How Many Computers Does It Take to Make Contact with E.T.s? - 1 views
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Kellie Ramm on 26 Apr 11This resource, an article from the Wall Street Journal, is a more current take on the SETI @home project. It can be more easily understood by the average reader and gives a summary of both the history of the SETI @home project, and information on where it stands today. It also discusses further details of "distributed computing". According to this resource, late in the 1990s University of California, Berkeley scientist David P. Anderson thought that the millions of "often-idle computers"(Gomes, 2006) could be better utilised in distributed computing. The idea behind distributed computing is to take a scientific problem, and then share out the computations required to millions of computers. To test this theory, Dr. Anderson chose the SETI project, and set up SETI@home. Although the search for Extraterrestrial Intelligence was basically an "attention-getting gimic" (Gomes, 2006), it worked better then expected with almost a million users signing up and downloading the required client. Although there are now many other distributed computing projects available, almost akin to choosing which charity to donate to, many users are still loyal to the original SETI @home project. With their accumulated point system, earned by the number of computing hours donated to the project, users are unwilling to move to another project and lose the points they have earned. The current popularity of this project is shown by the 10,000+ members of the SETI @home facebook page (Facebook, 2011), which also demonstrates how many forms of online collaboration often cross paths. This resource describes the SETI @home project in easy to understand language making it a good introduction to the theory of distributed computing (or public-resource sharing) however some of the information seems to contradict that written on the SETI @home about page.
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Kellie Ramm on 26 Apr 11Facebook. (2011). SETI@home Community. Retrieved from http://www.facebook.com/search.php?q=seti&init=quick&tas=search_preload&search_first_focus#!/pages/SETIhome/16063264533 Gomes, L. (2006). How Many Computers Does It Take to Make Contact with E.T.s? Retrieved from http://online.wsj.com/public/article/SB115145653496392561-3YTEjOQhd0ZilADHfEf8hoK4BhA_20070628.html?mod=blogs
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anonymous on 28 Apr 11SETI@home has also inspired other collaborative shared computing projects. Most notably the Folding@home project conducted by Stanford University (Sony folding@Home 2008). The aim is to analyze proteins in hope of solving various diseases including Cancer. An interesting aspect of the project is its imbedding as a networked technology in the millions of PlayStations 3's around the world. As a user-setting, PlayStations left idle can shift processing resources to working through the protein work packets sent out by Stanford. Like the SETI Project, various teams compete for most work units analyzed. As an addition, Stanford are in the process of publishing peer reviewed results that stem from the completed work (Stanford 2009). Both this and the SETI Project hold technology as the central core of collaboration, but there is a human social factor playing an important role. Highlighted by the the team-play that gathers around the competition to see who is putting the most resources into completing work units. Sony folding@home (2008). The Folding@home™ Distributed Computing Project at Stanford University. Retrieved from http://www.scei.co.jp/folding/en/ Stanford (2009) Recent Research Papers from Folding@home. Retrieved from http://folding.stanford.edu/English/Papers