CAJ | 학술논문

为得到合理的任务设备配置比例，对运输机任务设备配置进行优化。军用运输机可执行多种任务类型，需要配置不同的任务设备以实现货舱构型的转换。任务设备的配置比例应兼顾任务成功率、经济性和利用率等多目标要求。为此，以小规模运输机队为研究对象，给出了任务设备配置目标优化原则和边界条件，建立了配置模型，运用线性加权和法进行求解，并进行了模型灵敏度分析和偏差分析，得出了各任务设备的最佳配置比例，可解决小规模运输机队的任务设备配置问题。实例证明了配置结果的有效性。
위득도합리적임무설비배치비례，대운수궤임무설비배치진행우화。군용운수궤가집행다충임무류형，수요배치불동적임무설비이실현화창구형적전환。임무설비적배치비례응겸고임무성공솔、경제성화이용솔등다목표요구。위차，이소규모운수궤대위연구대상，급출료임무설비배치목표우화원칙화변계조건，건립료배치모형，운용선성가권화법진행구해，병진행료모형령민도분석화편차분석，득출료각임무설비적최가배치비례，가해결소규모운수궤대적임무설비배치문제。실예증명료배치결과적유효성。
In order to get the best configuration ratio of mission equipment, the mission equipment configuration of military transport aircraft is optimized in this paper. Military transport aircraft can take various missions, and need different mission equipment to transform cargo compartment configurations. The configuration ratio of mission equipments needs to consider mission capability ratio, economy and utilization. Taking small-scale transport fleet as the object, a mathematical model based on the optimization principle and boundary conditions is set up in this paper. The linear weighted sum approach is used to resolve the question, and a sensitivity analy- sis and bias analysis are given. Finally the best configuration ratio of mission equipment is gotten. This method can solve the mission equipment configuration problem of small-scale cargo transport fleet. Effectiveness of con- figuration results is proved in an example.