An extended compromise ratio method（CRM） based on fuzzy distances is developed to solve fuzzy multi-attribute group decision making problems in which weights of attributes and ratings of alternatives on attributes a...An extended compromise ratio method（CRM） based on fuzzy distances is developed to solve fuzzy multi-attribute group decision making problems in which weights of attributes and ratings of alternatives on attributes are expressed with values of linguistic variables parameterized using triangular fuzzy numbers.A compromise solution is determined by introducing the ranking index based on the concept that the chosen alternative should be as close as possible to the positive ideal solution and as far away from the negative ideal solution as possible simultaneously.This proposed method is compared with other existing methods to show its feasibility and effectiveness and illustrated with an example of the military route selection problem as one of the possible applications.展开更多
针对传统防空目标威胁评估中威胁因素考虑不全、定性指标量化不精确以及属性指标权重固定不变等方面的不足,在综合考虑目标静态和动态属性的基础上,提出了基于直觉模糊理想解逼近(technique for order preference by similarity to an i...针对传统防空目标威胁评估中威胁因素考虑不全、定性指标量化不精确以及属性指标权重固定不变等方面的不足,在综合考虑目标静态和动态属性的基础上,提出了基于直觉模糊理想解逼近(technique for order preference by similarity to an ideal solution, TOPSIS)法和变权多准则优化妥协决策(multi-criteria optimization compromise decision-making, VIKOR)法的防空目标威胁综合评估方法。首先,直觉模糊集和隶属度函数分别用于静态和动态属性指标的量化。然后,构建直觉模糊TOPSIS模型和融合变权的VIKOR模型进行静态属性和动态属性威胁评估。最后,进行综合威胁度计算。仿真验证表明,目标威胁综合评估方法与仅考虑目标运动状态信息的传统评估方法相比,评估结果更加合理有效,更符合防空作战实际。展开更多
基金supported by the National Natural Science Foundation of China (7087111770571086)
文摘An extended compromise ratio method（CRM） based on fuzzy distances is developed to solve fuzzy multi-attribute group decision making problems in which weights of attributes and ratings of alternatives on attributes are expressed with values of linguistic variables parameterized using triangular fuzzy numbers.A compromise solution is determined by introducing the ranking index based on the concept that the chosen alternative should be as close as possible to the positive ideal solution and as far away from the negative ideal solution as possible simultaneously.This proposed method is compared with other existing methods to show its feasibility and effectiveness and illustrated with an example of the military route selection problem as one of the possible applications.
文摘针对传统防空目标威胁评估中威胁因素考虑不全、定性指标量化不精确以及属性指标权重固定不变等方面的不足,在综合考虑目标静态和动态属性的基础上,提出了基于直觉模糊理想解逼近(technique for order preference by similarity to an ideal solution, TOPSIS)法和变权多准则优化妥协决策(multi-criteria optimization compromise decision-making, VIKOR)法的防空目标威胁综合评估方法。首先,直觉模糊集和隶属度函数分别用于静态和动态属性指标的量化。然后,构建直觉模糊TOPSIS模型和融合变权的VIKOR模型进行静态属性和动态属性威胁评估。最后,进行综合威胁度计算。仿真验证表明,目标威胁综合评估方法与仅考虑目标运动状态信息的传统评估方法相比,评估结果更加合理有效,更符合防空作战实际。
