Joint ATM Experiment on European Services
| Lead sector | Other programmes (Initials) | Start | End | Project Duration in Months |
|---|---|---|---|---|
| RESEARCH | IT - ACTS |
Project Objectives, Summary description and anticipated results:
The JAMES project aims at developing a European-wide, ATM-based interconnection structure together with associated experimental services for trial purposes. JAMES will be dealing with the interconnection of national and regional research network islands, and possibly other centres of excellence.
The main focus of the project is to investigate the provision of new broadband communication capabilities to support the needs of European research networking applications. The project will concentrate on a selection of pilot applications with real broadband needs which cannot be fulfilled by existing commercial services.
In this respect, the following issues (from the operational point of view) can be considered as the scope:
- Enhancement of the architecture based on the experience of the ATM Pilot,
- Translation of user requirements into operational quality-of-service parameters using performance measurement and traffic measurement techniques,
- Network management and operational procedures,
- Implementation, trials and fine-tuning of new broadband experimental services, both basic and enhanced.
- Obtain and exploit feedback from the experimental users (particularly National Research Networks) in order to enable each Network Operator to plan and prepare the launch of acceptable and cost-effective commercial services (Exploitation Plan).
A user board (UB) will be set up to orientate the project with the needs of users, and provide direct support to users for technical problems.
By means of this project, Europe will parallel the NSFnet/MCI initiative to develop a broadband ATM-based experimental network. Interconnection with the equivalent architecture in the USA or other countries may thus be planned.
The 17 countries participating will be provided with a variety of high speed services.
Major Validation sites:
| Institution/ Organisations | City/Town + Postal Code | Region | Country |
|---|---|---|---|
| Deutsche Forschungsnetz | Berlin 10707 | DE3 | DE |
| Renater | Paris 75252 | FR1 | FR |
| GARR | Rome | IT6 | IT |
| UKERNA | Didcot OX11 OQS | UK52 | GB |
| SURFnet | Utrecht 3501 DA | NL31 | NL |
| NORDUnet | Horsholm 2970 | DK002 | DK |
| RedIRIS | Madrid 28006 | ES3 | ES |
Other Characteristics of the Project:
| Users involved: |
|---|
| The users are the national networks for research in the TEN-34 project. They in turn provide service to researchers employing advanced computing techniques and high performance platforms for complex experiments in natural and information sciences. |
| Technologies and/or approach used: |
| The project is based on the Asynchronous Transfer Mode (ATM) network technology. It will validate a number of service interfaces based on this technology, including virtual path (VP), Switched multi-megabit data service (SMDS/CBDS), internet protocol (IP), switched virtual circuit (svc), LAN interconnection, as well as different qualities of user service, such as constant bandwidth (CBR), bandwidth on demand (VBR) and available bandwidth (ABR). |
| Expected benefits for the citizen: |
| The broadband communication technology and services which this project validates will be a basic building block of the information based society and economy in which Europe's citizens will increasingly participate. |
| Expected benefits for the users of the application : |
| Promotion of Computer Supported Collaborative Work (CSCW) for sectorial and specific usage like the aerospace industry, the chemical and pharmaceutical domain or the medical community. Development of the administration procedures between European operators which will be needed in order to provide commercial services to customers. A demonstration that trans-European high speed connections can be heavily used by users with real requirements. |
| Expected benefits for the European Industries: |
| Alerting European Industry to the benefits of and technical needs of advanced pan-European communications. The interworking required between equipment in different countries, from different vendors, validates the ATM standards at a very early stage. The multi-operator environment will define the procedures required to provide transport capability across international (or inter-operator) boundaries. European equipment suppliers and network operators will as a result be able to offer European industry an effective and efficient infrastructure. |
| Contribution to EU-policies: |
| The objective of developing pan-European seamless telecommunications networks (without internal borders) is a priority task for Europe identified in the White Paper on Growth, competitiveness, employment : the Challenges and Ways Forward into the 21st Century: "The establishment of trans-European telecommunications networks is a precondition for the creation of the 'common information area'. It is particularly important for the completion of the single market." |
Coordinator:
| Name of Institution/Organisation | City + Postal Code | Region | Country |
|---|---|---|---|
| France Télécom | Paris 75584 | FR | |
| Parent company | Controlling Company (Country) | ||
| N/A | N/A |
Contact person from the Coordinating Contractor:
| Title, First Name, Name | Dr. Howard E. Davies | Address: | Lockton House Clarendon Road Cambridge CB2 2BH |
|---|---|---|---|
| Tel: | +44 1223 302 992 | Fax: | +44 1223 303 005 |
| E-mail 1: | h.e.davies@dante.org.uk | E-mail 2: |
| Participants Code | Name of Institution/Organisation | City + Postal Code | Region | Country |
|---|---|---|---|---|
| C 2 | Federal Ministry for Public Economy and Transport General Directorate of Post and Telegraphs | Wien 1011 | AT13 | AT |
| C 3 | Belgacom Limited Liability Public Company | Brussels 1210 | BE1 | BE |
| C4 | British Telecommunications Public Limited Company | London EC1A 7AJ | UK55 | UK |
| C5 | Deutsche Telekom AG | Bonn 53105 | DE | |
| C6 | Swiss Telecom PTT | Berne 3030 | CH | |
| C7 | Telecom Eireann | Dublin 2 | IE002 | IE |
| C 8 | Portugal Telecom SA | Lisbon 1089 | PT13 | P0 |
| C9 | Telecom Italia SpA | Rome 00196 | IT6 | IT |
| C10 | Telecom Finland Ltd | Helsinki 00511 | FI | |
| C11 | Telefonica de España SA | Madrid 28014 | ES3 | ES |
| C12 | Telenor AS | Oslo 0164 | NO | |
| C13 | Telia AB | Farsta 12386 | SE | |
| C14 | FINNET International Ltd | Helsinki 00131 | FI | |
| C15 | P&T Luxembourg | Luxembourg 2999 | LU | LU |
| C16 | Hellenic Telecommunications Organisation SA | Athens 10246 | GR | |
| C17 | PTT Telecom Nederlands | Den Haag 2500 GD | NL332 | NL |
| C18 | Tele Danmark | Viby J DK-8260 | DK00D | DK |