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Application areas include:
simulation
modeling
numeric and algebraic computations
visualization
large-scale data analysis
cryptography
Fields of use include:
aeronautics
astronomy
bioinformatics
chemistry
drug research
engineering
finance
mathematics
physics
statistics
gridMathematica users include:
Aerospace Corp
Argonne National Laboratory
Columbia University
Dow Chemical
Istituto Nazionale di Fisica Nucleare
Kyoto University
Los Alamos National Laboratory
MIT
NASA Langley
Queen's University
RAND Corporation
St. Jude Children's Research Hospital
Seagate Technology
Silicon Graphics
Space Telescope Science Institute
Thomson Multimedia
University of California Berkeley
University of North Carolina
University of Tokyo
Yale University
and many more
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Get immediate access to cutting-edge technologies and the full power of modern grid-computing systems.
Mathematica is the tool of science and technology leaders at Fortune 500 companies, national research
labs, and top universities. It has defined technical computing for a decade and a half--and many scientific
breakthroughs have been made using Mathematica. Now gridMathematica 2 delivers an optimized
parallel Mathematica environment for modern multiprocessor machines, clusters, grids, and
supercomputers.
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Take advantage of the world's largest algorithm collection--in one integrated system.
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Integrates thousands of algorithms for numeric and symbolic computation, discrete
mathematics, statistics and data analysis, graphics, visualization, and general
programming
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Automatic algorithm selection and arbitrary precision control
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Sustained performance equal to specialized numeric libraries
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Just added: Industrial-strength string manipulation, universal database
connectivity, web services support, cluster analysis capabilitites, and
high-speed binary data I/O
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Develop on any PC. Deploy immediately on any grid or supercomputer.
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Combines the only high-level advanced symbolic programming language with a
uniquely productive development environment for parallel applications
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Replaces thousands of lines of Fortran or other legacy code with single
commands.
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Optimized for all major high-performance 32-bit and 64-bit CPUs
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Machine independent--your code runs on all available platforms
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APIs for C, Java, .NET, Python, and other scripting languages
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