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$@BjL\!'(J High Speed Network Research at Univ. of Cal., Irvine

$@9V1i<T(J: Tatsuya Suda  (University of California, Irvine)

$@F|;~(J: 1$@7n(J25$@F|(J ($@7n(J)  3 pm -- 5 pm
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	$@9b$N86H/(J 14:40 $@$,JXMx$G$9!%(J

Abstract

Advances in lightwave and silicon technologies have allowed
communication networks and computing systems to accommodate 
emerging multimedia applications.  
Providing solutions that satisfy the demands placed by these
applications requires both analysis of various schemes to
efficiently support such multimedia applications as well as
experimentation with new architectural solutions. 

At the University of California at Irvine, we currently are engaged in
two research projects that seek to address the problems of integrating
multimedia applications on high speed networks.  
(1) Analysis and Design of Asynchronous Transfer Mode (ATM) Networks
(2) Transport System Architectures for Very High Speed Networks

Our research methodology in each project includes both
(1) theoretical performance modeling, analysis, and simulation, and
(2) empirical design, implementation, and experimentation.  
Our research collectively addresses a complete view of a
communications network, from the network substrate (high speed LANs,
MANs and WANs), end-to-end protocols (flexible and adaptive protocol
support) and transport system architectures, to distributed
applications.

In this presentation, each of the above mentioned project will be
described with some emphasis on how the connectionless traffic may be
efficiently supported on a public ATM network.