Robust and Affordable Mobile Communications for Emergency Management
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A Methodology for Modeling Expert Knowledge for Development of Agent-Based Systems
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A Robust and Affordable Mobile Communications System for Emergency Management and Crisis Response
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A Primer on U.S. Military Ground Forces' Wireless Communications Requirements and Lessons Learned
Persistent Surveillance and Dissemination System of Systems (PSDS2)
Information Age Warfare, Intelligent Agents in the Classroom and the Strategic Analysis Center
Clauswitz Meets Learning Agent Technology
Application of Disciple to Decision Making in Complex and Constrained Environments
Expertise, Pattern Management, and Decision Making: Challenges in Human Informatics
Teaching Intelligent Agents: Software Design Methodology
Intelligent Agents in the Command Post
A Tutoring Based Approach to the Development of Intelligent Agents
Rapid Development of a High Performance Knowledge Base for Course of Action Critiquing
The Disciple Integrated Shell and Methodology for Rapid Development of Knowledge-Based Agents
A Learning Agent Shell and Methodology for Developing Intelligent Agents
Abstract The context of nonlinear combat calls for more sophisticated measures of effectiveness. We present a set of tools that can be used as such supplemental indicators,based on stochastic nonlinear multivariate modeling used to benchmark Janus simulation to exercise data from the U.S. Army National Training Center (NTC). As a prototype study, a strong global optimization tool, adaptive simulated annealing (ASA), is used to explicitly fit Janus data, deriving coefficients of relative measures of effectiveness, and developing a sound intuitive graphical decision aid, canonical momentum indicators (CMI), faithful to the sophisticated algebraic model. We argue that these tools will become increasingly important to aid simulationstudies of the importance of maneuver in combat in the 21st century.
Integration of the NTC Tactical Database and JANUS(T)
Abstract This thesis investigates the integration of data from the U.S. Army National Training Center (NTC) Tactical Database into the JANUS(T) Combat Simulation System. This data integration is necessary to allow a mathematicalcomparison of the two combat simulation systems as directed and funded by the U.S. Army Models Committee, and supported by the U.S. Army Training and Doctrine Command. The thesis documents the process of creating JANUS(T) scenarios based on data extracted from the NTC Tactical Database, and the processing of JANUS(T) output to facilitate the model comparison. The thesis also documents the use of JANUS(T) and NTC data as a training device and possible combat decision support system for battalion and lower level combat commanders and their staffs.
Master of Science in Information Systems Thesis, Naval Postgraduate School, March 1989
Advisor: Lester Inger, PhD
Classification of thesis: Unclassified
Distribution limited to DoD Components only; Critical Technology; March 1989.
Other requests must be referred to:
Superintendent
NavalPostgraduate School, Code 043,
Monterey, CA 93943.