CAJ | 학술논문

防空靶机飞行航路设计是实现靶机有效控制，确保高效完成供靶任务的保障。通过对靶机三维航路规划模型进行分析，给出了元胞蚂蚁算法的航路规划模型的求解方法及算法实现的具体流程，并分别应用蚁群算法和元胞蚂蚁算法进行仿真实验。结果表明：元胞蚂蚁算法克服了蚁群算法收敛速度慢、陷于局部最小值的缺陷，可得到较优的航路。
방공파궤비행항로설계시실현파궤유효공제，학보고효완성공파임무적보장。통과대파궤삼유항로규화모형진행분석，급출료원포마의산법적항로규화모형적구해방법급산법실현적구체류정，병분별응용의군산법화원포마의산법진행방진실험。결과표명：원포마의산법극복료의군산법수렴속도만、함우국부최소치적결함，가득도교우적항로。
The design of the flight airway of anti-air target is essential to the effective target control and the high effective completion of target supply task. Through the analysis of the three-dimensional airway design model, the solution method and corresponding algorithm flow of the cellular-ant colony algorithm is provided in this paper. The simulation experiment of the ant colony and cellular-ant colony algorithms is carried out, which shows that the cellular ant algorithm over comes the ant colony algorithm disadvantages of the slow convergence and local optima, and it is able to obtain optimal airway.