计算机系统应用
計算機繫統應用
계산궤계통응용
APPLICATIONS OF THE COMPUTER SYSTEMS
2014年
10期
142-146
,共5页
溢油%应急决策%理想点%多目标%动态优化模型
溢油%應急決策%理想點%多目標%動態優化模型
일유%응급결책%이상점%다목표%동태우화모형
oil spill%emergency response decision%perfect point%multi-objective%dynamic optimization model
针对多出救点多物资多目标应急调度问题的特点，并结合溢油敏感区等对响应时间的限制，提出了基于不同响应时间段的动态优化模型。以应急救援时间最早和出救点数目最少为优化目标，对不同响应时间段分别运用理想点法和构造剔除集合确定最优调度方案。最后通过算例验证了所提出调度方法的可行性。
針對多齣救點多物資多目標應急調度問題的特點，併結閤溢油敏感區等對響應時間的限製，提齣瞭基于不同響應時間段的動態優化模型。以應急救援時間最早和齣救點數目最少為優化目標，對不同響應時間段分彆運用理想點法和構造剔除集閤確定最優調度方案。最後通過算例驗證瞭所提齣調度方法的可行性。
침대다출구점다물자다목표응급조도문제적특점，병결합일유민감구등대향응시간적한제，제출료기우불동향응시간단적동태우화모형。이응급구원시간최조화출구점수목최소위우화목표，대불동향응시간단분별운용이상점법화구조척제집합학정최우조도방안。최후통과산례험증료소제출조도방법적가행성。
A dynamic optimization model is proposed based on different response time. The model considers the features of multi-retrieval depots, multi-resource and multi-objective emergency scheduling problem, and combines with the constraints of response time led by the sensitive areas of oil spill. With the earliest emergency rescue time and the fewest number of retrieval depots as the optimization goal, the perfect point method and structuring elimination assemble are used to get the optimal scheduling scheme according to different response time slots. Finally, a numerical example is given to verify the feasibility of the proposed scheduling method.
