Add to ORKGA critical factor in the design of any parallel processing computer system is the interconnection network between processors. Latency, throughput and other network factors weigh heavily on the performance of any parallel program. In this paper, the average latency and sustained throughput for a ten-node, SPARC-based SCI cluster is tested and measured based on variations in message size, cluster or ring size, and transfer method. These results are compared with corresponding TCP/IP-based Ethernet values in order to help gauge the potential of COTS SCI clusters for supporting parallel processing environments and applications. 1
In High Performance Computing (HPC) system design and deployment there is an increasing trend toward...
A cluster is a group of independent compute nodes which are coupled by an interconnection network. T...
A computer cluster refers to a set of loosely or tightly connected computers that solve computationa...
Parallel computing on clusters of workstations is receiving much attention from the research communi...
This paper provides experimental data and analysis to quantify both the peak and sustained performan...
SCI is based on unidirectional point-to-point links connected in rings. Separate rings can be connec...
A Local Area Network (LAN) can be built using the ANSI/IEEE Standard 1592-1992 Scalable Coherent Int...
Clusters of Personal Computers have been proposed as potential replacements for expensive compute se...
been proposed as potential replacements for expensive compute servers. One limitation in the overall...
This thesis is about interaction between different architectures in high performance computing for f...
In the past decade, supercomputing has witnessed a paradigm shift from massively parallel supercompu...
In this paper we discuss our experience with highperformance cluster computing using Scalable Cohere...
This article presents some performance evaluating results obtained by measuring computer clusters us...
Networked clusters of computers are commonly used to either process multiple sequential jobs concurr...
Networked clusters of computers are commonly used to either process multiple sequential jobs concurr...
In High Performance Computing (HPC) system design and deployment there is an increasing trend toward...
A cluster is a group of independent compute nodes which are coupled by an interconnection network. T...
A computer cluster refers to a set of loosely or tightly connected computers that solve computationa...
Parallel computing on clusters of workstations is receiving much attention from the research communi...
This paper provides experimental data and analysis to quantify both the peak and sustained performan...
SCI is based on unidirectional point-to-point links connected in rings. Separate rings can be connec...
A Local Area Network (LAN) can be built using the ANSI/IEEE Standard 1592-1992 Scalable Coherent Int...
Clusters of Personal Computers have been proposed as potential replacements for expensive compute se...
been proposed as potential replacements for expensive compute servers. One limitation in the overall...
This thesis is about interaction between different architectures in high performance computing for f...
In the past decade, supercomputing has witnessed a paradigm shift from massively parallel supercompu...
In this paper we discuss our experience with highperformance cluster computing using Scalable Cohere...
This article presents some performance evaluating results obtained by measuring computer clusters us...
Networked clusters of computers are commonly used to either process multiple sequential jobs concurr...
Networked clusters of computers are commonly used to either process multiple sequential jobs concurr...
In High Performance Computing (HPC) system design and deployment there is an increasing trend toward...
A cluster is a group of independent compute nodes which are coupled by an interconnection network. T...
A computer cluster refers to a set of loosely or tightly connected computers that solve computationa...