This report experimentally assesses the effect of the underlying network in a cluster-based computing environment. The assessment is quantified by application-level benchmarking, process-level communication, and network file input/output. Two testbeds were considered, one small cluster of Sun workstations and another large cluster composed of 32 high-end IBM RS/6000 platforms. The clusters had Ethernet, fiber distributed data interface (FDDI), Fibre Channel, and asynchronous transfer mode (ATM) network interface cards installed, providing the same processors and operating system for the entire suite of experiments. The primary goal of this report is to assess the suitability of an ATM-based, local-area network to support interprocess commun...
The goal of this paper is to discuss the current trends on High Performance Distributed Computing (H...
The emergence of high speed networks and the proliferation of high performance workstations have att...
Current advances in processor technology, networking technology, and software tools have made high-p...
This paper provides an experimental assessment of the impact of the underlying networking in a clust...
Exploiting clusters of workstations as a single computational resource is an attractive alternative ...
amount of computational power to researchers at an affordable cost, making it feasible to use workst...
The Langley Research Center's (LaRC) Local Area Network (LAN) effort is discussed. LaRC initiated th...
The present work illustrates the architecture and utilization of a simulated ATM testbed, which enab...
Cluster-based computing, which exploits the aggregate power of networked collections of computers, h...
The advent of high-speed local and wide area networks has made geographically distributed NOWs an ap...
This paper provides experimental data and analysis to quantify both the peak and sustained performan...
One component of the U.S. Federal High Performance Computing and Communications Program (HPCCP) is t...
Concurrent increases in network bandwidths and processor speeds have created a performance bottlenec...
This brief paper outlines our strategies for providing a hardware and software solution to interfaci...
The New Institutional Area Network (NEWIAN) at Marshall supports over 5000 end users with access to ...
The goal of this paper is to discuss the current trends on High Performance Distributed Computing (H...
The emergence of high speed networks and the proliferation of high performance workstations have att...
Current advances in processor technology, networking technology, and software tools have made high-p...
This paper provides an experimental assessment of the impact of the underlying networking in a clust...
Exploiting clusters of workstations as a single computational resource is an attractive alternative ...
amount of computational power to researchers at an affordable cost, making it feasible to use workst...
The Langley Research Center's (LaRC) Local Area Network (LAN) effort is discussed. LaRC initiated th...
The present work illustrates the architecture and utilization of a simulated ATM testbed, which enab...
Cluster-based computing, which exploits the aggregate power of networked collections of computers, h...
The advent of high-speed local and wide area networks has made geographically distributed NOWs an ap...
This paper provides experimental data and analysis to quantify both the peak and sustained performan...
One component of the U.S. Federal High Performance Computing and Communications Program (HPCCP) is t...
Concurrent increases in network bandwidths and processor speeds have created a performance bottlenec...
This brief paper outlines our strategies for providing a hardware and software solution to interfaci...
The New Institutional Area Network (NEWIAN) at Marshall supports over 5000 end users with access to ...
The goal of this paper is to discuss the current trends on High Performance Distributed Computing (H...
The emergence of high speed networks and the proliferation of high performance workstations have att...
Current advances in processor technology, networking technology, and software tools have made high-p...