List of distributed computing projects
This is a list of distributed computing projects. For each project, donors volunteer computing time from personal computers to a specific cause. This donated computing power comes typically from CPUs and GPUs (AMD or Nvidia). Folding@home also harnesses the power of PlayStation 3s. Each project seeks to solve a problem which is difficult or infeasible to tackle using other methods.
Contents |
Distributed computing projects [edit]
Active projects [edit]
| Project | Launched | Home | Category | Research Focus | BOINC-based | Number of Active Processing Units | TeraFLOPS |
|---|---|---|---|---|---|---|---|
| ABC@home | 2006-11-21[1] | Mathematical Institute of Leiden University, Kennislink[2][3] | Mathematics | Find triples related to the ABC conjecture, one of the greatest open problems in mathematics[3] | Yes | 9,866 (Feb 2012)[4] | 12.333 (Feb 2012)[4] |
| Albert@home | ? | University of Wisconsin, Milwaukee, Max Planck Institute[5] | Astrophysics | Testing project for Einstein@home[5] | Yes | 377 (Feb 2012)[6] | 2.207 (Feb 2012)[6] |
| Background Pi | ? | ? | ? | Computes decimal digits of pi using digit extraction method.[7] | No | ? | ? |
| Bitcoin | 2009-01-09[8] | ? | Decentralized electronic money, cryptocurrency | A peer-to-peer network-based cryptocurrency[9] | No[9] | several thousand | N/A (does not use floating point computing) |
| BURP | 2004-06-17[10] | ? | Art | Rendering of 3D animations[11] | Yes | 154 (Feb 2012)[12] | 0.198 (Feb 2012)[12] |
| CAS@home | 2010-01[13] | Chinese Academy of Sciences[2] | Physics, biochemistry, and others | Encourage Chinese scientists to use volunteer computing for their research[13] | Yes | 2,643 (Feb 2012)[14] | 1.319 (Feb 2012)[14] |
| Chemomentum | ? | ? | ? | Undertakes the evaluation and risk assessment of chemicals[citation needed] | ? | ? | ? |
| Chess960@home | 2006-03-20[15] | Private[2] | Game-playing | Analysis of chess 960[16] | Yes | 1 (Feb 2012)[17] | 0.012 (Feb 2012)[17] |
| Climateprediction.net | 2003-12-09[18] | Oxford University[2] | Climate study | Analyse ways to improve climate prediction models[19] | Yes | 27,158 (Feb 2012)[20] | 34.925 (Feb 2012)[20] |
| Collatz Conjecture | 2009-01-06[21] | Private[2] | Mathematics | Study the Collatz conjecture, an unsolved conjecture in mathematics[22] | Yes | 10,089 (Feb 2012)[23] | 623.444 (Feb 2012)[23] |
| Constellation | ? | Students at the University of Stuttgart, Germany[24] | Aerospace, Engineering[24] | Various aerospace-related science and engineering problems[24] | Yes | 1,860 (Feb 2012)[25] | 2.150 (Feb 2012)[25] |
| Correlizer | ? | EpiGenSys Consortium and EraSysBio+, part of the Seventh Framework Program of the European Union[26] | Genetics[27] | The sequential organization of genomes, and its connection to their 3D architectural organization[27] | Yes | 1,620 (Feb 2012)[28] | 1.607 (Feb 2012)[28] |
| Cosmology@home | 2007-03-31[citation needed] | University of Illinois at Urbana-Champaign[29] | Astronomy | Find the most accurate models that best describe the universe[29] | Yes | 8,124 (Feb 2012)[30] | 9.119 (Feb 2012)[30] |
| Distributed Data Mining | 2010-02-mid[31][32] | ? | Data analysis, machine learning | Research in the various fields of data analysis and machine learning, such as stock market prediction and analysis of medical data[33] | Yes | 964 (Feb 2012)[34] | 0.968 (Feb 2012)[34] |
| Distributed.net | 1997-01-28[35] | Private[36] | Cryptography, Mathematics | Crack the RC5-72 cipher, find optimal Golomb rulers of length 27[37] | No[38] | 2,474 (Feb 2012)[39] | ? |
| DistrRTgen | 2008-01-12[40] | Private[2] | Cryptography | Analysis of hash strength for password security by developing rainbow tables[41] | Yes | 2,572 (Feb 2012)[42] | 270.150 (Feb 2012)[42] |
| DNA@home | ? | Rensselaer Polytechnic Institute[43] | ? | discover what regulates the genes in DNA using statistical algorithms[43] | Yes | 0 (Feb 2012)[44] | 0 (Feb 2012)[44] |
| Docking@home | 2006-11-09[45] | University of Delaware[2] | Molecular biology | Simulate the docking of ligands to proteins for pharmaceutical research[46] | Yes | 7,968 (Feb 2012)[47] | 16.390 (Feb 2012)[47] |
| DrugDiscovery@home | ? | Private[48] | Drug design | In silico drug design of chemical compounds for medicines in the fields of cancer and neurodegenerative diseases.[48] | Yes | 6 (Feb 2012)[49] | 0 (Feb 2012)[49] |
| Einstein@home | 2005-02-19[50] | University of Wisconsin, Milwaukee, Max Planck Institute[2] | Astrophysics | Search for pulsars using radio signals and gravitational wave data[51] | Yes | 121,698 (Feb 2012)[52] | 288.809 (Feb 2012)[52] |
| Electric Sheep | 1999 | ? | Art | An open source screen-saver to animate and evolve abstract animations.[citation needed] | No | 450,000 | ? |
| Enigma@home | 2007-09-09[53] | Private[2] | Cryptography | Decode three unbroken Enigma messages from World War II[54] | Yes | 7,427 (Feb 2012)[55] | 7.175 (Feb 2012)[55] |
| eOn | ? | University of Texas at Austin[2] | Chemistry | Calculate the evolution of an atomic-scale system over time, such as a chemical reaction or diffusion[56] | Yes | 3,175 (Feb 2012)[57] | 3.526 (Feb 2012)[57] |
| Evolution@home | ? | ? | ? | Uses evolutionary algorithms to optimize the parameters of different kinds of machine learning algorithms[58] | No | ? | ? |
| Folding@home | 2000-10-01[59] | Stanford University[59] | Molecular biology[59] | Understand protein folding, misfolding, and related diseases, with a minor emphasis in protein structure prediction[60][61][62] | No[63][64] | 426,787 (Feb 2012)[65] | 8,588 (Feb 2012)[65] |
| FreeHAL | 2006[66] | Private[2] | Artificial intelligence | Compute essential information for software which seeks to imitate human conversation[66] | Yes | 9,552 (Feb 2012)[67] | 14.019 (Feb 2012)[67] |
| Galaxy Zoo | ? | ? | ? | Classifies galaxy types from the Sloan Digital Sky Survey. Part of the Zooniverse group of citizen science projects[citation needed] | No | ? | ? |
| Gerasim@home | 2007-02-10[68] | Russia[68][69] | Mathematics | Research in discrete mathematics and logic control systems[69] | Yes | 0 (Feb 2012)[70] | 0 (Feb 2012)[70] |
| Goldbach's Conjecture | ? | ? | ? | Tests Goldbach's weak conjecture.[71] | ? | ? | ? |
| Great Internet Mersenne Prime Search (GIMPS) | 1996-01-early[72][73] | Private[72][74] | Mathematics | Searches for Mersenne primes of world record size[74] | No[75] | 571,366 (Feb 2012)[74] | 95.1 (Nov 2012)[74] |
| Hydrogen@home | ? | ? | ? | Searches for the most efficient method of hydrogen production[76] | ? | ? | ? |
| Ibercivis | 2008[citation needed] | Spanish universities and research centers[2] | Various Spanish projects | Research in physics, material medicine, and biomedicine[77] | Yes | 5,897 (Feb 2012)[78] | 3.022 (Feb 2012)[78] |
| Ideologias@home | 2011-05-19[79] | Complutense University of Madrid, Spain[80] | Society | Uses social networking mathematical models to study the ideological evolution of a group of people over time[80] | Yes | 0 (Feb 2012)[81] | 0 (Feb 2012)[81] |
| Leiden Classical | 2005-05-12[82] | Leiden University, the Netherlands[2] | Chemistry | General classical mechanics for students or scientists[83] | Yes | 3,292 (Feb 2012)[84] | 1.644 (Feb 2012)[84] |
| LHC@home Test4Theory Project |
2011-08-01 [85] | CERN[86] | Physics[86] | Run virtual simulations of high-energy particle collisions in a computational search for new fundamental particles for the Large Hadron Collider at CERN[86] [87] | Yes | 2,707 (Feb 2012)[88] | 2.420 (Feb 2012)[88] |
| LHC@home Sixtrack Project |
2004-01-09[89] | CERN[2] | Physics | Improve the design of the Large Hadron Collider and its detectors[90] | Yes | 10,862 (Feb 2012)[91] | 0.281 (Feb 2012)[91] |
| M4 Project | ? | ? | ? | Decrypts Enigma messages from World War II[92] | ? | ? | ? |
| Magnetism@home | 2008-06-09[93] | Donetsk Institute for Physics and Technology, Ukraine[94] | Magnetism, nanotechnology | Explores magnetization patterns[94] | Yes | 1 (Feb 2012)[95] | 0 (Feb 2012)[95] |
| Malariacontrol.net | 2006-12-19[96] | Swiss Tropical Institute[2] | Epidemiology | Simulate the transmission dynamics and health effects of malaria[97] | Yes | 15,653 (Feb 2012)[98] | 14.197 (Feb 2012)[98] |
| Milkyway@home | 2007-07-07[99] | Rensselaer Polytechnic Institute[2] | Astronomy | Create a highly accurate three-dimensional model of the Milky Way galaxy using data collected from the Sloan Digital Sky Survey[100] | Yes | 39,651 (Feb 2012)[101] | 555.440 (Feb 2012)[101] |
| MindModeling@home | 2007-03-17[102] | University of Dayton Research Institute and Wright State University[103] | Cognitive science[103] | Builds cognitive models of the human mind[103] | Yes | 791 (Feb 2012)[104] | 0.006 (Feb 2012)[104] |
| MoneyBee | ? | ? | Finance | Generates stock forecasts by applying artificial intelligence with the aid of artificial neural networks[citation needed] | ? | ? | ? |
| Moo! Wrapper | 2011-02-05[105] | Private[105] | Cryptography | Combines BOINC with distributed.net to try to break the RC5 cipher[106] | Yes[106] | 2,942 (Feb 2012)[107] | 807.208 (Feb 2012)[107] |
| MQL5 Cloud Network | ? | ? | ? | [108] | ? | ? | ? |
| Muon1 Distributed Particle Accelerator Design | ? | ? | Physics | Simulate and design parts of the Neutrino Factory particle accelerator[109][110] | No[109] | ? | ? |
| Najmanovich Research Group | ? | Université de Sherbrooke[111] | Molecular biology[111] | Research in molecular recognition[111] | Yes | 811 (Feb 2012)[112] | 0.390 (Feb 2012)[112] |
| Neurona@home | 2011-06-14[113] | Complutense University of Madrid, Spain[114] | Neural network | Simulating the behavior of a large and complex network of cellular automata neurons[114] | Yes | 272 (Feb 2012)[115] | 0.157 (Feb 2012)[115] |
| NFS@home | 2009-09-05[116] | California State University Fullerton[2] | Integer factorization | Performs parts of the Number Field Sieve in the factorization of large integers[117] | Yes | 1,896 (Feb 2012)[118] | 3.106 (Feb 2012)[118] |
| NumberFields@home | 2011-08-12[119] | Arizona State University's School of Mathematics[120] | Number theory | Search for number fields with special properties to assist with the formulation of mathematical conjectures[120] | Yes | 852 (Feb 2012)[121] | 3.130 (Feb 2012)[121] |
| Optima@home | ? | Institute for Systems Analysis of Russian Academy of Sciences[122] | Optimization[122] | Solve various large-scale optimization problems, currently finding molecular conformations which have minimal potential energy[122] | Yes | 242 (Feb 2012)[123] | 0.241 (Feb 2012)[123] |
| Orbit@home | 2008-04-03[124] | Planetary Science Institute[2] | Astronomy | Monitor and study the hazards posed by near-earth asteroids[125] | Yes | 18 (Feb 2012)[126] | 0 (Feb 2012)[126] |
| Pirates@home | 2004-02-06[127] | Spy Hill Research[127] | Software testing | Test of BOINC, no current scientific computation[128] | Yes | 2 (Feb 2012)[129] | 0.007 (Feb 2012)[129] |
| POEM@Home | 2007-13-11[130] | University of Karlsruhe, Germany[2] | Molecular biology | Protein structure prediction, cellular signaling, protein aggregation, and drug design[131] | Yes | 9,662 (Feb 2012)[132] | 107.756 (Feb 2012)[132] |
| Primaboinca | ? | RheinMain University of Applied Sciences[2] | Mathematics | Search for counterexamples to Agrawal's conjecture and Popovych's conjecture, which relate to the identification of prime numbers[133] | Yes | 1,160 (Feb 2012)[134] | 5.544 (Feb 2012)[134] |
| QMC@home | 2006-03-03[135] | University of Muenster, Germany[2] | Chemistry | Study the structure and reactivity of molecules using quantum chemistry and Monte Carlo techniques[136] | Yes | 7,472 (Feb 2012)[137] | 12.460 (Feb 2012)[137] |
| Quake Catcher Network | 2008-02-03[138] | Stanford University[139][140] | Seismology[139][140] | Uses accelerometers connected to personal computers to detect earthquakes and to perform education about seismology[139][140] | Yes | 1,161 (Feb 2012)[141] | 0.141 (Feb 2012)[141] |
| Radioactive@home | 2011-04-01[citation needed] | Poland[142] | Physics | Real-time radioactivity monitoring, detected by gamma sensors connected to volunteer computers[142] | Yes | 62 (Feb 2012)[143] | 0.028 (Feb 2012)[143] |
| RALPH@home | 2006-02-15[144] | University of Washington[145] | Software testing | Test project for Rosetta@home[145] | Yes | 824 (Feb 2012)[146] | 0.040 (Feb 2012)[146] |
| Renderfarm.fi | 2009-summer[147] | Private (Finnish)[148][149] | Art | 2D and 3D rendering for animation artists[150] | Yes | 1,092 (Feb 2012)[151] | 0.357 (Feb 2012)[151] |
| RNA World | 2009-05-21[152] | Private research group in Marburg, Germany[153] | Molecular biology | Uses bioinformatics software to study RNA structure[153] | Yes | 2,032 (Feb 2012)[154] | 4.117 (Feb 2012)[154] |
| Rosetta@home | 2005-10-06[155] | University of Washington[2] | Molecular biology | Protein structure prediction for disease research[156] | Yes | 59,677 (Feb 2012)[157] | 58.031 (Feb 2012)[157] |
| SAT@home | 2011-09-29 | Russian Academy of Sciences | Cryptanalysis, Mathematics | Various applications related to the boolean satisfiability problem, inversion of specific stream cipher functions[158] | Yes | 1,541 (Feb 2012)[159] | 1.453 (Feb 2012)[159] |
| Second Computing | ? | ? | ? | Assesses biopolymer dynamics, and models the behavior of clonal colonies in a prairie ecosystem[160] | ? | ? | ? |
| SETI@home | 1999-05-17[161][162][163] | University of California, Berkeley[2] | Astrobiology | Search for extraterrestrial life by analyzing specific radio frequencies emanating from space[164] | Yes | 225,534 (Feb 2012)[165] | 593.650 (Feb 2012)[165] |
| SETI@home Beta | ? | University of California, Berkeley[166] | Software testing | Test project of SETI@home[166] | Yes | 2,097 (Feb 2012)[167] | 1.403 (Feb 2012)[167] |
| SIMAP | 2006-04-26[168] | University of Vienna[2] | Molecular biology | Calculate similarities between proteins[169] | Yes | 10,598 (Feb 2012)[170] | 5.891 (Feb 2012)[170] |
| SLinCA | ? | G.V.Kurdyumov Institute for Metal Physics of the National Academy of Sciences of Ukraine[171] | Materials science[171] | Studies scaling laws in cluster aggregation[171] | Yes | 87 (Feb 2012)[172] | 0.053 (Feb 2012)[172] |
| Spinhenge@home | 2006-05-19[173] | Bielefeld University of Applied Sciences[2] | Nanotechnology | Study nano-magnetic molecules for research into localized tumor chemotherapy and micro-memory[174] | Yes | 8 (Feb 2012)[175] | 0 (Feb 2012)[175] |
| Stardust@home | 2006-08-01[176] | University of California, Berkeley, NASA, The Planetary Society | Astronomy | Scans/analyzes the collection grid from the NASA Stardust mission to capture particles from the coma of comet Wild 2[177][178] | No | ? | ? |
| Sudoku@vtaiwan | 2011-10-21[179] | National Chiao Tung University, Taiwan[2] | Mathematics | Determine whether unique-solution sudoku puzzles with only 16 clues exist[180] | Yes | 4,087 (Feb 2012)[181] | 1.926 (Feb 2012)[181] |
| Superlink@Technion | 2007-05-03[182] | Technion – Israel Institute of Technology[2] | Genetic linkage analysis | Uses genetic linkage analysis to help find disease-provoking genes[183] | Yes | 6,655 (Feb 2012)[184] | 1.084 (Feb 2012)[184] |
| theSkyNet | 2011-09-13[185] | International Centre for Radio Astronomy Research[186] | Astronomy | Analysis of radio astronomy data from telescopes such as the Australian Square Kilometre Array Pathfinder and The Square Kilometre Array[187][188] | No[189] | 3,000 (Sept 2011)[190] | ? |
| Twin Prime Search | 2006-04-13[191][192] | ? | Mathematics | Searches for large twin primes[191][192] | ? | ? | ? |
| μFluids@home | 2005-09-19[193] | Purdue University[2] | Physics, Aeronautics | Simulate microfluidics problems and two-phase flows in microgravity[194] | Yes | 0 (Feb 2012)[195] | 0 (Feb 2012)[195] |
| Virtual Prairie | 2008[196] | University of Houston[2] | Botanical ecosystems | Provide ecological guidelines on the design of prairies with the best potential for water purification[197] | Yes | 0 (Feb 2012)[198] | 0 (Feb 2012)[198] |
| Volpex@UH | ? | University of Houston[199] | Various | Develop distributed computing methods, run the inCell@home application which focuses on simulating protein functions in cellular environments which has implications in drug design[199] | Yes | 1 (Feb 2012)[200] | 0.002 (Feb 2012)[200] |
| WEP-M+2 Project | 2006-05-12[201] | London, England, United Kingdom[202] | Mathematics | Investigates the factorization of Mersenneplustwo prime numbers[202] | Yes | 269 (Feb 2012)[203] | 0.289 (Feb 2012)[203] |
| Wieferich@Home | 2007-12-29[204] | ? | Mathematics | Searches for new Wieferich primes[205] | No[206][207] | 1,509 (Feb 2012)[208] | ? |
| WUProp@home | 2010-03-27[209] | Private[210] | Statistics | Collect various statistics about other BOINC projects[211] | Yes | 7,960 (Feb 2012)[212] | 1.136 (Feb 2012)[212] |
| YAFU | ? | ? | Software testing, Mathematics | Test BOINC server software, integer factorization[213] | Yes | 389 (Feb 2012)[214] | 0.333 (Feb 2012)[214] |
| Yoyo@home | 2007-07-19[215] | Private[2] | Mathematics, physics, and evolution | Data structure analysis to help prove a conjecture, elliptic curve factorization, pion creation in a particle accelerator, evolution research, find the shortest optimal Golomb ruler of length 27[216] | Yes | 4,882 (Feb 2012)[217] | 12.998 (Feb 2012)[217] |
Inactive projects [edit]
-
This list is incomplete; you can help by expanding it.
| Project | Launched | Home | Category | Research Focus | BOINC-based |
|---|---|---|---|---|---|
| AndrOINC | ? | Private[218] | Cryptography | Break Motorola's 1024-bit RSA key used to sign the boot and recovery partition partitions on the Motorola Milestone smartphone.[218] | Yes |
| AQUA@home | 2008-12-10[219] | D-Wave Systems, Canada[220] | Quantum computing | uses Quantum Monte Carlo to predict the performance of superconducting adiabatic quantum computers on a variety of problems[221][222] | Yes[221][223] |
| Biochemical Library | ? | Vanderbilt University[224] | Molecular biology | Perform research using the Biochemical Algorithms Library into proteins and their interactions with small molecules for disease research[218][224] | Yes |
| Mersenne@home | ? | Private[2] | Mathematics | Searches for Mersenne primes.[225] It was shutdown in 2012 because its creator did not have enough time to administer it.[226] | Yes |
| NFSNET | ? | ? | Integer factorization | Uses the general number field sieve to factor increasingly large integers. It has been shut down since 2010,[227] and NFS@Home has replaced it. | ? |
| Pi Segment | 2006 | Independent project | Mathematics | [228] A Chinese volunteer computing project to look for specific digits (in binary) of Pi and make volunteer computing more popular in China. The project was completed in 2007 and announced the 2,000,000,000,000,000th bit of Pi is 0.[citation needed] | No |
| VTU@home | ? | Vilnius Gediminas Technical University and Kaunas University of Technology[2] | Software testing[2] | Various research at Vilnius Gediminas Technical University[229] | Yes[230] |
| RSA Lattice Siever | 2009[231] | ? | Integer factorization | Assist other factoring projects achieve their academic goals.[232] In August–September 2012, the project was merged into NFS@Home because its server was outdated.[233] | Yes |
| Tiles@home | ? | ? | ? | Renders osmarender maps from OpenStreetMap data.[234][235] The osmarender, maplint and captionless layers are made in this way.[citation needed] | ? |
Other distributed computing projects [edit]
|
|
This article may require cleanup to meet Wikipedia's quality standards. The specific problem is: Should be merged with the above section. (January 2012) |
- The CCL Game and The CCL Winter Game Optimal Solution Finder — uses brute-force search to find optimal solutions for a Flash clone of The Incredible Machine.
- Perplex City — an alternate reality game created by the British company Mind Candy, features puzzle cards which can be solved to earn points on a leaderboard and earn clues to help understand the game. One of these cards, "The 13th Labour", features what players have determined to be a block of RC5 64-bit encryption, which is now being brute-force searched, using a distributed computing client created by one player.
- SoundExpert — estimates sound quality of different audio devices and technologies (lossy encoders at the moment only, such as mp3, aac, wma, etc.) by means of blind listening tests conducted over the Internet.[1]
- Namecoin — a peer-to-peer network-based anonymous digital currency. It has the added ability to support a decentralised domain name system currently as a .bit.
Grid computing projects [edit]
While distributed computing functions by dividing a complex problem among diverse and independent computer systems and then combine the result, grid computing works by utilizing a network of large pools of high-powered computing resources.[236]
| Project | Launched | Home | Category | Research Focus | BOINC-based | Number of Active Processing Units | TeraFLOPS |
|---|---|---|---|---|---|---|---|
| AlmereGrid Grid | 2006-09-27[237] | Almere, the Netherlands[237] | ? | A number of applications from local researchers[238] | Yes | 1,144 (Feb 2012)[239] | 2.95 (April 2013)[239] |
| AlmereGrid TestGrid | 2008-02-24[240] | ? | ? | Test of the AlmereGrid project[241] | Yes | 330 (Feb 2012)[242] | 0.406 (April 2013)[242] |
| EDGeS@Home | 2009-10[243] | MTA SZTAKI Laboratory of Parallel and Distributed Systems, Hungary[2] | European research | Support the execution of selected scientific applications developed by the EGEE and EDGeS community[244] | Yes | 2,531 (Feb 2012)[245] | 4.862 (April 2013)[245] |
| GPUGRID.net | 2007-12-05[246] | Barcelona Biomedical Research Park[2] | Molecular biology | Perform full-atom molecular simulations of proteins on Nvidia GPUs for biomedical research[247] | Yes | 3,437 (Feb 2012)[248] | 2,569.181 (April 2013)[248] |
| PrimeGrid | 2005-06-12[249] | Private[2] | Mathematics | Search for world record sized prime numbers, search for particular types of primes, such as 321 primes,
Cullen-Woodall primes, Proth prime, prime Sierpinski numbers, and Sophie Germain primes. Subprojects also include Seventeen or Bust, and the Riesel problem.[250] |
Yes | 17,658 (Feb 2012)[251] | 2,943.503 (April 2013)[251] |
| SZTAKI Desktop Grid | 2005-05-26[252] | MTA SZTAKI Laboratory of Parallel and Distributed Systems, Hungary[2] | Mathematics | Search for multilingual plagiarism across Wikipedia, find all the generalized binary number systems (in which bases are matrices and digits are vectors) up to dimension 11, understand basic universality classes of nonequilibrium system[253] | Yes | 4,272 (Feb 2012)[254] | 5.686 (April 2013)[254] |
| The Lattice Project | 2003-late[255][256] | University of Maryland Center for Bioinformatics and Computational Biology[2] | Life science | Various scientific analysis projects[257][258] | Yes | 3,376 (Feb 2012)[259] | 1.338 (April 2013)[259] |
| World Community Grid | 2004-11-16[260] | IBM Corporate Community Relations[2] | Humanitarian research on disease, natural disasters, and hunger | Disease research, various worldwide humanitarian problems. Active subprojects include GO Fight Against Malaria, Drug Search for Leishmaniasis, Computing for Clean Water, Clean Energy Project, Discovering Dengue Drugs - Together, Help Cure Muscular Dystrophy, Help Fight Childhood Cancer, Help Conquer Cancer, Human Proteome Folding Project, and FightAIDS@Home.[261] | Yes | 220,862 (Feb 2012)[262] | 1,850.069 (April 2013)[262] |
Grid computing infrastructure [edit]
- BREIN — uses the Semantic Web and multi-agent systems to build simple and reliable grid systems for business, with a focus on engineering and logistics management.
- A-Ware — is developing a stable, supported, commercially exploitable, high quality technology to give easy access to grid resources.[2]
- AssessGrid — addresses obstacles to wide adoption of grid technologies by bringing risk management and assessment to this field, enabling use of grid computing in business and society.[3]
- Cohesion Platform — a Java-based modular peer-to-peer multi-application desktop grid computing platform for irregularly structured problems developed at the University of Tübingen (Germany).[4]
- D4Science — establishes networking, grid-based, and data-centric e-Infrastructures that accelerate multidisciplinary research by overcoming barriers related to heterogeneity, sustainability and scalability.
- The European Grid Infrastructure (EGI) — a series of projects funded by the European Commission; links over 70 institutions in 27 European countries to form a multi-science computing grid infrastructure for the European Research Area, letting researchers share computer resources.
- GridCOMP — provides an advanced component platform for an effective invisible grid.[5]
- GridECON — takes a user-oriented perspective and creates solutions to grid challenges to promote widespread use of grids.[6]
- neuGRID — develops a new user-friendly grid-based research e-infrastructure enabling the European neuroscience community to perform research needed for the pressing study of degenerative brain diseases, for example, Alzheimer's disease.
- OMII-Europe — an EU-funded project established to source key software components that can interoperate across several heterogeneous grid middleware platforms.
- OurGrid — aims to deliver grid technology that can be used today by current users to solve present problems. To achieve this goal, it uses a different trade-off compared to most grid projects: it forfeits supporting arbitrary applications in favor of supporting only Bag-of-Tasks applications.
- ScottNet NCG — a distributed neural computing grid. A private commercial effort in continuous operation since 1995. This system performs a series of functions including data synchronization amongst databases, mainframe systems, and other data repositories. E-commerce transaction processing, automated research and data retrieval, content analysis, web site monitoring, scripted and dynamic user emulation, shipping and fulfillment API integration and management, RSS and NNTP monitoring and analysis, real time security enforcement, and backup/restore functions.[263]
- BEinGRID Business Experiments in Grid — also see IT-tude.com
- Legion — a grid computing platform developed at the University of Virginia.
Physical infrastructure projects [edit]
These projects attempt to make large physical computation infrastructures available for researchers to use:
- Berkeley NOW Project
- Institut Ruđer Bošković (IRB) Debian Cluster Components
- DiaGrid grid computing network centered at Purdue University
- Open Science Grid
- SARA Computing and Networking Services in Netherlands
- Teragrid Ended. Replaced by XSEDE Project [7]
- VirginiaTech
See also [edit]
| This section is empty. You can help by adding to it. (April 2012) |
Notes [edit]
Note 1: This estimate is based on a conversion. Each node in the Bitcoin network performs integer hash operations, which do not perform any actual floating-point operations.[264]
External links [edit]
- DistributedComputing.info — lists ongoing, future and past projects
- Flash tutorials - how to attach BOINC projects (English) (Czech)
- How-To: Join Distributed Computing projects that benefit humanity
- Volunteer@Home.com — all about volunteer computing
References [edit]
- ^ "ABC@home — News Archive". ABC@home. 2012. Retrieved 2012-02-03.
- ^ a b c d e f g h i j k l m n o p q r s t u v w x y z aa ab ac ad ae af ag ah ai aj ak al am "Choosing BOINC projects". BOINC. Retrieved 2012-01-12.
- ^ a b "ABC@home". ABC@home. 2012. Retrieved 2012-01-13.
- ^ a b "BOINC Stats — ABC@home". BOINC. updated automatically. Retrieved 2012-02-17.
- ^ a b "About Albert@Home". 2012. Retrieved 2012-01-13.
- ^ a b "BOINC Stats — Albert@home". BOINC. updated automatically. Retrieved 2012-02-17.
- ^ "Background Pi | Free software downloads at". Sourceforge.net. Retrieved 2012-06-18.
- ^ "Bitcoin v0.1 released". 2009-01-09. Retrieved 2012-02-17.
- ^ a b "Bitcoin — P2P Digital Currency". Bitcoin. 2011. Retrieved 2012-02-17.
- ^ "iSGTW Link of the week — B.U.R.P". 2008-03-26. Retrieved 2012-01-29.
- ^ "BURP". 2012. Retrieved 2012-01-13.
- ^ a b "BOINC Stats — BURP". BOINC. updated automatically. Retrieved 2012-02-17.
- ^ a b "About CAS@home". 2012. Retrieved 2012-01-13.
- ^ a b "BOINC Stats — CAS@home". BOINC. updated automatically. Retrieved 2012-02-17.
- ^ "Chess960@home — News archive". Chess960@home. Retrieved 2012-01-29.
- ^ "Chess960@home". Chess960@home. 2012. Retrieved 2012-01-13.
- ^ a b "BOINC Stats — Chess960@home". BOINC. updated automatically. Retrieved 2012-02-17>.
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