摘要
在对某型自行火炮机动转移的模拟过程中,在所建立的虚拟地形基础上,考虑自行火炮自身的机动能力,将地形坡度因素和机动时对目标点的偏移程度综合,建立了优选转移路线的多因素非线性模型,同时探索了利用自适应遗传算法求解该模型的方法,并对其中交叉概率和变异概率的确定进行了分析,最后通过实例计算验证了此方法的可行性。为进行自行火炮作战效能仿真时计算机动转移过程中的实时坐标提供参考。
In the simulation of a certain type of self - propelled gun＇s transferring, a multi - factor and non - linear model is built up to optimize the selection of transfer route based on the virtual terrain. Then the method of solving the model by Adaptive Genetic Algorithm is explored and the way of evaluating the probability of crossover and mutation is analyzed. At last, the method＇s feasibility is verified by an example. It can be used as a reference for calculating the self - propelled gun＇s real time position in simulating the operational effectiveness.
出处
《计算机仿真》
CSCD
2006年第6期23-24,40,共3页
Computer Simulation
关键词
自行火炮
机动路线
模拟
自适应遗传算法
Self - propelled gun
Transfer route
Simulate
Adaptive genetic algorithm
