mike_15
12-07-2005, 08:17 AM
While your computer is sitting idle, between recordings, and after running comskip, re-encoding, and everything else we have our sage systems do, you can put it to work as a part of a virtual supercomputer.
Stanford University is trying to crack the way protiens work, and may lead to curing cancers, and Alzheimer's, Mad Cow, ect.
Read more here
http://folding.stanford.edu/
It works like this,
a computer takes days to fold a potein where in nature takes nano seconds.
by using our computers they have an effective supercomputer
the software sets itself as a low priority, it freely gives up the cpu to anything else.
We would be ideal for this, most of us leave our computers on all the time. I have had this running on all of my computers for going on a year. It has not given me any trouble with Sage. It is on my server, my client, and my regular computer. All without any trouble.
download the software (http://folding.stanford.edu/download.html),
enter in team number 47967 (newly created sage users team)
Track our progress (http://fah-web.stanford.edu/cgi-bin/main.py?qtype=teampage&teamnum=47967)
Mike
Stanford University is trying to crack the way protiens work, and may lead to curing cancers, and Alzheimer's, Mad Cow, ect.
Read more here
http://folding.stanford.edu/
It works like this,
a computer takes days to fold a potein where in nature takes nano seconds.
by using our computers they have an effective supercomputer
the software sets itself as a low priority, it freely gives up the cpu to anything else.
We would be ideal for this, most of us leave our computers on all the time. I have had this running on all of my computers for going on a year. It has not given me any trouble with Sage. It is on my server, my client, and my regular computer. All without any trouble.
download the software (http://folding.stanford.edu/download.html),
enter in team number 47967 (newly created sage users team)
Track our progress (http://fah-web.stanford.edu/cgi-bin/main.py?qtype=teampage&teamnum=47967)
Mike