Open Source Unix Shell Distributed Computing Software

openQRM is a web-based open source datacenter management and hybrid cloud computing platform that integrates flexibly with existing components in enterprise data centers. Releases available at https://github.com/openQRM/openqrm-community. Please visit http://www.openqrm-enterprise.com for latest 5.3 free Community Release. Includes important security updates, bugfixes and enhancements especially for KVM and Cloud plugin. openQRM abstracts Virtualization and supports the following virtualization technologies: KVM, XEN, Citrix XenServer, VMWare ESX & LXC. The Hybrid Cloud Connector in openQRM supports a range of private or public cloud providers to extend your infrastructure on demand via Amazon AWS, Eucalyptus or OpenStack. openQRM automates provisioning, virtualization, storage and configuration management, and it takes care of high-availability.

Released August 22, 2013 Lubuntu Blends: Biochemistry 13.04 (Raring) v5.44 Linux Kernel Image 3.8.0-29 Lubuntu Blends are pre-installed Wubi disk image remixes of Ubuntu and Debian Science meta packages, A custom boot loader allows installations to be copied and automatically booted from most external or USB flash drives. Once up and running, use earlier Lubuntu Remix README instructions here until documentation is updated. https://sourceforge.net/projects/portable-linux/files/ Installation 1. Download the Wubi installer http://releases.ubuntu.com/saucy/wubi.exe 2. Install any flavor of Ubuntu. 3. Swap out the root.disk with the ones provided here. Overview LAMP stack running on localhost (127.0.0.1). Scientific, productivity & media packages include R (Rattle Data Miner), GridEngine, Condor, cooperative computing tools, WINE, LibreOffice, Evolution, Clinica, Neuro Debian Desktop, PsycoPy, OpenVibe, 3DSlicer, Paraview, Openshot. Cheers, Gregory Remington

This is an opensource project for the calculation of the mathematical constant Pi. If you are a mathematician or programer please contribute ideas or code for this project. Non professionals are also welcome to contribute.

CACANMS is an acronym for Computer Aided Campus Area Network Management System. The system consists of software components and a library of about 60 classes. It is divided into three types of subsystems which reside on different servers and communicate.

The CloudToolbox web application provides a simple system to manage and control users dynamic instantiation of VMs on a generic cloud. The systems handles final VM user management (on behalf of the cloud provider), users quota, machines templates, gathering of statistings and automatic shutdown of the VMs when not in use. Using the CloudToolbox web application, an user can request a VM on the cloud, according to a given template. The administrator will then create the machine on the cloud system and associate it to the requester user account with a given amount of resources (ex. limited time, limited cost, etc...). The user will then be able to start and stop the machine from the CloudToolbox web interface when needed, and use it until the resources assigned are over and the machine expires. When the machine is not in use, the CloudToolbox will automatically undeply it, saving costs on the cloud provider

FAHWebMon is a web based log analyzer for Folding @ Home Diskless Folding Farms (F@HF). It allows an administrator of such a system to visually see the status of individual work nodes in a given farm.

A service-oriented, single-source, Java integration server with virtual Service Stores(TM) that expose services via web services, HTTP and more. Service Flows provide process automation. Mainframe, database, email, web, soap & ftp adapters are included.

Unimatrix is the collective works of Matrix, Tsunami and Mainframe. Unimatrix allows for a setup of distributed file repositories. Completely peerless, and using HTTP/1.0 as its transfer medium. Unimatrix Can easilly be used for Filesharing and since its

openSSI webView is a simple and easy-to-use openSSI cluster monitoring system. Its web interface provides a quick overview of the cluster state, by graphing vital functions and graphically representing key figures.