Measuring Mass and Speed at the National Training Center

In this report, a method is proposed and tested for measuring the massing of ground forces in force-on-force simulated combat. The relationship of the mass as well as the speed of an attacking force to attrition-based performance is explored. The researchers used archival data generated at the Natio...

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Hauptverfasser:	Goehring, Dwight J, Sulzen, Robert H
Format:	Report
Sprache:	eng
Schlagworte:	Acoustics AMBIENT NOISE ARMY TRAINING ATTRITION BATTLEFIELDS COMBAT READINESS CONTINUOUS SPECTRA DATA BASES DEEP WATER FLOW NOISE GROUND SPEED MASS MILITARY FORCE LEVELS Military Operations, Strategy and Tactics NAVY NOISE PE62785A PREDICTIONS SIMULATION TASK FORCES UNDERWATER ACOUSTICS USER MANUALS WARFARE
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creator	Goehring, Dwight J Sulzen, Robert H
description	In this report, a method is proposed and tested for measuring the massing of ground forces in force-on-force simulated combat. The relationship of the mass as well as the speed of an attacking force to attrition-based performance is explored. The researchers used archival data generated at the National Training Center, Fort Irwin, California. Successful attacking task forces were found to have had greater massing and to have closed with the opposing force at higher speed. The methodology developed demonstrates the high potential for using existing data from the National Training Center for theoretical research with practical training implications. Measurement, National Training Center, Prediction, Army training, Visualization, Combat simulation.
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The relationship of the mass as well as the speed of an attacking force to attrition-based performance is explored. The researchers used archival data generated at the National Training Center, Fort Irwin, California. Successful attacking task forces were found to have had greater massing and to have closed with the opposing force at higher speed. The methodology developed demonstrates the high potential for using existing data from the National Training Center for theoretical research with practical training implications. 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subjects	Acoustics AMBIENT NOISE ARMY TRAINING ATTRITION BATTLEFIELDS COMBAT READINESS CONTINUOUS SPECTRA DATA BASES DEEP WATER FLOW NOISE GROUND SPEED MASS MILITARY FORCE LEVELS Military Operations, Strategy and Tactics NAVY NOISE PE62785A PREDICTIONS SIMULATION TASK FORCES UNDERWATER ACOUSTICS USER MANUALS WARFARE
title	Measuring Mass and Speed at the National Training Center
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