CAJ | 학술논문

地空导弹使用保障过程复杂，很难有效地对使用保障设备进行优化配置。结合地空导弹使用保障需求以及其使用保障作业流程的特点，构建地空导弹使用保障设备优化配置模型。该模型属于典型的NP难问题，基于此提出以改进的粒子群优化方法对模型进行求解。新的粒子群优化方法中，将粒子线性移动改进为非线性移动方式，有效提高粒子的全局搜索能力。粒子的编码方案首次采用位移向量表达方式，并提出一种新的粒子修复策略，有效地简化了模型的求解过程。给出算例并且设计了对比实验。实验结果表明本文方法能够解决地空导弹使用保障设备的优化配置问题，并且对于其他资源配置问题求解也具有重要的参考意义。
지공도탄사용보장과정복잡，흔난유효지대사용보장설비진행우화배치。결합지공도탄사용보장수구이급기사용보장작업류정적특점，구건지공도탄사용보장설비우화배치모형。해모형속우전형적NP난문제，기우차제출이개진적입자군우화방법대모형진행구해。신적입자군우화방법중，장입자선성이동개진위비선성이동방식，유효제고입자적전국수색능력。입자적편마방안수차채용위이향량표체방식，병제출일충신적입자수복책략，유효지간화료모형적구해과정。급출산례병차설계료대비실험。실험결과표명본문방법능구해결지공도탄사용보장설비적우화배치문제，병차대우기타자원배치문제구해야구유중요적삼고의의。
As the process of operational support on the antimissile guided missile is complicated,it is very hard to configure and optimize the operational support equipment.The model of configuring and optimizing the operational support equipment was created in this study,based on the requirement of the mission and the character of use support.The model is a NP-hard problem,so the improved particle swarm optimization (PSO) was adopted to solve the problem.In the algorithm proposed,the way of swarm moved was changed from liner mode to non-liner mode so that the algorithm is more efficient.The shift vector representation was first used to code the solution and a new heuristic algorithm to repair the swarm was designed,which makes it simpler to solve the model.Finally,an instance was given and the comparative experiments were designed.The results show that the method proposed can solve the problem of configuring and optimizing the operational support equipment of the antimissile guided missile.Furthermore,it is valuable to solve the other problem of optimizing the resource.