基于改进双层规划的常规导弹多波次作战路径优化

Multi-Wave Combat Path Optimization of Conventional Missiles Based on Improved Bi-Level Programming

针对常规导弹多波次打击机动路径优化问题,考虑发射装置机动路径最短与机动过程中暴露时间最短两个方面的因素,建立改进的双层规划模型,设计了适合此模型的相应遗传算法。算例分析证明,改进的双层规划模型实现了路径与时间的优化,为常规导弹多波次作战中导弹发射装置的机动提供了科学的决策依据,在实战中具有较高的应用价值。

Focusing on the future demand of conventional missiles in actual combat,an improved bi-level planning model is established to address the optimization of multi-wave strike maneuvers of conventional missiles,taking into account the shortest maneuvering path of the launcher and the shortest exposure time in the maneuvering process. An improved genetic algorithm suitable for this model was designed. The example analysis proves that the improved bi-level planning model optimizes the path and time,provides a scientific decision-making basis for the missile launcher maneuver in conventional multi-wave operations,and has a high application value in actual combat.