摘要
从仿真设计原理、仿真控制机制、模型内部结构和模型算法三方面研究防空火力抗击效果的仿真模型。其由侦察预警、火力分配和火力单元对空射击模块组成。侦察预警模块按照一定算法计算目标的被发现概率,以判定和描述目标是否能被发现。火力分配模块通过层次分析法建立评判模型,并对各个防空兵火力单元进行射击任务区分。对空射击模块通过计算防空兵火力单元的毁歼率描述防空兵火力单元是否命中目标。
The simulation model of air defense fire oppugning effect was based on simulation design theory, simulation control mechanism, model internal structure and model algorithm. It is composed of detection pre-warning, fire distribution, and fire unit air defense shooting module. The detection pre-warning module calculated the target discovered probability according to algorithm, judged and described whether the target could be discovered or not. The fire distribution module established the judgment model through AHP, and the shooting target distribution was carried out in each air defense fire unit. In air defense shooting module, the damage probability in air defense fire unit was used to describe whether the air defense fire unit hit the target or not.
出处
《兵工自动化》
2006年第6期16-17,23,共3页
Ordnance Industry Automation
关键词
防空
火力抗击效果
仿真模型
Air defense
Fire oppugning effect
Stimulation model
