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Ceph at NASA Atmosphere SIPS

<!--HTML-->The NASA VIIRS Atmosphere SIPS, located at the University of Wisconsin, is responsible for assisting the Science Team in algorithm development and production of VIIRS Level-2 Cloud and Aerosol products. To facilitate algorithm development, the SIPS requires access to multiple years...

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Autor principal: Hrpcek, Kevin
Lenguaje:eng
Publicado: 2019
Materias:
Acceso en línea:http://cds.cern.ch/record/2691827
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author Hrpcek, Kevin
author_facet Hrpcek, Kevin
author_sort Hrpcek, Kevin
collection CERN
description <!--HTML-->The NASA VIIRS Atmosphere SIPS, located at the University of Wisconsin, is responsible for assisting the Science Team in algorithm development and production of VIIRS Level-2 Cloud and Aerosol products. To facilitate algorithm development, the SIPS requires access to multiple years of satellite data occupying petabytes of space. Being able to reprocess the entire mission and provide validation results back to the Science Team in a rapid fashion is critical for algorithm development. In addition to reprocessing the SIPS is responsible for the timely delivery of near real time satellite products to NASA. To accomplish this task the Atmosphere SIPS has deployed a seven petabyte Ceph cluster employing numerous different components such as librados, EC-Pools, RBD, and CephFS. This talk will discuss choices we made to optimize the system allowing for rapid reprocessing of years of satellite data.
id cern-2691827
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2019
record_format invenio
spelling cern-26918272022-11-02T22:07:39Zhttp://cds.cern.ch/record/2691827engHrpcek, KevinCeph at NASA Atmosphere SIPSCeph Day for Research and Non-profitsCeph Project<!--HTML-->The NASA VIIRS Atmosphere SIPS, located at the University of Wisconsin, is responsible for assisting the Science Team in algorithm development and production of VIIRS Level-2 Cloud and Aerosol products. To facilitate algorithm development, the SIPS requires access to multiple years of satellite data occupying petabytes of space. Being able to reprocess the entire mission and provide validation results back to the Science Team in a rapid fashion is critical for algorithm development. In addition to reprocessing the SIPS is responsible for the timely delivery of near real time satellite products to NASA. To accomplish this task the Atmosphere SIPS has deployed a seven petabyte Ceph cluster employing numerous different components such as librados, EC-Pools, RBD, and CephFS. This talk will discuss choices we made to optimize the system allowing for rapid reprocessing of years of satellite data.oai:cds.cern.ch:26918272019
spellingShingle Ceph Project
Hrpcek, Kevin
Ceph at NASA Atmosphere SIPS
title Ceph at NASA Atmosphere SIPS
title_full Ceph at NASA Atmosphere SIPS
title_fullStr Ceph at NASA Atmosphere SIPS
title_full_unstemmed Ceph at NASA Atmosphere SIPS
title_short Ceph at NASA Atmosphere SIPS
title_sort ceph at nasa atmosphere sips
topic Ceph Project
url http://cds.cern.ch/record/2691827
work_keys_str_mv AT hrpcekkevin cephatnasaatmospheresips
AT hrpcekkevin cephdayforresearchandnonprofits