Open Science Grid Consortium: Difference between revisions

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{{Short description|Distributed computing organization}}

The '''Open Science Grid Consortium''' is an organization that administers a worldwide [[grid computing|grid]] of technological resources called the '''Open Science Grid''', which facilitates [[distributed computing]] for scientific research. Founded in 2004, the [[consortium]] is composed of service and resource providers, researchers from universities and national laboratories, as well as computing centers across the United States. Members independently own and manage the resources which make up the distributed facility, and consortium agreements provide the framework for technological and organizational integration.

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| title = Virial Coefficients of Polarizable Water: Applications to Thermodynamic Properties and Molecular Clustering†

| journal = The Journal of Physical Chemistry C

| accessdate = 2009-03-02

| date = 2007-11-01

}} and the [[Journal of Chemical Information and Modeling]]</ref><ref>{{Cite journal

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| title = Open Science Grid Study of the Coupling between Conformation and Water Content in the Interior of a Protein

| journal = Journal of Chemical Information and Modeling

| accessdate = 2009-03-02

| date = 2008-10-27

| pmid = 18834189

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===Large Hadron Collider===

The Open Science Grid was created in order to facilitate data analysis from the [[Large Hadron Collider]], and about 70% of its 300,000 computing-hours per day are dedicated to the analysis of data from particle colliders.<ref>{{cite web|last=Gaudin |first=Sharon |title=Collider probes universe's mysteries at the speed of light |work=ComputerWorld |accessdateaccess-date=2009-03-02 |date=2008-11-09 |url=http://www.infoworld.com/news/feeds/08/09/09/Collider-probes-universes-mysteries-at-the-speed-of-light.html }}{{dead link|deadurldate=yesJune 2016|archiveurlbot=http://web.archive.org/web/20160303193841/http://www.infoworld.com/news/feeds/08/09/09/Collider-probes-universes-mysteries-at-the-speed-of-light.html medic}}{{cbignore|archivedatebot=March 3, 2016 medic}}</ref> Once data has been collected and distributed by the [[LHC Computing Grid]], the Open Science Grid assists physicists from institutions around the world in analysis. The grid has been designed so that resources and data are shared automatically: {{quote|It's really driven not so much by where the physicists come from, but what their interests are. Physicists will be able to submit jobs to this distributed network of centers and not worry about which center that their job is actually going to run on, because the data for their task will already be there.<ref>{{cite web|last=Shread |first=Paul |title=Open Science Grid Consortium Declares Grid3 A Success |work=GridComputingPlanet |accessdateaccess-date=2009-03-02 |date=2004-11-21 |url=http://www.gridcomputingplanet.com/news/article.php/3410901 |deadurlurl-status=yesdead |archiveurlarchive-url=httphttps://web.archive.org/web/20070715040524/http://www.gridcomputingplanet.com/news/article.php/3410901 |archivedatearchive-date=July 15, 2007 }}</ref>|Robert Gardner, Senior Research Associate at [[The University of Chicago]]}}

==Architecture==

In{{as totalof|2008}}, the OSG comprises over 25,000 computers with over 43,000 processors, most of which are running a distribution of [[Linux]]<!-- [[Scientific Linux]] ? -->.<ref>{{cite web|last=Gaudin |first=Sharon |title=Worldwide grid evaluating collider test results |work=InfoWorld |accessdateaccess-date=2009-03-02 |date=2008-11-15 |url=http://www.infoworld.com/news/feeds/08/09/15/Worldwide-grid-evaluating-collider-test-results.html }}{{dead link|deadurldate=yesJune 2016|archiveurlbot=medic}}{{cbignore|bot=medic}}</ref> 72 institutions, including 42 universities, are consortium members who contribute resources to the grid.<ref>{{cite web|title=Members and Partners |access-date=2009-03-02 |url=http://www.opensciencegrid.org/About/Learn_About_Us/OSG_Organization/Members_and_Partners |url-status=dead |archive-url=https://web.archive.org/web/2016030321565820090313033647/http://www.infoworldopensciencegrid.comorg/newsAbout/feedsLearn_About_Us/08OSG_Organization/09/15/Worldwide-grid-evaluating-collider-test-results.htmlMembers_and_Partners |archivedatearchive-date=March 313, 20162009 }}</ref> There are 90 distinct computational and storage nodes in the grid, which are distributed across the [[United States]] and [[Brazil]].<ref>{{cite web

72 institutions, including 42 universities, are consortium members who contribute resources to the grid.<ref>{{cite web|title=Members and Partners |accessdate=2009-03-02 |url=http://www.opensciencegrid.org/About/Learn_About_Us/OSG_Organization/Members_and_Partners |deadurl=yes |archiveurl=http://web.archive.org/web/20090313033647/http://www.opensciencegrid.org:80/About/Learn_About_Us/OSG_Organization/Members_and_Partners |archivedate=March 13, 2009 }}</ref> There are 90 distinct computational and storage nodes in the grid, which are distributed across the [[United States]] and [[Brazil]].<ref>{{cite web

| title = VO Resource Selector

| work = Open Science Grid

| accessdateaccess-date = 2009-03-02

| url = http://vors.grid.iu.edu/cgi-bin/index.cgi?grid=1&VO=0&res=0&dtype=0

}}{{Dead link|date=April 2020 |bot=InternetArchiveBot |fix-attempted=yes }}</ref>

}}</ref>

===Peerage===

The grid is [[Peer-to-peer|peered]] with other grids, including [[TeraGrid]], [[LHC Computing Grid]], the [[European Grid Infrastructure]], and the [[XSEDEExtreme Science and Engineering Discovery Environment]] (XSEDE),<ref>{{cite web|title=Open Science Grid User Guide |url=https://www.xsede.org/osg-user-guide |deadurlurl-status=yesdead |archiveurlarchive-url=httphttps://web.archive.org/web/20140808051302/https://www.xsede.org/osg-user-guide |archivedatearchive-date=August 8, 2014 }}</ref> allowing data and resources from those grids to be shared.

===Study===

The grid's architecture has been studied by many researchers in the fields of [[computer science]] and [[information systems]]. Research about the OSG has been published in [[Science (journal)|Science]]<ref>{{Cite journal

| volume = 308

| pages = 814–817

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| pmid = 15879208

| issue = 5723

| bibcode = 2005Sci...308..814F

}}</ref> and [[Lecture Notes in Computer Science]].<ref>{{Cite journal

| citeseerx = 10.1.1.455.2392

| s2cid = 23938543

}}</ref> and [[Lecture Notes in Computer Science]].<ref>{{Cite journalbook

| doi = 10.1007/11596141_3

| volume = 3826

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| last = Gannon

| first = D.

|author2=B. Plale |author2-link=Beth Plale|author3=M. Christie |author4=L. Fang |author5=Y. Huang |author6=S. Jensen |author7=G. Kandaswamy |author8=S. Marru |author9=S. L. Pallickara |author10=S. Shirasuna

| title = Service oriented architectures for science gateways on grid systems

| journal = Lecture Notes in Computer Science

| year = 2005

| series = Lecture Notes in Computer Science

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==Funding==

The consortium is funded by the [[United States Department of Energy|Department of Energy]] and [[National Science Foundation]], and has received a $30 million joint grant.<ref>{{cite web|title=Open Science Grid Receives 30 Million Dollar Award to Empower Scientific Collaboration and Computation |work=Open Science Grid |accessdateaccess-date=2009-03-02 |date=2006-11-25 |url=http://www.opensciencegrid.org/About/News_Archive/Open_Science_Grid_Receives_30_Million_Dollar_Award |deadurlurl-status=yesdead |archiveurlarchive-url=httphttps://web.archive.org/web/20100705120351/http://www.opensciencegrid.org/About/News_Archive/Open_Science_Grid_Receives_30_Million_Dollar_Award |archivedatearchive-date=July 5, 2010 }}</ref>

==References==

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[[Category:Cyberinfrastructure]]

[[Category:Grid computing projects]]

[[Category:Technology consortia‎consortia]]

[[Category:Large Hadron Collider]]