Partnership to Advance Throughput Computing
179 views • Jun 9, 2021
Key moments
Testing software so it's reliable enough for space
Testing software so it's reliable enough for space
3:31
The UW-Madison Center for High Throughput Computing (CHTC) was established in 2006 to bring the power of High Throughput Computing (HTC) to all fields research, and to allow the future of HTC to be shaped by insight from all fields of research
The UW-Madison Center for High Throughput Computing (CHTC) was established in 2006 to bring the power of High Throughput Computing (HTC) to all fields research, and to allow the future of HTC to be shaped by insight from all fields of research
11:44
CHTC is home for the HTCondor Software Suite (HTCSS) . CHTC is operating a HTCondor pool and a SLURM cluster that are open (fair share) to any campus researcher and their collaborators . CHTC is supporting sharing across 10 campus HTCondor pools (CMS T2, IceCube, BioState, SpaceScience, ...) • CHTC is providing campus researchers with Research Computing Facilitation services
CHTC is home for the HTCondor Software Suite (HTCSS) . CHTC is operating a HTCondor pool and a SLURM cluster that are open (fair share) to any campus researcher and their collaborators . CHTC is supporting sharing across 10 campus HTCondor pools (CMS T2, IceCube, BioState, SpaceScience, ...) • CHTC is providing campus researchers with Research Computing Facilitation services
12:11
OSG Fabric of Services • Organized under three main thrusts - Community Building, Research Computing Facilitation, and Operation • Designed and operated to assure, scalability, trustworthiness, reproducibility. • OSG claims its services enabled in the past 12 month more than 20 core hours across more than 130 clusters located at more than 70 sites and more than 200TB of data cached across 17 caches worldwide.
OSG Fabric of Services • Organized under three main thrusts - Community Building, Research Computing Facilitation, and Operation • Designed and operated to assure, scalability, trustworthiness, reproducibility. • OSG claims its services enabled in the past 12 month more than 20 core hours across more than 130 clusters located at more than 70 sites and more than 200TB of data cached across 17 caches worldwide.
15:04
How do Cloud Resources fit into the Distributed High Throughput Computing (DHTC) model of the fabric of Services provided by the Open Science Grid (OSG)?
How do Cloud Resources fit into the Distributed High Throughput Computing (DHTC) model of the fabric of Services provided by the Open Science Grid (OSG)?
16:32
The Open Science Pool (OSPool) A service provided by the OSG are Access Points (APoint) that are open to any US researcher and a distributed HTCondor pool that is managed under a fair-share scheduling policy - APoint provides workload automation, auditing and
The Open Science Pool (OSPool) A service provided by the OSG are Access Points (APoint) that are open to any US researcher and a distributed HTCondor pool that is managed under a fair-share scheduling policy - APoint provides workload automation, auditing and
17:08
Democratizing Access In her presentation at the NSFNET 35 Anniversary NSF CISE AD Margert Martonosi articulated the challenge of Democratizing Access to National Research Computing Resources We view Access Points as holding the key to addressing this national challenge
Democratizing Access In her presentation at the NSFNET 35 Anniversary NSF CISE AD Margert Martonosi articulated the challenge of Democratizing Access to National Research Computing Resources We view Access Points as holding the key to addressing this national challenge
20:13
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Partnership to Advance Throughput Computing
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