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| 2003/10/23 [Health/Disease/AIDS] UID:10748 Activity:nil |
10/22 What are some applications or general set of problems that are most
suited to be solved on server farms? I know of stuff like SETI.
But I was thinking along the lines of problems that are specially
suited for large number of machines interconnected to massive
storage in one centralized place (little network latency). Thanks.
\_ hosting large web sites.
\_ lots of bioinformatics problems
\_ http://www.fightaidsathome.org BTW I vaguely remember that its number of
participants is much lower than SETI@home, even though fighting AIDS
seems more important. Anyone knows why?
\_ because if we find aliens it'll change the course of human
history dramatically, but if we stop aids, it just means one
less way out of thousands to die. death is common, aliens are
not. others understand that fighting aids is not more important
when most aids carriers got it through voluntary activities. the
only true aids victims are hemophiliacs and surgey patients who
got tainted blood and similar situations.
\_ bad troll--the true nutcase AIDS troll is Duesberg's
"AIDS doesn't exist" position.
\_ it's not a troll. it's the truth. i expressed my opinion.
if you disagree, say why. if you take it up the ass a few
times a week from strangers you're going to get aids and
that's no one's fault but your own. i've got no sympathy
for any new cases that have come along in the last 10 years
from people engaging in known risky activity. the same
goes for iv drug users, or anyone else engaging in high
risk activity that has been *known* to be high risk and a
near guarantee of a death sentence since the early 90s. at
this point no adult has the excuse of not knowing what
causes aids or how to avoid it.
\_ seti@home was first, and had great publicity.
I'm guessing if the roles of the two projects
were reversed in terms of publicity and timing,
it would be the other way round.
\_ What about the third world?
\_ I agree on the true victim part.
\_ I guess the class of problems are those which the ratio of CPU time
to data size is high, and the data can be divided into independent
sets.
\_ molecular biology, specifically for studying protein folding.
\_ Oceanography, meteorology, and lots of other Earth sciences. We
use supercomputers for gravity modeling. The best problems are
those where the next operation does not involve the result from the
previous operation (e.g. Monte Carlo sims). --dim
\_ Yes. a variety of statistical analyses and modeling is most
common. MCMC, especially, since you can run 100 independent
threads, and then merge them all together for analysis. -nivra
\_ Neuroimaging. Structural MRI comparisons across subjects and
through populations using volumetric tensor fields. Functional
studies making comparisons across groups for 4D scans. Check out
http://www.loni.ucla.edu -drex |
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| www.loni.ucla.edu -> www.loni.ucla.edu/ Laboratory of Neuro Imaging LONI seeks to improve understanding of the brain in health and disease. The laboratory is dedicated to the development of scientific approaches for the comprehensive mapping of brain structure and function. |
| www.fightaidsathome.org -> fightaidsathome.scripps.edu/ The Resistance Part I: From Petri Dishes to Population Dynamics New! The Resistance Part II: Fighting HIV Resistance At Home and in the Laboratory So what is FightAIDSHome? FightAIDSHome is the first biomedical distributed computing project ever launched. It is run by the Olson Laboratory at The Scripps Research Institute , and uses your computer to assist fundamental research to discover new drugs, using our growing knowledge of the structural biology of AIDS. About 42 million people are living with HIV or AIDS around the world. If there is any bioterrorism in the world, it comes from Nature itself, in the form of HIV, and we need to fight this very real and long-standing problem now - more than any other threat to humanity. Your CPU helps to screen millions of candidate drug compounds computationally against detailed models of evolving AIDS virusesan accomplishment previously impossible without expensive supercomputers. FightAIDSHome accelerates AIDS research by connecting you to a global grid of distributed computing power. Your donation of spare computer cycles helps us in our entirely non-profit, scientific endeavours. Entropia helped to launch the FightAIDSHome project, and we are grateful for their help and donated efforts, but as of May 2003, FightAIDSHome is no longer associated with Entropia. About Us Professor Olson leads a large program project funded by the National Institutes of Health to develop new approaches to discover novel AIDS therapeutics based upon our ever-increasing knowledge of the structural biology of HIV. We are working together with other laboratories here at Scripps and elsewhere, to design, synthesize and test new HIV protease inhibitors that are better than existing drugs in defeating the viruss ability to develop drug resistance. |