火力与指挥控制2023，Vol.48Issue(12)：71-78,84,9.DOI:10.3969/j.issn.1002-0640.2023.12.011
基于多级影响图的复杂机动动作最优航迹控制模型
Optimal Trajectory Control Model for Complex Maneuvers Based on Multi-stage Influence Diagram
摘要
Abstract
Pilots are a core segment of the pilot-aircraft closed-loop systems.Thus,it is quite important for ensuring the safe flight in the control the flight risk of the maneuvers from the perspective of the pilots.An optimal trajectory control model of the complex maneuvers preferred by the pilots is proposed.First,the deviation correction process of the pilots'manuevers is modeled by adopting multi-stage influence diagram.Then,the trajectory control model is constructed taking the control rate of change as the optimization parameter.Finally,a niching steady-state genetic algorithm(niching SSGA)is adopted to solve the optimal control model.The optimal trajectory control model of fighting action is constructed in the simulation experiment to analyze the correction sequence of control quantity change rate of two groups of fighting actions with deviations existing in the original state and to analyze the control quantity.关键词
多级影响图/机动动作/小生境稳态遗传算法/最优航迹控制Key words
multi-stage influence diagram/maneuvers/niching steady-state genetic algorithm/optimal trajectory control分类
航空航天引用本文复制引用
刘瑛,王俊,许红蕊,温晴川..基于多级影响图的复杂机动动作最优航迹控制模型[J].火力与指挥控制,2023,48(12):71-78,84,9.基金项目
国家社科基金资助项目(2021-××××-×-5) （2021-××××-×-5）
