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Rosetta@home
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#	Item
1	Rosetta Stone Access and Mobile App Instructions On a Computer 1. Visit http://mesacountylibraries.org and click on eResources. 2. From the A-Z list, click on Rosetta Stone (if accessing from home, you’ll need to enter Add to Reading List Source URL: mesacountylibraries.org - Date: 2016-06-16 14:23:03
2	TMPH_113_17-18_Cover.indd Add to Reading List Source URL: comp-phys.univie.ac.at Language: English - Date: 2015-11-19 10:00:12 Protein structure Structural biology Biology Protein folding Downhill folding Protein design Energy landscape Rosetta@home
3	BMRB is a member of the wwPDB BMRB collaborates with Using Condor behind the scenes to provide a public CS-Rosetta server at the BioMagResBank Add to Reading List Source URL: research.cs.wisc.edu Language: English - Date: 2012-11-01 11:59:27 Biological databases Bioinformatics Protein methods Root-mean-square deviation Worldwide Protein Data Bank STING Nuclear magnetic resonance Protein structure prediction Rosetta@home Statistics Science Protein structure
4	1 A Correlated Resource Model of Internet End Hosts Eric M. Heien, Derrick Kondo, Member, IEEE, and David P. Anderson, Member, IEEE Abstract—Understanding and modeling resources of Internet end hosts is essential for Add to Reading List Source URL: mescal.imag.fr Language: English - Date: 2011-09-09 03:30:06 Parallel computing CPU cache Cache Central processing unit Computer memory Rosetta@home Peer-to-peer Multi-core processor Instructions per second Computing Concurrent computing Computer hardware
5	BOINC and Volunteer Computing Fact Sheet Einstein@home gets computing power from over 100,000 desktop and laptop PCs volunteered by their owners. Its data analysis program runs in the background on these computers. This Add to Reading List Source URL: einsteinathome.org Language: English - Date: 2014-11-07 04:59:50 SETI Berkeley Open Infrastructure for Network Computing David P. Anderson Volunteer computing GPUGRID.net Einstein@Home MilkyWay@home Rosetta@home Climateprediction.net Concurrent computing Distributed computing Computing
6	BOINC and Volunteer Computing Fact Sheet Einstein@home gets computing power from over 100,000 desktop and laptop PCs volunteered by their owners. Its data analysis program runs in the background on these computers. This Add to Reading List Source URL: www.einsteinathome.org Language: English - Date: 2014-11-07 04:59:50 SETI Berkeley Open Infrastructure for Network Computing David P. Anderson Volunteer computing GPUGRID.net Einstein@Home MilkyWay@home Rosetta@home Climateprediction.net Concurrent computing Distributed computing Computing
7	WWW 2010 • Full Paper April 26-30 • Raleigh • NC • USA Volunteer Computing: A Model of the Factors Determining Contribution to Community-based Scientific Research Add to Reading List Source URL: faculty.poly.edu Language: English - Date: 2010-05-05 22:41:49 Social information processing SETI Social psychology Virtual communities Middleware Volunteer computing Berkeley Open Infrastructure for Network Computing SETI@home Rosetta@home Computing Concurrent computing Distributed computing
8	The challenge of designing scientific discovery games Seth Cooper1 , Adrien Treuille3 , Janos Barbero1 , Andrew Leaver-Fay4 , Kathleen Tuite1 , Firas Khatib2 , Alex Cho Snyder1 , Michael Beenen1 , David Salesin1,5 , Davi Add to Reading List Source URL: homes.cs.washington.edu Language: English - Date: 2010-07-25 16:04:02 Science Protein folding Computational biology Puzzle video games Foldit Rosetta@home Protein structure prediction David Baker Serious game Biology Bioinformatics Protein structure
9	Jeeva: Enterprise Grid-enabled Web Portal for Protein Secondary Structure Prediction Chao Jin, Jayavardhana Gubbi† , Rajkumar Buyya, and Marimuthu Palaniswami† † Grid Computing and Distributed Systems Lab Departmen Add to Reading List Source URL: www.cloudbus.org Language: English - Date: 2008-06-21 20:47:07 Protein structure Science Statistical classification Biology Molecular modelling Rosetta@home Support vector machine EVA Protein structure prediction Bioinformatics Statistics Protein methods
10	» Reprogrammed: This is the structure of the endonuclease I-MsoI computationally redesigned to target a new DNA site. The redesigned enzyme displays altered site specificity with a level of target discrimination compar Add to Reading List Source URL: boinc.bakerlab.org Language: English - Date: 2006-07-06 19:57:21 Rosetta@home Protein design Protein structure prediction Protein folding DNA Protein domain David Baker Protein Top7 Protein structure Biology Chemistry

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