81. Supercomputing And Parallel Computing Resources Information on conferences, research groups, vendors, and supercomputers. http://www.cs.cmu.edu/~scandal/resources.html

Supercomputing and Parallel Computing Resources 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. I recommend IEEE's ParaScope as a good alternative. My Own Pages From serious journals to frivolous pictures: Conferences and journals (calls for papers and programs) Research groups Vendors Supercomputers Other Sites I Recommend If you can't find it from one of these pages, it's not worth finding: David Bader's List of Parallel Computing Sites NAS Parallel Tools Group Hotlist Nan's Parallel Computing Page SEL-HPC article archive (especially high performance computing) Hensa archive in the UK. National HPCC Software Exchange Yahoo! New Links May 14, 1997 Program: ISUG'97 (Intel Supercomputer Users Group Annual Conference). Program: PPoPP'97 (Symposium on Principles and Practice of Parallel Programming). Program: PTOOLS'97 (Parallel Tools Consortium). CFP: PCRCW'97 (Workshop on Parallel Computing, Routing, and Communication). Program: COORDINATION'97 (Conference on Coordination Models and Languages).

82. Education Center On Computational Science And Engineering Comprised of an interactive group of researchers and educators focused on enhancing undergraduate curricula with supercomputing tools and technology. Fosters the incorporation of high performance research tools for scientific investigation into the undergraduate curriculum http://www.edcenter.sdsu.edu/

Link to text only home page Search San Diego State University Enter keywords: ECCSE Affiliations San Diego State University National Science Foundation The Education Center on Computational Science and Engineering Need help creating an online survey? The ECCSE is presenting a workshop on the Automated Survey Creation Process, June 4, 2004, 1-4pm. ***Please take our pre-workshop Survey*** The mission of the Education Center on Computational Science and Engineering (ECCSE) is to foster the incorporation of high performance research tools for scientific investigation into the undergraduate curriculum. Our main goal is to better prepare learners for post-Baccalaureate activities where collaborative interdisciplinary teams, sophisticated computer tools, and effective communication are part of the research and problem solving environment. The ECCSE Team of faculty, students, and staff

83. Supercomputing: From Classics To Clusters Windows 2000. supercomputing From Classics to Clusters. One of themost important computing trends to emerge in the new millennium http://www.microsoft.com/windows2000/hpc/

All Products Support Search microsoft.com Guide ... Windows 2000 Worldwide Search for Advanced Search Windows 2000 Product Information How to Buy ... Windows 2000 Supercomputing: From Classics to Clusters One of the most important computing trends to emerge in the new millennium is the movement away from large servers and monolithic supercomputers to clustered solutions. Clusters of inexpensive servers, specifically Intel-based servers running Windows 2000, are setting records for performance, scalability, and reliability. This site discusses Microsoft’s solutions for High Performance Computing (HPC) and demonstrates how Windows 2000 is pushing the state of the art at customer sites that need massive computing power. ON THIS PAGE Overview News Case Studies Elements of High Performance Computing with Windows ... Related Links Overview Supercomputing in the Third Millennium This article provides an overview of current industry trends and the role of the PC in supercomputing. News Unisys Announces HPC Partnership with Cornell Theory Center (CTC) Unisys announces plans to collaborate with the Cornell Theory Center (CTC) to demonstrate the value of the Unisys Enterprise Server ES7000 as a platform for use in high-performance computing (HPC) Windows environments. Cornell Joins Forces with Dell, Intel, and Microsoft to Expand Usage of High Performance Cluster Computing in the Corporate Data Center

84. CESUP-RS of computing resources and publications bibliography.......The National supercomputing Center is open to the academic and industrial community of Brazil. http://www.cesup.ufrgs.br/cesup-e.html

85. Institute Of Theoretical Geophysics Information about research, supercomputing, and people at the institute. http://www.itg.cam.ac.uk/

Institute of Theoretical Geophysics Home People Research Opportunities Seminars ... Contact Welcome to the Institute of Theoretical Geophysics The Institute of Theoretical Geophysics (ITG) is a joint venture of the Department of Applied Mathematics and Theoretical Physics and the Department of Earth Sciences in the University of Cambridge . Our research involves quantitative descriptions of processes fundamental to the Earth. Members of the ITG Research at the ITG Opportunities within the ITG Research seminars ... Contact details Last modified: 18 December 2001 by avh webmaster@itg.cam.ac.uk

86. SwetsWise: Login Cray Inc. and the High Performance Computing Industry computers. The primary design points for today s clusters are server and PCmarkets, not supercomputing. The Future of supercomputing. Applications http://www.swetswise.com/link/access_db?issn=0920-8542

87. UMSI: User's Guide - Scientific Visualization Support for visualization of scientific data, from University of Minnesota supercomputing Institute. http://www.msi.umn.edu/user_support/scivis/scivis-list.html

QUESTIONS FEEDBACK HOME Employment Events Links People Programs Publications Support Welcome Scientific Visualization at the Supercomputing Institute Importance of Visualization in Supercomputer-Based Research Once a computer simulation or analysis has been performed, the results must be interpreted by the researcher. While looking at the results in a numerical form can provide insights, the quantity of numbers produced by some high performance computer simulations can make this task impractical. One alternative is to convert the numbers into pictures and animations, because human beings are inherently far better at understanding information in these forms. A researcher who, for example, is using finite difference methods on a supercomputer to model thermal convection in the Earth's mantel, can use computer graphics on a workstation to visualize the resulting temperatures consisting of millions, perhaps billions, of values. Using a program on the workstation, data for each time step is represented as a grid of pixels on the screen with the pixel colors representing temperature. These grids can then be displayed in succession to show the evolution of the model over time. In the case of a 3-dimensional model, more advanced techniques, such as volumetric rendering, can be used to visualize the data. Graphics Support To assist our researchers, the technical support staff is available to provide specialized graphics and scientific visualization support for Institute researchers. For information or questions, please send email to help@msi.umn.edu or call 626-0802, Feel free to ask any questions, including questions about software, hardware, animations, writing graphics programs, distributed graphics processing, and discussing the application of the various software algorithms and hardware configurations to address your specific needs.

88. EverGreene Technology Park Offers connectivity to the Pittsburgh supercomputing Center for businesses. http://www.evergreenepark.net/

89. PDS, Parallel Supercomputing parallel and distributed. supercomputing. The parallel and distributedsystems group support large scale high performance computing http://www.dl.ac.uk/TCSC/info/parallel_computers/main.html

parallel and distributed The parallel and distributed systems group support large scale high performance computing facilities to further the advances in the computational science and engineering research communities. Facilities are provided to in-house and external users for both development and production work. The group is continually seeking new ways to expand the facilities for new application areas. Intel iPSC/860 The INTEL ISPC/860 Supercomputer Hardware 64 Intel i860 XR nodes 12 Gbytes of locally attached disc Ethernet connections Sun-670MP as front-end Performance System Software Fortran and C cross compilers IBM SP2 An SP2 Frame Hardware Each node has a 66.5 Mhz clock, Ethernet and FDDI connections Performance User Space protocol High reliability and Availability Multiple network paths between nodes 'Hot swaps' of individual nodes Redundant power supplies System Software Parallel System Support Programs Parallel Programming Environment Loadleveller Batch management system Fortran 77/90, C and C++ BLAS and ESSL scientific libraries For Further Information Contact: Dr. H.K.F. Yeung.

90. SCIENCE FOR THE MILLENNIUM A beautifully designed virtual museum of science and industry which will be of interest to students and others with an interest in science and computing provided by the National Center for supercomputing Applications. http://archive.ncsa.uiuc.edu/Cyberia/Expo/main.html

Welcome to NCSA's Multimedia Online Expo, "Science for the Millennium." We suggest starting with the movie below for a grand tour of the Expo. After that overview, you can enter the exhibit at any place on the map. Just click on a building to go directly there. Information Center Pavilion of Collaboration Pavilion of Computation Online Science Theater Fly-Through Video Tour of the Expo QuickTime (7.3MB) MPEG (2.3MB) Sound (1.6MB) Script (Text) NOTE: Depending on how you're connected to the Internet, it can take up to several minutes or longer to download the movie. If you're short on time, we suggest you just read the script. Note: this movie is streamed, see the Technical Corner Click here for a VRML version of the Fly-Through If you ever get lost, the Information Center will help you find your way again. Check the exhibit maps in the Directory. The Information Center also has lots of technical information about downloading movies, navigation and interface guides. To get the most out the Expo, we suggest you stop by there at the beginning of your tour. After you've explored a bit and have a better idea of what's covered within the Expo, you can find specific topics of interest by using our

91. Linux News: Cutting Edge: Supercomputing And Visualization: SGI Moves Forward CUTTING EDGE. supercomputing and Visualization SGI Moves Forward. ByKirk L. Kroeker LinuxInsider 04/29/04 102 AM PT. With the addition http://www.linuxinsider.com/perl/story/33585.html

E-BUSINESS TECHNOLOGY CRM LINUX ... Cutting Edge www.LinuxInsider.com OPEN SOURCE DISTROS GLOBAL AT WORK ... COMMENTARY June 6, 2004 CUTTING EDGE Supercomputing and Visualization: SGI Moves Forward By Kirk L. Kroeker LinuxInsider 04/29/04 1:02 AM PT With the addition of the Altix 350 system, SGI now has a family of servers based on standard Linux that spans the spectrum from departmental systems starting at less than $15,000 up to what the company is calling "the largest and most powerful Linux OS-based server on the marketplace" the 256-processor Altix 3000. Free Newsletter Now Available From TechNewsWorld. Tech News Flash is your one-stop source for daily technology news and information, delivered straight to your inbox directly from TechNewsWorld. Keep up with the latest breaking tech news and enjoy insightful analysis from our team of expert writers and reporters. Subscribe Today Silicon Graphics (NYSE: SGI) recently completed the third quarter of its fiscal year 2004 with what the company says is "continued momentum" for its products introduced throughout the past year: the SGI Altix family of servers, SGI InfiniteStorage products, Silicon Graphics Onyx4 UltimateVision systems and Silicon Graphics Tezro visual workstations. Clearly, the company has been approaching the industry with renewed vigor, making strong appearances at LinuxWorld in New York City, and, more recently, Storage Networking World in Phoenix, Arizona, and the

92. Computational Structural Mechanics At NCSA At the National Center for supercomputing Applications http://www.ncsa.uiuc.edu/SCD/Science/CSM/

Mission Statement People Software FAQs ... (TM) Contact dandy@ncsa.uiuc.edu with questions or comments regarding this page. Last updated July 22, 2001 For more information on NSF's PACI program see http://www.cise.nsf.gov/acir/ and http://www.npaci.edu/online/ All trademarks are owned by their respective organizations.

93. SuperTech: Supercomputing Technologies Group SuperTech supercomputing Technologies Group. The supercomputing TechnologiesGroup web page has moved to http//theory.lcs.mit.edu http://theory.lcs.mit.edu/supertech.html

SuperTech: Supercomputing Technologies Group The Supercomputing Technologies Group web page has moved to http://theory.lcs.mit.edu/~supertech This page is now obsolete. Please update references accordingly. If you find some reference to this page, please let me know so I can arrange to fix it. bradley@lcs.mit.edu

94. Argonne National Laboratory Transportation Technology R&D Center Focus advanced vehicle technologies alternative fuels, electric vehicles, advanced batteries, fuel cells, new materials, supercomputing applications, emission control, superefficient combustion engines, maglev railroads, student design competitions, manufacturing technology, intelligent transportation systems, transporting hazardous materials. http://www.transportation.anl.gov/

Privacy and Security Notice Research Reveals the Atomic Structures of Diesel Particulates Argonne's research on diesel particulate matter (PM) has probed beyond what is possible with commercially available instruments and provided unprecedented details about the morphology, fractal geometry, and atomic microstructure of PM. A fundamental understanding of the formation and destruction mechanisms in diesel PM was achieved for the first time when Argonne researchers used a Raman scattering spectroscopy technique to explore diesel PM at the atomic level. ( More... Featured Stories Testing Vehicles at the Advanced Powertrain Research Facility ( More... Learn about Argonne's Transportation Research Facilities ( More... Featured Publications PSAT: A Flexible, Reusable Model for SImulating Advanced Vehicles ( 657kb pdf GCtool: A Powerful Took for Optimizing Fuel Cells and Other Power Systems ( 857kb pdf) Shortcuts to... GREET Model PSAT Model AirCRED Model Idling Reduction FutureTruck Competition TransForum General Motors Report TransTech Last Update U.S. Department of Energy

95. Numerical Relativity Exhibitions What if you take a supercomputer and put it to work on Einstein's theory of relativity? You'll get an incredible series of images representing black holes, gravity and Einstein's equations. This is what happens at the Numerical Relativity Exhibition , a site from the National Center for supercomputing Application. Take a peek at this trip into the heart of the universe. http://jean-luc.ncsa.uiuc.edu/Exhibits/

Numerical Relativity Exhibitions These are WWW exhibits based on the NCSA Relativity Group's work and on General Relativity. Here you will find exhibits about calculations, computers, virtual reality, the history of science, and much more. Spacetime Wrinkles an extensive exhibit on Einstein and numerical relativity. Schwarzschild Worm Hole An embedding diagram of a single black hole obtained from a numerical solution of the Einstein equations that describe the behavior of the gravitational field. Visualizing Black Hole Spacetimes Stills from a movie of a distorted black hole evolution. Interaction of a Gravitational Wave with a Black Hole A simulation of the interaction of a gravitational wave and a black hole. Model of an Expanding (Closed) Universe This is a visualization of a 2-dimensional model of the 3-dimensional universe. NCSA Relativity Group Exhibits Page / jean-luc@aei-potsdam.mpg.de June 2001

96. TAMU Supercomputing Facility The Texas A M supercomputing Facility is committed to providing advanced computingresources and support to Texas A M faculty and students engaged in all http://sc.tamu.edu/

Help Desk Documentation Software Accounts ... Altix 3700 , a 32-processor IBM Regatta pSeries 690 , a 64-processor SGI Origin 3800 and a 32-processor SGI Origin 2000 Relevant Issues ABAQUS CAE problems OS Upgrade of cosmos on Jun 7 Altix 3700 enters production June 1 CLAIM conversion to UIN June 4 ... Supercomputing 2002 Exhibit Material Read our privacy policy Suggestions for viewing this page Powered by the Apache WebServer Site maintained by webmaster@sc.tamu.edu

97. Spacetime Wrinkles The National Center for supercomputing Applications offers an online exhibit on black holes and Albert Einstein's theory of relativity, including images, video clips, and a bibliography. http://archive.ncsa.uiuc.edu/Cyberia/NumRel/NumRelHome.html

SPACETIME WRINKLES In 1905, Albert Einstein published his famous Special Theory of Relativity and overthrew commonsense assumptions about space and time. Relative to the observer, both are altered near the speed of light: distances appear to stretch; clocks tick more slowly. A decade and a year later, Einstein further challenged conventional wisdom by describing gravity as the warping of spacetime, not a force acting at a distance. Since then, Einstein's revolutionary insights have largely stood the test of time. One by one, his predictions have been borne out by experiment and observation. But it wasn't until much later that scientists accepted one of the most dramatic ramifications of Einstein's theory of gravitation: the existence of black holes from whose extreme gravity nothing, not even light, can escape. Major advances in computation are only now enabling scientists to simulate how black holes form, evolve, and interact. They're betting on powerful instruments now under construction to confirm that these exotic objects actually exist. You might like to take a two-minute video tour of this exhibit's contents. However, the Quicktime movie is rather large (12.3 MB!), so be patient when downloading. It could take several minutes. (Further information on downloading movies can be obtained from the

98. Oxford Supercomputing Centre Home Page Oxford supercomputing Centre. 4 June 1998 The inauguration of the Oxford supercomputingCentre took place at the Oxford University Computing Laboratory. http://www.osc.ox.ac.uk/

Oxford Supercomputing Centre A centre for multi-disciplinary research in the application of high performance computing Search : OSC News March 2004. MPICH update on Oswald. 31st March 2004. If you have trouble logging on, then first check your email. If you've not got anything from us then send mail to osc-admin@comlab.ox.ac.uk Contact Information Address: Centre Manager Oxford Supercomputing Centre Oxford University Computing Laboratory Wolfson Building Parks Road Oxford OX1 3QD Telephone: Fax: e-mail: osc-admin@comlab.ox.ac.uk Local information: Announcements and state of machines History The Oxford Supercomputing Centre OSC was established as the result of support from the Higher Education Funding Council for England (HEFCE) Joint Research Equipment Initiative 1997 and Silicon Graphics UK Ltd. The main computer resource installed under this grant, known as Oscar , has been deployed in a wide variety of research studies covering biological, medical, chemical, mathematical, physical and engineering topics including parallel computing itself. 4 June 1998 - The inauguration of the Oxford Supercomputing Centre took place at the Oxford University Computing Laboratory 28 July 2000 - Tosca , the OSC linux cluster, was installed to provide distributed memory services that would complement those on Oscar and enable us to test the effectiveness of less expensive equiment.

99. DOS Beowulf Simple, inexpensive Beowulf supercomputing clusters for DOS using UBASIC. http://dosbeowulf.tripod.com/

var cm_role = "live" var cm_host = "tripod.lycos.com" var cm_taxid = "/memberembedded" Check out the NEW Hotbot Tell me when this page is updated Beowulf Supercomputing Clusters for DOS Do it yourself in an evening for under $10 A project meant to make supercomputing available to the experimenter, amateur scientist, small laboratories and the inventor. About this site Build your own Follow the links below for a step-by-step look at your own low-cost supercomputing cluster. If you have two or more old DOS machines, the cost can probably be kept under $10. The machines don't need a lot of memory or even a hard drive, but they must have a working parallel port. The platform for the cluster is UBASIC 8.8F, which is an ultra-precision high speed language written entirely in assembly language and downloadable for free. I prefer FreeDOS as the operating system as UBASIC runs significantly faster on it than it does on MS-DOS. Features Communication is a full 8 bits wide with 100% handshaking. Everything fits on one floppy with plenty of room to spare. Transmission speed adjusts automatically to the port.

100. *** ZEUS - Centers Of European Supercomputing *** ZEUS. Centers of European. supercomputing. The ZEUS Consortium (ZentrenEUropäischen supercomputings) was established to exploit the http://www.iwr.uni-heidelberg.de/zeus/

ZEUS Centers of European Supercomputing The ZEUS Consortium ( Z entren EU S upercomputings) was established to exploit the potential of the participating centres broad range of know-how and expertise in the field of MPP and also to create the oppurtunity to enter new fields of research that a single centre alone could hardly address. The ZEUS Consortium collaborates in various common and bilateral projects, organises joint workshops, colloquia and seminars, and publishes conference proceedings and technical reports. The aim of ZEUS is to be a growing Network of Excellence in the field of MPP. Members of the ZEUS Consortium Click onto the logo to connect to the WWW server of the centre. Click onto the centres location to get the address and e-mail for a first contact. Amsterdam Athens Bergen Chemnitz ... Paderborn The current ZEUS-II Project (which as ZEUS-I was supported by the European Union) also has some Management Back to IWR home page B. Przywara, 27.04.1995

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