This note describes ParallelKnoppix, a bootable CD that allows econometricians with average knowledge of computers to create and begin using a high performance computing cluster for parallel computing in very little time. The computers used may be heterogeneous machines, and clusters of up to 200 nodes are supported. When the cluster is shut down, all machines are in their original state, so their temporary use in the cluster does not interfere with their normal uses. An example shows how a Monte Carlo study of a bootstrap test procedure may be done in parallel. Using a cluster of 20 nodes, the example runs approximately 20 times faster than it does on a single computer
Abstract:- It is possible to make high calculation capacity machines by the interconnection of equip...
Abstract. This paper examines the issue of High-Performance Computing (HPC) platforms in undergradua...
PelicanHPC is a rapid (around 5 minutes, when you know what you're doing) means of setting up a high...
This note describes ParallelKnoppix, a bootable CD that allows creation of a Linux cluster in very l...
This note shows how to set up a Linux cluster for MPI parallel processing using ParallelKnoppix, a b...
This paper shows how a high level matrix programming language may be used to perform Monte Carlo sim...
This paper shows how a high level matrix programming language may be used to perform Monte Carlo sim...
This paper confronts the issue of bringing high per-formance computing (HPC) education to those who ...
The amount of information that must be processed daily by computer systems has reached huge quantiti...
This Research to Practice Full Paper presents the experience of implementing micro HPC (μHPC) cluste...
As commodity microprocessors and networks reach performance levels comparable to those used in massi...
In the last decades, the continuous proliferation of High-Performance Computing (HPC) systems and da...
Clusters of computers can be used together to provide a powerful computing resource. Large Monte Car...
Traditional HPC (High Performance Computing) clusters are best suited for well-formed calculations. ...
Clusters of heterogeneous computing nodes provide an opportunity to significantly increase the perfo...
Abstract:- It is possible to make high calculation capacity machines by the interconnection of equip...
Abstract. This paper examines the issue of High-Performance Computing (HPC) platforms in undergradua...
PelicanHPC is a rapid (around 5 minutes, when you know what you're doing) means of setting up a high...
This note describes ParallelKnoppix, a bootable CD that allows creation of a Linux cluster in very l...
This note shows how to set up a Linux cluster for MPI parallel processing using ParallelKnoppix, a b...
This paper shows how a high level matrix programming language may be used to perform Monte Carlo sim...
This paper shows how a high level matrix programming language may be used to perform Monte Carlo sim...
This paper confronts the issue of bringing high per-formance computing (HPC) education to those who ...
The amount of information that must be processed daily by computer systems has reached huge quantiti...
This Research to Practice Full Paper presents the experience of implementing micro HPC (μHPC) cluste...
As commodity microprocessors and networks reach performance levels comparable to those used in massi...
In the last decades, the continuous proliferation of High-Performance Computing (HPC) systems and da...
Clusters of computers can be used together to provide a powerful computing resource. Large Monte Car...
Traditional HPC (High Performance Computing) clusters are best suited for well-formed calculations. ...
Clusters of heterogeneous computing nodes provide an opportunity to significantly increase the perfo...
Abstract:- It is possible to make high calculation capacity machines by the interconnection of equip...
Abstract. This paper examines the issue of High-Performance Computing (HPC) platforms in undergradua...
PelicanHPC is a rapid (around 5 minutes, when you know what you're doing) means of setting up a high...