The thesis presents a computer simulation aided method for predicting expenditures of a short range, semi-active homing missile system engaged in an amphibious assault. The methodology used considers varying threat size, enemy strategy, and expected missile kill probabilities. Only a single-shot firing doctrine is considered. The results obtained, displayed for varying missile kill probabilities, provide the user with expenditure information on which to base missile procurement policy. (Author).

The thesis presents a computer simulation aided method for predicting expenditures of a short range, semi-active homing missile system engaged in an amphibious assault. The methodology used considers varying threat size, enemy strategy, and expected missile kill probabilities. Only a single-shot firing doctrine is considered. The results obtained, displayed for varying missile kill probabilities, provide the user with expenditure information on which to base missile procurement policy. (Author).