101. Statistical Analysis Of Neuronal Data Pittsburgh supercomputing Center (PSC), PA, USA; 34 May 2002. Online application. http://www.psc.edu/biomed/SAND.html

102. 15th ACM International Conference On Supercomputing 15 th ACM International Conference on supercomputing June, 16 21, 2001 Sorrento, Naples Italy Sponsored by ACM/SIGARCH. http://www.cib.na.cnr.it/ics01/

th ACM International Conference on Supercomputing June, 16 - 21, 2001 Sorrento, Naples Italy Sponsored by ACM/SIGARCH The ACM International Conference on Supercomputing is a forum for engineers and scientists throughout the world to exchange ideas and research results relating to high performance, distributed, and supercomputing systems. This is the 15 th Conference in the series and will be held at the Sorrento Palace Hotel located in Sorrento, Naples, Italy from June 16 th st . Three days will be reserved for Workshops and Tutorials that will be announced in short time. It is the first time that the ACM ICS Conference will take place in Italy. Webmaster: Lidia Keller

103. Charles E. Leiserson : HomePage Head of the supercomputing Technologies Group in the MIT Laboratory for Computer Science. Member of the Theory of Computation Group. http://supertech.lcs.mit.edu/~cel/

Charles E. Leiserson Charles E. Leiserson is Professor of Computer Science and Engineering in MIT 's Department of Electrical Engineering and Computer Science . He is a member of MIT 's Computer Science and Artificial Intelligence Laboratory , a member of the Lab's Theory of Computation Group , and head of its Supercomputing Technologies Group . He is Program Director of the Singapore-MIT Alliance program in computer science and Adjunct Professor in the School of Computing at the National University of Singapore Contact Information Biography Curriculum Vitae ... Photos (under construction) FAQ

104. Forbes.com: Apple's Supercomputing Scientists ); // supercomputing Apple s supercomputing Scientists Matthew Herper, 01.12.04,745 AM ET NEW YORK - When noted biologist David Botstein was lured from http://www.forbes.com/2004/01/12/cx_mh_0112apple.html

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105. Paul Bourke - Personal Pages Specialties are astrophysics and supercomputing. Includes articles about data formats, geometry, statistical analysis, games and a simulated trip to Mars gallery. http://astronomy.swin.edu.au/~pbourke/

P a u l B o u r k e The following are my personal WWW pages, I hope you find what you're looking for or something else that interests you. These pages come in a number of flavours: reports on projects I've been involved in, notes that I've put on the WEB instead of in a paper notebook, tutorials to assist others get started in various technical areas, papers that I've published or collaborated on, various image galleries, and finally some pages that are simply for amusement. I welcome any feedback on the content as well as any suggestions or corrections you think should be made. If you extend any of the ideas or techniques discussed on these pages I'm happy to include your contribution. New: This site on a CD Email: pdb @ swin.edu.au Phone: 61 3 9214 8624 Fax: 61 3 9214 8797 AIM: bpdourke Geometry Formats Curves Surfaces ... Papers

106. Forbes.com: Super-Cheap Supercomputing? ); // Computer Hardware Software Super-Cheap supercomputing? DanielLyons, 03.25.03, 1200 PM ET NEW YORK - Star Bridge Systems http://www.forbes.com/2003/03/25/cz_dl_0325star2.html

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107. Swinburne University Centre For Astrophysics And Supercomputing Astrophysics and supercomputing http://www.swin.edu.au/astronomy/

108. Activity Group On Supecomputing Activity Group on supercomputing. The objective of the activity groupis to provide an environment for interaction among developers http://www.siam.org/siags/siagsc.htm

Search Activity Group on Supercomputing The objective of the activity group is to provide an environment for interaction among developers of large-scale application programs, applied mathematicians, algorithm designers, and computer architects to foster the development of analytic methods, efficient algorithms, and applications software in context with advances in computer architecture as applied to high performance computing. Chair William Gropp Vice Chair Charbel Farhat Program Director Eric de Sturler Secretary Iain S. Duff Questions/Comments about our Web pages? Use our suggestion box or send e-mail to the Online Services Manager. About SIAM Membership Journals SIAM News ... Laura B. Helfrich , Online Services Manager Updated: LBH Links Supercomputing Home Page Rules of Procedure Join a SIAG Conference Calendar

109. TRECC :: Welcome The Technology Research, Education, and Commercialization Center (TRECC) is a program of the University of Illinois at UrbanaChampaign, funded by the Office of Naval Research and administered by the National Center of supercomputing Applications.. http://www.trecc.org/

SITEMAP CONTACT SEARCH About Us Technology Research Commercialization Partners The Technology Research, Education, and Commercialization Center (TRECC) brings expertise, knowledge, and technological innovation to both the public and private sectors of government, education and business. The TRECC facility at the DuPage County Airport is a gateway to world-class government and university research centers across the country, and to scientists, technologists, educators, and business leaders around the globe. The center's advanced communication and collaboration tools - including state-of-the-art videoconferencing, Access Grid nodes, and powerful computing clusters - can be used for virtual workshops, virtual learning, meetings, seminars, conferences, and training sessions. June 4 Technology Showcase - West Chicago School District #33 TRECC is a program of the University of Illinois at Urbana-Champaign , funded by the Office of Naval Research and administered by the National Center for Supercomputing Applications

110. InnerVision Medical Technologies Inc Develop ultrahigh resolution synthetic aperture imaging and dedicated 2D/3D supercomputing technologies in diagnostic medical imaging. Includes technology and applications. http://www.innermed.com/

InnerVision TM Medical Technologies, Inc IMAGINE... For additional information about InnerVision contact info@innermed.com Last Updated 07/06/2003 Microsoft Internet Explorer, versions 4.0 or later. If you experience any problems navigating the InnerVision website please contact webmaster@innermed.com /* You may give each page an identifying name, server, and channel on the next lines. */ var pageName = "home"; /**** DO NOT ALTER ANYTHING BELOW THIS LINE! ****/ var code = ' '; document.write(' '); document.write('>');

111. Dictionary Definitions For Words In The Supercomputing Category Be a Commerce Partner. supercomputing. Computer Science. highperformancecomputing, HIPPI. HPCC, nanotechnology. number cruncher, parallel processing. http://www.webopedia.com/Computer_Science/Supercomputing/

You are in the: Small Business Channel Jump to Website ECommerce Guide Small Business Computing Webopedia WinPlanet Enter a word for a definition... ...or choose a computer category. choose one... All Categories Communications Computer Industry Companies Computer Science Data Graphics Hardware Internet and Online Services Mobile Computing Multimedia Networks Open Source Operating Systems Programming Software Standards Types of Computers Wireless Computing World Wide Web Home Term of the Day New Terms New Links ... Be a Commerce Partner Supercomputing Computer Science high-performance computing HIPPI HPCC ... supercomputer JupiterWeb networks: Search JupiterWeb: Jupitermedia Corporation has four divisions: JupiterWeb JupiterResearch JupiterEvents and JupiterImages Legal Notices Licensing Reprints ... E-mail Offers

112. NCSA Automated Learning Group (ALG) Archive of software, white papers, and research surveys maintained by a research lab at the National Center for supercomputing Applications (NCSA) http://www.ncsa.uiuc.edu/STI/ALG/

113. Supercomputing: Small Firms Making A Big Impact - ZDNet UK Insight Monday 24th May 2004. supercomputing Small firms making a bigimpact. Michael Kanellos CNET News.com May 18, 2004, 1135 BST, http://insight.zdnet.co.uk/hardware/emergingtech/0,39020439,39155025,00.htm

Price Comparison Shopping at ZDNet All of ZDNet News Insight Comment White Papers Reviews Downloads Prices Jobs All the Web top search newsletters Insight Hardware Sunday 6th June 2004 Supercomputing: Small firms making a big impact Michael Kanellos CNET News.com May 18, 2004, 11:35 BST Tell us your opinion The world of massive computing power used to belong solely to the big players - but thanks to Linux clustering, smaller firms are now getting in on the act Thunder, a supercomputer recently installed at Lawrence Livermore National Laboratory , is possibly the second-most powerful computing machine on the planet and it was built by a company with about as many employees as a real estate office. California Digital, a 55-person company located on the outskirts of Silicon Valley, created Thunder from 1,024 four-processor Itanium 2 servers to perform a variety of tasks at the lab. Capable of churning 19.94 trillion operations per second, it would have ranked second in the Top 500 list of supercomputers published bi-annually by the University of Mannheim, the University of Tennessee and Lawrence Berkeley National Laboratory, had it made the deadline. The key to the set-up, and many like it, is to use the Linux operating system to lash together a lot of comparatively cheap, off-the-shelf hardware to quickly create computers with enough power to simulate the potential effects of explosions or crunch data on galaxy formation. The machines can cost millions of dollars, but they're still about a third less expensive than traditional supercomputers of comparable power.

114. /bin/csh Concepts And Tricks A user's guide to the C shell, from the National Center for supercomputing Applications. http://archive.ncsa.uiuc.edu/General/Training/InterUnix/csh/

/bin/csh concepts and tricks Most unix users use csh as their primary working environment. The csh gives you the prompt and reads your commands. However, /bin/csh has many powerful features including history, job control, aliasing, foreach statements, and many other things. These are accessed either via the command line, your ~/.cshrc configuration file, or csh scripts (which we will cover later in this course Some users use shells other than csh for their day-to-day use, the most common being tcsh . We will not cover these other shells. Using shell history 1: Recalling old commands Using shell history 2: Bits of old commands Using shell history 3: Changing old commands Background a job ... BackTicks The National Center for Supercomputing Applications University of Illinois at Urbana-Champaign pwalker@ncsa.uiuc.edu Last modified: June 19, 1997

115. The Scientist :: Supercomputing In The Life Sciences, Volume 16, Issue 17, Sep. supercomputing in the Life Sciences. 1. Likewise, anyone who follows chess canattest to the supercomputing muscle of Somers, NYbased IBM s Deep Blue. http://www.the-scientist.com/yr2002/sep/lcprofile_020902.html

Search Advanced Search Previous Next Supercomputing in the Life Sciences By Amy Adams Photo: Courtesy of Hewlett-Packard/Compaq The world's fastest supercomputerJapan's Earth Simulatoroccupies an area equivalent to four tennis courts on three floors. It contains 5,120 processors, 10 terabytes of memory, 700 terabytes of hard disk space, and it can perform 40 trillion floating point operations every second. The computer's performance exceeds that of the world's 18 next-fastest computers. It also cost an estimated $350 million (US). Japanese scientists use this supercomputer to model global weather patterns, a monumentally complex problem. Though biological challenges may be less daunting, life scientists are finding uses for supercomputers, too. Researchers use them to search for disease-associated genes and potential drug targets, and to model protein folding, among other applications. Many investigators, in fact, have probably used a supercomputer without even being aware of it: Run a BLAST (basic local alignment search tool) search through the National Center for Biotechnology Information, and you are interactingif only remotelywith a supercomputer. Though the critical computational challenges in life sciences are unique, the same key companies that provide hardware to physicists and cosmologists can be found in the genomics and pharmaceutical arenas:

116. UNIXhelp For Users Unix help desk and online reference from the Mississippi Center for supercomputing Research. http://www.mcsr.olemiss.edu/unixhelp/

UNIXhelp for Users Helpful information for users of the UNIX operating system, developed at the University of Edinburgh from work funded by the ITTI . Please read this UNIXhelp is mirrored around the world and freely available for local installation. This is Version 1.3 Manual Index Searchable Index Glossary of Terms ... Working with files and directories Managing your working environment Controlling access to your files and directories Sending and receiving electronic mail ... UNIX shells This site maintained by appl@mcsr.olemiss.edu

117. Parallel Supercomputing With Commodity Components Parallel supercomputing with Commodity Components. Over the past three years,several important events have enabled commodity supercomputing http://loki-www.lanl.gov/papers/pdpta97/

Parallel Supercomputing with Commodity Components In Proceedings of the International Conference on Parallel and Distributed Processing Techniques and Applications (PDPTA'97), pages 1372-1381, 1997 Michael S. Warren Theoretical Astrophysics Mail Stop B288 Los Alamos National Laboratory Los Alamos, NM 87545 Donald J. Becker Goddard Space Flight Center Code 930.5 Greenbelt, MD 20771 M. Patrick Goda Theoretical Astrophysics Mail Stop B288 Los Alamos National Laboratory Los Alamos, NM 87545 John K. Salmon Center for Advanced Computing Research Mail Code 206-49 California Institute of Technology Pasadena, CA 91125 Thomas Sterling Center for Advanced Computing Research Mail Code 158-79 California Institute of Technology Pasadena, CA 91125 Abstract We have implemented a parallel computer architecture based entirely upon commodity personal computer components. Using 16 Intel Pentium Pro microprocessors and switched fast ethernet as a communication fabric, we have obtained sustained performance on scientific applications in excess of one Gigaflop. During one production astrophysics treecode simulation, we performed 1.2 x floating point operations (1.2 Petaflops) over a three week period, with one phase of that simulation running continuously for two weeks without interruption. We report on a variety of disk, memory and network benchmarks. We also present results from the NAS parallel benchmark suite, which indicate that this architecture is competitive with current commercial architectures. In addition, we describe some software written to support efficient message passing, as well as a Linux device driver interface to the Pentium hardware performance monitoring registers.

118. Pittsburgh Supercomputing Center Networking at the Pittsburgh supercomputing Center http://www.psc.edu/networking/

119. Technology Review: MIT's Magazine Of Innovation Alarm Bell Gordon Bell, now a senior researcher at Microsoft, warns that offthe-shelfsupercomputing is a dead end. (Photograph by Anne Hamersky). WEBLOG, http://www.technologyreview.com/articles/tristram0203.asp

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120. Ira And MaryLou Fulton Supercomputing Center Fulton supercomputing Center. Supercomputers in the Fulton supercomputing Centerare available to BYU faculty and students whose research projects require http://marylou.byu.edu/

BRIGHAM YOUNG UNIVERSITY SEARCH CONTACT FEEDBACK BYU.EDU Supercomputer Center Supercomputing Center Main Resources Principles of Use Getting an Account ... Magnificent Marylou Fulton Supercomputing Center Supercomputers in the Fulton Supercomputing Center are available to BYU faculty and students whose research projects require intense processing capabilities. Several clusters, shared memory servers, and graphics systems are available Use the Navigation Menu on the Left or click the link below to learn more about the facility and how to access its resources. Next BYU Supercomputer Resources

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