基于改进遗传算法的飞机对海打击航路规划研究OA

To meet the route planning requirements of anti-ship strike missions of the aircraft,a multi-objective route plan-ning model that incorporates safety threat,attack angle and range cost is constructed by analyzing the basic task process of air-to-sea strike actions and the main influencing factors,using geometric analysis methods.On this basis,an improved ge-netic algorithm based on fitness value calibration and similarity verification is proposed,which leads to the optimal route planning algorithm for air-to-sea strike operations,combined with the constructed mathematical model.Simulation results show that the designed model and algorithm can plan optimal two-dimensional routes for anti-ship strikes based on different mission information efficiently,which has solved the problems of global search,premature convergence,and late-stage oscil-lation found in traditional algorithms,while featuring low computational load,high accuracy,and strong practicality.