openMosix is a a set of extensions to the standard Linux kernel allowing you to build a cluster of out of off-the-shelf PC hardware. openMosix scales perfectly up to thousands of nodes. You do not need to modify your applications to benefit from your cluster (unlike PVM, MPI, Linda, etc.). Processes in openMosix migrate transparently between nodes and the cluster will always auto-balance.
| Tags | Operating System Kernels Linux Operating Systems Monitoring Filesystems Clustering/Distributed Networks |
|---|---|
| Licenses | GPL |
| Operating Systems | POSIX Linux |
| Implementation | C Assembly |
Recent releases


Release Notes: This port to Linux 2.6 is a rewrite of openMosix that includes the first port of openMosix to the AMD Opteron. openMosix 2.6 moves much of the patch's code from the kernel to user space. This brings a very significant improvement which provides improved performance, makes user land tools easier to implement, and most significantly, simplifies porting to new kernel versions including AMD Opteron, Intel EM64T, and PowerPPC.


Release Notes: This is the port to Linux kernel 2.4.26. oMFS has been removed as of this release.


No changes have been submitted for this release.


No changes have been submitted for this release.


Release Notes: This release includes a fix for correct memory calculation. It also adds an inode to open and close remote requests, and fixes an issue accessing EXT3 on remote.
Infrastructure for creating simulations of nuclear physics experiments.