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Supercomputers

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		src=" Beowulf-Parallel Clusters at Drexel ^Votes:0 THE BORG PROJECT Hardware/Software Cluster Users and Administrators Parallel Cluster Application/Research Photographs/Scenes from Cyborg Acknowledgements josephin@cyborg.physics.drexel.edu Read More Go to Site


		Conoco hopes to hit oil with slick supercomputer \| CNET News.com ^Votes:0 Log in \| Sign up Why join? Remember me \| Forgot password? Welcome ( log out ) View profile On TechRepublic: 10 illegal job interview questions Search: News All CNET The Web Advanced search Download Acrobat Professional! Today on CNET Reviews News Downloads Tips & Tricks CNET TV Compare Prices Blogs Business Tech \| Cutting Edge \| Green Tech \| Access \| Threats \| Media 2.0 \| Markets \| Personal Tech \| News Blogs \| Video \| Extra \| My News \| RSS Conoco hopes to hit oil with slick supercomputer The oil company builds a Linux-based machine for finding oil and gas beneath the Earth's surface, saying it costs a tenth of the average price of a conventional supercomputer. By Stephen Shankland Staff Writer, CNET News.com Published: August 30, 2000, 5:50 PM PDT TalkBack E-mail Print del.icio.us Digg thi Read More Go to Site

		EPEE ^Votes:0 The Eiffel Parallel Execution Environment Version franÇaise EPEE (Eiffel Parallel Execution Environment) is an object oriented design framework for programming distributed memory parallel computers, developed within the PAMPA Project . It proposes a programming environment where data and control parallelism are totally encapsulated in regular Eiffel classes, without any extension to the language nor modification of its semantics. EPEE has been used to build Paladin , a parallel object oriented linear algebra library. EPEE Basic Principles Paladin POM Library Object-Oriented Software Engineering with Eiffel Publications EPEE Team Why Eiffel? Read More Go to Site

		epp team ^Votes:0 epp team @ GoLP team> epp team > GoLP > CFP > Instituto Superior TÉcnico [ team ][ research ][ on the news ][ publications ][ facilities ][ collaborations ][ funding ][ alumni ][ join us! ] Ten simple rules for 1 , 2 , 3 , 4 , 5 , 6 , 7 team PhDs LuÍs O. Silva [ associate professor @ ist ] Ricardo A. Fonseca [ assistant professor @ iscte ] Gianfranco Sorasio [ postdoc fct and inv assist prof @ ist ] Fabio Peano [ postdoc @ ist ] HPC Tech Staff Michael Marti [ ist fellow ] Graduate students Paulo Abreu [ fct fellow ] Massimiliano Fiore [ fct fellow ] Luis GargatÉ [ fct fellow ] Jorge Vieira [ fct fellow ] Nitin Shukla [ visiting phd student and ist fellow ] Samuel Martins [ ist fellow ] Joana Martins [ fct fellow ] Frederico FÍuza [ fct fellow ] MSc. students Bruno BrandÃo [ 5th yr left ist Read More Go to Site

		Large Prime Numbers ^Votes:0 Large Prime Number Found by SGI/Cray Supercomputer text by: Landon Curt Noll Note: This is no longer the largest known prime The largest known prime number may be found in chongo's table of Mersenne Prime Digits and Names . A Large Prime Number : 2^1257787-1 A Large Perfect Number : 2^1257786 * (2^1257787-1) The discovery team: David Slowinski : left, CRAY T94 : center :-) & Paul Gage : right EAGAN, Minn., September 3, 1996 -- Computer scientists at SGI 's former Cray Research unit, have discovered a large prime number while conducting tests on a CRAY T90 series supercomputer. The prime number has 378,632 digits. Printed in newspaper-sized type, the number would fill approximately 12 newspaper pages. In mathematical notation, the new prime number is expressed as 2^1257787-1 , which denotes Read More Go to Site

		MOSIX home ^Votes:0 M O S I X Cluster and Grid Management Home About Linux-2.6 Linux-2.4 HUGI FAQ Papers Contact Wiki MOSIX is a management system targeted for high performance computing on Linux clusters and multiclusters. In MOSIX there is no need to modify or link applications with any library, copy files or login to remote nodes, or even assign processes to different nodes. It is all done automatically, similar to a single computer with multiple processors - just fork and forget . MOSIX for Linux-2.6 supports dynamic configurations of multiple clusters (both private and shared) in organizational grids. Latest news: The 64-bit (x86_64) distribution is now in BETA testing. The MOSIX-wiki was released. 2 paper were presented in Cluster 2007 and Grid 2007. Migratable sockets are supported, see the white paper Read More Go to Site

		Ohio Supercomputer Center ^Votes:0 At A Glance People and Committees Resources Careers Tours Executive Director Management Team Expert Sources Staff Directory Governing Board Statewide Users Group (SUG) Research Advisory Committee Production Advisory Committee OSTEER Get an Account Notices Training Hardware Software Statewide Software Environments OSC-Springfield Computational Science Initiative OSCnet Services Videoconferencing Wireless ITEC-Ohio Ohio Broadband Council Get an Account Renew Project Analytics Research Biomedical Sciences and Visualization Blue Collar Computing Computational Science Engineering Research Applications Cyberinfrastructure and Software Development Systems Research OSC at SC07 Ralph Regula School Computational Chemistry Grid Summer Institute Young Women's Summer Institute HPC and Software Training Read More Go to Site

		Parallel Computing Works ^Votes:0 Next: Contents Parallel Computing Works This book describes work done at the Caltech Concurrent Computation Program, Pasadena, California. This project ended in 1990 but the work has been updated in key areas until early 1994. The book also contains links to some current projects. Geoffrey C. Fox Roy D. Williams Paul C. Messina ISBN 1-55860-253-4 Morgan Kaufmann Publishers , Inc. 1994 ordering information What is Contained in Parallel Computing Works? What is Contained in Parallel Computing Works? We briefly describe the contents of this book Applications The heart of this work is a set of applications largely developed at Caltech from 1985-1990 by the Caltech Concurrent Computation Group. These are linked to a set of tables and Glossaries. Algorithms and Applications in High Performance F Read More Go to Site

		Scalable Parallel Systems ^Votes:0 Our work in Scalable Parallel Systems focuses on the technologies needed for the design and effective use of scalable systems such as the IBM PowerParallel SP2 or workstation clusters. The effort was established in 1986 to develop the software support for the Vulcan massively parallel computer prototype. The technology that we developed provided much of the foundation for the SP product line: communication software, parallel I/O, tools, libraries, application codes, etc. Our current research activity is focused in the following areas: Scalable computer architectures. What communication models will future architectures support for parallel processes? Our past work has focused on message passing. After contributing to the design and development of the MPL message passing library of native SP Read More Go to Site

		Supercomputer Centers : High Performance for the Average Joe ^Votes:0 hiring freelance writers \| today's articles \| sign in Home » Technology » Scientific Computing » Supercomputer Centers : High Performance for the Average Joe Supercomputer Centers : High Performance for the Average Joe © Adam Hughes Articles in this Topic Discussions in this Topic Jul 2, 1999 In this series, we've examined a wide range of computational techniques to aid the scientist in his research endeavors. From scientific visualization tools to parallel processing, each advance provides a key piece to the discovery puzzle. But for most researchers, the means to house all of this technology locally are simply not available. So what is the scientist to do, short of throwing up his hands in frustration and going back to the "drawing board", literally? The answer often lies in the construc Read More Go to Site

		Supercomputers and High Performance Computing - a CompInfo Directory ^Votes:0 CompInfo - The Computer Information Center The top one-stop reference resource for corporate IT, computers and communications Millions of IT users world-wide rely on our Web-based support resources Tell your colleagues and friends, and bookmark us at http://www.compinfo-center.com/ Computer Magazines Computer Books Computer Events CompInfo I.T. Directories Site Search Highlight Your Company Downloads, Drivers and Reviews Computer News Keep Informed - Add Your Interests MCSE Certification Resources IT Study Resources Supercomputers - Outline Topic Outline - KnowledgeBases - Newsgroups and FAQs - Magazines and Ezines - White Papers - Organizations and User Groups - News - Events - Related Topics - Books - Key Manufacturers - Where to Buy - Key Solutions Providers - Where to get Help - Key Se Read More Go to Site

		Supercomputers and Parallel Computers ^Votes:0 Supercomputers and Parallel Computers [ Index \| Conferences \| Research Groups \| Vendors \| Supercomputers ] Note: I've moved on to another job , and I can no longer afford the time to keep this site updated. Charles Castevens has a more up-to-date collection of supercomputer images . Images and product information for current parallel and vector supercomputers. Click on a thumbnail image for the full-size picture, or on a company or product name for further information. Alex Informatics AVX3 . Convex C4600 . Convex Exemplar SPP1000/XA. . Cray Origin2000 . Cray Research C90 C90D and C916 --> Cray Research J90 Cray Research Superserver . --> Cray Research T3D PSC . See also T3D MCA and MC256-8 . --> Cray Research T3E . Cray Research T90 T94 and T932 . --> Cray Research Y-MP (YMP8/8128) at the Read More Go to Site

		Supercomputing Institute Home Page ^Votes:0 Welcome Who we are , mission statement , strategic planning , and directions to the Institute. Comprehensive User Information and Forms Contact information, technical resources, resource access and management, technical support, request forms Core Hardware Calhoun (SGI Altix XE 1300 Linux Cluster) , IBM BladeCenter Linux Cluster , SGI Altix shared-memory system , IBM Power4 , IBM Netfinity Linux Cluster , and Unisys ES7000 Orion 430 Laboratories Basic Sciences Computing , Computational Genetics , Medicinal Chemistry/Supercomputing Institute Visualization-Workstation , Scientific Data Management , Scientific Development and Visualization . Software People Principal Investigator links , fellows , committees , user support staff , systems and operations staff , and administrative staff . Semi Read More Go to Site

		The Tutorial ^Votes:0 About CACR News & Events Research Computing Resources Publications Contact Information/ People Visitor's Center Help Desk How to Build a Beowulf: a Tutorial You will need Adobe Acrobat Reader to view the PDF files. You can download Adobe Acrobat Reader here . Introduction (HTML) Building a Beowulf System (HTML) Motivation, Overview, Introduction (PS) Bits & Pieces (PDF) Hardware Integration (PS) Linux Networking (PS) Managing Ensembles PVM (PS) MPI (PS) Avalon (PS) Tricks & Tips (PS) Applications (PS) Wrapup (PS) Beowulf Tutorials: The Seventh International Symposium on High Performance Distributed Computing in Chicago, Illinois, (July 1998) SC97 in San Jose (November '97) NASA-wide Beowulf Workshop in Pasadena (October '97) 1997 Cluster Computing Conference in Atlanta (March '97) Read More Go to Site

		Tina ^Votes:0 Institute for Theoretical Physics statistical mechanics group \| leonardo Tina - a Beowulf-Super-Computer Tina (Tina is no acronym) is a self-made high-performance massive parallel super-computer built out of commodity hardware components, running Linux . To keep it short: Tina is a Beowulf-Cluster . Tina is the main source of computing power for the computational physics group and the statistical mechanics group at the Institute of Theoretical Physics, Magdeburg. Latest news: Hardware upgrade General informations : Motivation, Applications, Performance, Pictures, ... Tina at work : See Tina's current workload Scientific projects Press coverage Technical notes : Hard- and Software User's area Root only Headhunters click here . Tina is hosted by the university computer center . Thanks! Speci Read More Go to Site

		Vector and Scalar Parallel Supercomputers ^Votes:0 Vector and Scalar Parallel Supercomputers [ Vendors \| Supercomputers ] Last updated: Wed Feb 13 20:50:45 EST 2002 Yes, this is horribly out of date, almost a year and a half now. I'm back at school part-time along with working full-time at a new job, but I promise I'll update this sometime this...year. Really. --> GFLOPS by itself means 1000x1000 DP LINPACK GFLOPS. SI/FP(16) 16.4/24.8 means SPECint95/SPECfp95 results with 16 CPUs are 16.4 and 24.8, respectively. Fastest on the list, slowest on the list. --> Alex Informatics AVX3 : 32 PowerPC 604 scalar processors (~4 GFLOPS.) This seems to be a bunch of PowerPC machines hooked together in a distributed-memory setup. Boring. An AVX3 at: City University of Hong Kong . Connection Machines Services CM-5 : 1024 SPARC vector-accelerated processo Read More Go to Site

		What are super computers? ^Votes:0 What are super computers? The complex operations being performed by a super computer can be enhanced by its designers to the optimum level in two ways. Supercomputers, just like any other typical computer, have two basic parts. The first one is the CPU which executes the commands it needs to do. The other one is the memory which stores data. The only difference between an ordinary computer and supercomputers is that supercomputers have their CPUs opened at faster speeds than standard computers. This certain length of time determines the exact speed that a CPU can work. By using complex and state-of-the-art materials being connected as circuits,supercomputer designers optimize the functions of the machine. They also try to have smaller length of circuits connected as possible in order for t Read More Go to Site

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