“低慢小”目标多体制武器分配优化模型

An Optimization Model of Multi-system Weapon Assignment for LSS Targets

主要研究了“低慢小”目标多体制武器分配问题。针对传统模型在实战场景应用中存在的不足,分析激光、无线电及柔性网3种武器在拦截“低慢小”目标时的限制因素,推导在空间、时间、资源及环境等方面的约束条件,引入武器拦截权重因子,建立用于“低慢小”目标的多体制武器分配优化模型,利用遗传算法对其进行求解。通过仿真算例与传统模型计算结果的对比,验证所建优化模型具有更高的计算效率,得到的分配方案更具可行性及合理性,可为多体制武器目标分配问题的研究提供更好的解决思路。

The multi-system weapon assignment of Low Slow and Small(LSS)targets is studied.Aiming at the shortcomings of the traditional model when applied in real combat scene the limiting factors of laser radio and flexible network weapons in intercepting LSS targets are analyzed the constraints in space time resources and environment are deduced and the weapon interception weight factor is introduced in an optimized multi-system weapon assignment model for LSS target.Genetic algorithm is employed to solve the model.Finally through the simulation and comparing the calculation results with that of the traditional model it is verified that the optimization model established in this paper has higher calculation efficiency and the assignment result obtained is more feasible and reasonable which can provide a better solution for the research of multi-system weapon assignment research.