摘要
基于马尔柯夫过程求解火力分配问题的动态WTA方法,把目标威胁程度纳入性能指标进行火力分配决策,并利用Matlab编写主体程序。其建模包括:基本假设、建立模型及算法改进。通过算例分析知:目标密度较小,使用线性规划的静态WTA法分配目标即可;目标密度较大,则应采用动态WTA方法进行火力分配。
Based on Markovian process, the dynamic WTA was used to solve the firepower distribution problem. The target threat degree is brought into the function index to carry out WTA decision, and the Matlab was adopted to write main procedure. The modeling process includes basic assumption, modeling and improving algorithm. Through an example analysis to know： when the target density is low, it＇s enough to solve the problem of WTA by the static linear programming; when target density is high, the dynamic WTA method is adopted to carry out firepower distribution.
出处
《兵工自动化》
2006年第5期12-13,18,共3页
Ordnance Industry Automation
基金
军队"2110工程"防空兵作战仿真实验室重点项目
关键词
马尔柯夫过程
武器目标分配
防空作战
火力分配
Markovian process
WTA （Weapon Target Assignment）
Antiaircraft operation
Firepower distribution
