基于QFD和Lanchester方程的有人/无人机协同保障能力

Research on Manned/Unmanned Aerial Vehicles Collaborative Support Capability Based on QFD and Lanchester Equation

当前由于有人/无人机协同作战的常态化和规模化运用,对有人/无人机协同保障能力的要求也越来越高。针对现代化战争的作战特点,基于QFD方法分析当前有人/无人机协同保障能力需求指标,基于Lanchester方程优化构建有人/无人机协同保障数学模型,仿真验证得到各个需求指标的影响程度,从而提出针对性的训练措施及方法。通过算例验证方法的科学性,实验结果证明所提方法可以对有人/无人机协同保障的运用提供有益借鉴和参考。

At present,due to the normalization and large-scale application of manned/unmanned aerial vehicle collaborative operations,the requirements for the collaborative support capabilities of manned/unmanned aerial vehicle are getting higher and higher.In view of the operational characteristics of modern warfare,firstly,the current demand indicators of the collaborative support capability of manned/unmanned aerial vehicles are analyzed based on QFD method,and then a mathematical model of manned/UAV collaborative support is constructed optimally based on Lanchester equation,and the influence degree of each demand indicator is verified by simulation,so as to propose targeted training measures and methods.Finally,a numerical example is given to verify the scientificity of the proposed method,and the experimental results prove that the proposed method can provide useful reference for the application of the collaborative support of man/unmanned aerial vehicles.