摘要
针对单机对地攻击在威胁区内停留时间久,武器受目标对抗措施影响命中率低而无法完成既定任务的问题,在研究基于效费比的单机空地武器选择的基础上,引入协同影响因子和对抗系数的概念,建立对抗环境下双机协同空地武器选择模型,并针对典型雷达目标进行实例计算。研究结果证明了该模型的正确性。
It is difficult for single fighter to implement an air-to-ground attacking mission due to long latency over threaten zone and low hit ratio of its weapon,which is caused by the countermeasures from the ground target.We studied the weapon selection for single fighter based on cost-effectiveness ratio.On which basis,the concepts of effecting factors in cooperation and antagonism modulus are introduced.An example was given taking radar as the target,and the simulation result proved the correctness of this model.
出处
《电光与控制》
北大核心
2010年第5期59-61,共3页
Electronics Optics & Control
基金
军队重点科研基金资助项目(hx05205)
关键词
双机协同
对抗
空对地攻击
武器选择
效费比
dual-fighter cooperation
antagonism
air-to-surface attack
weapon selection
cost-effectiveness ratio
