Technical reports (not peer-reviewed)
Permanent link for this collectionhttps://hdl.handle.net/2022/19884
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Browsing Technical reports (not peer-reviewed) by Title
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Item Acceptance Test for Jetstream Test Cluster — Jetstream-Arizona (JA) Dell PowerEdge Test and Development Cluster(2015-08-25) Hancock, David Y.; Link, Matthew R.; Stewart, Craig A.; Turner, George W.This paper details the system description and the performance targets, methods used to perform the acceptance tests, and the achieved performance of the Jetstream test cluster.Item Acceptance Test Results for the Jetstream2 Production Environment(2022-04-19) Hancock, David Y.; Turner, George; Weakley, Le Mai; Teige, Scott; Lowe, J. Michael; Bird, Stephen; Michael, Scott; Martin, Chris; Fischer, Jeremy; Snapp-Childs, Winona; Pierce, Marlon; Marru, Suresh; Wannipurage, DimuthuItem Addressing the national need for more diversity and aggregate investment in cyberinfrastructure supporting open science and engineering research(2017-04-15) Stewart, Craig A.There are tremendous unmet demands for interactive, user-driven advanced cyberinfrastructure tools best delivered from cloud environments. As leaders of the NSF-funded Jetstream cloud system, we set out some of the many pressing scientific needs for cloud-based computing in disciplines ranging from genomics to engineering to field biology to observational astronomy. At the same time, there is increasing demand for traditional resources at the tens of PetaOPs level as well as exascale computing. Going forward, one can expect that NSF investments in cyberinfrastructure will represent a decreasing fraction of total national investment in advanced CI supporting open science and engineering research. There is only one solution to maintaining US global leadership in innovation while meeting the large and diverse CI needs faced by the national research community: a net increase in financial investment in CI resources from a diversity of financial resources. The NSF has within its means and power the ability to do much to coordinate diverse sources of investment and diverse resources that will support open research in academic and government research laboratories throughout the US by providing technical leadership, creating financial incentives, and leveraging investments that include but go far beyond NSF’s direct investments in advanced cyberinfrastructure resources.Item High Performance Computing System Acquisition: Jetstream – A Self-Provisioned, Scalable Science and Engineering Cloud Environment (Year 1 Annual Report)(2016-02-15) Stewart, Craig A.; Foster, Ian; Merchant, Nirav C.; Taylor, James; Vaughn, Matthew W.Item Item Jetstream (NSF Award 1445604) Annual Report: December 1, 2018 – November 28, 2019(2019-11-26) Hancock, David Y; Merchant, Nirav; Lowe, John Michael; Fischer, Jeremy; Liming, Lee; Taylor, James; Afgan, Enis; Turner, George; Skidmore, Edwin; Beck, Brain W.; Snapp-Childs, Winona; Foster, Ian; Vaughn, MatthewItem Jetstream (NSF Award 1445604) Program Year 3 Annual Report (December 1, 2016 – November 28, 2017)(2017-12-15) Stewart, Craig A.; Hancock, David Y.; Merchant, Nirav; Lowe, John Michael; Fischer, Jeremy; Liming, Lee; Taylor, James; Afgan, Enis; Turner, George; Skidmore, Edwin; Packard, Michael; Beck, Brain W.; Foster, Ian; Vaughn, MatthewItem Jetstream (NSF Award 1445604) Year Program Year 2 Annual Report (Dec 1, 2015 – Nov 30, 2016)(2016-12-31) Stewart, Craig A.; Hancock, David Y.; Vaughn, Matthew; Merchant, Nirav; Lowe, John Michael; Fischer, Jeremy; Liming, Lee; Taylor, James; Afgan, Enis; Turner, George; Hammond, Bret; Skidmore, Edwin; Packard, Michael; Foster, IanItem Jetstream and Brain-Life: Creating a reproducible research platform on the Jetstream cloud(2017-07-31) O'Riley, Steven; Arya, AmanJetstream is the 1st production cloud funded by the National Science Foundation (NSF) for conducting general science and engineering research. Brain-Life is an in-development grassroots research platform with the proposed goal to provide an easy-to-use platform for Neuroscientists and other STEM (Science, Technology, Engineering, Mathematics) researchers to publish their data and algorithms, as well as manipulate archived data with on-demand compute resources. One of the core compute resources being used by the Brain-Life platform is the Jetstream production cloud. In this paper, we discuss the ease by which the Brain-Life platform is able to integrate itself with the Jetstream cloud and depict several applications on Brain-Life that have been successfully implemented using the Jetstream cloud service. We also identify issues in the integration of Brain-Life and Jetstream, and the problems which show up when trying to run algorithms on the Jetstream cloud via the Brain-Life platform.Item Jetstream NSF Annual Report December 1, 2017 – November 30, 2018(2018-12) Hancock, D.Y.; Merchant, N.; Lowe, J.M.; Fischer, J.; Liming, L.; Taylor, J.; Afgan, E.; Turner, G.; Skidmore, E.; Beck, B.; Snapp-Childs, W.; Foster, I.; Vaughn, M.Item Jetstream NSF Annual Report December 1, 2019 – November 30, 2020(2020) Hancock, David Y.; Merchant, Nirav; Lowe, J. Michael; Fischer, Jeremy; Liming, Lee; Taylor, James; Afgan, Enis; Turner, George; Skidmore, Edwin; Beck, Brian; Snapp-Childs, Winona; Foster, Ian; Vaughn, MatthewItem Jetstream NSF Annual Report December 1, 2020 – November 30, 2021(2021) Hancock, David Y.; Merchant, Nirav; Lowe, J. Michael; Liming, Lee; Taylor, James; Afgan, Enis; Turner, George; Skidmore, Edwin; Beck, Brian; Snapp-Childs, Winona; Foster, Ian; Vaughn, MatthewItem Jetstream Stakeholder Advisory Board Meeting February 2017: Presenters’ Report(2017-02-28) Stewart, Craig A.; Hancock, David Y.; Vaughn, Matthew; Merchant, Nirav; Lowe, John Michael; Fischer, Jeremy; Liming, Lee; Taylor, James; Turner, George; Hammond, C. Bret; Skidmore, Edwin; Packard, Michael; Miller, Therese; Foster, Ian; Rad, Paul; Mehringer, SusanItem Jetstream – A Self-Provisioned, Scalable Science and Engineering Cloud Environment - NSF Acceptance Report(2016) Stewart, Craig A.; Foster, Ian; Merchant, Nirav C.; Taylor, James; Vaughn, Matthew W.Item Jetstream2 NSF Annual Report October 1, 2021 – September 30, 2022(2022-12) Hancock, David Y.; Merchant, Nirav; Fischer, Jeremy; Lowe, John M.; Snapp-Childs, Winona; Skidmore, Edwin; Weakley, Le Mai; Cleveland, Sean; Knepper, Richard; Afgan, Enis; Ramamurthy, Mohan; Fonner, John; Oswald, JayItem Jetstream2 NSF Annual Report October 1, 2022 – September 30, 2023(2023-09-30) Hancock, David Y.; Merchant, Nirav; Fischer, Jeremy; Lowe, J. Michael; Snapp-Childs, Winona; Skidmore, Edwin; Weakely, Le Mai; Cleveland, Sean; Knepper, Richard; Afgan, Enis; Ramamurthy, Mohan; Fonner, John; Oswald, JayItem NSF High Performance Computing System Acquisition system description: Jetstream - a self-provisioned, scalable science and engineering cloud environmentStewart, Craig A.; Stanzione, Daniel; Cockerill, Timothy; Skidmore, Edwin; Fischer, Jeremy; Lowe, John Michael; Hammond, Bret; Turner, George; Hancock, David Y.; Miller, ThereseItem Simulations to Test Data Assimilation through Feedback Nudging(2017-07-31) Blake, SanchezItem Summary of the Survey of Field/Marine Station Directors and Managers(2017-07-31) Doak, Thomas G.; Stewart, Craig A.; Wernert, Julie; Hancock, David Y.; Miller, ThereseItem System Acceptance Report for NSF award 1445604 ”High Performance Computing System Acquisition: Jetstream - A Self-Provisioned, Scalable Science and Engineering Cloud Environment”(2016-05-11) Stewart, Craig A.; Hancock, David Y.; Vaughn, Matthew; Merchant, Nirav C.; Lowe, John Michael; Fischer, Jeremy; Liming, Lee; Taylor, James; Afgan, Enis; Turner, George; Hammond, C. Bret; Skidmore, Edwin; Packard, Michael; Foster, Ian