Analysis and Implementation of Cluster Computing Using Linux Operating System

Extending The Linux Operating System For Grid Computing

The emergence of metacomputing and grid technologies as a new trend in high performance computing has opened up many interesting problems in the implementation of resource-sharing and efficient scheduling of compute-intensive processes. While much work has been done to build grid services on top of existing infrastructure, little has been done to make the underlying operating system aware of th...

The Linux Operating System: Debian GNU/Linux

An Analysis of IEEE 1394 on Linux for Cluster Computing

The Network Of Workstations (NOWs) is the trend for distributed computing, and the costeffectiveness of networking system is one of the key issues for NOWs. The IEEE 1394 bus can be a cost-effective solution for linking a network of computers, in this paper, we tested the performance of IEEE 1394 on the Linux system, and discussed how to improve the IEEE 1394 performance towards cluster computi...

Linux Operating System Selection By :

Operating System (OS) selection plays a vital role in determining the usability of a computer or microcomputer. This application note will discuss the differences between the different flavors of the Linux OS’s and the different mediums of installing the software. There will be comparisons of differences between the software, as well as which operating system will best suit the user’s needs.

Fengler Cellular Computing on a Linux Cluster

Cellular computing is a special approach to massive parallelism. While the direct implementation of really large cellular computers is limited by technological constraints, good results can be obtained by simulation. This paper presents an example for such a simulation. By using a cluster of interconnected workstations the time consumed when simulating fairly large fields can be shortened. The ...