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Performance evaluation of the CM-5 interconnection network
TLDR
The authors present performance characteristics of the CM-5 (Connection Machine-5) data network with respect to bandwidth and latency. Expand
Distributed network computing over local ATM networks
TLDR
Communication between processors has long been the bottleneck of distributed network computing. Expand
Performance of a Mass-Storage System for Video-on-Demand
TLDR
We study the impact of different concurrent access patterns on the performance of the mass storage system for a large-scale video-on-demand server. Expand
Distributed network computing over local ATM networks
TLDR
Communication between processors has long been the bottleneck of distributed network computing. Expand
Design and Evaluation of a Generic Software Architecture for On-Demand Video Servers
TLDR
Introduces the design, implementation and evaluation of a generic software architecture for on-demand video servers. Expand
Performance of high-speed network I/O subsystems: case study of a Fibre Channel network
TLDR
We study one emerging high-speed network, the Fibre Channel network. Expand
Enhanced PVM communications over a high-speed LAN
TLDR
Performance results of PVM over a local ATM network show the availability of much greater communication bandwidth over traditional LANs such as Ethernet. Expand
Performance of a storage system for supporting different video types and qualities
TLDR
This paper presents the results of an experimental study, conducted on a Silicon Graphics Inc. Expand
Performance of a mass storage system for video-on-demand
TLDR
Advancements in storage technology along with the fast deployment of high-speed networks has allowed the storage, transmission and manipulation of multimedia information such as text, graphics, still images, video and audio to be feasible. Expand
Performance Characteristics of the Connection Machines Hypertree Network
TLDR
We present the maximum effective network bandwidth as a function of (1) message size, (2) varying data path through different levels of the network hierarchy, and (3) system load. Expand
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