| Summary: | 碩士 === 國防管理學院 === 資源管理研究所 === 91 === ABSTRACT
There are many complicated and fuzzy non-quantitative characteristics during the decision-making process of evaluating weapon system, which caused decision-maker to be perplexed. The aim of this study was to develop the method on fuzzy number ranking and the relationship between evaluating criterion with Fuzzy Multiple Attribute Decision Making.
Firstly, we develop Fuzzy Cognitive Maps in order to build the related model to a specific weapon system. By doing so, the relative affecting relation of evaluated criteria degrades the influence of personal subjective judgment. The decision-making departments can adjust their concentration in terms of the operational requirement to structure strategy of evaluation.
Secondly, by using of concept metric distance and crisp number , we propose a calculating fuzzy number ranking-Relative Metric Method. The fuzzy number ranking will be higher, if the relative metric value decreases. The method we offered is more flexible and accurate compared with the fuzzy number ranking method of Yager (1978)、Kerre(1982)、Chang(1981) and Bass and Kwakernaak(1977) via comparisons among Bortolan and Degani (1985) 14 examples.
Finally, we evaluate 155mm self-propelled howitzer of three different countries as the case study in this paper.
Keywords：Military Application、Fuzzy Multiple Attribute Decision Making
Fuzzy Cognitive Maps、Relative Metric
|
|---|
