Projects For When You Have Too Much Computing Power?
Spackler asks: "Recently, I completed a consulting gig that I needed to pick up 5 fast machines for a data conversion. Now that the conversion is complete, I have all this hardware, and nothing to compute. I know I could toss them together as a Beowulf cluster, but the big question is, what types of things do I compute on them? I know distributed.net, or Seti@home, or GIMPS would like them just added in, but are there any cool off the shelf things that need a ton of power, and take a long time to process, that can be done on a normal cluster? Some odd (but easy to understand) math question? Something cooler than brute force encryption breaking?" We've already had a discussion on some of the more well known distributed projects already, what are more home grown projects that one can use a cluster for?
I am accepting donations at this time. My wife wishes to get and use AOL 6.0. Obviously I need something that has the horsepower to deal with the popup ads, spam, and oh-so-easy-to-useness AOL, since it's obvious why it's number 1.
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"Outlook not so good." That magic 8-ball knows everything! I'll ask about Exchange Server next.
Get yourself a GPS and start mapping your favorite haunts, generate MPG animations of your travels.
Hey if you don't find a use for all 5 of those machines I might have room in my study for one
I lost my Win95 password. Could you break it for me? :)
Set up a public povray server to allow people to render ray tracing/radiosity pictures. (This idea is not new, such a thing already exists.) This would require some dedication, however. As an alternative, you could join an already existing rendering farm.
About the time I got my first K6-3D box, and was considering an early Athlon box, I looked into weather simulation programs as a fun thing to run in order to use up all the excess CPU cycles I now had. A number of different packages exist that will produce interesting results, though I don't know how easily they can be made to compile and run on Linux (the problem is finding a good Fortran compiler): NCAR/Pennstate mesoscale model MM5, NCAR Community Climate Model CCM3, and Colorado State RAMS model.