Thursday, July 13
MS61
Modeling and Simulation in the US Navy - Part II of II
4:00 PM-6:00 PM
Caribbean 2
For Part I, see MS55.
The Navy is seriously looking at recent developments in computation, data translation metaware, and data
representation models. The objectives of these efforts are to enhance coordination and avoid duplication, in order to
resolve the complex physics needed to accurately model mission space phenomena. Scientists are more than ever
focussed on improving user confidence in simulations through the use of more accurate and verifiable models. The scientific
community is determined to develop variable resolution algorithms and models to provide consistency between
simulations dealing with different levels of detail, in environment problems, sensors, or any other area where these
techniques can help improve mission performance.
Organizers: Sonia M. F. Garcia
Office of Naval Research/USNA, USA
Richard Lau
Office of Naval Research, USA
- 4:00-4:25 Computational Challenge of Providing Synthetic Natural Environmental Data to Real Time Simulations
- Sue K. Numrich and William R. Smith, U.S. Naval Research Laboratory, USA; Peter J. Stein, James K. Lewis, and Subramaniam D. Rajan, Scientific Solutions, Inc., USA; Alan F. Blumberg and Nicholas B. Kim, HydroQual, Inc., USA; Richard Schaffer, Lockheed Martin Information Systems, USA; and Paul Maassel, VisiTech, USA
- 4:30-4:55 Real-Time Acoustic Environment Modeling and Signal Generation
- Stephen J. Swenson and Chi Ng, Naval Undersea Warfare Center, USA
- 5:00-5:25 The New Directions of the Navy in Modeling and Simulation
- Jim Weatherly, Director, Dept of Navy M&S - Technical Support Group CNO,
N6MT, USA
- 5:30-5:55 The Synchronous Parallel Environment for Emulation and Discrete-Event
- Jeffrey S. Steinman, Metron Incorporated, USA