Feedbackd is a client/server system that provides dynamic feedback of server load in a Linux Virtual Server (LVS)-based cluster. Monitor plugins are used to measure the health of each server, allowing a flexible way to report load back to the load balancer. It also facilitates the addition and removal of servers from the cluster.
Fluffy Linux Cluster will create a "virtual IP address" shared between two or more machines on the same shared segment (i.e. LAN). TCP-based services running will be automatically load-balanced between the available machines. No dedicated "load balancer" is required, and failed nodes will be detected automatically and taken out of the cluster until they are fixed.
The FOLK project aims to provide a single patch which incorporates as many Linux kernel projects as can be crammed in. Its goal is to allow people who are interested in experimenting with the different projects to get on with the experimenting, rather than spend time fixing clashing diffs. It also has the goal of giving some of the more obscure projects a better chance of being seen and used. It is not intended for "general use". If a given release is stable, that will be by sheer luck. These are experimental projects, of unknown quality and completeness, being thrown together in ways that the developers are unlikely to have even remotely considered.
The GCC UPC toolset provides a compilation and execution environment for programs written in the UPC (Unified Parallel C) language. The GCC UPC compiler extends the capabilities of the GNU GCC compiler. The GCC UPC compiler is implemented as a C Language dialect translator, in a fashion similar to the implementation of the GNU Objective C compiler.
GEXEC is a scalable cluster remote execution system which provides fast, RSA-authenticated remote execution of parallel and distributed jobs. It provides transparent forwarding of stdin, stdout, stderr, and signals to and from remote processes, provides local environment propagation, and is designed to be robust and to scale to systems of over 1000 nodes.