當欲進行綜合評價之多種屬性間具潛在交互作用時,傳統可加性測度分析方法雖計算方便,常功效不彰,此時可考慮採用模糊測度與模糊積分,常用之模糊測度,有Sugeno(1974)之λ測度,及Zadeh(1978)之P測度,其中,λ測度不恆存在非可加性測度,P測度雖恆存在次可加性測度,但靈敏度不足,劉湘川(2006)提出基於P測度之改進模糊測度,稱為m測度,則能兼顧前二者之優點,本文進而推廣改善m 測度之可行解演算法,提出廣義m測度,藉以求取Choquet積分值及Segeno積分值,則可得甚多選擇之整合計分多重決策之可行解法,並以研究所入學測驗整合計分之應用簡例說明之。
When interactions among attributes exist in multiple decision-making problems, the performance of the traditional additive scale method is poor. Non-additive fuzzy measures and fuzzy integral can be applied to improve this situation. The λ-measure (Sugeno, 1974) and P-measure (Zadeh, 1978) are two well-known fuzzy measures. Hsiang-Chuan Liu (2006) pointed out that the λ-measure is not a non-additive fuzzy measure, and the P-measure is a non-additive fuzzy measure with poor sensitivity. Hsiang-Chuan Liu (2006) also proposed an improved non-additive fuzzy measure based on P-measure; called m-measure, which is a non-additive fuzzy measure and more sensible than P-measure. In this paper, a further improved non-additive fuzzy measure, generalized m-measure, is proposed and this fuzzy measure can generate infinitive non-additive fuzzy measures. Choquet integral and Sugeno integral with this proposed generalized m-measure are applied to obtain the aggregation score of the entrance examination of graduate school.