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Network
Technologies - Links - Porjects
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- http://www.infowin.org/ACTS/PROJECTS/
The ACTS Projects Pages. There have been more than 200 individual
projects under the ACTS programme. This section of the server
gives you tabulated overviews of the information available on
the projects, including information from the ACTS 9x (project
descriptions and trials information) as well as final reports
from completed projects and links to further information such
as the project homepage or additional information on trials or
results.
- http://www.cordis.lu/esprit/home.html
Esprit, the information technologies (IT) programme, is an integrated
programme of industrial R&D projects and technology take-up
measures. It is managed by DG III, the Directorate General for
Industry of the European Commission.
- http://www.cordis.lu/telematics/home.html
The Telematics Applications Programme, one of the European Commission's
research programmes, is aimed at stimulating RTD on applications
of information
and/or communications technologies in areas of general interest.
- http://www.cordis.lu/infosec/home.html
INFOSEC. Security of Telecommunications and Information Systems.
This site contains the results of actions in the field of Information
Security which were conducted from 1996 to 1998 and are now complete.
The results of some earlier work is also available. The most recent
work has been in the area of European Trusted Services.
- http://www.oxygen.org/
The Project OXYGEN Network is the world's first truly global undersea
optical fiber communications network.
- http://drogo.cselt.it/sonah/DIVINE/
The DIVINE project intends to implement and evaluate in real end-users
environment, a high quality standard multipoint desktop videoconferencing
system on broadband networks.
- http://drogo.cselt.it/sonah/INSIGNIA/
The INSIGNIA project takes a short to medium term approach to
implement user trials based on the integration of Signalling for
ATM and Intelligent Network in the context of National Hosts in
different European countries. Using available equipments, the
project will research Broadband Service Switching Points, Broadband
Service Control Points and Broadband Intelligent Peripherals.
- http://drogo.cselt.it/sonah/MULTIMEDIATOR/
Multimediator aims at demonstrating the use of an intelligent
Multimedia Brokerage Service through ATM for pan-European customers
and suppliers in the publishing area.
Services offered will include:
- specialized video-on-demand,
- hypervideo,
- conventional publishing services.
- http://drogo.cselt.it/sonah/MULTICUBE/
The main objectives of MULTICUBE experiments are the following:
- validation of the ATM multicast server and of enhanced signalling
modules supporting CSCW applications for multipoint communications,
- trials of CSCW applications on multipoint communications involving
real users,
- end-to-end Quality of Service evaluation,
- provision of inputs to users' fora and standardization bodies.
- http://drogo.cselt.it/sonah/RAINBOW/
The basic objectives of the Radio Access INdependent Broadband
On Wireless (RAINBOW) Project are:
- to demonstrate the feasibility and evaluate the complexity of
a UMTS access infrastructure able to cope with different UMTS
innovative radio access techniques and representing at the same
time a solution for the migration from second generation mobile
system (GSM, DCS1800 and DECT) to UMTS,
- to contribute to the UMTS standardisation process within ETSI/SMG5,
ETSI/SMG3 and ITU,
- to study possible solutions for the integration of the UMTS
Radio Access System in the B-ISDN and IN context for both transport
(ATM based) and control procedures,
- to explore the impact of multimedia services and variable bit
rate techniques on the transport and control procedures of the
UMTS Radio Access System.
- http://www.cselt.it/Cselt/euresc/P614/welcome.html
The main objectives of this Project are to:
- define a small set of different access network architectures
and their enabling optical technologies giving B-ISDN/ATM access
to residential and business customers,
- explore feasibility and technology maturity for broadband radio
based access network systems,
- identify key cost elements for the different architectures and
estimate their impact,
- analyse techno-economical consequences of different network
upgrade scenarios in a deregulated market with several service
providers over different parts of the public network
- evaluate from a techno-economic point of view the identified
access network architectures towards an end-to-end optimisation
of the telecommunication network,
- identify economically viable implementation strategies for an
effective B-ISDN/ATM access network introduction and define appropriate
network planning design approaches,
- identify areas where standards are urgently required and contribute
as appropriate.
- http://www.cselt.it/Cselt/euresc/P513/welcome.html
The first objective of the project is to identify strategies for
an integrated protection of a telecommunications network where
a number of different layers with their own protection schemes
co-operate to improve service availability and, as a consequence,
to provide criteria for network optimization and planning taking
in to account these advanced protection strategies.
The second objective of this project is to investigate how the
use of radio links (terrestrial or satellite) can influence the
QoS in an SDH network. Running measurements on SDH radio links
will allow to verify whether the present definiton of performance
parameters, mainly based on the use of optical fibre systems,
can fit also the error distribution found in radio systems.
The third objective of the project is to provide guidelines to
network operators for planning and managing a synchronization
network for SDH at the pan-European level. These will require
extensive modelling and simulation activities as well as measurements
on the existing network.
- http://www.cselt.it/webhost/convair/001.htm
The CONVAIR project will establish European telecom evolution
strategies that may be used as strategic guidelines for the implementation
of advanced communications.
- http://speechdat.phonetik.uni-muenchen.de/
SpeechDat is a series of speech data collection projects funded
by the European Union. The aim of the SpeechDat data collections
is to establish speech databases for the development of voice
operated teleservices and speech interfaces.
- http://www.packardhughes.com/pavnet/hspn.htm
The High Speed Plastic Network (HSPN) is a program funded by Defense
Advanced Research Projects Agency (DARPA) to extend plastic optical
fiber (POF) technology. The thrust of the program is to provide
low cost, high speed communications components.
- http://beta.ece.ucsb.edu/ThunLight.html
Thunder and Lightning ATM Network. The objectives of this
project are:
- to demonstrate optical transmission at 30 Gbit/s or higher,
- to demonstrate a 4x4 ATM electronic ATM switch at 30 Gbit/s
or higher per channel,
- to develop technology and designs for a 100 Gbit/s ATM network.
- http://www.intec.rug.ac.be/Research/Projects/horizon/links.html
Links for projects on optical networks.
- http://www-mash.cs.berkeley.edu/mash/main.html
The MASH research group at the University of California, Berkeley
is developing a scalable multimedia architecture for distributed
multimedia collaboration in heterogeneous environments. One of
our principal research agendas is to design, develop and deploy
multicast-based collaborative applications over the Internet.
- http://projekte.tsa.de/configurator/ausgabe/php3/firms/print-it/print_it.shtml
The Print-It project provides a distributed printing and publishing
service via open networks (including ISDN, Satellite, ATM-transport).
The developed software consists of an Acrobat Exchange plugin
(pdf- format) as well as a client- server structure and enables
the user to manage printing jobs over the WWW. The server processes
the jobs through the system letting the administrator and printers
deciding how and where to print the jobs.
- http://projekte.tsa.de/configurator/ausgabe/php3/firms/octalis/octalis.shtml
Octalis is providing a secure exchange of digital images (images
as video sequences) over a network(e.g.:WWW). Registered users
can access a virtual library in order to view or buy images. Each
digital image obtains a copyright protection based on watermarking
techniques to avoid misuse.
- http://projekte.tsa.de/configurator/ausgabe/php3/firms/misa/misa.shtml
MISA provides a management tool for public broadband networks
and services as well as the exchange of management information
between the involved Network Operators. This will cover the needs,
when offering international broadband services which span multiple
administrative domains (both operator and customer). In addition,
the integration of the management systems for the different levels
involved (i.e. SDH and ATM), in a broadband network promotes efficient
use of the related public broadband network resources :- improving
the overall reliability of the network and reducing overall costs.
- http://www.csc.ncsu.edu/faculty/rtcomm
The Real-Time Communication Project. QoS Routing (Unicast and
Multicast).
- http://www.arl.wustl.edu/arl/projects/ann/ann.html
http://www.arl.wustl.edu/arl/projects/sig/
http://www.arl.wustl.edu/arl/projects/apps/
http://www.arl.wustl.edu/arl/projects/burst/
http://www.arl.wustl.edu/gigabitkits/kits.html
http://www.arl.wustl.edu/arl/projects/pktclass/
http://www.arl.wustl.edu/arl/projects/nmvc/
http://arl.wustl.edu/~npaci/
http://www.arl.wustl.edu/arl/projects/rmnsf/intro.html
http://www.arl.wustl.edu/arl/projects/wugs160/
http://www.arl.wustl.edu/arl/projects/archive/
Active Networks, ATM Signaling, Broadband Apps, Burst Switching,
Gigabit Kits, IP Packet Class, Network Mgmt, NPACI, Reliable Multicast,
WUGS 160, and other projects.
- http://www.ittc.ukans.edu/RDRN/
The RDRN (Rapidly Deployable Radio Network) project involves the
design and implementation of a reconfigurable ATM wireless network
which is envisioned to use antenna beam-forming for spatial reuse
of frequencies. The emphasis is on rapid deployment of the network.
- http://daedalus.cs.berkeley.edu/
The Daedalus/BARWAN project at UC Berkeley is concerned with research
into Wireless Networking and Mobile Computing. The goal is to
combine intelligent, adaptive applications with smart networking
software that can multiplex connections over a wide variety of
different networking technologies.
- http://www.cs.cmu.edu/afs/cs/project/coda/Web/coda.html
Mobility places many demands on a system. Size and weight constraints
limit the computing resources on a mobile client. Network connectivity
is highly variable, and sometimes non-existent. Battery life is
a nagging concern. In spite of these challenges, mobile users
need to access and update information at any time and from any
place. Coda and Odyssey are experimental systems built to explore
these issues.
- http://iceberg.cs.berkeley.edu/
The Iceberg Project seeks to demonstrate innovative ways to construct
a cellular telephone "core" network, replacing traditional
mobile switching centers with Internet Protocol (IP) technology.
The project is organized around three broad areas of investigation:
Mobility, New application services, Performance.
- http://www.monarch.cs.cmu.edu/
The CMU Monarch Project: Protocols for Adaptive Mobile and Wireless
Networking. The Monarch Project addresses the area of networking
support for wireless and mobile hosts.
- http://www.tns.lcs.mit.edu/SpectrumWare/home.html
The SpectrumWare project is applying a software oriented approach
to wireless communication and distributed signal processing.
- http://www.cs.rutgers.edu/~navas/dataman/geo.html
Geographic Routing is a new protocol for routing data packets
through an internetwork of computers. This protocol distinguishes
itself from the current routing technology by using arbitrary
geographical regions (denoted by longitude and latitude) instead
of logical computer addresses as the criteria to route a packet.
The purpose of this new technology is to extend the capabilities
of the current IP internetwork by adding a new geographic message
protocol to the current IP suite of protocols.
- http://www.comnets.rwth-aachen.de/~ftp-matm/
Within the project several German Companies and Universities are
working on concepts for a wireless ATM transmission to end users.
This project is supported by the German Federal Ministry of Education,
Science, Research and Technology. The ATMmobil project
started in April 1996 and will be terminated in March 2000.
- http://ptolemy.eecs.berkeley.edu/
The Ptolemy project studies modeling, simulation, and design of
concurrent, real-time, embedded systems.
- http://w3.antd.nist.gov/Projects/projects_antd.html
Advanced Networking Technologies Division (ANTD) projects. These
projects include: WDM Network Metrology, WDM Network Planning
and Modeling, WDM Network Quality of Service, Modeling of the
Bluetooth Protocols, IP Quality of Service, Internet Security
Protocols, Middleware for Reconfigurable Distributed Systems,
Internet Performance Measurement, Image modeling and related Standards,
Synchronized Multimedia Integration Language (SMIL), 3rd Generation
Wireless Systems, Characterization of Broadband Wireless Access
Communication Systems, Bluetooth and Smart Spaces, Mobile Ad Hoc
Networks (MANET), Wireless Multimedia Information Networks, ATM
Network Protocol Testing, Modeling and Performance Evaluation
of ATM Protocols, Performance Evaluation of MAC Protocols in HFC
Network, Distribution of Digital Video Information over ATM, Next
Generation Internet Protocols (IPv6).
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