Clusters and distributed computing can operate in a number of ways. At one end of the spectrum are full-time dedicated clusters. Alternatively, you can get distributed power on the cheap if you set up a part-time cluster using spare cycles on networked desktops.
Condor is suitable for all types of clustering. It was originally developed for use on non-dedicated desktop clusters. Not surprisingly, therefore, it is particularly well-suited to those. The project aims to provide policies and mechanisms to support High Throughput Computing on distributive resources.
Condor functions as a batch processing system, with a central server that accepts and queues jobs, serving them out to compute nodes as appropriate. If you're using a desktop cluster, you can set policies so jobs run only on idle machines, and thus can be paused or moved transparently when a machine stops being idle.
Condor is incredibly adaptable almost any usage policy and preference can be described and very versatile, making it suitable for many types of distributed system. It can also interact with remote Grid systems using a Globus interface, which requires installing only the Condor-G client interface, not the server as well.
Condor is straightforward to install and deploy, and the online documentation and support available is great.
Find out more at the many links on the Condor Web page.
This article was first published on ServerWatch.com.
One of the ways around the issues of security and control that make some businesses wary of cloud computing is to build a private cloud -- one that remains within the corporate firewall and is wholly controlled internally. Private clouds also increase the agility of IT an organization's IT infrastructure and make it easier to roll out new technology projects. Download this eBook to get the facts behind the private cloud and learn how your organization can get started.