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Keywords
(6)
Distributed Processing
Effective Bandwidth
High Performance Networks
Interactive Graphics
Network Performance
Local Area Network
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Very high performance networking for supercomputing
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Very high performance networking for supercomputing
(
Citations: 2
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Marke Clinger
NASA Ames has installed a very high bandwidth, 1 gigabit/second,
local area network
provided by Ultra Network Technologies to study the feasibility and performance of networking supercomputers with minisupercomputers and workstations at the
effective bandwidth
needed for computing environments of the future. A network display device, which provides
interactive graphics
over the network, was also installed to study the impact of this new bandwidth on visualization and the impact of
interactive graphics
on network performance.Three classes of computers were defined for study: workstations, minisupercomputers, and supercomputers. Interactions between these classes in a typical operational environment were also studied. This paper presents the results of investigations of
network performance
in a production facility through distributed processing.
Conference:
Supercomputing Conference - SC
, pp. 160-168, 1990
DOI:
10.1109/SUPERC.1990.130016
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References
(4)
An analysis of TCP processing overhead
(
Citations: 539
)
David D. Clark
,
Van Jacobson
,
John Romkey
,
Howard Salwen
Journal:
IEEE Communications Magazine - IEEE Commun. Mag.
, vol. 27, no. 6, pp. 23-29, 1989
Breaking through the nfs performance barrier
(
Citations: 28
)
J. Moran
,
Russel Sandberg
,
D. Coleman
,
J. Kepecs
,
Bob Lyon
Published in 1990.
The design and implementation of the 4
(
Citations: 117
)
Set. Al. Leffler
Published in 1989.
An analysis of TCP processing overhead
(
Citations: 175
)
David D. Clark
,
John Romkey
,
Howard Salwen
Conference:
IEEE Conference on Local Computer Networks - LCN
, 1988
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Citations
(2)
Experiments with a gigabit neuroscience application on the CM2
(
Citations: 5
)
Thomas T. Kwan
,
Jeffrey A. Terstriept
Published in 1993.
Getting the most for your Megabit
(
Citations: 4
)
Michael H. Comer
,
Michael W. Condry
,
Scott Cattanach
,
Roy Campbell
Journal:
Computer Communication Review - CCR
, vol. 21, no. 3, pp. 5-12, 1991