兵工自动化
兵工自動化
병공자동화
ORDNANCE INDUSTRY AUTOMATION
2014年
9期
86-88
,共3页
无人机系统%故障维修%直觉模糊线性规划
無人機繫統%故障維脩%直覺模糊線性規劃
무인궤계통%고장유수%직각모호선성규화
UAV system%fault repair%intuitionistic liner programming
针对现有武器系统故障维修分配方法仅以系统维修度为约束条件而过于简化这一不足，提出基于直觉模糊约束的无人机系统故障维修分配方法。结合实际存在的约束资源模糊等情况，建立直觉模糊规划模型，在给定条件下，将其转化为确定型线性规划，并通过实例运用对模型进行了验证。结果表明：该方法能从正反两方面提供令人满意的解，为无人机系统故障维修分配的优化提供科学依据。
針對現有武器繫統故障維脩分配方法僅以繫統維脩度為約束條件而過于簡化這一不足，提齣基于直覺模糊約束的無人機繫統故障維脩分配方法。結閤實際存在的約束資源模糊等情況，建立直覺模糊規劃模型，在給定條件下，將其轉化為確定型線性規劃，併通過實例運用對模型進行瞭驗證。結果錶明：該方法能從正反兩方麵提供令人滿意的解，為無人機繫統故障維脩分配的優化提供科學依據。
침대현유무기계통고장유수분배방법부이계통유수도위약속조건이과우간화저일불족，제출기우직각모호약속적무인궤계통고장유수분배방법。결합실제존재적약속자원모호등정황，건립직각모호규화모형，재급정조건하，장기전화위학정형선성규화，병통과실례운용대모형진행료험증。결과표명：해방법능종정반량방면제공령인만의적해，위무인궤계통고장유수분배적우화제공과학의거。
In view of the over-simplification of weapons system failure repair allocation method only based on system repair degree as constraint condition, proposed fault free repair allocation of UAV system based on intuitionistic fuzzy constraint. The constraint of resources combined with the actual fuzzy in the situation, establish intuitionistic fuzzy programming model, and under the given conditions, transformed into thedeterministic liner programming problem and the model was verified by the use of examples. The results show that this method could provide a satisfactory solution from both positive and negative aspects, and provide a scientific basis for optimizing UAV system failure repair allocation.
