61. CSE Master's Program At The TUM computational science and Engineering. International Master's Program at theTechnische Universität München. computational science and Engineering. http://www.cse.tum.de/

Computational Science and Engineering International Master's Program at the Technische Universität München Home Overview Course Applying ... Misc International Master's Program at the Technische Universität München Computational Science and Engineering Computational Science and Engineering (CSE) is the multi-disciplinary field of computer-based modelling and simulation for studying scientific phenomena and engineering designs. Since winter term 2001/2002, the Technische Universität München (TUM) offers an international master's program dedicated to Computational Science and Engineering. It offers students with a basic education in some discipline from science or engineering a curriculum that provides the basis of a successful professional or academic career in CSE. Overview About the Course Applying About CSE ... Professors Students News Campus Garching Photo Album Site index Home Overview About CSE About TUM ... Webmaster

62. Summary Of Computational Science Program -- UTK CS Dept. Summary of computational science Program Computer Science Department Universityof Tennessee. Faculty with direct research ties to computational science. http://www.netlib.org/utk/cs_dept/computational_summ.html

Summary of Computational Science Program Computer Science Department University of Tennessee Objectives To support interdisciplinary programs in the sciences. To foster the exchange of knowledge and experiences between universities, government laboratories and industry. To train and educate students and young investigators, as well as established researchers, in the effective use of techniques and equipment for advanced parallel computational systems. To attract students into science and technology career paths and to encourage educators to use high performance computing for teaching and demonstrating scientific and mathematical principles. To encourage the advancement of computationally intensive science by promoting the use of high-performance computers, visualization, and other parallel computational tools. To work as partners with the computer industry for achieving major advances in computer technology. Faculty with direct research ties to Computational Science Mike Berry Assistant Professor, Computer Science at UTK

63. JICS - Joint Institute For Computational Science http://www.jics.utk.edu/

64. June 2 - 4, 2003 Melbourne, Australia Call For Papers. Workshop on Java in computational science. *** Deadline now 30 thJanuary ***. International Conference on computational science 2003 (ICCS 2003). http://www.dhpc.adelaide.edu.au/workshops/WJCS03/

Call For Papers Workshop on Java in Computational Science Deadline now 30 th January *** Held in conjunction with the International Conference on Computational Science 2003 (ICCS 2003) June 2 - 4, 2003 Melbourne, Australia Workshop co-chairs Andrew Wendelborn and Paul Coddington (University of Adelaide) Background The Java programming language is widely used for commercial applications and in teaching programming, but its uptake in scientific computing has been limited. Advantages of Java include portability, modern object-oriented technology, and in-built support for thread parallelism, although there is a perception that it lacks performance relative to other languages. The purpose of this workshop is to enable, firstly, computational scientists to report experiences in using Java for computational science and high-performance computing, and secondly, researchers in high-performance Java to share recent advances with the computational science community. Topics will include applications, performance and benchmarking, parallel computing, and supporting technologies. Call For Workshop Papers This is a general call for papers about Java in Computational Science. We invite papers involving the use of Java in developing and supporting scientific applications. In addition, papers related to advances in supporting technologies, such as Java compiler techniques for high-performance computing, will be of interest.

65. Computational Science And Engineering The computational science and Engineering site is managed by the PacificNorthwest National Laboratory (PNNL). PNNL develops and http://www.pnl.gov/cse/

Contacts Site Index Search Research Products Awards Sponsors ... Opportunities Pacific Northwest National Laboratory (PNNL) develops and maintains capabilities that make it a leading center for computational science and engineering. Work conducted at PNNL addresses all relevant factors, including hardware, software, infrastructure, and users. The computational science expertise and facilities at PNNL support regional, national, and international research efforts. PNNL is a key player in Scientific Discovery through Advanced Computing (SciDAC), a 5-year program to develop the infrastructure for terascale computers used in advanced scientific research. Contact: Marty Peterson Webmasters: Amy Madden and Rob Boy Reviewed: December 12, 2002

66. Computational Science Cluster http://www.compsci.wm.edu/

67. Computational Science And Mathematics computational science and Mathematics. (Return to Overview). http://www.ees.lanl.gov/Capabilities/computational/index.shtml

EES Home >>> Software/Tools Students/Postdocs EES Jobs ... Division Highlights breadCrumbs("ees.lanl.gov"," ","index.shtml","None","None","None","0"); Capabilities Thrusts Programs/Projects Publications ... EES-12 Computational Science and Mathematics (Return to Overview) Computational studies help us understand specific Earth processes and enable us to predict the behavior of global, regional, and small-scale earth systems in their natural state and in the presence of actual or potential human impacts. Nearly all EES work has computational aspects. This spans time scales from microsecond shock motion associated with explosive phenomena to the modeling of mantle convection over billions of years. The length scales span atomic interactions controlling retardation of nuclear waste in geologic materials to astrophysics. Stratigraphic modeling of the Danube River and canal: Three-dimensional tritium plume. Log-scale concentration with a constant source of C=1. Bottom of grid in Clay 1, uppermost clay unit. (Return to Overview) EES-DO EES-2 EES-6 ... EES-12 NEWS Zhang's book "Succeeds Admirably" Mexico Tours GISLab Japan Interested in Yucca Mountain RELATED LINKS Mesh Generation for Geological Applications FIRETEC and HIGRAD Tools Thrust Development Activities Carbon Management Oil and Gas Climate Change Nuclear Waste and Repository Science ... National Security RESOURCES EES Progess Report 2001-2002 (coming soon!)

68. Intensive Course On Computational Science 1998 CSC homepage CSC Mathematical Topics. Intensive Course on ComputationalScience. Center for Scientific Computing, Finland May 25-29, 1998. http://www.csc.fi/math_topics/courses/ic98/

CSC homepage CSC Mathematical Topics Intensive Course on Computational Science Center for Scientific Computing, Finland May 25-29, 1998 Matti Gröhn, Juha Haataja, Jussi Heikonen, Esa Lammi, Yrjö Leino, Tomi Salminen and Ville Savolainen http://www.csc.fi/math_topics/courses/ic98/ General information The course consisted of about 50 hours of lectures and exercises, and a project work. There were 20 participants from universities, government, and industry. The course was primarily targeted to students and researchers in chemistry and biosciences. The course taught general skills such as mathematical modelling, numerical methods, use of software, and program development. After the course, the participants have a working knowledge of the numerical methods used in standard software packages. In addition, they are ready to participate in program development projects, at least on the level of using subroutine libraries to solve specific subtasks of the problem. Also, participants are familiar with the capabilites of Matlab and Mathematica, which are standard tools for prototyping and solving mathematical problems. In mathematical modelling and numerical methods the course emphasized the properties and restrictions of the most important methods. This makes it possible to have some idea of the reliability of results of the standard software packages. A healthy scepticism never hurts...

69. Computational Science Education Project Homepage computational science Education Project. Sponsored by US Department of EnergyCopyright (C) 1991, 1992, 1993, 1994, 1995 by the Computational http://www.epcc.ed.ac.uk/csep/csep.html

70. Mathematical, Information, And Computational Sciences In The Office Of Advanced engines. This program supports innovative advancement in computerperformance and computational science techniques. This Program http://www.sc.doe.gov/ascr/mics/

The mission of the Mathematical, Information, and Computational Sciences (MICS) program, is to discover, develop, and deploy the computational and networking tools that enable researchers in the scientific disciplines to analyze, model, simulate, and predict complex physical, chemical, and biological phenomena important to the Department of Energy. Staff Funding Opportunities Peer-Review Policy Related Links Contact Us Directions Site Map Archives What's New Applied Mathematics supports mathematical and computational research that facilitates the use of the latest high-performance computer systems in advancing our understanding of science and technology. This program supports research at academic institutions. These pilot projects test, validate, and apply collaboratory tools in partnership with other DOE programs The Materials MicroCharacterization Collaboratory provides remote access to electron beam microcharacterization of material; the Diesel Combustion Collaboratory links researchers to develop the next generation of clean diesel engines. This program supports innovative advancement in computer performance and computational science techniques.

71. Computational Science Resources computational science Resources. À General. The Web pages listed below containlinks to a wide variety of computational science and engineering projects. http://www.cs.uoregon.edu/~conery/csi/resources.html

Computational Science Resources This document is a collection of starting points for searching the Web for resources related to computational science and engineering (CSE). The starting points have been arranged in the following categories: Computational Methods Techniques for solving scientific problems with high performance computers: mathematical algorithms, simulation, statistics, and more. This section contains pointers to computational methods in areas (e.g. molecular dynamics) not found in the CSEP e-book. Application Areas Look here for background information on scientific fields represented by CSEP case studies; look in the section on computational methods to see how problems in these fields are solved using computers. Road Maps Pointers to projects that are developing taxonomies or road maps of the various topics that define the emerging field of CSE. Courses CSE courses on the Web. Hardware High performance computer systems commonly used in CSE. Software Software packages for CSE, mostly in the public domain. References On-line bibliographies, Web search engines, FAQs, and other means for tracking down additional information on CSE.

72. Department Of Computational Science Department of computational science Faculty of Science Kanazawa University. Welcometo the World Wide Web page of Department of computational science . http://cmpsci.s.kanazawa-u.ac.jp/English/

Last changed on November 23, 1998. Department of Computational Science Faculty of Science Kanazawa University Kanazawa 920-1192, JAPAN Tel: +81-76-264-6063, Fax: +81-76-264-6065 Japanese version Welcome to the World Wide Web page of "Department of Computational Science". We are waiting for your visit to our pages as bellow: General Information Our department was newly constructed in April 1996 in the faculty of science of Kanazawa University. Undergraduate Course The students should study three fields which are related to computer, mathematics and physics. Faculty and Secretary There are 16 faculties and a secretary. Welcome to Kanazawa University International Student Exchange This page is constructed for public relations of the department of computational science. Please make a link to this page on your web page, if you like. Please send any questions or comments to: www-staff@cmpsci.s.kanazawa-u.ac.jp

73. Computational Science And Engineering Education Program Australian National University. computational science and EngineeringEducation Program. computational science and Engineering (CS E http://anusf.anu.edu.au/hpclab/cseep.html

Australian National University Computational Science and Engineering Education Program The Computational Science and Engineering Education Program at the Australian National University has been underway since 1996. The Program is a joint initiative between the Faculty of Engineering and Information Technology and the ANU Supercomputer Facility Click here for information about the objectives and pedagogical aims of the CSEEP project. Puppy A "flagship" case study for the program is the analysis of the stainless steel support structure for the "Puppy" sculpture which was carried out by Sydney firm DW Knox and Partners. This study has been part of the ENGN4518 Computational Engineering and Computer Graphics courses. Jeff Koons: Puppy 1995 Museum of Contemporary Art, Sydney, Australia, Staff Henry Gardner (Program Director) Alistair Rendell David Singleton Courses CSEEP and ANUSF staff are involved in teaching the following courses: ENGN4518 Computational Engineering COMP3067 Computational Science and Engineering Maths C42H: Computational Methods for Gas Dynamics Computational Physics ... Computer Graphics CSEEP staff supervise three 4th year student projects and three PhD projects in cooperation with other ANU staff. Teaching Laboratory The HPC Laboratory has been established as the central site for the CSEE program on campus. The laboratory is used both as a graphics laboratory for desktop-scale modelling, and as a front end to the high performance supercomputers at ANUSF to perform "compute intensive" calculations while visualising the data in the lab.

74. The Houston Area Computational Science Consortium (HACSC) The Houston Area computational science Consortium (HACSC). You needNetscape 2.0 (or higher) browser to view these pages. Updated http://www.crpc.rice.edu/CRPC/HACSC/

75. NERSC 1999 Annual Report computational science YEAR IN REVIEW. http://www.nersc.gov/research/annrep99/02compsci.html

Annual Report Table of Contents Year in Review Science Highlights Computational Science YEAR IN REVIEW Director's Perspective Year in Review Computational Science Shared Memories: Reflections on NERSC's 25th ... Grand Challenge Retrospective Science Highlights Basic Energy Sciences Biological and Environmental Research Fusion Energy Sciences High Energy and Nuclear Physics ... Advanced Scientific Computing Research and Other Projects Structure of the hammerhead ribozyme, with the RNA backbone represented by a white ribbon. More details may be found here In 1999 NERSC celebrated its 25th year of innovation. As America's first supercomputer center to support a nationwide user base, and the model for those that followed, NERSC pioneered many of the supercomputing practices taken for granted today, including remote access, time sharing, interactive use, multitasking, high performance data storage and retrieval, high performance networking, on-line documentation, 24-hour support for users, and intellectual resources. At the same time, NERSC has consistently provided its users with some of the most powerful and advanced supercomputers available anywhere. Our anniversary year was marked by significant scientific and mathematical achievements by our nationwide clients and our staff, as well as a new policy that makes NERSC accessible to even more researchers. This section of the Annual Report describes some of those achievements as well as the peer review policy that will help ensure the quality of computational science in the future.

76. NERSC 2000 Annual Report: Computational Science YEAR IN REVIEW. computational science, The Office of Fusion Energy Sciences hashistorically been in the forefront of promoting computational science. http://www.nersc.gov/research/annrep00/02compsci.html

Annual Report TABLE OF CONTENTS YEAR IN REVIEW SCIENCE HIGHLIGHTS YEAR IN REVIEW Computational Science Director's Perspective YEAR IN REVIEW Computational Science BOOMERANG Data, Analyzed at NERSC, Reveals Flat Universe Systems and Service IBM SP Launched Ahead of Schedule with Million-Hour Bonus for Users ... Deb Agarwal Named One of "Top 25 Women of the Web" SCIENCE HIGHLIGHTS Basic Energy Sciences Biological and Environmental Research Fusion Energy Sciences High Energy and Nuclear Physics ... Advanced Scientific Computing Research and Other Projects Molecular dynamics simulation of protein folding. See page 48 for more details. Allocations of computer time and archival storage at NERSC are awarded to research groups,regardless of their source of funding, based on an annual review of proposals. As proposals are submitted, they are subjected to peer review to evaluate the quality of science, how well the proposed research is aligned with the mission of DOE SC, and the readiness of the specific application and applicant to fully utilize the computing resources being requested. Figure 1. NERSC FY00 massively parallel processing (MPP) allocations by site.

77. Computational Science & Engineering An interdisciplinary doctoral program involving ten academic units and thirty faculty preparing researche Category Reference Education Departments and Programs......The computational science and Engineering (CS E) Ph.D. Program atMichigan Tech. The role of the individual scientist trained and http://www.cse.mtu.edu/

The role of the individual scientist trained and working alone in a specific discipline is rapidly being replaced by a scientific team that brings individuals with different backgrounds and expertise together in a multidisciplinary approach. In recognition of this change Michigan Technological University established the Computational Science and Engineering Ph.D. Program. [Home] [Projects] [People] [Equipment] ... [Internal] Last Reviewed: October 14, 2002 Please send questions and comments regarding this web site to csewebmaster@mtu.edu

78. Computational Science Home computational science. University of Wisconsin La Crosse. The College of Scienceand Allied Health sponsors an Academic Minor in computational science. http://www.uwlax.edu/SAH/CMP/

Computational Science University of Wisconsin - La Crosse The College of Science and Allied Health sponsors an Academic Minor in Computational Science. For more information you are invited to select any of the following related categories. requirements for the Computational Science Minor model course of study leading to a Computational Science Minor the Computational Science Committee Computational Science Advanced Elective Courses Contact: David Riley, Chair Computer Science Department 275 Morris Hall (608) 785-6806 riley@cs.uwlax.edu

79. Colorado Computational Science Fair 2001 Colorado computational science Fair. May 12, 2001. National Note to SponsoringTeachers. What is the Colorado computational science Fair? The http://www.scd.ucar.edu/ois/ccsf/

Colorado Computational Science Fair May 12, 2001 National Center for Atmospheric Research, Boulder, CO Welcome to the Colorado Computational Science Fair (CCSF) Home Page! We hope you find the information listed throughout helpful. Please don't hesitate to contact us for any questions or comments you may have concerning the CCSF. In the meantime, please read on for a description of the CCSF and what you will need to participate in this year's event. Note to Sponsoring Teachers What is the Colorado Computational Science Fair? The Colorado Computational Science Fair is an opportunity for high school students to exhibit projects in computational science and information technology . This fair originated as a forum for students involved in Colorado's Adventures in Supercomputing (AIS) program to exhibit their projects. The fair is open to any student in Colorado or Wyoming. The fair is hosted by the Scientific Computing Division of the National Center for Atmospheric Research The online registration form will be available in March 2001 for you to register your project.

80. Center For Computational Sciences, University Of Kentucky Other Sites of computational science interest computational science EducationProject(Mirrored at UKy) - San Diego Supercomputer Center - Ohio Supercomputer http://www.ccs.uky.edu/

Welcome to the Center for Computational Sciences Search CCS web-pages: About CCS Director's Message Articles and Publications Researchers People at CCS ... UK News Events at CCS Spring 2003 Wednesday Seminars. Spring 2003 Brownbag Seminars. ARCHIVES OF PREVIOUS SEMINARS VIEW. Access Grid Node At UK Events/AG in CCS Linux Cluster Workshop, Jan 13-17 2003 MPI Workshop Feb 6th - 27th If you wish to attend, please send email to Vikram Gazula Information on other AG events may be found here. Research at CCS Agronomy Astrophysics Biochemistry Chemical Engineering ... Structural Biochemistry Other Sites of Computational Science interest: Computational Science Education Project (Mirrored at UKy) San Diego Supercomputer Center Ohio Supercomputer Center National Partnership for Advanced Computational Infrastructure Software And Other Guide Lines ... Access your mail box Last Updated: Dec 06, 2002. Contact: gazula@ccs.uky.edu

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