Evaluation of Integrated Capability of Antiaircraf Gun Weapon based on Entropy Weight
Jing Wang · Fire Control and Command Control · 2010
When the integrated capability of weapon system is hierarchic decomposed for evaluating, the vital procedure is to determine the attribute weights of low level evaluation indexes. Though the weights can be gotten based on hierarchic process, but the weights have a certain degree of subjective. In this paper, the attribute weights are determined on the entropy information and the contribution of each scheme is strengthened, meanwhile the analogy of attribute is weakened. Therefore attribute weights are more objective. Considering the methods which are respectively based on the objective entropy weights and the expert's subjective weights synthetically, the deviation of expert's subjective weights can be adjusted by the objective entropy weights, and the optimization result is more rational. The evaluation result of 6 antiaircraft artillery shows the rationality and effectiveness of this method.