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Modeling and Simulation Software |
Virtual battlefields
& weapons systems
Atmospheric and global systems
Computational fluid dynamics
Agricultural
Cellular/biomolecular function
Computational physics
Computational chemistry
Economic systems
Numerical control simulation
Manufacturing |
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Description
Modeling and simulation software allows the
creation of software models, and subsequent exploration of them through simulation, of a
variety of physical, social, communication, and other systems. Simulations may be
time-stepped or event- based (or some combination of both). They may be localized, or
distributed over a variety of cooperating "nodes" on a network.
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Special Characteristics
Simulations may represent the formation
of galaxies, molecular interactions, the complexities of social interactions, portions of
our economy or specific markets, the operation of a specific aircraft for pilot training,
the operation of an anthill, and a boundless set of other alternatives.
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Impact on Economy
If any nation creates a breakthrough in their
effectiveness in creating complex software, it will give that nation a tremendous
advantage in the world economy-- especially since software development is one of those
symbolic jobs that can easily migrate (via data networks and telecommunications) to any
country or locale on earth.
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Impact on Security
U.S. national security depends
critically on modeling and simulation software; this is emphasized by the recent creation
of DOD's Defense Modeling and Simulation Office (DMSO) to coordinate the thousands of
models and simulations, and the databases on which they depend, within our Defense
establishment. Among the many goals of DMSO is better verification (assuring that the
software is a faithful representation of the algorithms that it encodes), validation
(assuring the simulation accurately represents the portion of reality it seeks to
represent), and accreditation (assuring that the model and its data are appropriate to the
task for which they are to be used).
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Worldview
The nation that can simulate better can
analyze more deeply, predict more accurately, train more thoroughly, and provide a more
substantive education in the development and operation of complex systems. As such, it is
a critical technology for analysis, training, education, and much of the advance of
science and technology.
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Whats the use?
Under development. |
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Return to
Information and Communication |
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