BOINC Projects

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<div class="bs-stat-number">72</div>
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<div class="bs-stat-label">Projects documented</div>
<div class="bs-stat-label">Projects documented</div>
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|* [[Malariacontrol.net]] simulate the transmission dynamics and health effects of malaria
|* [[Malariacontrol.net]] simulate the transmission dynamics and health effects of malaria
|* [[MindModeling@Home]] computational cognitive modeling to study human performance and learning
|* [[MindModeling@Home]] computational cognitive modeling to study human performance and learning
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| * [[Predictor@home]] protein folding and the first BOINC project
| * [[Pirates@Home]] help to develop Einstein@Home screensaver and test BOINC software
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| * [[Proteins@home]] tackled the inverse protein folding problem
| * [[QMC@Home]] develop and apply Quantum Monte Carlo (QMC) methods for use in quantum chemistry
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|* [[QuChemPedIA@home]] run density functional theory (DFT) quantum chemistry calculations
|* [[Rectilinear Crossing Number Project]] determine the rectilinear crossing number of the complete graph K18
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| * [[RALPH@home]] developement site for Rosetta@home
| * [[RALPH@home]] developement site for Rosetta@home
| * [[Ramanujan Machine]] conjectured mathematical identities
| * [[Ramanujan Machine]] conjectured mathematical identities
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| * [[Universe@Home]] stellar evolution modelling
| * [[WEP-M+2 Project]] mersenne-related prime search
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| * [[RNA World (beta)]] RNA folding and molecular evolution
| * [[RNA World (beta)]] RNA folding and molecular evolution
| * [[SETI@home]] search for extraterrestrial intelligence
| * [[SETI@home]] search for extraterrestrial intelligence
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| * [[Predictor@home]] protein folding and the first BOINC project
|* [[SAT@home]] solve hard instances of the Boolean satisfiability problem
| * [[Pirates@Home]] help to develop Einstein@Home screensaver and test BOINC software
|* [[SIMAP]] pre-calculated protein sequence similarities for a database used by bioinformaticians
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| * [[Proteins@home]] tackled the inverse protein folding problem
|* [[Spinhenge@home]] simulating spin dynamics in nanoscale molecular magnets
| * [[QMC@Home]] develop and apply Quantum Monte Carlo (QMC) methods for use in quantum chemistry
|* [[SZTAKI Desktop Grid]] MTA SZTAKI in Budapest, running mathematics, physics, and digital humanities applications
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|* [[QuChemPedIA@home]] run density functional theory (DFT) quantum chemistry calculations
|* [[Proteins@home|T.Brada Experimental Grid]] the PADLS Total subproject aimed to find new pseudo-associative DLS
|* [[Rectilinear Crossing Number Project]] determine the rectilinear crossing number of the complete graph K18
|* [[MLC@Home]] understanding and interpreting complex machine learning models
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|* [[Spinhenge@home]] simulating spin dynamics in nanoscale molecular magnets
| * [[Universe@Home]] stellar evolution modelling
|* [[SZTAKI Desktop Grid]] MTA SZTAKI in Budapest, running mathematics, physics, and digital humanities applications
| * [[WEP-M+2 Project]] mersenne-related prime search
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|* [[Proteins@home|T.Brada Experimental Grid]] the PADLS Total subproject aimed to find new pseudo-associative DLS
|*  [[MLC@Home]] understanding and interpreting complex machine learning models
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<div class="bs-group-footer">''See the [[BOINC projects|master BOINC projects table]] for definitive active/inactive status on all documented projects.''</div>
<div class="bs-group-footer">''See the [[BOINC projects|master BOINC projects table]] for definitive active/inactive status on all documented projects.''</div>
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