diff options
author | Joachim Nilsson <joachim@gnufans.org> | 2002-10-29 19:17:14 +0000 |
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committer | Joachim Nilsson <joachim@gnufans.org> | 2002-10-29 19:17:14 +0000 |
commit | 10702c7752bfe05ac702d5a65464a732662ea576 (patch) | |
tree | 8a98890fe6cabe6939cda6dd879c6ad20b0be17d /Hurd | |
parent | 8a3a2a53aecc2e43d363514c626d5b8b904944f4 (diff) |
none
Diffstat (limited to 'Hurd')
-rw-r--r-- | Hurd/DistributedServers.mdwn | 16 |
1 files changed, 12 insertions, 4 deletions
diff --git a/Hurd/DistributedServers.mdwn b/Hurd/DistributedServers.mdwn index 2c250c08..ce55f3df 100644 --- a/Hurd/DistributedServers.mdwn +++ b/Hurd/DistributedServers.mdwn @@ -1,9 +1,17 @@ -Mach was originally designed to run on SMPs. Later, it was extended to be a distributed OS. A group of workstations with Mach can act as a single powerful SMP. Thus, Mach is also called a Single System Image (SSI). Mach microkernel provides a good infrastructure for distributed computing, including thread migration, inter-thread communition (both locally and remotely), load balancing and fault-tolerance. Hurd, thus, has great potential for distributed computing. Before further development information is available, let's see a related project for Linux kernels, OpenMosix. You can reach it at: +# <a name="Distributed_Computing"> Distributed Computing </a> -<http://www.openmosix.org> <http://openmosix.sourceforge.net> <http://sourceforge.net/projects/openmosix> +Mach was originally designed to run on SMP systems. Later, it was extended to be a distributed OS. A group of workstations with Mach can act as a single powerful SMP machine. Thus, Mach is also called a Single System Image (SSI). -Openmosix makes patches to various versions of Linux kernels to make them "distributedly-enabled". However, since Linux kernel is monolithic, patches should be updated with each new version of kernel. That can be a nightmare, with regard to the pace at which Linux kernels are being developed. +The Mach micro kernel provides a good infrastructure for distributed computing, including thread migration, inter-thread communition (both locally and remotely), load balancing and fault-tolerance. The Hurd, thus, has great potential for distributed computing. Before further development information is available, let's see a related project for Linux kernels, OpenMosix. You can reach it at: -By contrast, distributed computing can be more easily implemented in Hurd as various servers. Efforts will be taken to make it happen. +* <http://www.openmosix.org/> +* <http://openmosix.sourceforge.net/> +* <http://sourceforge.net/projects/openmosix/> + +OpenMosix makes patches to various versions of Linux kernels to make them "distributedly-enabled". However, since the Linux kernel is monolithic, patches should be updated with each new version of kernel. That can be a nightmare, with regard to the pace at which Linux kernels are being developed. + +By contrast, distributed computing can be more easily implemented in the Hurd as various servers. Efforts will be taken to make it happen. -- [[Main/LaudneyRen]] - 29 Sep 2002 + +Various grammatical fixes and tidying up. -- [[Main/JoachimNilsson]] - 29 Oct 2002 |