Title :
Outcome-driven simulation: a competency-based training approach to achieving decision dominance
Author :
Madni, Azad M. ; Sorensen, H. Barbara ; Madni, Carla C.
Author_Institution :
Intelligent Syst. Technol. Inc., Santa Monica, CA, USA
Abstract :
In modern network-centric warfare, information superiority is a source of tactical advantage. Information superiority can potentially translate into decision superiority if available data and information can be rapidly transformed into actionable knowledge. Decision superiority requires a thorough understanding of the C2 decision making processes and the C2 information systems that support them. It is with this understanding that we are developing DecisionEdge™, a competency-based training system that is intended to enable trainees to learn both C2 decision making processes as well as C2 information systems that support them. DecisionEdge allows the learner to experience progressively more difficult training scenarios through systematic manipulation of scenario variables such as event density, time stress, and information availability. This paper presents the system concept, technical architecture, and key design decisions and tradeoffs that were made in developing DecisionEdge. Potential commercial applications include training for crisis management, emergency response, disaster preparedness, and bioterror consequence management.
Keywords :
command and control systems; computer based training; decision support systems; digital simulation; C2 decision making; DecisionEdge; actionable knowledge; bioterror consequence management; competency-based training; crisis management; decision dominance; decision superiority; disaster preparedness; emergency response; event density; information availability; information superiority; learning; network-centric warfare; outcome-driven simulation; tactical advantage; time stress; Crisis management; Disaster management; Information systems; Intelligent networks; Intelligent systems; Management information systems; Management training; Marine technology; Oceans; Stress;
Conference_Titel :
Systems Engineering, 2005. ICSEng 2005. 18th International Conference on
Print_ISBN :
0-7695-2359-5
DOI :
10.1109/ICSENG.2005.64