无人机协同作战兰彻斯特方程设计与作战进程预测

Design of Lanchester Equation and Prediction of Operational Process for Cooperative Operation of UAVs

为了实现无人机协同作战效能评估到实际作战的一体化分析,研究无人机协同作战进程预测问题。分析了无人机协同作战对地侦察打击的任务特点,设计了无人机协同作战兰彻斯特方程。同时考虑兵力增援和无人机载荷变化,设计了基于兵力增援的无人机协同作战兰彻斯特方程以及不同载荷下的无人机协同作战兰彻斯特方程。仿真实验证明了所设计的无人机协同作战兰彻斯特方程的合理性和可行性。

In order to integrate the performance evaluation of UAV cooperative combat with the actual combat,the prediction of UAV cooperative combat process is studied. The characteristics of the UAV’s mission in cooperative combat for ground reconnaissance and attacking are analyzed, and the Lanchester equation of UAV cooperative combat is designed. The Lanchester equations of UAV cooperative operation based on force reinforcement and under different payloads are designed. The simulation experiment proves the rationality and feasibility of the designed Lanchester equations for UAV cooperative operation.