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Networks / Combinatorics / Dynamical systems / Tree decomposition / Sequential dynamical system / Binary tree / Dynamic programming / A* search algorithm / Computational complexity theory / Mathematics / Graph theory / Theoretical computer science


Document Date: 2005-10-17 15:50:38

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City

Albany / Nancy / /

Company

Applied Simulation Sciences Group / Los Alamos National Laboratory / Theoretical Computer Science AB / Sequential Dynamical Systems / modeled using an SDS / /

Country

France / /

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Facility

Los Alamos National Laboratory / /

IndustryTerm

model simulation systems / polynomial time algorithms / transportation / present polynomial time algorithms / coupled dynamical systems / large-scale systems / finite dynamical systems / simulation systems / finite discrete dynamical systems / physical systems / wireless communication systems / socio-technical systems / dynamical systems / /

Organization

U.S. Department of Energy / National Science Foundation / National Infrastructure Simulation and Analysis Center / Department of Computer Science / SUNY / /

Person

Christopher L. Barrett / Richard E. Stearns / C . As / Work As / Daniel J. Rosenkrantz / Madhav V. Marathe / Harry B. Hunt III / /

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Position

Governor / formal model for analyzing simulation systems / /

ProvinceOrState

New Mexico / North Dakota / New York / California / /

PublishedMedium

Theoretical Computer Science / /

Technology

also present polynomial time algorithms / polynomial algorithms / polynomial time algorithms / Simulation / present polynomial time algorithms / known polynomial time algorithms / network protocols / /

URL

http /

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