Advanced Modeling and Simulation for Training and Analysis

Author: rjb

DoD Communities of Interest: Human Systems

 

 

Subject: Advanced Modeling and Simulation for Training and Analysis

 

 

Due Date: 20 September 2020

 

 

Government Organization: Office of Naval Research (ONR)

 

Description

Advanced Modeling and Simulation for Training and Analysis

 

The aim of Advanced Modeling and Simulation for Training and Analysis is to provide the Fleet a reconfigurable and interlinked array of Carrier Strike Group and shipboard combat system emulations. These emulations can be exploited to create, integrate, validate, and demonstrate ONR-developed virtual-constructive and live-virtual-constructive multi-mission training and readiness enhancing technologies for shipboard and on-shore applications.

 

 

Research Concentration Areas:

1. Strike Group and theater multi-mission, multi-platform performance assessment, training, mission rehearsal, certification, and decision support within current threat scenarios

 

2. Advanced, leap-ahead combat training, testing and assessment technologies to address the 21st Century threat

 

 

Research Challenges and Opportunities:

- Basic research to create computationally efficient, right fidelity computational models of individual and aggregate human behaviors and imposed combat system degradation effects to support simulations with high threat and BLUFOR (friendly force) densities

- Basic research to develop techniques to accurately register virtual and real entities in dynamic maritime environments

- Basic research to develop nuanced artificial intelligence-controlled opposing and BLUFOR operating appropriately in 3D space

- Basic research to investigate alternative approaches to graphically present information that is conceptual, fused, or non-intuitive

- Applied research to understand and visualize realistic weather and other natural environmental effects on sensors, weapons, and human performance

- Applied research to understand and mitigate the potential nausea-producing effects of virtual reality and augmented reality system use as a function of duration of use, sea state, and external versus internal use

- Applied research to develop data compression algorithms and novel transport techniques to extend terrestrial networks to ships at sea with limited bandwidth

 

 

Website: https://www.onr.navy.mil/Science-Technology/Departments/Code-34/All-Programs/human-bioengineered-systems-341/advanced-modeling-and-simulation



 

Questions or assistance, contact:

 

 

North Carolina Defense Technology Transition Office (DEFTECH)

 

 

Dennis Lewis

lewisd@ncmbc.us

703-217-3127

 

 

Bob Burton

burtonr@ncmbc.us

910-824-9609