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Project No. Acronym - Title
RE5001 QUANTUM - QUality Network Technology for User-Oriented Multimedia
Lead Sector Other Sectors Start End Project Duration
RESEARCH ESPRIT/ACTS 1 Oct 1998 31 May 2000 20 months

Project Objectives, Summary Description and Anticipated Results:

The TEN-34 network service has provided a performant IP service for the European research and academic community. The TEN-34 project will terminate during 1998, and a continuation service must be deployed that will continue to provide the research and academic community with the performant IP service they require, without disruption, and keeping pace with the traffic growth at improved price/performance ratios. In parallel with the IP service, the continuation service, known as TEN-155, will provide managed bandwidth capabilities to those NRNs who wish it. Deployment of elements of the successor service is expected to start in August 1998.

In addition, the implementation of real time multi-media services is placing more stringent demands on network Quality of Service (QoS) since these services demand predictable real time response. Protocol enhancements such as RSVP and IP Next generation protocols, as well as the QoS management inherent in the ATM technology, are both addressing these issues. It is apparent that for multi-media services to develop on a pan-European basis a new approach to QoS is required. An important element of the QUANTUM Project is to trial these protocols and technology developments in a test environment so that the emerging technologies can be proved in a European environment.

The QUANTUM project has three main objectives:

  • to provide a successor service for the TEN-34 IP service, at higher bandwidths and at improved price/performance ratios, using access bandwidths up to 155 Mbps;
  • to carry out the trials of the new protocols and technology developments that will improve QoS and optimise bandwidth utilisation, both in a laboratory environment and in controlled experiments over the wide area network; and
  • to validate the use of QoS facilities, in particular bandwidth management, in a large scale operational environment, while still handling general IP traffic.
The QUANTUM project proposes to deploy a network service from components selected as a result of a competitive procurement. This will not result in the choice of a single supplier but will, through use of a unified and centralised procurement process, improve the ability to negotiate competitive supply prices and ensure a consistency of technical specification. This approach will enable the most competitive elements of responses to a tender to be combined to create a cost effective networking solution.

To validate the scalability of the deployment of the new technologies, the network will be operated as a service, providing managed bandwidth on a large scale, while still carrying general IP traffic. Specific pan-European user groups with demanding application requirements will be approached to evaluate the network. The participation of these groups, who have a direct interest in co-operative European research, will provide an objective test of the effectiveness and adequacy of European research networking facilities.

Major Validation Sites:

Organisation City/Town + Postal Code Region Country
DFN Frankfurt Rheinhessen-Pfalz DE
INFN Bologna Emilia Romagna IT
SWITCH Zürich CH
RENATER Paris Ile de France FR
Telebit Viby Aarhus DK
GSRT Athens Attiki GR
OcyT/CICYT Madrid Comunidad de Madrid ES
ARNES Ljubljana SI
FCCN Lisbon Lisboa e Vale do Tejo PT
ACOnet Vienna Wien AT
CESNET Prague CZ
HUNGARNET Budapest HU
UKERNA London Greater London GB
SURFnet Utrecht Utrecht NL
NORDUnet Stockholm Stockholm SE
RESTENA Kirchberg Luxembourg LU
OSTC Brussels Bruxelles Cap. BE
HEAnet Dublin Dublin IE
GEIE-ERCIM Le Chesnay Ile de France FR

Other Characteristics of the Project:

Users involved
The main users of the project are the European academic and research community.
Technologies and/or approach used
Trials of advanced telecommunications technology based on IP, ATM and a combination of both technologies will be conducted, with a specific objective of testing the ability of the technology to offer predictable Quality of Service on a multi-vendor international network. The test results will used to provide improved QoS in the TEN-155 network.
Expected benefits for the citizens
The advances made in scientific and industrial research and enhanced co-operation on a pan-European basis will lead to improvements in the quality of life of the general population through developments in such areas as education, medicine, environment, biological sciences etc..
Expected benefits for the users of the application
All users will benefit from an effective high performance network service with pan-European coverage. Some users will also be able to exploit switched interactive multi-media services and will also be able to develop multi-media applications in a predictable environment.
Expected benefits for the European Industries
European industry will have the opportunity to gain a leading position in the area of managed multimedia networking services as a result of the testing program.
Contribution to EU-policies
The project will provide support for a wide range of research activities, and will determine the best approaches to supporting multimedia applications and will promote the introduction of appropriate cost effective networking services on a pan-European basis with improved QoS.

Coordinator:

Name of Organisation City/Town + Postal Code Region Country
DANTE Cambridge CB2 1PQ UK4 UK

Contact Person from the Coordinating Contractor:

Title, Forename, Surname Mr Howard Davies
Address Francis House, 112 Hills Road, Cambridge CB2 1PQ, UK
Telephone +44 1223 302992
Fax +44 1223 303005
E-mail 1 Howard.Davies@dante.org.uk
E-mail 2

Other Contractors:

Code Name of Organisation City/Town + Postal Code Region Country
C2 DFN Berlin 10707 DE3 DE
C3 INFN Rome 00044 IT6 IT
C4 SWITCH Zürich 8001 CH
C5 RENATER Paris 75013 FR1 FR
C6 GRNET Athens 115 10 GR3 GR
C7 OcyT/CICYT Madrid 28006 ES3 ES
C8 ARNES Ljubljana 1000 SI
C9 FCCN Lisbon 1799 PT13 PT
C10 ACOnet Wien 1010 AT13 AT
C11 CESNET Prgaue 16600 CZ
C12 HUNGARNET Budapest 1132 HU
C13 UKERNA Didcot OX11 0QS UK52 GB
C14 SURFnet Utrecht 3501 DA NL31 NL
C15 NORDUnet Horsholm 2970 DK003 DK
C16 RESTENA Kirchberg 1359 LU LU
C17 OSTC Bruxelles 1000 BE1 BE
C18 HEAnet Dublin 2 OE002 IE


Updated: 30 July 2000 - telematics@terena.nl