at large scale
To address real users presenting various profiles (e.g., researchers, students, man-on-the-street, etc.)
5
AN
EM
ON
E D
emon
s tra
tion
– T
riden
tcom
200
8 –
Mar
ch 1
7-20
, 20 0
8
© ANEMONE consortium - 2008
Project information
PARTNERSBME (Hungary)CRES (Italy)GET / ENST-Bretagne (France)INRIA (France)SFR (France)Thales Communications (France) - CoordinatorVTT (Finland)
ANEMONE Strategic objectives: 6th Framework Program Research networking testbeds Project type: Strategic Targeted Research Project (STREP) Duration: 29 months (June 2006 – October 2008) Budget/EC Funding: 3 393 905€ / 1 900 000€ Contact person: Eric Robert (Thales Communications)
[email protected] Website: http://www.ist-anemone.eu
6
AN
EM
ON
E D
emon
s tra
tion
– T
riden
tcom
200
8 –
Mar
ch 1
7-20
, 20 0
8
© ANEMONE consortium - 2008
The ANEMONE architecture
7
AN
EM
ON
E D
emon
s tra
tion
– T
riden
tcom
200
8 –
Mar
ch 1
7-20
, 20 0
8
© ANEMONE consortium - 2008
Contributions of partners I.
Laboratory UMTS/WiFi/Bluetooth access networks Researches on advanced IPv6 mobility (e.g. NEMO support in HIP, AAA) IPv6-based IMS services and applications
Metropolitan WiFi and HiperLAN access networks in Monreale (Sicilie) Implementation of ANEMONE’s central addressing structure Researches and deployment of Voice over IPv6
Promotion and demonstration of the ANEMONE platform Researches on 4G architectures Deployment of Video on Demand applications Deployment of extensions of IPv6 mobility protocols
8
AN
EM
ON
E D
emon
s tra
tion
– T
riden
tcom
200
8 –
Mar
ch 1
7-20
, 20 0
8
© ANEMONE consortium - 2008
Contributions of partners II.
Campus-wide WiFi access networks Validation of the ANEMONE platform Adaptation of the platform for ITS usage
Metropolitan IPv6/UMTS coverage in Rennes (Bretagne) Researches on trends of mobility market
Project coordination Researches on security and reliability issues of IPv6 mobility
Metropolitan WiFi coverage in Oulu (Finnland) Researches on mobile terminals and applications
9
AN
EM
ON
E D
emon
s tra
tion
– T
riden
tcom
200
8 –
Mar
ch 1
7-20
, 20 0
8
© ANEMONE consortium - 2008
Potential impacts
Why is ANEMONE important? It is the first Pan-European IPv6 mobility oriented testbed A full range of network types (Metro, Campus, Lab) will be offered and
various user profiles (researcher, student, man-in-the-street) will be addressed
Openness to third parties experiments is the very first design rule
What is the ANEMONE impact? It is a proof-of-concept of near real-life testbed of advanced IPv6
mobility technologies The testbed serves the development of new services and businesses Such a large scale network contributes to the research in IPv6,
wireless and mobile technologies It enforces the European position in dissemination activities and in
major standardization bodies
10
AN
EM
ON
E D
emon
s tra
tion
– T
riden
tcom
200
8 –
Mar
ch 1
7-20
, 20 0
8
© ANEMONE consortium - 2008
How to join ANEMONE’s open architecture?
11
AN
EM
ON
E D
emon
s tra
tion
– T
riden
tcom
200
8 –
Mar
ch 1
7-20
, 20 0
8
© ANEMONE consortium - 2008
Overview of the demonstration
A developer company realizes that mobility tests are required before getting their product to the market SIP-based rich-call application for interactive movie ticket purchase
The company contacts the ANEMONE team to conduct measurements on the testbed. Pre-defined admission process of administrative and technical tasks to obtain
access to the ANEMONE testbed After joining ANEMONE, the company can do the experiments for validating
the product on different end-terminals different access networks different mobility protocols …
The results are analysed by the developers and the ANEMONE professionals, yielding better analysis
Finally, the company has the experience what they should expect in a mobile environment
12
AN
EM
ON
E D
emon
s tra
tion
– T
riden
tcom
200
8 –
Mar
ch 1
7-20
, 20 0
8
© ANEMONE consortium - 2008
Demonstration setup