Computer war game is one of the techniques often used to predict the outcome of military operations which can be explained as interactions of many factors in dynamic combat situation.
BALFRAM Model is one of the most powerful determistic computer simulation models to analyse balanced force requirements, contingency plans, strategies and other military affairs.
In this thesis, ground forces operation plan against ground forces attack is analysed using BALFRAM compiler language which has been developed by SRI and CINCPAC and converted to IBM S/ 370 DOS computer in the Department of national Difense by KAIS project group, 1976;
First, Lanchester equations, and the default fight law of BALFRAM Model, are reviewed.
Second, methods for calculating the input data are suggested, which utilize historical data of World War II and Korea War and field experment data.
Third, on the basis of above methods operation plan of the defender is analysed to find surviving units, duration of battle, and effectiveness of firesupport.
Fourth, sensitivity analyses are performed to acquire additional force strength for the defender to defeat the attacker.
Study of this kind will contribute to the military decision making, field exercises, and further to the establishment of JSOP(Joint Strategy Objective Planning) and to the national defense resources allocation.
