The performance of distributed supercomputing computing environments are mainly dependent on three factors: distributed programming tools, computing nodes, and LANs employed. In this paper, we analyze the performance of all these factors experimentally and analytically. The distributed programming tools that we employed are PVM and Express. The computing nodes that we employed are SUN and HP workstations, and the LANs that we considered are an Ethernet and FDDI networks. Extensive timing experiments, including one-to-one communications, exchange operations, and broadcast operations, have been performed and analyzed. Moreover, analytic models have been developed to analyze the behavior of the network protocols employed by the LAN-based platf...
. In this paper, we describe experiments comparing the communication times for a number of different...
Most distributed applications are based on architectural models that do not involve real-time knowle...
Traditional distributed computing systems are typically complex to implement and costly to maintain...
The performance of distributed supercomputing computing environments are mainly dependent on three f...
Current advances in processor technology, networking technology, and software tools have made high-p...
We have implemented a set of computational physics codes on a network of IBM RS/6000 workstations us...
Inter-node networks are a key capability of High-Performance Computing (HPC) systems that differenti...
In recent years there has been an increasing interest in object-oriented distributed computing since...
We present a methodology and tool for performance analysis of distributed server systems, which allo...
This paper provides experimental data and analysis to quantify both the peak and sustained performan...
This paper provides an experimental assessment of the impact of the underlying networking in a clust...
The paper describes development, realisation and verification of the new analytical model for the st...
Clusters of workstations are a popular platform for high-performance computing. For many parallel ap...
A case study was conducted to examine the performance and portability of parallel applications, with...
The original publication can be found at www.springerlink.comThis paper gives an overview of two rel...
. In this paper, we describe experiments comparing the communication times for a number of different...
Most distributed applications are based on architectural models that do not involve real-time knowle...
Traditional distributed computing systems are typically complex to implement and costly to maintain...
The performance of distributed supercomputing computing environments are mainly dependent on three f...
Current advances in processor technology, networking technology, and software tools have made high-p...
We have implemented a set of computational physics codes on a network of IBM RS/6000 workstations us...
Inter-node networks are a key capability of High-Performance Computing (HPC) systems that differenti...
In recent years there has been an increasing interest in object-oriented distributed computing since...
We present a methodology and tool for performance analysis of distributed server systems, which allo...
This paper provides experimental data and analysis to quantify both the peak and sustained performan...
This paper provides an experimental assessment of the impact of the underlying networking in a clust...
The paper describes development, realisation and verification of the new analytical model for the st...
Clusters of workstations are a popular platform for high-performance computing. For many parallel ap...
A case study was conducted to examine the performance and portability of parallel applications, with...
The original publication can be found at www.springerlink.comThis paper gives an overview of two rel...
. In this paper, we describe experiments comparing the communication times for a number of different...
Most distributed applications are based on architectural models that do not involve real-time knowle...
Traditional distributed computing systems are typically complex to implement and costly to maintain...