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Fuzzy AHP - Center of Gravity Method Helicopter Selection and Application

机译：模糊AHP-重心法直升机的选择与应用。

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TIn the management of a military or civilian project, it is vital for a project manager to make the best decision by using the appropriate methods to evaluate the budget and time correctly to administer a successful policy. In recent years, the Fuzzy Analytic Hierarchy Process (FAHP) method has been frequently employed to solve multi-criteria decision-making problems in order to assess various data sets obtained from different decision-makers. This article aimed to choose the most suitable one of the latest technology-cargo helicopters widely used in many countries in line with the need of the Turkish Armed Forces, which is crucial for evaluating opinions of many decision makers. For the model of the selection of the most appropriate cargo helicopter, the study investigated which helicopters would offer the most suitable alternatives and as a result, three types of cargo helicopters were identified. These helicopters were compared based on twenty-eight criteria. The model presented a fuzzy AHP method which is clarified by Center of Gravity method using trapezoidal fuzzy numbers to figure out the cargo helicopter.
机译：在军事或民用项目的管理中，至关重要的是，项目经理必须使用适当的方法来正确评估预算和时间，以成功地执行一项成功的政策，从而做出最佳决策。近年来，为了评估从不同决策者获得的各种数据集，经常采用模糊分析层次过程（FAHP）方法来解决多准则决策问题。本文旨在从土耳其武装部队的需求中选择最适合的一种最新技术货运直升机，该直升机已在许多国家广泛使用，这对于评估许多决策者的意见至关重要。对于选择最合适的货运直升机的模型，研究调查了哪些直升机将提供最合适的替代品，结果，确定了三种类型的货运直升机。根据28个标准对这些直升机进行了比较。该模型提出了一种模糊AHP方法，该方法通过重心法使用梯形模糊数对货运直升机进行了澄清。

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