摘要
微小型精确制导武器在未来的空战中将起到重要的作用,但是对于微小型精确制导武器的优选决策尚无详细研究。针对这个问题,采用ADC法建立微小型精确制导炸弹效能评估模型。利用改进的层次分析法,对微小型精确制导炸弹的优选问题进行了研究。构造了各层影响因素的区间数比较判断矩阵,通过仿真计算得到了3种型号的微小型精确制导炸弹的效能指标值,对不同型号的武器进行了优选,可以提供科学的决策。证实了模型合理性和分析法的有效性。
Micro precision-guided bomb will play an important role in the future air combat,while the optimal decision-making of micro precision-guided bomb is still no detail research. An effectiveness evaluation model of the bomb is set up by ADC. Using improved AHP,the optimal decision-making of micro precision-guided bomb is researched. A comparing judge matrix of section numbers is set up for each layer of the influencing factor. Thrrugh types of micro precision-guided bomb are simulation and calculation,the effectiveness values of three got. So the optimal decision of the bomb is made and the decision-making is scientific. Finally,the rationality of the effectiveness evaluation model and the validity of the fuzzy multilevel AHP are confirmed.
出处
《火力与指挥控制》
CSCD
北大核心
2013年第10期9-12,共4页
Fire Control & Command Control
基金
国家自然科学基金资助项目(60684040)
