'Python bindings' diaporamas de présentation

Python bindings - PowerPoint PPT Presentation

Pyre

Pyre

Pyre. An overview of a software architecture for scientific applications Michael Aivazis Caltech Mantle Convection Workshop Boulder 19-26 June 2005. Overview. Projects Dynamic response of materials: Caltech ASC Center (DOE) Geophysics: GeoFramework (NSF ITR), CIG (NSF)

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506 views • 41 slides
Pyre

Pyre

Pyre. An overview of a software architecture for scientific applications Michael Aivazis Caltech Mantle Convection Workshop Boulder 19-26 June 2005. Overview. Projects Dynamic response of materials: Caltech ASC Center (DOE) Geophysics: GeoFramework (NSF ITR), CIG (NSF)

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497 views • 41 slides
Pyre

Pyre

Pyre. An overview of a software architecture for scientific applications Michael Aivazis Caltech Mantle Convection Workshop Boulder 19-26 June 2005. Overview. Projects Dynamic response of materials: Caltech ASC Center (DOE) Geophysics: GeoFramework (NSF ITR), CIG (NSF)

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416 views • 41 slides
Visualizing Library Resources as Networks

Visualizing Library Resources as Networks

Visualizing Library Resources as Networks. Matt Miller matthewmiller@nypl.org | @ thisismmiller NYPL Labs New York Public Library. Code4Lib 2014, Raleigh . Agenda. Why Networks? Networks in Archives Networks in the Catalog. Why Networks?.

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377 views • 25 slides
Taming the beast: Using Python To Control ATLAS Software David Quarrie NERSC Division

Taming the beast: Using Python To Control ATLAS Software David Quarrie NERSC Division

Taming the beast: Using Python To Control ATLAS Software David Quarrie NERSC Division Lawrence Berkeley National Laboratory 3 July 2006. Authors. Paolo Calafiura (LBNL) Manuel Gallas (CERN) Wim Lavrijsen (LBNL) Wolfgang Liebig (CERN) Tadashi Maeno (Brookhaven National Laboratory)

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218 views • 21 slides
Python -based Physics Analysis Environment for LHCb

Python -based Physics Analysis Environment for LHCb

Python -based Physics Analysis Environment for LHCb. G. Barrand, M. Frank, P. Mato, E. de Oliveira, A.Tsaregorodtsev, I. Belyaev. CHEP 2004, Interlaken, Switzerland. Goals. User friendly environment for development of physics analysis code

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251 views • 17 slides
Python -based Physics Analysis Environment for LHCb

Python -based Physics Analysis Environment for LHCb

Python -based Physics Analysis Environment for LHCb. G. Barrand, M. Frank, P. Mato, E. de Oliveira, A.Tsaregorodtsev, I. Belyaev. CHEP 2004, Interlaken, Switzerland. Goals. User friendly environment for development of physics analysis code

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236 views • 17 slides
Sterling Somers : sterling@sterlingsomers Dr. Robert West : robert_west@carleton Both @

Sterling Somers : sterling@sterlingsomers Dr. Robert West : robert_west@carleton Both @

Macro Cognition : Using SGOMS to Pilot a Flight Simulator. Sterling Somers : sterling@sterlingsomers.com Dr. Robert West : robert_west@carleton.ca Both @ Institute of Cognitive Science Carleton University Ottawa, ON, Canada. SGOMS.

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289 views • 11 slides
Proress on NOX The NOX Team

Proress on NOX The NOX Team

Proress on NOX The NOX Team. NOX is the Most Widely Used OpenFlow Controller. Developed in C++ and provides Python bindings. Open sourced by Nicira ( http://www.noxrepo.org/ ). Has been used in research, production, and classroom. Over twenty people have contributed to NOX.

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160 views • 1 slides

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