Simulation, Computing, & Modeling
- Accomplishments
- Research
- Directorates & Divisions
- Nanoscience Institute
- Laboratory for Autonomous Systems Research
- NRL Review
- 2011 NRL Review
- 2010 NRL Review
- 2009 NRL Review
- Featured Research
- Acoustics
- Atmospheric Science and Technology
- Chemical/Biochemical Research
- Electronics and Electromagnetics
- Information Technology
- Materials Science and Technology
- Nanoscience
- Ocean Science and Technology
- Optical Sciences
- Remote Sensing
- Simulation, Computing, & Modeling
- Space Research
- 2008 NRL Review
- 2007 NRL Review
- 2006 NRL Review
- 2005 NRL Review
- 2004 NRL Review
- 2003 NRL Review
- 2002 NRL Review
- Future Naval Capabilities
- NRL Research Library
- Facilities
- Program Sponsors
- Accept the Challenge
- About NRL
- Doing Business
- Public Affairs & Media
- Field Sites
- Visitor Info
- Contact NRL
NRL capabilities include in-house expertise in parallel processing for large-scale scientific computing and the ability to perform analyses and computational experiments on specific problems using these capabilities.
Research Articles
- Numerical Modeling of Plasmas Using the TurboWAVE Framework
D.F. Gordon, P. Sprangle, A.C. Ting, R. Fernsler, M. Lampe, S. Slinker, and B. Hafizi - The DIME/PMESII Model Suite Requirements Project
R. Hillson - Simulation of Supersonic Military Aircraft Jet Noise
K. Kailasanath, J. Liu, and R. Ramamurti
Research Groups
- Information Technology, 5500
- Free Space Photonics Communications Office, 5505
- Navy Center for Applied Research In Artificial Intelligence, 5510
- Networks and Communication Systems, 5520
- Center For High Assurance Computer Systems, 5540
- Transmission Technology, 5550
- Information Management and Decision Architectures, 5580
- Center For Computational Science, 5590
