Improving Intelligence, Targeting and Fire Support Allocation Functions in the Force Evaluation Model (FORCEM).

摘要

The Force Evaluation Model (FORCEM) is a low resolution, deterministic, time stepped combat simulation designed for the evaluation of force structures in a theater of operations. The fire support allocation module in FORCEM allocates battalions and type and quantity of ammunition to engage enemy targets based on input from experienced personnel. All enemy targets within an arbitrarily determined range of the CORPS or higher headquarters are considered for fire support engagement. In this thesis we propose a realistic method for determining field artillery targets to be considered eligible for engagement. We also formulate a linear programming problem to optimally allocate battalions and type and quantity of ammunition to the eligible targets. The results from the LP model compare favorably with those provided by FORCEM's fire support allocation module. Keywords: Computerized simulation; FORCEM; Intelligence; Allocation of fires; Optimization; Field artillery; Theater combat simulation.