In this paper, we will explore the design considerations of a low cost, high performance microprocessor cluster, including both hardware and software factors. The goal of the designed system is to maximize the ratio of performance to price, creating a powerful computer at very low price point. This paper will explore the target capabilities of the platform, the design process used to select components and configurations, and metrics by which microprocessor clusters can be evaluated
Beowulf cluster is perhaps the cheapest way to construct a high performance computers. The strategy ...
For high performance computing (HPC), clusters of workstations are becoming very popular platforms,...
Hardware design for high performance computing appears to be reaching its limits on several fronts. ...
Color poster with text and graphs describing research conducted by Joseph Myre, advised by Daniel J....
As commodity microprocessors and networks reach performance levels comparable to those used in massi...
Cluster based architectures are standing out in the last years as an alternative for the constructio...
Our long-term goal is to investigate the potential of multicomputers constructed of commercial, off-...
This report provides a summary to main cluster computing architectures together with some of the pop...
In the near future, semiconductor technology will allow the integration of multiple processors on a ...
Advances in multiprocessor interconnect technology are leading to high performance networks. However...
This thesis deals with the building and programming of a low power cluster composed of Hardkernel Od...
We propose a simple structuring technique based on clustering for designing scalable shared memory m...
The entry price of supercomputing has traditionally been very high. As processing elements, operatin...
abstract: The current trend of interconnected devices, or the internet of things (IOT) has led to th...
Master of ScienceDepartment of Computing and Information SciencesMitchell NeilsenThe Raspberry Pi is...
Beowulf cluster is perhaps the cheapest way to construct a high performance computers. The strategy ...
For high performance computing (HPC), clusters of workstations are becoming very popular platforms,...
Hardware design for high performance computing appears to be reaching its limits on several fronts. ...
Color poster with text and graphs describing research conducted by Joseph Myre, advised by Daniel J....
As commodity microprocessors and networks reach performance levels comparable to those used in massi...
Cluster based architectures are standing out in the last years as an alternative for the constructio...
Our long-term goal is to investigate the potential of multicomputers constructed of commercial, off-...
This report provides a summary to main cluster computing architectures together with some of the pop...
In the near future, semiconductor technology will allow the integration of multiple processors on a ...
Advances in multiprocessor interconnect technology are leading to high performance networks. However...
This thesis deals with the building and programming of a low power cluster composed of Hardkernel Od...
We propose a simple structuring technique based on clustering for designing scalable shared memory m...
The entry price of supercomputing has traditionally been very high. As processing elements, operatin...
abstract: The current trend of interconnected devices, or the internet of things (IOT) has led to th...
Master of ScienceDepartment of Computing and Information SciencesMitchell NeilsenThe Raspberry Pi is...
Beowulf cluster is perhaps the cheapest way to construct a high performance computers. The strategy ...
For high performance computing (HPC), clusters of workstations are becoming very popular platforms,...
Hardware design for high performance computing appears to be reaching its limits on several fronts. ...