I’ve written about distributed computing before, it’s important. Folding@Home is important. SETI@Home is important.
So…a reprint (and another list):
In the age of Dual Core Pentium’s and AMD’s, we’ve got computer power to spare. The average home computer is able to process an exponentially ever increasing number of calculations, faster than commercial supercomputers of only a decade ago.
In an effort to put these extra CPU cycles to work, a number of distributed computing projects have emerged. These projects take your free/unused CPU cycles and use them to compile data that is latter analyzed by a centralized system. This is most famously used by SETI with their SETI@Home project.
Below are some other distributed computing projects, from the profound to the profane:
So get of yr lazy bum, stop stealing music, playing games and downloading porn. Put yr computer to good use. It could save yr life.
And from Discover:
Stardust@Home
What it is: In 2006 the NASA spacecraft Stardust brought back cometary and interstellar dust. This program continues the scrutiny of minute aspects of the universe from Earth. |
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SETI@Home
What it is: The Search for Extraterrestrial Intelligence scans the sky for signs of life. David Anderson, SETI’s cocreator, says beyond finding E.T., he hopes to promote interest in science. |
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Folding@Home
What it is: This program looks at ways proteins go awry by running? simulations of how the molecules are supposed to fold. Researchers hope to shed light on diseases like Alzheimer’s and Parkinson’s. |
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Cosmology@Home
What it is: Cosmology@Home is run by the Department of Astronomy at the University of Illinois at Urbana-Champaign. The goal: sifting through theories of the universe. |
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FightAIDS@Home
What it is: Run by the Olson Laboratory at the Scripps Research Institute, this is the first biomedical and the first humanitarian distributed-computing project. |
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Climateprediction.net
What it is: Roughly $2 billion is spent each year on modeling the impact of global warming. This project attempts to vet the varying predictions. |
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Einstein@home
What it is: So far none of the gravitational waves that Albert Einstein predicted in his theory of general relativity have been detected. But if spinning neutron stars are creating ripples in space-time, the thousands of home computers chugging away at the data from the U.S. Laser Interferometer Gravitational Wave Observatory may have the best chance to find them. |
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Help Defeat Cancer Project
What it is: One of several research initiatives supported by World Community Grid, a public computing grid dedicated to humanitarian causes. By the time Help Defeat Cancer had completed its project a few months ago, more than 2,909 years of work had been completed in eight months. |
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GIMPS
What it is: Insomniacs who count prime numbers to fall asleep are in for a treat. The mathematicians behind the Great Internet Mersenne Prime Search (GIMPS) recently broke their own record to find the largest known Mersenne prime number, a whopping 9,808,359 digits long. |
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BURP
What it is: The Big and Ugly Rendering Project (BURP) is still in its infancy, but it’s already attracted a close-knit group of 3D animation enthusiasts. According to BURP creator Janus Kristensen, “no lengthy analysis or scientific know-how is necessary to understand the images and movie clips that are produced. They speak their own universal language.” |
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Electric Sheep
What it is: If Darwin returned as an artist with a knack for computer science, he might be Scott “Spot” Draves, creator of Electric Sheep, a collective of computers that renders artwork. Animations, or “sheep,” evolve into high-definition abstract paintings, spawning off in random mutations. But it’s more science than you’d expect. “I want people to see the power of evolution,” Draves says. “I’d like people to accept evolution and randomness as the ultimate creative force in our universe.” |
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LHC@home
What it is: When the Large Hadron Collider (LHC) switches on this year, it will be the most powerful particle accelerator ever built—protons will zip around its 27-kilomter-long tunnel and smash into one another with an energy of 14 teraelectron volts (that is, rather a lot). |
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Malariacontrol.net
What it is: A part of Africa@Home, malariacontrol.net works with population models to determine the best strategy to control malaria—from researching vaccines to deploying mosquito nets. |
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Spinhenge@home
What it is: The group researches nanomagnetic molecules, which may eventually be targeted for local tumor chemotherapy and the development of tiny memory modules. |
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