To achieve accessible computational power for our research goals, we developed the tools to build numerically-intensive parallel computing clusters on the Macintosh platform. We find that the usability and reliability of the technology is as important as its per-formance. Our approach is designed to allow the user, without expertise in the operating system, to most effi-ciently develop and run parallel code, enabling the most effective advancement of scientific research. In this article we describe the design decisions we made to accomplish these goals and introduce the latest ap-plications of our approach. By “reinventing ” the clus-ter computer, we provide a unique solution designed to maximize access ib i l i ty for users
Our oral presentation will consist on an explanation about the design and implementation, within a s...
This paper confronts the issue of bringing high per-formance computing (HPC) education to those who ...
In this paper, we describe an innovative approach to teaching parallel computing concepts in a lab s...
"Plug-and-play" cluster computing. (Dauger, Dean E. y Decyk, Viktor K.) Abstract To achieve acce...
We investigate the use of a cluster of networked Apple iMac or Power Macintosh personal computers as...
We have constructed a parallel cluster consisting of 25 Apple Macintosh G3 and G4 computers running ...
We have constructed a parallel cluster consisting of a mixture of Apple Macintosh G3 and G4 computer...
We investigate the use of a cluster of networked Apple iMac or Power Macintosh personal computers as...
An introduction and brief histories will begin a discussion about computer clusters and their use in...
Workstation clusters have become an increasingly popular alternative to traditional parallel superco...
The single factor limiting the harnessing of the enormous computing power of clusters for parallel c...
The Implementation aspects of a novel parallel programming model called Cluster-M is presented in th...
We present novel hard- and software that efficiently implements communication primitives for p...
In solving engineering and scientific problems using numerical methods, we often rely on speciali...
The work is given an analysis of Open Source Software (further referred as OSS), which allows use an...
Our oral presentation will consist on an explanation about the design and implementation, within a s...
This paper confronts the issue of bringing high per-formance computing (HPC) education to those who ...
In this paper, we describe an innovative approach to teaching parallel computing concepts in a lab s...
"Plug-and-play" cluster computing. (Dauger, Dean E. y Decyk, Viktor K.) Abstract To achieve acce...
We investigate the use of a cluster of networked Apple iMac or Power Macintosh personal computers as...
We have constructed a parallel cluster consisting of 25 Apple Macintosh G3 and G4 computers running ...
We have constructed a parallel cluster consisting of a mixture of Apple Macintosh G3 and G4 computer...
We investigate the use of a cluster of networked Apple iMac or Power Macintosh personal computers as...
An introduction and brief histories will begin a discussion about computer clusters and their use in...
Workstation clusters have become an increasingly popular alternative to traditional parallel superco...
The single factor limiting the harnessing of the enormous computing power of clusters for parallel c...
The Implementation aspects of a novel parallel programming model called Cluster-M is presented in th...
We present novel hard- and software that efficiently implements communication primitives for p...
In solving engineering and scientific problems using numerical methods, we often rely on speciali...
The work is given an analysis of Open Source Software (further referred as OSS), which allows use an...
Our oral presentation will consist on an explanation about the design and implementation, within a s...
This paper confronts the issue of bringing high per-formance computing (HPC) education to those who ...
In this paper, we describe an innovative approach to teaching parallel computing concepts in a lab s...