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Structuring Critical Success Factors of Airline Safety Management System Using A Hybrid Model

机译:用混合模型构建航空公司安全管理系统的关键成功因素

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In recent years, to develop and implement a Safety Management System (SMS) thatrncomplies with legal requirements to deliver services has become the most important goalrnfor airlines. Various aviation authorities provide several different descriptions of what thernorganizational components and elements are in an airline SMS, but a generalizedrnquantitative evaluation model, which identifies the key components and considers therninteraffected relation between components, is lacking. As such, this research will developrnan analytical framework for defining the key components and dimensions of an SMS thatrnaims to help the airline industry and aviation authorities develop the assessment criteria.rnThe SMS components are firstly summarized from major aviation organizations andrnauthorities, and Grey relational analysis (GRA) is used to group and select key components.rnAfter the critical components are derived, Decision Making Trial Evaluation Laboratoryrn(DEMATEL) and Analytic Network Process (ANP) are then introduced to analyze and maprnout all kinds of interactions among critical components and dimensions systematically.rnBased on the combined approaches, an empirical study is presented to illustrate thernapplication of the proposed methods.
机译:近年来,开发和实施符合法律要求以提供服务的安全管理系统(SMS)已成为航空公司的最重要目标。各个航空当局对航空公司SMS中的组织组成和元素有几种不同的描述,但是缺少一种通用的量化评估模型,该模型可以识别关键组件并考虑组件之间的相互影响关系。因此,本研究将开发用于定义SMS关键组成部分和维度的分析框架,以帮助航空公司和航空当局制定评估标准。rn SMS组成部分首先从主要的航空组织和权威机构进行了总结,并进行了灰色关联分析( GRA)用于对关键组件进行分组和选择。在导出关键组件之后,然后引入决策试验评估实验室(DEMATEL)和分析网络过程(ANP),以系统地分析和绘制关键组件和维度之间的各种相互作用。基于组合的方法,进行了一项实证研究,以说明所提出的方法的应用。

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