Any new technology or product is an occasion for hype and ATM is no
exception. This tutorial is intended for people who are not happy to surf
on this technology but want to deep dive into it to be able to evaluate
where we are today, where we may go tomorrow and at which pace. This
implies a detailed study of the service provided by ATM, as seen by the ITU
on one side and by the ATM Forum on the other side. But ATM is not an
isolated layer, it has to be integrated in the communication stack of today
and of tomorrow when distributed multimedia applications will be widely
available. Therefore, a great emphasis will be placed on the integration of
the ATM service into the global communication architecture.
Summary of Functions and Facilities of the ATM Bearer Service
About the QoS
Conclusion
The ATM Adaptation Layer
The ATM Adaptation Layer and the Service Classes
AAL Type 1
AAL Type 2
AAL Type 3/4
AAL Type 5
Cell Burst
The AAL in the Control Plane
The Public Services on ATM
CO Public Services with AAL Type 1
The CLNAP layer
Connectionless Public Services with AAL Type 3/4
Signalling
ATM in the Local Area
The ATM Forum
Architecture and Logical Interfaces
From Legacy LANs to ATM LANs
Classical IP over ATM
IETF and ATM
IP Address Resolution and Signalling
Encapsulation
Scenario of Operation
Extension of the Classical IP
LAN Emulation
The ATM Forum
LAN Emulation Architecture & Service
The LAN Emulation Servers
Scenario of Operations
Extension of LAN Emulation
ATM Forum Related Works
ATM in the Workstation
ATM Deployment
The Wide Area
Deployment of the ATM Core Network
Deployment of WAN Backbones
Deployment of Native WAN ATM Services
The Local Area
Deployment of Backbone LANs
A Hidden ATM on the Desktop
A Native ATM on the Desktop
André DANTHINE, Professor at the University of Liège since 1967,
created a research unit in networking (RUN) in 1972. In 1983, Professor
Danthine launched the ESPRIT I Project 73 aiming at the development of a high
speed network for the interconnection of heterogeneous LANs on a broad site.
This project ended up, in 1989, with the installation, on the Sart Tilman
Campus of the University of Liège, of the BWN (Backbone Wideband
Network) prototype (more than 18 km of optical fibre with a data rate of 140
Mbps).
In 1990, Prof. Danthine launched a new Esprit project, OSI95, to tackle the
problem of the design of a new transport service and protocol (TPX) for
multimedia applications in a high speed environment including B-ISDN. In
1991, he joined the RACE Project CIO. It is in the framework of this
project that the ATM LAN of RUN has been connnected, at 34 Mbps, to the
European ATM Pilot for functional and performance evaluations. Since 1994,
Prof. Danthine is also involved in another RACE project, ACCOPI. November
1995 was the starting point of OKAPI, an ACTS project.
Since 1992, Prof. Danthine is the chairman of the COST action 237 on
"Multimedia Telecommunication Services".
Prof. Danthine is a member of ACM, of IEEE, of the Editorial Board of
"ETT", of the Editorial Advisory Board of the Wiley Series in
"Communication and Distributed Systems", editor of several books and
proceedings and author of more than eighty papers. Chairman of the TC6 of
IFIP from 1979 to 1985, he is Governor of ICCC since 1982. CRB Fellow in
1960, he received the Melchior Salier Prize in 1961, the "Bell
Telephone-100th Anniversary" prize in 1983 and the IFIP Silver Core in
1986. In 1993-1994, he was Francqui Professor at the VUB. He is Doctor of
Science Honoris Causa of the University of Kent (1991).
This two-day tutorial was presented in Liege in March 1996