The Military Systems Simulation track will be comprised of defense/military systems, simulations, analysis tools, technology advancements, systems integration, etc. This area addresses simulation as it is applied in support of military needs. This area includes the following application domains: research, development and acquisition (RDA); training exercises and military operations (TEMO); and the particular characteristics of modeling and simulation (M&S) in the defense industry.

System of Systems Integration (SOSI) A “Smart” Way of Acquiring Army C4I2WS Systems
Richard Pei, US Army Communications-Electronics Command, USA

TBMD in JWARS: How Much Detail is Appropriate?
Barry Mitchell, J.K. Telford, The Johns Hopkins University, USA

Role of Hardware-in-the-Loop (HWIL) Simulation in the Production Process of an Air Defense Missile System
Miranda Oden, D. Curry, C. Combs, US Army Aviation and Missile Command, USA

A Paradigm for Modeling Chemical, Biological and Smoke Effects Within a Constructive Simulation
Ursela Williams, Lockheed Martin Information Systems, USA

Scripted Architecture: An Alternative Way to Build Defensive Missile System Simulations
Harold Sells, DESE Research, Inc., USA

Weapons Design Analysis Using 1 Meter Terrain Resolution Battlefield Simulators
Wolfgang Baer, J. Illingworth, W. Kemple, B. Mansager, Naval Postgraduate School, USA

Interoperability Policy Roadmap
Paul Sutton, SPAWAR, USA

Advanced Command, Control and Communications (C3) Simulation and Analysis Using Extended Air Defense Testbed (EADTB)
Robert Hunter, TRW, USA
S.D. Elliott, Decisive Analytics Corporation, USA

A Comprehensive Simulation Platform for Intrusion Detection in Distributed Systems
S. Upadhyaya, K. Mantha, R. Chinchani, K. Kwiat, SUNY-Buffalo, USA

Conceptual Modeling of Foreign Command Decision Processes
Kay Burnett, National Ground Intelligence Center, USA
D. Timian, M.S. Tamuci, Sterling Software, Inc., USA

Department of Defense Air and Space Natural Environment Modeling and Simulation Executive Agent: Supporting a Framework Ensuring Authoritive Representation of Environmental Data for Simulation
Mike Hunsucker, J.D. Liechty, Air and Space Natural Environment Modeling and Simulation Executive Agent, USA

Using XML to Share Non-Realtime Simulation Data
Lee Lacy, Dynamics Research Corporation, USA
G. Pearman, T. Dugone, J. Jackson, TRADOC Research, USA

The Incorporation of High Resolution Climatological Data to Support the Development of Environmental Tactical Decision Aids for the Warfighter
John Hummel, T.B. Baines, Argonne National Laboratory, USA
M.S. Hunsucker, J.D. Lechty, Office of the Air and Space Natural Environment, USA

TARDEC'S Embedded Simulation System for Ground Vehicles
Sharon Chase, Monmouth College, USA

Using Market Mechanisms to Simulate the Balancing of Supply and Demand for Fault-Tolerant Network Resources
Kevin Kwiat, Air Force Research Laboratory, USA

Modeling Force Development from Army Installations Using the Transportation System Capability (TRANSCAP) Model
James Burke, R.J. Love, C.M. Macal, D.L. Howard, J. Jackson, Argonne National Laboratory, USA

A Reconfigurable Object Model for Port Operations
James Leathrum, T. Frith, Old Dominion University, USA

Modeling Human Crew Member Behavior with Machine Learning Agents
Gene Peresich, M.L. Dittmar, The Boeing Co., USA
J. Graffagnini, AEgis Technology Group, USA

A HLA-Based Implementation of a Human Behaviour Agent Architecture
Jean Graffagnini, AEgis Technologies Group, USA
G. Peresich, The Boeing Company, USA

Overview of Multidimensional Model Reduction Techniques
Tom Karle, Air Force Research Laboratory, USA