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ABERDEEN PROVING GROUND, Md. (Oct. 16, 2015) -- The U.S. Army introduced its newest supercomputer, Excalibur, which will help to ensure Soldiers have the technological advantage on the battlefield, officials said.
The Excalibur is the 19th most powerful computer in the world. About 50 officials gathered for a ribbon-cutting ceremony at the U.S. Army Research Laboratory Department of Defense Supercomputing Resource Center.
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Trent shows off Talon, UNTs' $1.5 million supercomputer housed on the fifth floor of the GAB. It is one of the state's largest computers, capable of carrying out 20 trillion operations per second and solving the longest math equations. Talon is solely a research tool. It enables chemists and engineers to calculate and view things on the atomic level. It is part of UNTs' effort to become a national research university.
This is where the future is projected: on 11 super computers cranking out scenarios of global warming.
|| Photo info: Taken 2020-03-04 with Canon EOS 5D Mark IV, EF24-70mm f/2.8L II USM, ¹⁄₂₀₀ sec at f/2.8, focal length 70 mm, ISO ISO 2500. Copyright 2020 .
The Soviet 5th generation supercomputer project had only one part that was finished, the software made by Estonians.
Lee Glazier, Chief of World Class Systems, Rolls-Royce
9 September 2013, Brussels
Through years of steady investment and research, high performance computing in Europe has started paying returns to many parts of the economy - aerospace, pharmaceuticals, energy, automotive, the environment and climate research. But the best could be yet to come, as computing powers worldwide jump upwards and HPC becomes an essential tool for competitiveness across the European economy. In short, supercomputers will be for all, no longer a few.
Why it has seating, I don't know.
You shouldn't need to sit around, these things should be FAST shouldn't they?
9 September 2013, Brussels
Through years of steady investment and research, high performance computing in Europe has started paying returns to many parts of the economy - aerospace, pharmaceuticals, energy, automotive, the environment and climate research. But the best could be yet to come, as computing powers worldwide jump upwards and HPC becomes an essential tool for competitiveness across the European economy. In short, supercomputers will be for all, no longer a few.
This is the SGI booth at SC07 in Reno. SGI offers high-performance servers, clusters and supercomputers:
Some attendees expressed that SGI's booth created more of a splash that the technology, but there was a buzz impacted by investors and the market:
www.supercomputingonline.com/article.php?sid=14705
advancednano.blogspot.com/2007/11/sgi-builds-worlds-large...
www.supercomputingonline.com/article.php?sid=14796
insidehpc.com/2007/11/15/inside-track-sgi-sharedholder-wa...
9 September 2013, Brussels
Through years of steady investment and research, high performance computing in Europe has started paying returns to many parts of the economy - aerospace, pharmaceuticals, energy, automotive, the environment and climate research. But the best could be yet to come, as computing powers worldwide jump upwards and HPC becomes an essential tool for competitiveness across the European economy. In short, supercomputers will be for all, no longer a few.
Researchers are using computational quantum chemistry and deep learning methods to detect previously unidentified molecules for metabolomics and exposomics research.
Terms of Use: Our images are freely and publicly available for use with the credit line, "Andrea Starr | Pacific Northwest National Laboratory"; Please use provided caption information for use in appropriate context.
Unretouched as of right now - Meet Boomer II. The fastest and most advanced supercomputer the state Oklahoma has ever launched.
At the University of Oklahoma.
This is a ad for the Cray-1 supercomputer that is fast as a cheeta!
It was invented in 1976.
Fast and Furious!
Joey 6/7W
Mark Parsons, Executive Director, Edinburgh Parallel Computing Centre (EPCC)
9 September 2013, Brussels
Through years of steady investment and research, high performance computing in Europe has started paying returns to many parts of the economy - aerospace, pharmaceuticals, energy, automotive, the environment and climate research. But the best could be yet to come, as computing powers worldwide jump upwards and HPC becomes an essential tool for competitiveness across the European economy. In short, supercomputers will be for all, no longer a few.
Jianmin Jiang, Full Professor of Media Computing, University of Surrey
9 September 2013, Brussels
Through years of steady investment and research, high performance computing in Europe has started paying returns to many parts of the economy - aerospace, pharmaceuticals, energy, automotive, the environment and climate research. But the best could be yet to come, as computing powers worldwide jump upwards and HPC becomes an essential tool for competitiveness across the European economy. In short, supercomputers will be for all, no longer a few.
Edison Phase I was the original HPCS Cray Cascade system (serial no. 1). It was expanded into Edison Phase II when Cray brought the XC30 platform to market.
John Sloan is a free-lance product developer specializing in embedded and real-time systems. At Wright State University, he led the group that introduced the campus to UNIX and the Internet. At the National Center for Atmospheric Research, he was the head of the section responsible for that national lab’s supercomputers, mass storage system, and server farm. At Bell Laboratories and its spin-offs, John worked as a software engineer on teams to develop and ship several commercial products. John has published an article in the Proceedings of the IEEE, an entry in the Encyclopedia of Computer Science, and many papers and technical reports. John has served on industry and academic advisory panels, has been an invited speaker and panelist, and has served as a visiting scientist and consultant domestically and internationally. He has taught courses in real-time and embedded software development at the undergraduate and graduate level. John has an M.S. and B.S. in Computer Science from Wright State University in Dayton Ohio. He writes under the registered trademark Chip Overclock.
Representing Realities, one of Humboldt’s Place-Based Learning Communities. As a freshman majoring in Math or Computer Science, you’ll automatically be part of this year-long program to interact with the world of math and computation.
Dr. Guang Gao, a distinguished professor of electrical and computer engineering, along with Professor Roberto Giorgi, an associate professor at the Università degli Studi di Siena in Siena, Italy and primary investigator (Coordinator / Scientific Manager) of the TeraFlux project. The TeraFlux project seeks to exploit dataflow parallelism in teradevice computing and propose a complete solution to harness large-scale parallelism in an efficient way. The University of Delaware recently joined the TeraFlux project and received a grant connected to the project from the EU.
Intel has shipped its 60-core Xeon Phi 5110P coprocessor to selected customers. The coprocessor comes in the form of a PCIe expansion card and operates independently of the host operating system, courtesy of its own Linux operating system that manages each x86 core.
See more details visit tiny.cc/3xi0nw
Sergi Girona, Operations Director, Barcelona Supercomputing Center; Chair, PRACE Board of Directors
9 September 2013, Brussels
Through years of steady investment and research, high performance computing in Europe has started paying returns to many parts of the economy - aerospace, pharmaceuticals, energy, automotive, the environment and climate research. But the best could be yet to come, as computing powers worldwide jump upwards and HPC becomes an essential tool for competitiveness across the European economy. In short, supercomputers will be for all, no longer a few.