Accession Number : ADA295843
Title : Differential Geometric, Stochastic, and Computational Methods for DOD Simulations. Part 2.
Descriptive Note : Final rept. 1 Aug 93-31 Jan 95,
Corporate Author : TEXAS A AND M UNIV COLLEGE STATION DEPT OF MATHEMATICS
Personal Author(s) : Stiller, Peter F.
PDF Url : ADA295843
Report Date : 30 MAR 1995
Pagination or Media Count : 5
Abstract : This work focused on a comparison of three methods for evaluating weapon scores/importances in combat models. We also analyzed the ATCAL (attrition calibration) process in use at the U. S. Army Concepts Analysis Agency. This included a reformulation of the attrition equations at the heart of ATCAL in dimensionless form and certain approximations that reduce them to a system of non-linear polynomial equations. Finally, we investigated stochastic attrition models which use stochastic differential equations. COSAGE (Combat Sample Generator) data from a historically based Ardennes study was used to validate some of our results. (KAR) P. 1
Descriptors : *COMPUTATIONS, *STOCHASTIC PROCESSES, *WEAPON SYSTEM EFFECTIVENESS, *DIFFERENTIAL GEOMETRY, WEAPONS, MATHEMATICAL MODELS, WARFARE, DEPARTMENT OF DEFENSE, COMPARISON, ATTRITION, EIGENVALUES, POLYNOMIALS, DIFFERENTIAL EQUATIONS, CALIBRATION, NUMERICAL METHODS AND PROCEDURES, EQUATIONS, NONLINEAR ALGEBRAIC EQUATIONS, SCORING.
Subject Categories : Numerical Mathematics
Fire Control and Bombing Systems
Distribution Statement : APPROVED FOR PUBLIC RELEASE