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提出了综合应用灰色关联投影法、加权求和法、加权求积法和基于理想点决策法来实现对无人作战飞机顶层方案的优选,并着重介绍了多准则决策方法及实施过程。该方法采用不同的公度化方法处理相应的评价指标,对多目标、多层次指标体系进行赋权,利用权重将评价指标联系在一起,并将四种准则决策法进行综合,依据决策者的偏好,最终实现顶层方案的优选。最后,通过制空无人作战飞机顶层方案优选的例子,证实了所提方法是可行且有效的。
In this paper, a combination of gray relational projection method, weighted summation method, weighted quadrature method and optimal point decision method is proposed to realize the optimization of unmanned combat aircraft top-level schemes. The multi-criteria decision-making method and implementation process are also introduced emphatically. The method uses different methods to deal with the corresponding evaluation index, multi-target, multi-level index system empowerment, the use of weights to link the evaluation indicators, and four criteria decision-making method of synthesis, based on decision-makers Preferences, the ultimate realization of the top program optimization. Finally, the proposed method is proved to be feasible and effective through the optimization example of the airborne unmanned combat aircraft top-level scheme.